Marsh Bellofram – KIA Systems FZE

Headquartered in Newell, West Virginia, USA, The Bellofram Group of Companies is an AS9100C and ISO9001:2008 certified leading global manufacturer of high-performance OEM, industrial and process control instrumentation, including timers and counters, digital controllers and panel meters, RTD’s and thermocouples, pressure instruments and gauges, FRLs, cylinders, natural gas and propane pressure regulators, air pressure regulators and transducers, tank and liquid level measurement systems, pump and motor protection switches and alternating relays, as well as sensors, DC tachometers, encoders, industrial diaphragms, and specialty silicones.

Products are organized and sold under fully dedicated divisions, each staffed with an experienced and highly trained team of dedicated technical sales, applications engineering and customer service support personnel.

Bellofram Company divisions include: Automatic Timing & Controls, ATC Diversified Electronics, BelGAS, Bellofram Diaphragms, Bellofram Precision Controls Division, Bellofram Silicones, King Engineering and Marsh Instruments. ServoTek Products, also a member of the Bellofram Group of Companies, offers brushless AC/DC tachometer generators, optical encoders and motor generator products.

General Industry Thermocouples

5500 Series Pencil Thermocouple

Ideal for Applications Under 900°F (480°C) Small Diameter Thermocouple with Fiberglass Insulation Used Extensively for Food Application Commonly Installed with Compression Fittings Used in a Variety of Industries.

5504 Series Replacement Elements

Bare wire element. May be used as a Replacement. Thermocouple Element in Existing Thermowells and Protection Tubes. The Units are Available in All Calibrations and Meet Standard or Special Limits of Error (Special Limits of Error Must Be Specified). Platinum Calibrations Available in 25 Gauge Conductors Only.

5513 Series Contact Thermocouple

Recommended for Plastic Molding and Bearing Temperature Measurements up to 900°F (480°C) An Ideal Assembly Where Constant Contact of the Hot Junction is Required to Indicate Rapid Temperature Changes Spring Loaded Bayonet Cap.

5514 Series Needle Point Thermocouple

Designed for Piercing Food Products Supplied with an Insulated Element Encased in 316 or 304 Stainless Steel Sheath Recommended for a Temperature Range of -40°F (-40°C) to +500°F (+260°C) Supplied with W2 Grounded Junction.

5527 Series Magne-Couple

Magnet holding force is 16 lbs. Rugged Assembly for most applications. Measures temperature from any ferrous surface Capable of use to 1000°F (535°C) without degradation The powerful Alnico Magnet forces the springloaded sensing tip into contact with the sensor surface. 1" Magnet diameter.

5504a Series Replacement Elements

Bare wire element with Ceramic Insulators. May be used as a Replacement Thermocouple Element in Existing Thermowells and Protection Tubes. The Units are Available in All Calibrations and Meet Standard or Special Limits of Error (Special Limits of Error Must Be Specified). Platinum Calibrations Available in 25 Gauge Conductors Only.

5508 Series Immersion Thermocouple

Recommended for Temperatures Up to 900°F (480°C) Except with Junction Style W-5 Which is Rated for 300°F (150°C) Available in .187" and .250" Diameters Fiberglass or Teflon Insulation with Optional SS Overbraid.

5504b Series Replacement Elements

May be used as a Replacement Thermocouple Element in Existing Thermowells and Protection Tubes The Units are Available in All Calibrations and Meet Standard or Special Limits of Error (Special Limits of Error Must Be Specified).

5508A Series Immersion Thermocouple

Recommended for Temperatures Up to 900°F (480°C) with Junction Style W-5 Which is Rated for 300°F (150°C) A Stainless Steel Flexible Armor Encases the Extension Lead to Prevent Mechanical Abrasion.

Plastic Industry Thermocouples

5520 Injection Molding Thermocouple

Compression Type Thermocouples for Injection Molding Applications 304 Stainless Steel Sheath 1/8" NPT Brass Male Adapter is Supplied Standard. All Stainless Construction with Fiberglass Insulated Wire 800°F Maximum Operating Temperature.

5521 Injection Molding Thermocouple

Compression Type Thermocouples for Injection Molding Applications 304 Stainless Steel Sheath 1/8" NPT Brass Male Adapter is Supplied All Stainless Construction with Fiberglass Insulated Wire 800°F Maximum Operating Temperature.

5522 Injection Molding Thermocouple

5523 Spring Loaded Injection Molding Thermocouple

Spring Rated for 800ºF (425ºC) Maximum Service 304 Stainless Steel Sheath Spring Loaded to Maximize Heat Transfer All Stainless Construction with Fiberglass Insulated Wire 800ºF Maximum Operating Temperature.

5524 Spring Loaded Injection Molding Thermocouple

Spring Rated for 800°F (425°C) Maximum Service 304 Stainless Steel Sheath Spring Loaded to Maximize Heat Transfer All Stainless Construction With Fiberglass Insulated Wire 800°F (425°C) Maximum Operating Temperature.

5525 Spring Loaded Injection Molding Thermocouple

5528 Universal Thermocouple

Adjustable Immersion Stainless Steel Flex-Hose acts as a Spring. Commonly Used for Injection Molding, Heated Dies, Platens, Pipelines and Others. Stainless Steel Construction Rated for 800°F (425°C). Thermocouple Conductors are Insulated with Fiberglass Braid Inside and .281" Diameter Stainless Steel Flexhose Outside. Sheath Diameter .187". Grounded Junction.

5529 Universal Thermocouple

Adjustable Immersion Using 12 inch Long Spring. Commonly Used for Injection Molding, Heated Dies, Platens, Pipelines and Others. Stainless Steel Construction Rated for 800°F (425°C). Thermocouple Conductors are Insulated with Fiberglass Braid and Stainless Steel Overbraid. Sheath Diameter .187". Grounded Junction.

Mineral Insulated Thermocouples

300 Series General Purpose Thermocouple

Mineral Insulation Enables Thermocouples to be used at Higher Temperatures Industry Standard Color-Coded Quick Disconnect Commonly Installed with Compression Fittings (Adapter) High Strength Bendable Designs.

400 Series Transition Joint Thermocouple

Mineral Insulation Enables Thermocouples to be used at Higher Temperatures Industry Standard Color-Coded Quick Disconnect Commonly Installed with Compression Fittings (Adapter).

700 Series Industrial Thermocouple

Industrial Design with Cast Screw Cover Heads “Factory Mutual” Approved Heads in Cast Iron and Aluminum High strength Bendable Designs Mineral Insulation Enable Thermocouples to be used at Higher Temperatures.

800 Series Base Thermocouple Element

Available in all Standard Sheath Diameters and Sheath Materials Mineral Insulation Enables Thermocouples to Be Used at Higher Temperatures Bare Leads Provided for Terminations of Your Choice.

900 Series Miniature Head Thermocouple

Supplied with a Lightweight Miniature Screw-Cover Head Waterproof Cover Available High Strength Bendable Design Mineral Insulation enables Thermocouples to be used at Higher Temperatures.

1400 Series Washer Thermocouple

Designed for High Temperature Bolt or Stud Applications Stainless Steel Washer Welded Construction with Grounded Junction.

2100 Series Refinery Thermocouple Assembly

Complete Thermocouple Assembly with Cast Head Complete with 1/2" NPT SS Mounting Adapter PVC Coated Flex Armor Provides Moisture Resistance Design Fits Most Thermowells.

Engine Thermocouples

1118 Series Engine Thermocouple

High Temperature Glass Braid Insulation Braided Stainless Steel Overwrap 3/8 in. O.D. 310 Stainless Steel Protection Tube 1/2 in. O.D. Flexible 304 Stainless Steel Protection Conduit.

1112 Series Heavy Duty Engine Thermocouple

1/4 in. O.D. 316 Stainless Steel Protection Tube High Temperature Glass Braid or Teflon Insulation. Braided Stainless Steel Overwrap Available with Different Size Compression Fittings Different (U) and (W) Dimensions Available Upon Request. Maximum (U) dimension = 8-1/4".

3660 Series Waterproof Engine Thermocouple

High Temperature Thermoplastic Rubber Extruded Cover Protects Sensor from Liquid Contamination Glass Braid Insulation with Stainless Steel Overwrap 3/8 in. O.D. 310 Stainless Steel Protection Tube Galvanized Steel Core Protection Conduit.

780 Series Engine Thermocouple

3/8 in. O.D. 310 Stainless Steel Protection Tube Terminal Block is Easily Accessible for Extension Wire Connection.

1033 Series Heavy-Duty Engine Thermocouple

For Installations where a Conduit Connection is Undesirable Compact Unit with Snap-on Terminal Head 1/4 in. or 3/8 O.D. 310 Stainless Steel protection tube Compression Fitting Available Upon Request.

767 Series Heavy-Duty Engine Thermocouple

Ideal for Environments with Extreme Vibration and Corrosion 1/2 in. O.D. 316 Stainless Steel Protection Tube Terminal Block is Easily Accessible for Extension Wire Connection Ungrounded Element.

3810 Series Bearing Engine Thermocouple

Ideal for Engine and Compressor Service. Spring-loaded for Superior Bearing Contact. Strain-Relieved Wire to Eliminate Thermocouple Breakage from Vibration. High-Temperature Teflon with Braided Stainless Steel Overwrap. 1/4 in. O.D. 304 Stainless Steel Protection Tube.

High Temperature Thermocouples

300HT Series Standard Thermocouple

For High temperature (2100°F and Greater) Applications Industry Standard Color-Coded Quick Disconnect Very Popular and Versatile Design Argon Chamber Available Commonly Installed with Compression Fittings.

400HT Series Transition Joint Thermocouple

Ideal for Limited Space Applications For High temperature (2100°F and Greater) Applications Industry Standard Color-Coded Quick Disconnect or Bare WIres Has a Rugged, Sealed Transition Argon Chamber Available Commonly Installed with Compression Fittings (Adapter).

800HT Series Thermocouple Element

For High Temperature (2100°F and Greater) Applications Bare Leads Provided for Terminations of Your Choice A Replacement Thermocouple Element.

900HT Series Miniature Head Thermocouples

For High Temperature (2100°F and Greater) Applications Supplied with a Lightweight Miniature Screw-Cover Head Waterproof Cover Available Argon Chamber Available Commonly Installed with Compression Fittings.

Industrial Assemblies

16000 Standard Thermowell Assembly

Thermowell has Step-Down Design Complete Thermocouple/ Thermowell Assembly Supplied with a Threaded Thermowell (.260" Bore) Explosion Proof Head is Standard.

16100 LAG Thermowell Assembly

Complete Thermocouple/ Thermowell Assembly Supplied with a Threaded Thermowell (.260" Bore) Explosion Proof Head is Standard Supplied with Standard Lag Length.

16200 Heavy Duty Thermowell Assembly

Tapered Design Provides Greater Rigidity than Straight Shank Design Explosion Proof Head is Standard Supplied with a Threaded Thermowell (.260" Bore).

16250 Heavy Duty LAG Thermowell Assembly

Supplied with a Threaded Thermowell (.260" Bore) Explosion Proof Head is Standard Supplied with Standard Lag Length.

16300 Heavy Duty Thermowell Assembly

Tapered Design Provides Greater Rigidity than Straight Shank Design Explosion Proof Head is Standard Threaded Tapered Thermowell with .385" Bore.

16350 Heavy Duty LAG Thermowell Assembly

Threaded Tapered Thermowell with .385" Bore Explosion Proof Head is Standard Supplied with Standard Lag Length.

16700 Flanged Thermowell Assembly

Complete Flanged Thermowell Assembly with .260" Bore Explosion Proof Head is Standard Flange is Fully Welded to Thermowell.

16800 Van Stone Thermowell Assembly

Complete Van Stone thermowell assembly with .260 bore Explosion Proof Head is Standard Can be supplied with LAP Joint Flange.

17010 Metal Protection Tube Assembly

Plain Protection tube Assembly Ideal for Application Where Flow and Pressure Are Not a Major Concern Explosion Proof Head is Standard Cost is Generally Lower than Barstock Thermowells.

17020 Metal Protection Tube Assembly

Adjustable Flange Mounting Assembly Ideal for Application Where Flow and Pressure Are Not a Major Concern Explosion Proof Head is Standard Cost is Generally Lower than Barstock Thermowells.

17030 Metal Protection Tube Assembly

Fixed Bushing Protection Tube Assembly Ideal for Application Where Flow and Pressure Are Not a Major Concern Explosion Proof Head is Standard Cost is Generally Lower than Barstock Thermowells.

17040 Metal Protection Tube Assembly

Fixed Flange Protection Tube Assembly Ideal for Application Where Flow and Pressure Are Not a Major Concern Explosion Proof Head is Standard Cost is Generally Lower than Barstock Thermowells.

17100 Ceramic Protection Tube Assembly

Provides Better Protection in Hostile Environments than Metal Tubes Ceramic (2400°F) or Alumina (3000°F) Tubes are Offered For Use in Reducing and Oxidizing Atmospheres.

17125 Ceramic Protection Tube Assembly

This Series Offers Two Protection Tubes (One Inside the Other) Provides Better Protection in Hostile Environments than Metal Tubes Ceramic (2400°F) or Alumina (3000°F) Tubes are Offered For Use in Reducing and Oxidizing Atmospheres.

1900 Uniwell

Low Cost Alternative to Thermowell Assemblies Conductors Protected from Environment by Dense – Pack MgO and 446 SS Heavy Wall Sheath Simplicity of Installation Lower Conduction Losses Long-Life, 14 Gauge Nominal Size Conductors Elimination of Spring-Loading.

1910 Uniwell

Compression Fitting is Provided on this Series. Conductors Protected from Environment by Dense – Pack MgO and 446 SS Heavy Wall Sheath. Simplicity of Installation. Lower Conduction Losses. Long-Life, 14 Gauge Nominal Size Conductors. Elimination of Spring-Loading. Low Cost Alternative to Thermowell Assemblies.

1920 Uniwell

Fixed Fitting is Provided on this Series. Conductors Protected from Environment by Dense – Pack MgO and 446 SS Heavy Wall Sheath. Simplicity of Installation. Lower Conduction Losses. Long-Life, 14 Gauge Nominal Size Conductors. Elimination of Spring-Loading. Low Cost Alternative to Thermowell Assemblies.

1930 Uniwell

Welded Flange Provided Conductors Protected from Environment by Dense – Pack MgO and 446 SS Heavy Wall Sheath Simplicity of Installation Lower Conduction Losses Long-Life, 14 Gauge Nominal Size Conductors Elimination of Spring-Loading Low Cost Alternative to Thermowell Assemblies.

Thermowells

6000 Series Standard Thermowell

Standard Bore Size: .260" Reduced Tip for Faster Heat Response Brass Plug and Chain Optional.

6100 Series Standard Lag Thermowell

Standard Bore Size: .260" Reduced Tip for Faster Heat Response Brass Plug and Chain Optional.

6200 Series Standard Thermowell

Standard Bore Size: .260" Tapered Design to Provide Greater Rigidity Brass Plug and Chain Optional.

6250 Series Heavy Duty Thermowell

Standard Bore Size: .260" Tapered Design to Provide Greater Rigidity Brass Plug and Chain Optional.

6300 Series Heavy Duty Thermowell

Standard Bore Size: .385" Tapered Design to Provide Greater Rigidity Brass Plug and Chain Optional.

6350 Series Heavy Duty Thermowell

Standard Bore Size: .385" Supplied with a Standard Lag Length Brass Plug and Chain Optional.

6400 Series Test Thermowell

Standard Bore Size: .385" Brass Plug and Chain Standard.

6500 Series Limited Space Thermowell

Standard Bore Size: .385" Brass Plug and Chain Standard.

6600 Series Socket–Weld Thermowell

Standard Bore Size: .260" or .385" Used in Seal Welded Applications for Maximum Vessel Integrity Brass Plug and Chain Optional.

6700 Series Flange Thermowell

Standard Bore Size: .260" or .385" Flange is Fully Welded to Thermowell Brass Plug and Chain Optional.

6800 Series Van Stone Thermowell

Standard Bore Size: .260" or .385" Can be Supplied with a Lap Joint Flange Brass Plug and Chain Optional.

Protection Tubes

7000 Series Metal Protection Tubes

Protection Tubes Help Insure Longer Life and Continued Accuracy Protects Against Physical Damage, Corrosion, and Contamination Generally Less Expensive than Thermowells.

7100 Series Ceramic Protection Tubes

Manufactured Under Rigid Controls to Maintain High Quality Provides Protection at High Temperatures – Alumina 3450°F – Ceramic 3100°K – Silicon Carbide 3000°F.

7120 Series Metal-Ceramic Protection Tubes

Material is LT-1 (77% Chromium, 23% Aluminum Oxide) Good Thermal and Mechanical Shock Resistance (Superior to Ceramic Tubes) High Temperature Applications Up to 2500°F Excellent Oxidation Resistance for Temperatures Over 2200°F.

Resistance Temperature Detectors

303 Series Resistance Temperature Detectors

Superior Stability, Repeatability and Accuracy. Vibration and Shock Resistant. Industry Standard 3-Pin Quick Disconnect. Standard Resistance Value 100 Ohms at 0°C, Others Available. Standard Resistance Tolerance of ±0.1% at 0°C. Standard Temperature Coefficient .00385 O/O/°C. Commonly Installed with Compression Fittings (Adapter).

404 Series Resistance Temperature Detectors

Superior Stability, Repeatability and Accuracy. Vibration and Shock Resistant. Industry Standard 3-Pin Quick Disconnect with Teflon flexible Lead Wire. Standard Resistance Value 100 Ohms at 0°C, Others Available. Standard Resistance Tolerance of ±0.1% at 0°C. Standard Temperature Coefficient .00385 O/O/°C commonly installed with Compression Fittings (Adapter).

707 Series Resistance Temperature Detectors

Industrial Design with Cast Screw Cover Heads. “Factory Mutual” Approved Heads in Cast Iron and Aluminum. Various Male NPT Mounting Fittings are Available. Standard Resistance Value 100 Ohms at 0°C, Others Available. Standard Resistance Tolerance of ±0.1% at 0°C. Standard Temperature Coefficient .00385 O/O/°C.

808 Series Resistance Temperature Detectors

Bare Leads Provided for Termination of Your Choice Replacement RTD Element Close Interchangeability Standard Resistance Value 100 Ohms at 0°C, Others Available Standard Resistance Tolerance of ± 0.1% at 0°C is Standard Standard Temperature Coefficient .00385 O/O/°C.

909 Series Resistance Temperature Detectors

Superior Stability, Repeatability and Accuracy Vibration and Shock Resistant Supplied with a Lightweight Miniature Screw Coverhead Standard Resistance Value 100 Ohms at 0°C, Others Available Standard Resistance Tolerance of ± 0.1% at 0°C is Standard Standard Temperature Coefficient .00385 O/O/°C.

2101 Series Refinery Resistance Temperature Detectors Assembly

Complete RTD Assembly with Cast Head PVC Coated Flex Armor Provides Moisture Resistance Complete with 1/2" NPT Mounting Adapter Design Fits Most Thermowells Standard Resistance Value 100 Ohms at 0°C, Others Available.

5627 Series Magne–RTD

Magnet Holding Force is 16 lbs. Rugged Assembly for Most Applications Measures Temperature from Any Ferrous Surface Capable of Use to 1000°F (535°C) Without Degradation The Powerful Alnico Magnet Forces the Springloaded Sensing Tip Into Contact with the Sensor Surface. Capable of Use to 1000°F (535°C) Without Degradation. The Powerful Alnico Magnet Forces the Springloaded Sensing Tip Into Contact with the Sensor Surface. 1" Diameter.

26000 Standard RTD Thermowell Assembly

Complete RTD/Thermowell Assembly Supplied with an Explosion Proof Cast Head Resistance Value 100 Ohms at 0°C Standard, Others Available Resistance Tolerance of ±0.1% at 0°C is Standard Temperature Coefficient .00385 O/O/°C Standard.

26100 Series Lagged RTD Thermowell Assembly

Complete RTD/Lagged Thermowell Assembly Supplied with Threaded .260" Bore Thermowell and Explosion Proof Head Resistance Value 100 Ohms at 0°C Standard, Others Available Resistance Tolerance of ±0.1% at 0°C is Standard Temperature Coefficient .00385 O/O/°C Standard.

26200 Series Heavy Duty RTD Thermowell Assembly

Complete RTD/Tappered Thermowell Assembly Supplied with Threaded .260" Bore Thermowell Explosion Proof-Head Standard Resistance Value 100 Ohms at 0°C, Others Available Standard Resistance Tolerance of ±0.1% at 0°C is Standard Standard Temperature Coefficient .00385 O/O/°C Standard.

26250 Series Heavy Duty RTD Lagged Thermowell Assembly

Complete RTD/Lagged Thermowell Assembly Supplied with Threaded .260" Bore Thermowell and Explosion Proof Head Standard Resistance Value 100 Ohms at 0°C, Others Available Standard Resistance Tolerance of ±0.1% at 0°C Standard Temperature Coefficient .00385 O/O/°C.

26300 Series Heavy Duty Thermowell Assembly

Complete RTD/Heavy Duty Thermowell Assembly Supplied with a .385" Bore Tapered Thermowell and Explosion Proof Head Standard Resistance Value 100 Ohms at 0°C, Others Available Standard Resistance Tolerance of ±0.1% at 0°C Standard Temperature Coefficient .00385 O/O/°C.

26350 Series Heavy Duty RTD Lagged Thermowell Assembly

Complete RTD/Lagged Thermowell Assembly Supplied with a .385" Bore Tapered Thermowell and Explosion Proof Head Standard Resistance Value 100 Ohms at 0°C, Others Available Standard Resistance Tolerance of ±0.1% at 0°C Standard Temperature Coefficient .00385 O/O/°C.

26700 Series Flanged RTD Thermowell Assembly

Flange Fully Welded to Thermowell .260" Bore Flanged Thermowell Assembly and Explosion Proof Head Standard Resistance Tolerance of ±0.1% at 0°C Standard Temperature Coefficient .00385 O/O°C.

26800 Series Van Stone RTD Thermowell Assembly

.260" Bore Van Stone Thermowell Assembly and Explosion Proof Head Standard Resistance Tolerance of ±0.1% at 0°C Standard Temperature Coefficient .00385 O/O/°C.

Turbine RTD's

Waterproof Turbine RTD

High temperature thermoplastic rubber extruded cover protects sensor from liquid contamination. Glass braid insulation with stainless steel overwrap. 3/8 in. 304 stainless steel overwrap Galvanized steel core protection conduit Compression fitting available for adjustable insertion depths PT100 DIN 43760-1980 @.0.003850

Bearing Turbine RTD

Ideal for engine and compressor service Spring-loaded for superior bearing contact High-temperature Teflon® insulation with braided stainless steel overwrap PT100 DIN 43760-1980 @ 0.003850.

Heavy-Duty Turbine RTD 820

For installations where a flexible conduit connection is undesirable 3/8 in. O.D. 304 stainless steel protection tube Terminal block is easily accessible for extension wire connection Reducers available PT100 DIN 43760-1980 @ 0.003850.

Heavy-Duty Turbine RTD 830

For installations where a flexible conduit connection is undesirable Compact unit with snap-on locking terminal head 1/4 in. or 3/8 in. O.D. 304 stainless steel protection tube Terminal block is easily accessible for extension wire connection PT100 DIN 43760-1980 @ 0.003850.

Heavy-Duty Turbine RTD 840

3/8 in. O.D. 304 stainless steel protection tube. High temperature glass braid insulation Braided stainless steel overwrap 1/2 in. O.D. flexible 304 stainless steel protective conduit PT100 DIN 43760-1980 @ 0.003850.

Light-Duty Turbine RTD

1/2"-14 NPT compression fitting. 1/2 in. box connector PT100 DIN 43760-1980 @ 0.003850.

Spring-Loaded Turbine RTD

Aluminum screw-top head permits transmitter installation 1/4 in. O.D. 304 stainless steel protection tube PT100 DIN 43760-1980 @ 0.003850 Spring loaded for use with thermowell or fixed for direct immersion.

Adjustable Immersion Turbine RTD

Teflon-coated with stainless steel overbraid 1/4 in. O.D. 304 stainless steel protection tube PT100 DIN 43760-1980 @ 0.003850.

Components

108/109 Series High Temperature Connector

A specialized thermocouple connector for high temperature applications up to 1000°F (538°C) All fastenings are stainless steel and are non-magnetic and non-rusting A specialized thermocouple connector for high temperature applications up to 1000°F (538°C). This positive contact polarized connector is color glazed overall to conform to ANSI recommended colors for specific thermocouple calibrations. Overall color is permanent and will not fade after exposure to 1000°F (538°C).

Water Proof Connector

Accommodates Thermocouple Sheath Diameters from .062" to .250" Connector Bodies are Type 303/304 Stainless Steel Polarized Connector Contains Matched Thermocouple Alloy Contacts to Insure Accuracy Assembly is Rated 225°F (107°C) Service Unit is Pre-Wired at Factory with Extension Grade PVC Lead Wire.

Waterproof Quick Disconnect Connector

Accommodates any Two Combination of Sheath Diameter from .062" to .250" Connector Bodies are Type 303/304 Stainless Steel Polarized Connector Contains Matched Thermocouple Alloy Contacts to Insure Accuracy Assembly is Rated 225°F (107°C) Service A waterproof quick-disconnect connector, designed for mineral oxide insulated, metallic-sheathed thermocouples and extension leads.

110/111 Series High-temperature Connector to +350°F (+177°C)

A standard industrial ANSI color coded thermocouple connector for use up to +350°F (+177°C) The housing is made of glass filled nylon instead of ceramic and has much improved impact resistance A standard industrial ANSI color coded thermocouple connector for use up to +350°F (+177°C) continuous. The housing used in the Series 110 and Series 111 is a type of glass filled nylon instead of ceramic and has much improved impact resistance.

130/131 Series Miniature Connector

This miniature connector is ideal for use where space is at a premium The body is glass filled nylon with an overall temperature rating of 350°F (177°C) continuous A miniature connector is ideal for use where space is a premium.

150/151 Series 3-Pin Connector

A three pin version of the 110 and 111 series connector for use on thermocouple or RTD assemblies This connector has 3 rolled copper pins with polarity markings, a glass filled nylon shell rated to 350°F (177°C) continuous. 3-Pin version of the 110 and 111 series connector for use on thermocouple or RTD assemblies. This connector has 3 rolled copper pins with polarity markings, a glass filled nylon shell rated to 350°F (177°C) continuous use and utilizes the same connecting hardware as the 110/111 series.

1013 Series Jack Panel

A five point jack that can be readily installed into a standard FS or FD conduit box Contact materials are thermocouple alloys embedded in molded phenolic Each circuit is identified by numbers 1-5. Jack panel accepts series 109 and 111 plug.

1014 Series Multi-Strip Panel

Panels available in 2, 4, 6, 8, 10, and 12 circuits, also in combinations of thermocouple alloys in one strip Combinations must be multiples of two and must total the number of circuits in each strip. The overall temperature rating is 400°F continuous.

Cable Clamps 1209 Series

Recommended for use with series 108, 109, 110, 111, 150 and 151 connectors. This clamp will accommodate extension leads up to 3/8" diameter.

Cable Clamps 1239 Series

Recommended for use with series 130 and 131 connectors. This clamp will accommodate extension leads up to 3/8" diameter.

Tube Adapters 1210 Series

For use with 108, 109, 110, 111, 150 and 151 connectors to rigidly mount a quick disconnect to your sheathed thermocouple.

Tube Adapters 1240 Series

For use with 130 and 131 connectors to rigidly mount a quick disconnect to your sheathed thermocouple.

Weatherproof Boot 1471 Series

A flexible neoprene rubber boot especially designed for moisture proofing wire connections on the 1015 or the 1016 series head. The boot fits tightly around the base of the head, and 1/8" to 3/16" tapered hole seals a variety of leadwire diameters. In pairs, the boot also can be used to moisture-proof combinations. Supplied in pairs.

Thermoseal

Polymerized Low-Viscosity Silicone Prevents Moisture penetration up to 1000°F (538°C) 2 oz. bottles standard, 8 oz. available. ”Thermoseal” is a polymerized low-viscosity silicone fluid with proven ability to form a positive moisture barrier for mineral insulated thermo-couple and heater elements.

Leadwire Adapter

Open end thermocouples should be sealed with a moisture sealant such as “Thermoseal” after conductors have been exposed prior to attaching leadwire. A small, easily assembled transition fitting for adapting sheathed, mineral oxide insulated thermocouples to leadwires. the leadwire adapter completely encapsulates the transition splice forming an insulating shield and providing an effective strain relief.

BF Series Brass Mounting Adapter

A brass compression type fitting containing a ferrule to accommodate your desired probe diameter. An economical and practical fitting used in areas where pressure and temperature are relatively low. Other tube and thread combinations available. Consult factory.

SF316 Series Stainless Steel Mounting Adapter

A leakproof double ferrule type compression fitting machined from 316 stainless steel. The ferrules are deformed during assembly and cannot be relocated on the thermocouple assembly. It is ideal where the probe must be removed and replaced at the same immersion depth. An excellent fitting for chemical applications or other areas that require Type 316 stainless steel for compatibility purposes.

ST304 Series Stainless Steel Mounting Adapter with Sealant

Soft sealant-type machined from stainless steel Sealants are available in lava, neoprene and teflon Replacement sealants are also available A soft sealant-type fitting machined from stainless steel. Thermocouple may be relocated to various immersion depths by loosening threaded cap and gland followers. Sealants are available in lava, neoprene and teflon (tetrafluoroethylene).

SF304 Series Stainless Steel Mounting Adapter

Metal ferrule-type machined from stainless steel Ferrule and thermocouple sheath are deformed during installation A metal ferrule-type fitting machined from stainless steel. Ferrule and thermocouple sheath are deformed during installation; therefore thermocouple cannot be repositioned after metal deformation.

1417 Series Replacement Sealants

Listed are replacement sealants for our ST304 Series Mounting Adapters. When ordering, specify part number for the sealant required and add sealant material suffix letter to the end of the part number.

1020 Series Miniature Screw Cover Head

A light weight (only 3 oz.), all-aluminum head for single or duplex thermocouple elements. Readily adapted to small diameter protection wells or mineral oxide insulated sheathed thermocouples up to .250 diameter by use of a 1/8" NPT compression fitting.

Cap–1053

Mates with the 1513 adapter with simple push and twist-action, retained by spring tension.

Retaining Ring–M-1379-3

Shoulder designed to transmit spring pressure to the thermocouples. Must be silver soldered to sheath.

Spring–1082

Spring will always compress to approximately one half its relaxed length, hence it may be cut to desired size.

Adapter–1513

Slotted design allows fast screwdriver installation in 1/8" NPT tapped hole.

Ceramic Terminal Head

1015 Series For Single or Duplex Thermocouple Applications A high-temperature binding screw type terminal similar to the 1016 Series, but capable of withstanding temperatures up to 1000°F. The four separate binding screws permit usage in duplex applications.

Fiberglass Terminal Head

1016 Series For Single Thermocouple Applications This economical binding screw-type terminal is readily installed on Thermo-pak materials with standard silver solder. Four binding screws are provided, two for connection of thermocouple conductors and two for lead connections.

Replacement Block 1018A

1018A Single Terminal Block (2 Terminals).

MINIPAQ-HLP Programmable Temperature Transmitters

Replacement Block 1018B

1018B Duplex Terminal Block (4 Terminals).

Replacement Block 1018C

1018C Triplex Terminal Block (6 Terminals).

MESO-H & MESO-HX Programmable Temperature Transmitters

2018 Series Cast Explosion Proof Screw Head

Available in cast iron and aluminum Cover contains internal threads and gasket to assure water-tight connection Ceramic terminal blocks for high temperature application Negative lead identification by color code is indicated inside cover A stainless steel chain is furnished with each head for safety and easy maintenance. Cover has minimum of eight thread engagement, in compliance with requirements for explosion-proof service.

1028 Series Poly Head

A polypropylene, gasket, screw cover head which is extremely resistant to most corrosive and capable of withstanding 220°F (105°C) continuous operations. This U-V stabilized plastic terminal head is both practical and economical. Available with either single or duplex terminal blocks to suit your needs. Utilizes the same ceramic terminal block as our 1018 series explosion-proof screw cover head. Standard connections are 1/2" NPT process with 3/4" NPT conduit.

Tube Temperature Thermocouples

1800 Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Best Value for Accuracy and Longevity Retaining Clip Furnished, Clip Material Matches Sheath Material.

1800L Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Right Angle Bend which Turns Left for Ease of Installation Best Value for Accuracy and Longevity Retaining Clip Furnished, Clip Material Matches Sheath Material.

1800R Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Right Angle Bend which Turns Right for Ease of Installation Best Value for Accuracy and Longevity Retaining Clip Furnished, Clip Material Matches Sheath Material.

1800V Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Different Plane of Mounting between Inlet and Heater Tube Best Value for Accuracy and Longevity Retaining Clip Furnished, Clip Material Matches Sheath Material.

1810 Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple For Transverse Tangent Mounting Where Tube Movements are Minimal Best Value for Accuracy and Longevity Retaining Clip Furnished, Clip Material Matches Sheath Material.

1820 Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Most Commonly Used Design without Expansion Loop Best Value for Accuracy and Longevity Wrap Around Angle 90° “W” Retaining Clip Furnished, Clip Material Matches Sheath Material.

1820L Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Best Value for Accuracy and Longevity Wrap Around Angle 90°“W” Retaining Clip Furnished, Clip Material Matches Sheath Material For Thru-Floor or Roof Penetration where Thermocouple Can Move with Tube.

1820R Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Best Value for Accuracy and Longevity Wrap Around Angle 90° “W” Retaining Clip Furnished, Clip Material Matches Sheath Material For Thru-Floor or Roof Penetration where Thermocouple Can Move with Tube.

1820C Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Best Value for Accuracy and Longevity Wrap Around Angle 90° “W” Retaining Clip Furnished, Clip Material Matches Sheath Material.

1830L Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Most Commonly Used Design with Expansion Loop Ideal for Applications where Tube Movement is Greater than 3" Best Value for Accuracy and Longevity Wrap Around Angle 90° “W” Retaining Clip Furnished,Clip Material Matches Sheath Material.

1830R Series Tube Temp

Patented “Knife-Edge” Thermojunction More Accurate than Pad Type Thermocouple Most Commonly Used Design with Expansion Loop Ideal for Applications where Tube Movement is Greater than 3" Best Value for Accuracy and Longevity Wrap Around Angle 90°“W” Retaining Clip Furnished, Clip Material Matches Sheath Material.

1700 Series Pad Type

Pad Type 1700 is a Low Cost Alternative to “Tube Temp” Thermocouple Pad is Slotted for Higher Accuracy Used Where Severe Service Atmospheric Conditions are Not a Major Concern Suitable for Tight Space Limitations Can be Field Formed.

1710 Series Pad Type

Pad Type 1710 is a Lower Cost Alternative to “Tube Temp” Thermocouple Thermocouple is Welded on Top of Pad Used Where Severe Service Atmospheric Conditions are Not a Major Concern Suitable for Tight Space Limitations Can be Field Formed.

1720 Series Pad Type

Pad Type 1720 is the Lowest Cost Alternative to “Tube Temp” Thermocouple Commonly Referred to as “Tube Metal or Tube Skin Temperature Thermocouples” Used Where Maximum Service Temperature is 800°F 304SS Pad and Tube with 20 AWG Fiberglass Insulated Leadwire. Suitable for Tight Space Limitations.

High Pressure Thermocouples

1500 Series High Pressure Thermocouple

Temperature Sensing at Pressures Up to 60,000 PSI (PSI Rating Limited Only By High Pressure Fitting) 316 Stainless Steel Sheath Material and Support Tube Standard Compacted MgO Insulation Grounded Junction (W2) Standard Industry Standard Color Coded Disconnect.

1600 Series High-pressure Thermocouple

Multi-Point Thermocouples

Free Hanging Multi-Point Thermocouples

Thermocouple elements are mounted to the desired length then bundled together. This type of assembly is often small in diameter allowing the thermocouples to fill up the inner area of the thermowell which reduces thermal lag. Thermocouple sensors can be replaced, but the unit must be returned to the factory. The free hanging design is generally the most economical of all multi-point designs.

Multi-Guide Tube

This is the most common and reliable multi-point design. It offers long life with little maintenance. Each guide tube is welded to a plug which is then welded into and becomes an integral part of the wall of the thermowell. If a single sensor should need to be replaced, it an be accomplished easily and quickly on site without interrupting the process.

Spring Loaded Multi-Point Thermocouples

A leaf spring holds the junction to the inner wall of the thermowell. Spring loaded multi-points respond quickly to temperature changes. Thermocouple replacement requires entire element assembly to be returned to the factory for servicing or replacing the entire element.

Special Applications – Multi-Point Thermocouples

TCP has worked closely with major petrochemical and refinery design companies in the development of multi-point thermocouple assemblies for specialized applications. These designs are currently in service world-wide throughout the petrochemical and refinery industry.

Custom Applications

Engine Exhaust Thermocouple

Available in various configurations for monitoring engine exhaust temperatures in gasoline or diesel engines.

Turbine Rake

Measure temperature and/or air pressure in aircraft turbine engines.

Dual Thermocouple Cone Ring

Used extensively in plastic extruder.

Seal Ring Thermocouple

Proprietary designs of ring thermocouples.

Instruments

FDX Series Multi-Point Temperature Indicator

FDX-II User-selectable global or individual alloy type Temperature scale Adjustable on-time Multi-point, multi-alloy thermocouple capability UL listed as intrinsically safe for use in Class 1, Groups C and D, Division 1 environments Automatic shut-off for battery conservation Panel template included. Accessories: 9V battery type MN604 or equivalent. FDX-SL User-selectable global or individual alloy type. Temperature scale. Adjustable Scan Dwell Time. Multi-point, multi-alloy thermocouple capability. RS232 Output. Panel template included. Alarm Relay Output with Silence Feature.

D3100 Series Process Indicator with Outputs

Bright, long lasting LED display, 0.56" LED. 2 Relay Outputs. 4-20mA or 0-10V analog output (user selection). Drip-proof and dust tight Front Cover NEMA 12. Compact 1/8 DIN case. Plug in screw terminal connectors. Wide range of engineering units. Slot on inside of front panel for displaying unit of measure from furnished decal sheet. Excitation supplies of 10 Volt DC @ 120mA, maximum of +24 Volt @ 50mA (user selectable) standard on Strain Gauge and Process Models.

MINIPAQ-HLP Programmable Temperature Transmitters

MINIPAQ-HLP is a basic, programmable non-isolated, easy-to-use 2-wire transmitter. The Low Profile housing has a height of only 18.5 mm / 0.72 inch. Configuration is made in seconds with the user friendly Windows software, MINIPAQ Soft. No external power supply required for configuration. The transmitter is programmable for RTD’s in 3- and 4-wire connection according to different standards as well as for 11 T/C types.

MESO-H & MESO-HX Programmable Temperature Transmitters

MESO-H/-HX are smart and universal 2-wire in-head transmitters for temperature and other measurement applications. MESO-H/-HX are fully HART-compatible, with communication through the HART protocol.Utilizes HART Protocol for remote configuration and monitoring. Communicates with HART Communicator or PC via modem. Fully universal, linearized and isolated. Accepts RTD, T/C, mV and O. Sensor error correction. Easy wiring, large center hole. 50 point linearization – any sensor can be matched. Consistent sensor break function. Full access to all features while in operation Low sensor isolation detection. MEPRO, easy-to-use Windows configuration software. Integrated in Emerson AMS and Siemens PDM systems.

Gas Pressure Regulators

Type P32 Natural Gas and Propane Regulator

Superior regulation and excellent stability make the BelGAS Type P32 natural gas and propane regulator ideal for lower flow applications.

Type P119 Air and Gas Pressure Control Valve

The BelGAS Type P119 air and gas pressure control valve is a versatile, general purpose, spring loaded flow and pressure regulation control valve with on-off or throttling control and inline maintenance capabilities.

Type P912 Pneumatic Air Pressure Regulator

The compact BelGAS Type P912 pneumatic air pressure regulator functions as a general purpose pneumatic pressure controlling device with an adjustable set point.

Type P36 Preset Gas Pressure Regulator

The BelGAS Type P36 preset gas pressure regulator is available to order with the exact level of required regulation. Ideal for areas requiring tamper resistant components or where incidental re-adjustment is a concern.

Type P37 Natural Gas and Propane Regulator

The BelGAS Type P37 natural gas and propane regulator contains many of the same characteristics as the Type P38, but at a reduced price. At 110 SCFM (16.5 Mbtu/hr), the P37 offers flow rates comparable to current market suppliers.

Type P38 Non-Relieving Gas and Propane Regulator

The BelGAS Type P38 Type P38 Spring Opposed Non-Relieving Gas and Propane Regulator is diaphragm-operated device, using a patented balanced pintle design to eliminate unsteady changes in outlet pressure due to inlet pressure fluctuations.

Type P40 and Type P40 NACE Compliant Natural Gas and Propane Regulators

BelGAS General Purpose Type P40 and Type P40 NACE Natural Gas and Propane Regulators are reliable precision units designed for instrumentation and general purpose use in both standard (P40), and corrosive environments (P40 NACE).

Type P70 Natural Gas and Propane Regulator

The BelGAS Type P70 natural gas and propane regulators are reliable precision units, designed for instrumentation and general purpose use.

Type P143 Gas Pressure Regulator

The BelGAS Type P143 gas pressure regulator is ideal for natural gas, air, propane and general purpose gas pressure regulation. Uses include commercial, residential and light industrial for burners and unit heaters.

Type P200 Gas Pressure Regulator

The BelGAS P200 gas pressure regulator is a manual, direct acting, self-operating, spring loaded adjustable regulator, used in applications where pressure reduction is required.

Type P133 Gas Pressure Reducing Regulator

The BelGAS Type P133 gas pressure reducing regulator is used in commercial and industrial applications such as furnace and burners, where accuracy and sensitivity are critical.

Type P39 Configurable Gas Pressure Regulator

The BelGAS Type P39 configurable gas pressure regulator is the industry’s largest and most easily adjustable. Units are offered with a choice of three different seat materials, allowing the designer to custom fit for individual applications.

Type P630 High Pressure, High Flow Gas Pressure Regulators (NACE)

The BelGAS Type P630 is a spring loaded, direct-operated, high pressure, high flow gas pressure regulator.

Type R627 Gas Pressure Relief Regulator

The BelGAS Type R627 gas pressure relief regulator features an internal valve that provides reliable protection against over pressurization, and in many cases, eliminates the need for an external relief valve.

Type P627 Low and High Gas Pressure Regulator

The BelGAS Type P627 is a spring loaded, direct-operated, low and high gas pressure regulator, designed to support a variety of applications in the oil and gas industries.

Type F627 High Flow Gas Pressure Regulator

The BelGAS Type F627 high flow gas pressure regulator is pilot-operated for use within oil and gas pressure-factor measurement (fixed-factor billing) applications.

Type P1808 Pilot-Operated Gas Pressure Relief Valve

The BelGAS Type P1808 pilot-operated gas pressure relief valve, or back pressure regulator, is used in gas or liquid service to maintain pressure on oil and gas separators and in pressure relief applications in gas distribution systems.

Type L627 High Flow LP Gas Pressure Regulator

The spring-loaded, direct-operated BelGAS Type L627 high flow LP gas pressure regulator is expressly designed to meet the demands of the oil and gas industries. These regulators provide durability with a powder-coated epoxy exterior finish, as well as installation versatility through their multi-position body and spring case configurations.

Type P203 and P203H Gas Pressure Reducing Regulators

The BelGAS P203 and P203H gas pressure reducing regulators are available with a true monitor regulator, which acts independently of the main regulator.

Type P200P Series Gas Pressure Regulator

The BelGAS Type P200P series gas pressure regulator is a manual, direct acting, self-operating, spring loaded adjustable regulator, used in applications where high-reliability pressure reduction is required.

Type P99 Gas Pressure Reducing Regulator

The BelGAS Type P99 gas pressure reducing regulator provides a broad range of controlled pressure ranges and capacities for use in a variety of distribution, industrial, and commercial applications.

MA Series Control Panel Regulators

MA Series Control Panel Regulators from BelGAS offer a fully modular design for service and interchangeability. Their compact and lightweight design facilitates ease of installation in space constrained environments. A non-rising adjustment knob with push-pull lock ring feature also allows for ease of field adjustments. They are available in four unique standard models to suit a variety of general purpose requirements.

Back Pressure Regulators

BelGAS Standard Needle Valves

BelGAS Standard Needle Valves offer four choices in 316 stainless steel, as well as one piece forged carbon plated steel, soft seat and hard seat, angle and globe styles.

Back Pressure Regulators

Type P289 Back Pressure Regulator

The BelGAS Type P289 back pressure regulator functions as a high flow relief valve with an adjustable set point. It can be used in place of a standard relief valve to provide protection against over-pressurization in the downstream system.

Type P630R High Flow Gas Pressure Regulator

The BelGAS Type P630R high flow gas pressure regulator is a spring loaded, adjustable relief valve, designed for relief pressure settings from 3 to 250 PSIG (0.21 to 17.3 BAR).

Type P800 Direct Operating Factory Preset Relief Valve

The inline BelGAS Type P800 direct operating factory preset relief valve is designed for use in pneumatic applications that warrant protection from overpressurization.

Type P1808 Pilot-Operated Gas Pressure Relief Valve

Type F289 Pilot Operated Back Pressure Regulator

The Type F289 from BelGAS is a Pilot Operated Back Pressure Regulator that functions as a high flow relief valve with an adjustable set point.

Air/Gas Regulator Systems, Manifolds, Instruments

Type P39 Configurable Gas Pressure Regulator

Type P1367 Pneumatic Supply Pressure Manifold System

The BelGAS Type P1367 pneumatic supply pressure manifold system is designed to provide high and low pressure distribution of gases and fluids, with the added benefit of safety relief valve protection.

Type P50 and Type P50 NACE Filter Regulators

BelGAS Type P50 and Type P50 NACE Filter Regulators are reliable precision units designed for instrumentation and general purpose use in both standard (P50), and corrosive environments (P50 NACE).

Type P52SS NACE Compliant Stainless Steel Gas Pressure Regulators

The BelGAS Type P52SS NACE compliant stainless steel gas pressure regulators and filters are designed for service with a wide variety of corrosive gas environments.They are offered with the industry’s widest range of available port sizes, from 1/4? to 1? NPTSpecial construction features include 316 SS housing and filter assemblies, with fluorocarbon elastomers used for the control diaphragm and the supply valve.

Type P350 NACE Compliant Filter

The Type P350 NACE compliant filter is a high-reliability filter, complying with NACE MR1075 for sulfide stress cracking resistant metallic material for use with oil field equipment.

Electronic Pressure Control Products

Type T2000 Electropneumatic Pressure Controller

The Type T2000 is a highly robust electropneumatic pressure controller with typical full-scale accuracy of 0.1%, designed to provide precise electronic pressure control of humid (non-condensing) and oil-laden process gases within harsh industrial environments.

Type 170 Explosion Proof Motorized Pressure Regulator (M/P)

The BelGAS Type 170 motorized pressure regulator (M/P) is designed for Hazardous Area valve control in the oil & gas industry.

Type 5000 Two-Wire Pressure Transmitter

The compact, rugged and reliable Type 5000 is a two-wire pressure transmitter, expressly designed for industrial field service. This precision unit converts a signal pressure input into a precise 4-20 mA or 10-50 mA output.

City Gate/District Gate/Air Applications

Type P200 Gas Pressure Regulator

The BelGAS P200 gas pressure regulator is a manual, direct acting, self-operating, spring loaded adjustable regulator, used in applications where pressure reduction is required.

Type P800 Direct Operating Factory Preset Relief Valve

The inline BelGAS Type P800 direct operating factory preset relief valve is designed for use in pneumatic applications that warrant protection from overpressurization.

Type P630R High Flow Gas Pressure Regulator

The BelGAS Type P630R high flow gas pressure regulator is a spring loaded, adjustable relief valve, designed for relief pressure settings from 3 to 250 PSIG (0.21 to 17.3 BAR).

Type P289 Back Pressure Regulator

Type P133 Gas Pressure Reducing Regulator

The BelGAS Type P133 gas pressure reducing regulator is used in commercial and industrial applications such as furnace and burners, where accuracy and sensitivity are critical.

Type P119 Air and Gas Pressure Control Valve

Type P39 Configurable Gas Pressure Regulator

Type P627 Low and High Gas Pressure Regulator

The BelGAS Type P627 is a spring loaded, direct-operated, low and high gas pressure regulator, designed to support a variety of applications in the oil and gas industries.

Type F627 High Flow Gas Pressure Regulator

The BelGAS Type F627 high flow gas pressure regulator is pilot-operated for use within oil and gas pressure-factor measurement (fixed-factor billing) applications.

Type P1808 Pilot-Operated Gas Pressure Relief Valve

Type L627 High Flow LP Gas Pressure Regulator

Type P203 and P203H Gas Pressure Reducing Regulators

The BelGAS P203 and P203H gas pressure reducing regulators are available with a true monitor regulator, which acts independently of the main regulator.

Type P200P Series Gas Pressure Regulator

Type P99 Gas Pressure Reducing Regulator

The BelGAS Type P99 gas pressure reducing regulator provides a broad range of controlled pressure ranges and capacities for use in a variety of distribution, industrial, and commercial applications.

MA Series Control Panel Regulators

City Gate/District Gate/Boiler Pressure

Type P133 Gas Pressure Reducing Regulator

The BelGAS Type P133 gas pressure reducing regulator is used in commercial and industrial applications such as furnace and burners, where accuracy and sensitivity are critical.

Type P143 Gas Pressure Regulator

Type P70 Natural Gas and Propane Regulator

The BelGAS Type P70 natural gas and propane regulators are reliable precision units, designed for instrumentation and general purpose use.

Type P40 and Type P40 NACE Compliant Natural Gas and Propane Regulators

Type P38 Non-Relieving Gas and Propane Regulator

Type P37 Natural Gas and Propane Regulator

Type P36 Preset Gas Pressure Regulator

Type P912 Pneumatic Air Pressure Regulator

The compact BelGAS Type P912 pneumatic air pressure regulator functions as a general purpose pneumatic pressure controlling device with an adjustable set point.

Type P32 Natural Gas and Propane Regulator

Superior regulation and excellent stability make the BelGAS Type P32 natural gas and propane regulator ideal for lower flow applications.

Type P200 Gas Pressure Regulator

The BelGAS P200 gas pressure regulator is a manual, direct acting, self-operating, spring loaded adjustable regulator, used in applications where pressure reduction is required.

Type P627 Low and High Gas Pressure Regulator

The BelGAS Type P627 is a spring loaded, direct-operated, low and high gas pressure regulator, designed to support a variety of applications in the oil and gas industries.

Type F627 High Flow Gas Pressure Regulator

The BelGAS Type F627 high flow gas pressure regulator is pilot-operated for use within oil and gas pressure-factor measurement (fixed-factor billing) applications.

Type P1808 Pilot-Operated Gas Pressure Relief Valve

Type L627 High Flow LP Gas Pressure Regulator

Type P203 and P203H Gas Pressure Reducing Regulators

The BelGAS P203 and P203H gas pressure reducing regulators are available with a true monitor regulator, which acts independently of the main regulator.

Type P200P Series Gas Pressure Regulator

Type P99 Gas Pressure Reducing Regulator

The BelGAS Type P99 gas pressure reducing regulator provides a broad range of controlled pressure ranges and capacities for use in a variety of distribution, industrial, and commercial applications.

Farm Tap/Field High-Pressure Gas Regulation

Type P630 High Pressure, High Flow Gas Pressure Regulators (NACE)

The BelGAS Type P630 is a spring loaded, direct-operated, high pressure, high flow gas pressure regulator.

Type R627 Gas Pressure Relief Regulator

Type P627 Low and High Gas Pressure Regulator

The BelGAS Type P627 is a spring loaded, direct-operated, low and high gas pressure regulator, designed to support a variety of applications in the oil and gas industries.

Type P630R High Flow Gas Pressure Regulator

The BelGAS Type P630R high flow gas pressure regulator is a spring loaded, adjustable relief valve, designed for relief pressure settings from 3 to 250 PSIG (0.21 to 17.3 BAR).

Type F627 High Flow Gas Pressure Regulator

The BelGAS Type F627 high flow gas pressure regulator is pilot-operated for use within oil and gas pressure-factor measurement (fixed-factor billing) applications.

Type P1808 Pilot-Operated Gas Pressure Relief Valve

Type L627 High Flow LP Gas Pressure Regulator

Type P203 and P203H Gas Pressure Reducing Regulators

The BelGAS P203 and P203H gas pressure reducing regulators are available with a true monitor regulator, which acts independently of the main regulator.

Type P200P Series Gas Pressure Regulator

Type P99 Gas Pressure Reducing Regulator

The BelGAS Type P99 gas pressure reducing regulator provides a broad range of controlled pressure ranges and capacities for use in a variety of distribution, industrial, and commercial applications.

High-Pressure Line Tap Instrumentation

Type P350 NACE Compliant Filter

The Type P350 NACE compliant filter is a high-reliability filter, complying with NACE MR1075 for sulfide stress cracking resistant metallic material for use with oil field equipment.

Type P52SS NACE Compliant Stainless Steel Gas Pressure Regulators

The BelGAS Type P52SS NACE compliant stainless steel gas pressure regulators and filters are designed for service with a wide variety of corrosive gas environments. They are offered with the industry’s widest range of available port sizes, from 1/4" to 1" NPTSpecial construction features include 316 SS housing and filter assemblies, with fluorocarbon elastomers used for the control diaphragm and the supply valve.

Type P50 and Type P50 NACE Filter Regulators

BelGAS Type P50 and Type P50 NACE Filter Regulators are reliable precision units designed for instrumentation and general purpose use in both standard (P50), and corrosive environments (P50 NACE).

Type P1367 Pneumatic Supply Pressure Manifold System

Type P39 Configurable Gas Pressure Regulator

Steam/Air/Water Pressure Regulation

Type P630 High Pressure, High Flow Gas Pressure Regulators (NACE)

The BelGAS Type P630 is a spring loaded, direct-operated, high pressure, high flow gas pressure regulator.

Type P200 Gas Pressure Regulator

The BelGAS P200 gas pressure regulator is a manual, direct acting, self-operating, spring loaded adjustable regulator, used in applications where pressure reduction is required.

Type P98H Back Pressure Regulator

The BelGAS Type P98H back pressure regulator is designed to monitor upstream pressure, opening to relieve excess pressure increases above set point. As a back pressure regulator, the upstream pressure is monitored and released downstream when the set point is exceeded.

Type P95H Large Capacity Pressure Reducing Regulator

The BelGAS Type P95H is a direct operating, large capacity pressure reducing regulator, ideally suited for use in oil and gas, process gases, steam and liquid flow monitoring applications.

Type P119 Air and Gas Pressure Control Valve

Type P39 Configurable Gas Pressure Regulator

Type P627 Low and High Gas Pressure Regulator

The BelGAS Type P627 is a spring loaded, direct-operated, low and high gas pressure regulator, designed to support a variety of applications in the oil and gas industries.

Liquid Level Transmitters

TeleSensor

External Mounting at Tank. Unaffected by Foam or Vapor. Electronic (4-20 mA) or Pneumatic Output. KING-GAGE® TeleSensor detects level by sensing hydrostatic pressure created by liquid depth. Acting on the force balance principle, a sensitive diaphragm is exposed to the liquid contents of the tank. Compressed air within the sensor creates a pneumatic pressure that balances the force of the liquid acting against the diaphragm. This diaphragm unit is generally paired with the 868 D/P Sensor Control with integral transmitter. This converts the pneumatic isolation pressure to a proportional 4-20 mAdc signal suitable for process control or remote level indication.

Tank Mount Fittings and Adapters

Weld In Shell for Flush Fit. Adapt Existing Fittings for Retrofit. Accommodates AcraSensor or Electronic Sensor.A variety of mounting options are provided by our selection of weld in shells, quick release fittings or adapters. These include retrofitting tanks having other original manufacturers sensor mountings. Of course, KING-GAGEÂ® weld in shells are available installed by most leading tank manufacturers.

Purge Control

Continuous Level Measurement. Simple Proven Sensing Technique. Suitable for Corrosive or Aggressive Liquids. When purged with compressed air, liquid within a downpipe extending into the tank is displaced by air pressure equal to the hydrostatic force created by liquid depth. If carefully regulated at a low rate of flow, air pressure will constantly maintain equilibrium against the force of the liquid. Output is proportional to liquid depth and can be transmitted as an electronic 4-20 mA signal or pneumatically as a direct 1:1 pressure signal.

LiquiSeal Purge Control

Continuous Level Measurement. Simple Proven Sensing Technique. Suitable for Corrosive or Aggressive Liquids. When purged with compressed air, liquid within the downpipe is displaced by air pressure equal to the hydrostatic force of liquid in the tank. If carefully regulated at a low rate of flow, air pressure will constantly maintain equilibrium against the force of the liquid. Output is proportional to liquid depth and can be transmitted as an electronic 4-20 mA signal or pneumatically as a direct 1:1 pressure signal.

ES2 Slimline Transmitter

Robust protection in washdown environments. Continuous liquid level measurement. Two wire loop powered (4-20 mA). KING-GAGE® ES2 transmitters provide liquid level measurement for inventory monitoring. Add to their rugged reliability the major benefits of simplified service and maintenance. Performance characteristics of these transmitters include excellent stability and repeatability (better than 0.02% FS). Transmitter span accommodates a 3:1 turndown ratio* to match the application pressure range (i.e. tank depth) and the 4-20 mAdc output is compatible with PLCs or other control architecture using analog I/O.

Downpipe Check Valve

Simple Inline Installation. Float Check Avoids Pressure Drop. Guards Against Siphoning From Tank. With the KING-GAGE® Downpipe Backflow Check Valve, you can guard against liquid traveling up through the downpipe and into the system pressure lines. It utilizes a specially designed float pin that rises up to seal the valve shut when liquid enters from the downpipe through the bottom of the unit. The Model 6563 Downpipe Check Valve is well suited for use on downpipe systems employing KING-GAGE Purge Control or LiquiSeal Purge Control liquid level transmitters.

AcraSensor

Flush Mount Sanitary Design. Field Replaceable Sensor Diaphragm. Hybrid Design Minimizes Temperature Effects. KING-GAGE® AcraSensor unit detects level by sensing pressure due to liquid depth while its pneumatic force balance diaphragm technique is remarkably free from drift or temperature effects. These sensors are especially suited to a wide range of sanitary applications on storage or continuous processing vessels. The standard AcraSensor + 868 D/P Sensor Control combination combines accuracy, rugged durability, reduced maintenance, and long term stability for liquid level tank gauging. Its integral transmitter converts the pneumatic isolation pressure to a proportional 4-20 mAdc signal suitable for process control or remote level indication.

DP Transmitters

D/P Transmitter

4-20 mA Output for Broad Compatibility. Better than ±0.02% Span Repeatability. Piezoresistive Technology for Enhanced Stability. Liquid level gauging demands a high degree of accuracy and repeatability. This is especially true for quality control in batch processing operations. That is why KING-GAGE® D/P Transmitters are specifically designed to provide optimal performance in tank gauging applications. They utilize a precision piezoresistive sensor element that provides excellent long term stability. Guaranteed accuracy is within ± 0.2% F.S. and repeatable to within ± 0.02% of calibrated span.

D/P Sensor Control

4-20 mA Output for Broad Compatibility. Better than Â±0.02% Span Repeatability. Piezoresistive Technology for Enhanced Stability. D/P transmitters accept either gage or differential pressure pneumatic inputs that are converted to a proportional 4-20 mA output signal. This two wire signal loop is compatible with typical process components that accept analog input including PLCs. KING-GAGEÂ® D/P Transmitters are also offered in hybrid versions combined with an air flow control for pneumatic sensors or downpipe (bubbler) systems. These units allow for direct 4-20 mA output from the tank with power provided by the receiver.

D/P Purge Control

4-20 mA Output for Broad Compatibility. Better than Â±0.02% Span Repeatability. Piezoresistive Technology for Enhanced Stability.KING-GAGEÂ® D/P Transmitters are also offered in hybrid versions combined with an air flow control for pneumatic sensors or downpipe (bubbler) systems. These units allow for direct 4-20 mA output from the tank with power provided by the receiver.

D/P Module

4-20 mA Output for Broad Compatibility. Better than Â±0.02% Span Repeatability. Piezoresistive Technology for Enhanced Stability. KING-GAGEÂ® D/P Transmitters are specifically designed to provide optimal performance in tank gauging applications. They utilize a precision piezoresistive sensor element that provides excellent long term stability. Guaranteed accuracy is within Â± 0.2% F.S. and repeatable to within Â± 0.02% of calibrated span.

D/P LiquiSeal Purge Control

4-20 mA Output for Broad Compatibility. Better than Â±0.02% Span Repeatability. Piezoresistive Technology for Enhanced Stability. KING-GAGEÂ® D/P Transmitters are also offered in hybrid versions combined with an air flow control for pneumatic sensors or downpipe (bubbler) systems. These units allow for direct 4-20 mA output from the tank with power provided by the receiver.

Tank Level Indicators

LP3 Tank Level Measurement System

Graphic 10.4" Color LCD Touch Screen HMI. Link Data via Ethernet/IP, A-B DF1, or Modbus TCP/IP. Supports Continuous Monitoring up to 32 Tanks. KING-GAGE® LP3 system unifies data acquisition, HMI display terminals, and networking flexibility for fluid processing operations. Addressing multiple tanks requiring level measurement and inventory monitoring, this system reduces I/O overhead at a PLC or other process control device.

LP2 SP Multiple Tank Indicator/Setpoint Controller

8 Tank Multiple Channel Capacity. Direct Entry of Digital Setpoints. Dual SPDT Controller Relays per Channel. LP2 SP indicators provide continuous measurement of liquid inventory in storage or processing tanks. Calculating level on the basis of hydrostatic pressure created by liquid depth, the system measures total product mass for more precise material accounting. A full numeric keypad and function keys support various user selections, including direct entry of control setpoints (high or low level) for each tank. The two line alphanumeric LCD readout shows tank level, readout unit (user selective), tank name. and specific gravity in the normal display mode.

LP2 Single Tank Level Indicator

Direct Volumetric Display of Tank Content. No User Scaling or Profiling. Dual RS-485 Serial Ports (Digital Output).LP2 Model 4640 indicators provide continuous measurement of liquid inventory in storage or processing tanks. The LP2 indicator expresses output directly in engineering units. A factory programmed capacity profile (Datapack iButton) correlates transmitter output to actual tank geometry. The indicator then displays the resulting value directly as total weight or volume of liquid in the tank.

LP2 Multiple Tank Digital Indicator

8 Tank Multiple Channel Capacity. Operator Interface Display & Keypad. RS-485 Multidrop Communications. LP2 Multiple Tank Indicators expresses tank level directly in engineering units. Referencing a capacity profile to correlate transmitter output to actual tank geometry, the indicator formats the resulting value directly as the total weight or volume of liquid in the tank. LP2 Multiple Tank Indicator provides an operator interface keypad for access to function selection and density adjustments.

LevelBAR Tank Level Indicator

Visual Display of Tank Levels. Custom Scale for Weight or Volume. Direct Replacement for Manometer Gauges. 4-20 mA output signal available to PLC. The LevelBAR multi-segment LED column display includes an individualized scale calibrated to the actual tank capacity. Marked in any specified unit(s) of measurement, it permits direct reading of total liquid weight or volume. This unique analog column indicator works as a local or auxiliary remote display in new or retrofit applications.

LevelBAR HP Tank Gauge

Self-Contained Hand Pump System. On Demand Monitoring of Tank Level. Individually Calibrated Indicator Scale. LevelBAR HP (hand pump) is a complete tank gauging system. This manually operated liquid level bubbler gauge provides on demand level indication for isolated tanks or situations requiring only periodic monitoring. This self contained package requires only 115 Vac and a length of pipe extending downward into the tank to measure hydrostatic pressure due to liquid level.

7750 KING-GAGE Column Indicator

Graphically Displays Tank Level. Hydrostatic Manometer Principle. Proven Dependable in Decades of Service. 7750 KING-GAGEÂ® Indicators are rugged instruments that will provide accurate and reliable liquid level measurement. Used with bubblers or pneumatic tank sensors that produce a pressure output signal, the fluid-filled indicator can provide local or remote tank level indication. Acting as a hydrostatic balance, its operation is inherently accurate and simple to maintain. A custom calibrated scale permits direct reading in units of volume, weight or depth.

5993 Rotameter Bubbler Gauge

Continuous Tank Level Indication. Single Integrated Bubbler System. Simple All Pneumatic Operation. The KING-GAGEÂ® Rotameter Gauge has seen decades of service in all types of applications. This integrated bubbler system is not only remarkably accurate but also simple to use. Merely adjust the rotameter to an appropriate airflow for continuous tank liquid level indication. A custom calibrated scale permits direct reading in units of volume, weight, or depth.

5992 Hand Pump Bubbler Gauge

Low Cost On-Demand Indication. All Pneumatic (Non-Electrical) Operation. No External Power Source Required. KING-GAGEÂ® Hand Pump Gauge is designed for stand alone operation. No external power is needed other than to use the integral hand pump to pressurize the system. Perfect for isolated storage tanks or where only periodic readings are required. A custom calibrated scale permits direct reading in units of volume, weight, or depth.

Process Control Integration

LP3 Tank Level Measurement System

LP2 SP Multiple Tank Indicator/Setpoint Controller

Multi-Point Process Switch

4 Fully Adjustable Setpoints. Better Than ±0.05% Repeatability. Simple On/Off Control of Process Functions. Multi-Point Process Switch is a single channel analog set-point control. It provides continuous monitoring of a typical process loop with four (4) setpoints that are user adjustable over the full range.

Liquid Level Transmitters

Purge Control

LiquiSeal Purge Control

Downpipe Check Valve

Simple Inline Installation. Float Check Avoids Pressure Drop. Guards Against Siphoning From Tank. KING-GAGE® Downpipe Backflow Check Valve, you can guard against liquid traveling up through the downpipe and into the system pressure lines. It utilizes a specially designed float pin that rises up to seal the valve shut when liquid enters from the downpipe through the bottom of the unit. The Model 6563 Downpipe Check Valve is well suited for use on downpipe systems employing KING-GAGE Purge Control or LiquiSeal Purge Control liquid level transmitters.

Tank Level Indicators

Rotameter Tank Gauge

Continuous Tank Level Indication. Single Integrated Bubbler System. Simple All Pneumatic Operation. KING-GAGE® Rotameter Gauge has seen decades of service in all types of applications. This integrated bubbler system is not only remarkably accurate but also simple to use. Merely adjust the rotameter to an appropriate airflow for continuous tank liquid level indication. A custom calibrated scale permits direct reading in units of volume, weight, or depth.

LP3 Tank Level Measurement System

LP2 SP Multiple Tank Indicator/Setpoint Controller

LP2 Single Tank Level Indicator

Direct Volumetric Display of Tank Content. No User Scaling or Profiling. Dual RS-485 Serial Ports (Digital Output). LP2 Model 4640 indicators provide continuous measurement of liquid inventory in storage or processing tanks. The LP2 indicator expresses output directly in engineering units. A factory programmed capacity profile (Datapack iButton) correlates transmitter output to actual tank geometry. The indicator then displays the resulting value directly as total weight or volume of liquid in the tank.

LP2 Multiple Tank Digital Indicator

8 Tank Multiple Channel Capacity. Operator Interface Display & Keypad. RS-485 Multidrop CommunicationsLP2 Multiple Tank Indicators expresses tank level directly in engineering units. Referencing a capacity profile to correlate transmitter output to actual tank geometry, the indicator formats the resulting value directly as the total weight or volume of liquid in the tank. LP2 Multiple Tank Indicator provides an operator interface keypad for access to function selection and density adjustments.

LevelBAR® Tank Level Indicator

LevelBAR® HP Tank Gauge

Self-Contained Hand Pump System. On Demand Monitoring of Tank Level. Individually Calibrated Indicator Scale. LevelBAR HP (hand pump) is a complete tank gauging system. This manually operated liquid level bubbler gauge provides on demand level indication for isolated tanks or situations requiring only periodic monitoring. This self contained package requires only 100-240Vac and a length of pipe extending downward into the tank to measure hydrostatic pressure due to liquid level.

Hand Pump Tank Gauge

7750 KING-GAGE® Column Indicator

Graphically Displays Tank Level. Hydrostatic Manometer Principle. Proven Dependable in Decades of Service. 7750 KING-GAGE® Indicators are rugged instruments that will provide accurate and reliable liquid level measurement. Used with bubblers or pneumatic tank sensors that produce a pressure output signal, the fluid-filled indicator can provide local or remote tank level indication. Acting as a hydrostatic balance, its operation is inherently accurate and simple to maintain. A custom calibrated scale permits direct reading in units of volume, weight, or depth.

Marine Air Control

Ultra-C Air Control Station

KING U205 Ultra-C Air Control Station is intended for light duty service environments to protect air operated equipment and instrumentation. Without question, most shipboard compressed air systems contain solid and liquid contaminants that affect performance and increase wear on equipment. Precision pneumatic instrumentation including KING-GAGE tank level gauging systems require clean, dry and oil-free compressed air for trouble free operation.

Bronze Marine Filter

Provides Clean, Dry and Oil-Free Compressed Air. Long Life Cartridges Reduce Filter Maintenance. Rugged Bronze Construction for Marine Applications. Air-Conserving Automatic Sump Discharges Only When Needed.

74 Air Control Station

Provides Clean, Dry, Oil-Free Compressed Air. Rugged Bronze Filter for Marine Applications. Dual Cartridges Ensure Long Service Life.

Air-Conserving Automatic Drain Sump.
Air Control Station.
Model 72 & 74 Filter-Regulators.

Compressed Air Filters

U203 Ultra-C Filter

Provides Clean, Dry, Oil-Free Compressed Air. Color Change Cartridge Life Indicator. Energy Conserving Automatic Drain. KING U203 Ultra-C Filter provides high efficiency air line filtration for point of use that’s economically priced. It is the right choice for lower flow applications that demand ultra clean compressed air. The high efficiency 20 scfm two stage filter uses a self-draining coalescing element to remove large amounts of solid and liquid contaminants from the airline.

U6201 Ultra-C Filter

Provides Clean, Dry, Oil-Free Compressed Air. Filter, Regulator, and Auto Drain Trap. KING U201 Ultra-C Filter, our lowest price coalescing filter, doesn’t skimp on performance. It has a single stage element intended for final cleaning of air at point of use. It also excels as a pre-filter for compressed air dryers with its energy conserving automatic sump drain with intermittent action that diverts liquid contaminants from the air stream.

U205 Ultra-C Air Control Station

Provides Clean, Dry, Oil-Free Compressed Air. Color Change Cartridge Life Indicator. Filter, Regulator, and Auto Drain Trap. KING U205 Ultra-C Air Control Station is intended for light duty service environments to protect air operated equipment and instrumentation. Without question, most compressed air systems contain solid and liquid contaminants that affect performance and increase wear on equipment.

Air-Guard 80 SCFM Two-Stage Filter

80 SCFM Air-Guard™ Coalesing Filters.

Air-Guard 60 scfm Two-Stage Filter

Filtering the entire compressed air system at one central location does not generally provide sufficient cleaning for all end-use applications. Moreover, most compressed air piping contains some amount of rust, scale and condensed liquids. Water vapor that may be present in warm air will tend to condense into liquid when the air cools.

Air-Guard 100 SCFM Two-Stage Filter

Aerosol Strainer 2 SCFM Disposable Filter

These low-cost, easily replaceable aerosol filters are designed specifically for low volume air discharge applications. Uses include airguns for parts cleanup in production areas, and for various pneumatic instrumentation components.

Desiccant Dryers

12 SCFM Visi-Guard™ Filter/Dryer

Models: 4532-23 Filter w/Manual Drain, 4532-23T Filter w/Automatic Drain. Capacity: 12 SCFM @ 100 psig, 340 l/min @ 7 Kg/cm2 20 m3, /hr @ 7 bar

12 SCFM Visi-Guard/Metl-Guard Dryer

These compressed air dryers are intended for instrumentation laboratory applications and other low-flow uses that require extremely dry or oil-free air.

Marine Compressed Air Filters

U205 Ultra-C Marine Air Control Station

Provides Clean, Dry, Oil-Free Compressed Air. Color Change Cartridge Life Indicator. Filter, Regulator and Auto Drain Trap. KING U205 Ultra-C Air Control Station is intended for light duty service environments to protect air operated equipment and instrumentation. Without question, most shipboard compressed air systems contain solid and liquid contaminants that affect performance and increase wear on equipment.

KING Air-Guard™ 20 SFCM Bronze Filter

Air Control Station Model 72 & 74 Filter-Regulators

Provides Clean, Dry, Oil-Free Compressed Air. Rugged Bronze Filter for Marine Applications. Dual Cartridges Ensure Long Service Life. Air-Conserving Automatic Drain Sump. Air Control Station. Model 72 & 74 Filter-Regulators.

Cartridge Selection Guide

Ultra-C Cartridges (including color change)

Ultra-C™ Replacement Scrubber & Ultra-C™ Color-Change Polisher.

750/800 Scrubber & Polisher Combo

Replacement Cartridge Sets for 2-Stage Filters, Replacement Scrubber (1st Stage) Cartridges & Replacement Polisher (2nd Stage) Cartridges.

300/300 Scrubber & Polisher Combo

Replacement Cartridge Sets for 2-Stage Filters, Replacement Scrubber (1st Stage) Cartridges & Replacement Polisher (2nd Stage) Cartridges.

Precision Air Pressure Regulators

Type 10 Air Pressure Regulator with 0.1% Accuracy

The Marsh Bellofram Type 10 Air Pressure Regulator is designed to control output pressure with accuracy of 0.1% and high-repeatability, with very low sensitivity to changes in supply pressure, ambient temperature and flow.

Type 110 Large Forward and Exhaust Flow Air Pressure Regulator

The Type 110 Large Forward and Exhaust Flow Air Pressure Regulator combines the proven technology of the Type 10 regulator with the large pneumatic booster of the Type 79 Relay. The result is a precise, crisply responding regulator that can achieve very large forward and exhaust flows. Forward to reverse flow offset is minimized by the capsule operated, servo-control system located in the upper portion of the regulator. This servo-control system supplies a pilot pressure to the large integral pneumatic booster. The large supply and exhaust orifices of the integral booster enable this regulator to produce very high forward and exhaust flow rates. Few regulators can offer this combination of sensitivity and large flow capacity.

Type 40 Air Pressure Regulator

The Type 40 Air Pressure Regulator is a reliable adjustable air pressure regulator, designed for instrumentation and general purpose use. Test data for the Type 40 shows excellent performance characteristics in such areas as regulated pressure vs. flow, forward-to-reverse flow offset, supply pressure sensitivity, repeatability and stability, among others.

Type 41 Precision Air Pressure Regulator

The Type 41 Precision Air Pressure Regulator incorporates a patented Bellofram rolling diaphragm design and is ideal for applications which require high flow capacity, low droop, high accuracy and fine adjustment sensitivity.

Type 50/Type 50 NACE Precision Filter Air Set Regulators

The Marsh Bellofram Type 50/Type 50 NACE Precision Filter Air Set Regulators are reliable, precision filter air set pressure regulators, designed for instrumentation and general purpose use in both standard (Type 50) and corrosive environments (Type 50 NACE).

Type 51 High-Performance Low-Cost Precision Air Regulator

Type 51 High-Performance Low-Cost Precision Air Regulator offers a high-performance in a compact, low-cost package, offering output pressure ranges to 100 psig; 6.9 BAR (120 psig; 8.3 BAR in T-51FR Corrosive Tec & T51FRWT).

Type 51 Stainless Steel Regulators and Filters NACE

Type 51 Stainless Steel Regulators and Filters NACE from Marsh Bellofram Corporation. The Type 51SS regulator is designed for service with a variety of corrosive gases and environments and comply with NACE MR-01-75.

Type 60 and Type 65 Preset General Purpose Air Regulators

Type 60 & Type 65 Precision Air Regulators are reliable precision units designed for instrumentation and general purpose use. The Type 60 is a preset, fixed-pressure unit with a dripwell. The Type 65 is without a dripwell. Test data for these regulators show excellent performance characteristics compared with those of similar units presently on the market. These Marsh Bellofram regulators are generally superior in regulated pressure vs. flow, forward-to-reverse flow offset, supply pressure sensitivity, repeatability and stability. Ruggedly designed and constructed, the regulators have housings of die cast aluminum. Both models are finished with vinyl paint (which resist scratching, weathering and other physical abuse), and are pressure and leak tested prior to shipment from the factory.

Type 70 High-Flow Air Pressure Regulator

The Marsh Bellofram Type 70 High-Flow Air Pressure Regulator is expressly designed for applications requiring substantial flow capacity of up to 80 SCFM (2250 LPM) and accurate pressure controls.

Type 70BP High-Flow Back Pressure Air Regulator

The Type 70BP High-Flow Back Pressure Air Regulator is a high-flow, high-precision pneumatic relief valve with adjustable set point. It is expressly designed for applications requiring high flow capacity and accurate pressure controls.

Type 77 Vacuum Pressure Regulator

The Type 77 Vacuum Pressure Regulator incorporates a fixed negative 15 psig bias spring to maintain vacuum outputs up to 29? Hg. An adjustable opposing range spring increases controlled pressure outputs up to 150 psig.

Type 78 Direct Acting Air Pressure Regulator

The Marsh Bellofram Type 78 Direct Acting Air Pressure Regulator designed to offer high-accuracy, large flow and exhaust capabilities within OEM and industrial applications.

Type 92 Subminiature Regulators

The Type 92 Subminiature Regulators are a compact, low-cost unit which operates in pressure ranges up to 100 psi, with a maximum supply pressure of 150 psi. It provides dependable reliability and accuracy for low flow or dead end applications.

Type M1R and Type M2R Low-cost Miniature Air Regulators

The Type M1R and Type M2R Low-cost Miniature Air Regulators are a compact, low cost regulator, operating in output pressure ranges up to 120 psi, with a maximum supply pressure of 145 psi.

Type 91 Subminiature Regulator

Type 91 Subminiature Regulator from Bellofram PCD is a compact, low-cost unit which operates in pressure ranges up to 100 PSI, with a maximum supply pressure of 250 PSI. It provides dependable reliability and accuracy for low ?ow or dead end applications, but is not designed for critical ?ow applications. The Type 91 subminiature regulator is available with a corrosion resistant anodized aluminum body and bonnet or with a brass body and bonnet. Both come standard with a ?uorocarbon diaphragm.

Diaphragm Air Cylinders

Standard Diaphragm Air Cylinders

Standard Diaphragm Air Cylinders from Marsh Bellofram. Marsh Bellofram diaphragm Air Cylinders are actuators made from elastomers, engineered metals and fabrics. They require no lubrication and are virtually frictionless and economical.

Super Air Cylinders

Marsh Bellofram diaphragm Super Air Cylinders are actuators made from elastomers, engineered metals and fabrics. They require no lubrication and are virtually frictionless and economical.

Small Bore Diaphragm Air Cylinders

Marsh Bellofram Small Bore Diaphragm Air Cylinders are actuators made from elastomers, engineered metals and fabrics. They require no lubrication and are virtually frictionless and economical.

Electronic Pressure Transducers

Type 1000 IP and EP Transducers

Type 1000 IP and EP Transducers are electro-pneumatic transducers that reduce a supply pressure to a regulated output pressure directly proportional to a converted electrical input signal.

Type 1001 IP and EP Transducers

Type 1001 IP and EP Transducers from Marsh Bellofram are a patented family of electro-pneumatic instruments, used to reduce a supply pressure to a regulated output pressure which is directly proportional to a two-wire current or three-wire voltage input.

Type 1500 IP and EP Transducers

The Marsh Bellofram Type 1500 electro-pneumatic transducer converts an electrical signal to a proportional pressure output. It provides low-cost precision electro-pneumatic control to actuators, valves, positioners, final control elements and high-flow controls. Occupying a small overall footprint, Type 1500’s compact size and accessibility to ports and adjustments allow the unit to be installed in space-constrained locations or in a manifold for multi-device control. DIN rail and manifold assemblies are available in kits that provide three, five or ten mounting points. An integral pneumatic volume booster is included to provide high flow capacity to provide high flow capacity.

Type 2000 and Type 2000 EX I/P and E/P Transducers

The Marsh Bellofram Type 2000 is a highly robust E/P transducer with typical full-scale accuracy of 0.1%, designed to provide precise electronic pressure control of humid (non-condensing) and oil-laden process gases within harsh industrial environments.

Type 5000 P/I Transducers

The Type 5000 PI Transducers is a compact, rugged and reliable two-wire pressure transmitter, expressly designed for industrial field service. This precision unit converts a signal pressure input into a precise 4-20 mA or 10-50 mA output.

Filter Regulator Lubricator

Filter Regulator Lubricator Assemblies (FRLs)

Filter Regulator Lubricator Assemblies from Marsh Bellofram are designed with economy and convenience in mind. Units are available in 0-30, 0-60, and 0-120 psi output pressure ranges and 3/8?, 1/2?, 3/4? and 1? NPT pipe sizes with a maximum supply pressure of 145 psi.A variety of miniature, standard and high-flow sizes are available to suit most application requirements. Other options include 5 or 50 micron filters and manual, semi-automatic and automatic drains. Available modular designs allow for easy as-needed maintenance and swap-out of the filter regulator or lubricator. Regulator components incorporate the patented Bellofram Rolling Diaphragm, as well as a metal body, polycarbonate bonnet, non-rising adjustment knob, and panel, pipe or bracket mounting capabilities.

Pneumatic (Air) Relays

Type 72 and Type 72HR Positive Bias Booster Pneumatic Air Relays

Type 72 and Type 72HR Positive Bias Booster Pneumatic Air Relays are positive bias booster pneumatic relays are used when high flow capacity is required.

Type 20 Precision Pneumatic Air Relay

The Marsh Bellofram Type 20 Precision Pneumatic Air Relay is a compact, two-stage, pilot operated 1:1 air relay with positive and negative bias adjustment capability.

Type 75 and Type 75HR Pneumatic Air Relays

The Marsh Bellofram Type 75 and Type 75HR Pneumatic Air Relays use signal pressure to accurately control output pressure over a wide range of flow and supply pressure variations.

Type 79 High Flow and Type 79HR Precision Air Relays

Type 79 High Flow and Type 79HR Precision Air Relays from Marsh Bellofram PCD Type 79 1:1 ratio high-flow precision pneumatic (air) relays are designed for applications where precise flow control is required.

Servo Pressure Controllers

Type 3110 and Type 3120 EP Analog Circuit Card Pressure Transducers

Type 3110 and Type 3120 EP Analog Circuit Card Pressure Transducers from Marsh Bellofram.The Type 3110 and Type 3120 are a series of single- (3110) and double-loop (3120) electro-pneumatic analog circuit-card servo pressure transducers, designed to provide compact, high-performance, economical air pressure monitoring capabilities.

Type 3111 Compact Analog Circuit Card HVAC Pressure Regulator

The Type 3111 Compact Analog Circuit Card Pressure Regulator is an economical version of the Type 3100 series, expressly designed for use within HVAC industry applications.

Type 3411 Digital Circuit Card HVAC Pressure Regulator

The Type 3411 Digital Circuit Card HVAC Pressure Regulator is expressly designed for use with spring-return air-duct cylinders in the HVAC industry.

sType 3410 and Type 3420 Digital Circuit Card OEM Pressure Regulators

The compact Type 3410 (single-loop) and Type 3420 (double-loop) Circuit-Card Pressure Regulators are perfect for size-conscious OEM’s, without sacrificing any of the high-end performance normally associated with full-size I/P’s.

Type 3210 and Type 3220 Analog Enclosure Regulators

Type 3210 single-loop and Type 3220 double-loop electro-pneumatic servo pressure controllers incorporate two solenoid valves and an internal pressure sensor for increased sensitivity and accuracy, housed within a rugged waterproof enclosure for greater durability and performance. With current or voltage signal inputs, Types 3210 and 3220 control an output pressure with an accuracy of ± 0.5% or better full scale output. A wide range of output pressures are available from 29" Hg vacuum to 600 psig. With a flow of 1.25 SCFM at 100 psi, the Types 3210 and 3220 can be used alone or in conjunction with a volume booster to achieve flow rates in excess of 2,000 SCFM. Optional output monitor signals are available. The double loop (3220) option permits 0-10 VDC feedback from a remote sensor. Users can order custom configured standard models with such parameters as the number of power loops, logic output, analog control signal, pressure units of measure, supply and output ports and accessories to suit individual applications.

Type 3211 and Type 3221 Analog Enclosure Regulators

Type 3211 single-loop and Type 3221 double-loop pressure controllers offer non-bleeding solenoid valve technology with an integral flow booster, producing forward flows equivalent to standard industrial electronic regulators or I/P converters within a rugged, waterproof enclosure. The Type 3211/3221 is available in pressure ranges up to 150 psi, with analog output pressure monitoring via 0-10 VDC signal and logic monitor output of solenoid valves. A built-in air volume booster provides for a forward flow of up to 19 SCFM and a reverse flow (exhaust) of up to 7 SCFM. The double loop (3221) option permits 0-10 VDC feedback from a remote sensor. Users can order custom configured standard models with such parameters as the number of power loops, logic output, analog control signal, pressure units of measure, supply and output ports and accessories to suit individual application requirements.

Type 3212 and Type 3222 Analog Enclosure Regulators

Type 3212 and Type 3222 Analog Enclosure Regulators from Marsh Bellofram Corporation. The Type 3212 single-loop and 3222 double-loop are non-bleeding electro-pneumatic controller with flows exceeding those of most compact standard industrial electronic regulators or I/P transducers.

Type 3215 Weatherproof Regulator with Super High Flow

The Type 3215 Weatherproof Regulator with Super High Flow utilizes reliable, quick-firing solenoids, an on-board pressure sensor, and a precision 180 scfm booster to achieve excellent accuracy and stability.

Type 3510 and Type 3520 Digital Enclosure Regulators

Marsh Bellofram Type 3510 single and Type 3520 double loop electro-pneumatic servo pressure controllers combine the advantages of reliable solenoid valves and digital control, housed in a rugged, weatherproof enclosure. Available with a local keypad programming option or RS-485 digital communications for PLC or PC control, these precision controllers allow the user the ability to set and extract data directly from the transducer with a PC or automation system, making for some of the most precise, accurate, and reliable devices available on the market. With a forward flow of 1.25 SCFM at 100 psi, Types 3510 and 3520 can be used alone for many applications or combined with a volume booster for flows in excess of 2,000 SCFM. Various pressure output ranges are available from 29" Hg vacuum to 600 psig. Standard accuracy is ±0.5% full scale or better. Enhanced accuracy version is ±0.25% full scale or better. A four-digit display of the output pressure is available with the keypad model.

Type 3511 and Type 3521 Digital Enclosure Regulators

Type 3511 single- and Type 3521 double-loop digital servo pressure controllers, available with analog or digital outputs, combine all the advantages of reliable solenoid valve technology in a rugged weatherproof enclosure for greater durability and performance. The configurable units feature forward flow equivalent capabilities of up to 19 SFCM for standard industry electronic regulators or I/P transducers, when using the built-in air volume booster (Type 3511). Reverse flow (exhaust) of up to 7 SCFM is possible. With available pressure ranges from 0 to 150 psig, the controllers offer local keypad programming option (with optional four-digit display) or RS-485 digital communications for PLC or PC digital control, housed in a rugged, weatherproof enclosure. Units offer dual solenoid valves with an integral pressure transducer and advanced microprocessor control, as well as Proportional-Integral-Derivative (PID) control. The double loop version (Type 3521) permits 0-10 VDC feedback from a remote sensor.

Type 3512 and Type 3522 Digital Enclosure Regulators

The Type 3512 single loop and 3522 double loop are single units – integrated controller and booster. The 3512/3522 offers solenoid valve technology with forward flow exceeding those of most standard industrial electronic regulators or I/P transducers. Available with a local keypad programming option or RS-485 digital communications for PLC or PC control. Many output pressure ranges are available up to 150 psi. With a reliable twin solenoid valve system, and an integral pressure sensor, an accuracy of ± 0.5% is obtainable.

Mounting Options & Accessories

To ensure the best performance capabilities of our pressure regulators and controllers, Marsh Bellofram offers a variety of directly compatible cordsets, converters, power suppliers, control knobs, external volume boosters and other accessories.

Cordsets: DC Power and Analog I/O, DC Power and Analog I/O, Serial RS-485 & DeviceNet.
Converters: RS-232 Converter & USB Converter.

Power Supplies and Control Knobs: VA pair of 15 VDC circuit-card power supplies is available for integration of Type 3000 transducers into 120 VAC systems. The ZMS-JR powers a single Type 3000; the ZMS15-2 powers up to 2. In addition, the ZMS15-2 can control a pair of Type 3000 transducers with 0-10 V when combined with the P1 Control Knob.The ZMSJR is rated at 375 mA maximum output; the ZMS15-2 at 750 mA. Connections are made via removable terminal blocks. Both power supplies are short circuit protected, and mounted in trays for easy DIN rail mounting. The ZMSJR (without DIN tray) can also be standoff mounted. AC power cords are included. The ZMSJR has a 3.6" X 3.1" (91mm X 79mm) footprint and is 2.6" (66mm) high when mounted in its DIN tray; the ZMS15-2 is 5.4" X 3.1"(137mm X 79mm) and 2.7"(69mm).

Remote Pressure Sensors (RPS):

The Marsh Bellofram Remote Pressure Sensor (RPS) is designed for connection to the second loop output of the Type 3000. When used to monitor pressure at the output of an external volume booster, or directly at the user’s remote application, the RPS sensor increases overall accuracy and speed of response to downstream changes. Sensors are available in pressure ranges from vacuum to 1,000 psig, with choice of 0-10 V or 4-20 mA field adjustable RPS outputs. Units are designed to reliably operate over a temperate range of 0 to +50°C.

External Volume Boosters: Volume Boosters increase the flow capacity of electro-pneumatic transducers, leading to faster response time and increased ability to remain at set-point. Low-flow transducers (Types 3210, 3220, 3510, and 3520) can be mounted on the volume booster of your choice. To specify this option, simply add the booster’s two-letter code to the Options field of the Type 3000 part #. The RPS sensor can be used with two-loop transducers (Types 3120, 322X, 3420, and 352X), closing the loop to the booster’s output and increasing overall accuracy. When the distance between transducer and volume booster is large (e.g., when the transducer is mounted in a cabinet and the booster is installed directly at the application), one of the high-flow transducers (e.g., Type 3211 or Type 3512) can drive the booster over distance.

Accessories & Add-ons

Digital Pressure Indicator

The Marsh Instruments Digital Pressure Indicator is portable, lightweight, hand-held testing and calibrating instrument indicates pressure to 50 psig at accuracy levels of ±0.25% of reading ±1 count.

D3870 Series 6-Digit Frequency Input Indicator/Totalizer

The Digitec D3870 provides fast, accurate measurements even with very low frequent inputs (as low as one pulse per 100 seconds).

General Service Gauges

Marshalltown Value Series Pressure Gauges

With available diameters of 1.5" and 2", the Marsh Bellofram Marshalltown value series is the most economical, general purpose gauge in our general service product portfolio, with monitoring capabilities ranging from 15 to 200 psi.

General Service Steel Case Gauges

Marsh Bellofram general service steel case gauges are cost-effective, general purpose instruments, designed for reliable pressure measurements and suitable for use with water, oil, air, gas or other noncorrosive media from vacuum/compound through 5,000 psi.

Severe Service Gauges

40mm and 50mm Liquid Filled Severe Service Gauges

Marsh 40 mm and 50 mm liquid filled severe service gauges are expressly designed to provide reliable pressure measurements in harsh and demanding industrial and OEM environments, particularly where pulsation and vibration are a concern.

63mm Severe Service Gauges

With available ranges to 10,000 psi, Marsh Bellofram 63 mm liquid filled severe service gauges are expressly designed to provide reliable pressure measurements in harsh and demanding industrial and OEM environments, particularly where pulsation and vibration are a concern.

100mm Severe Service Gauges

With available ranges to 10,000 psi, Marsh 100 mm liquid-filled severe service gauges are expressly designed to provide reliable pressure measurements in harsh and demanding industrial and OEM environments, particularly where pulsation and vibration are a concern.

63mm and 100mm Forged Brass Gauges

With available pressure ranges to 10,000 psi, Marsh 63 mm and 100 mm forged brass gauges are designed for top performance in harsh environments where corrosive gas or other media are not of concern.

Precision Service Gauges

NACE MR0175 Compliant Stainless Steel Gauges

Marsh Bellofram NACE MR-01-75 compliant stainless steel pressure gauges are built for extended life in harsh and corrosive sour gas H2S environments.

Quality Series 100mm, 160mm Stainless Steel Internal Gauges

Quality Series 100mm, 160mm stainless steel internal gauges from Marsh Instruments are offered in pressure ranges to 10,000 psi. They are designed for extended service life within harsh and corrosive environments.

Quality Series 100mm Copper Alloy Internal Gauges

Available in liquid filled or dry versions, Marsh quality series 100 mm copper alloy internal pressure gauges are designed for extended service life in heavy service industrial and commercial environments, with reliable pressure measurements to 5,000 psi.

Precision Test Gauges

Precision Test Gauges from Marsh Instruments are designed to provide reliable pressure measurements in harsh and corrosive sour gas environments. The Marsh Test Gauge is designed with a black painted steel housing and the choice of copper alloy or 316 stainless steel tube and socket to meet the demanding service needs of various test gauge applications. Accuracy is ±0.5% of full span.

Process Gauges

With over 125 years of proven experience, Marsh offers the most complete line of process gauge instrumentation in the industry. An extensive list of designs and options makes them the intelligent and practical choice for process instrumentation.

Diaphragm Gauges

ASME Grade A-1% Accuracy Diaphragm Gauges

Marsh low-pressure diaphragm gauges are universally known for their dependable performance and accuracy, with ASME Grade A-1% accuracy for ranges above 30? of water.

Vacuum Cleaner Test Gauge

Includes 2-1/2? dial size gauge. Dual Scale: in. H20 & kPa vacuum. Complete with rubber plug to fit vacuum cleaner intake opening.

Gas Pressure Test Set

Includes 2-1/2? dial size gauge. Triple Scale: Oz./in2, in. H20 & kPa. Provided in gray polyethylene case with 3 ft. of rubber tubing.

HVAC-R

Gas Test Gauge

Use to pressure test all new gas installations for leaks and passing inspection codes. After installing Gas Test Gauge, the system is pressurized with air. Any leakage will be indicated by a pressure drop on the gauge.

Serviceman’s Test Gauge

Marsh Instruments Deluxe Serviceman Test Gauge is designed to assure the modern serviceman the best possible gauge for testing refrigeration equipment. Corresponding, easy-to-read temperature scales are printed in red on the inner arcs of the dial face.

Manifold Gauge

These gauges are designed for the pressure measurement of refrigeration systems. All dials are furnished with corresponding temperature scales for the various refrigerants. Dials feature R-12, R-22, and R-502. Standard connections are 1/8 NPT lower mount with your choice of red or blue case.

Refrigeration Ammonia Gauge

Marsh Ammonia Gauges include a restrictor that protects the gauge against sudden shock or pulsating pressure. The inner dial arc shows pressure, outer arc shows the corresponding temperature scale. Marsh Refrigeration Ammonia Gauges are available in a plain stainless steel case.

Refrigeration Gauge

Marsh Refrigeration Gauges are sturdily constructed and tested to give long, continuous, accurate service. In addition to the standard pressure or compound scale, dials also show the corresponding temperature scales for R-12, R-22, and R-502, in the various combinations shown in the chart below. Dial markings are sharp, clear and easy to read.

Contractors Gauge

Marsh Instruments Contractor’s HVAC Service Gauge is a newly redesigned gauge with a long-life movement to meet the needs of contractors in air conditioning, heating, plumbing and refrigeration. This rugged and reliable gauge is economically priced and offers many features normally found on more expensive gauges such as adjustable pointer, acrylic lens and polished stainless steel case.

Heating System Gauge

Marsh Instruments Heating System Gauges are available in 3-1/2" and 4-1/2" dial sizes in the most popular ranges. An adjustable red altitude pointer is standard on feet-of-water gauges. This feature allows the user to indicate the head of water to be maintained in the system.

Special Application Gauges

Water Test Gauges

Marsh Water Test Gauge is designed to connect directly to a standard 3/4? water faucet or hose.

Pulp and Paper Machine Gauges

Marsh Instruments Chrome Plated Paper Machine Gauges are available in nine ranges and fit existing panel cutouts.

Diaphragm Seals

B8498 Gauge Protector with Rubber Diaphragm Seal

The Model B8498 Gauge Protector is designed for extremely high volume displacement. Ideally suited for gauges and instruments with operating pressures up to 200 psi and vacuum applications. Available in 1/4? threaded connections and chrome plated zinc construction. A 3/8? flush plug is standard in the process side housing.

Model 12000 Mini Serviceable Rubber Diaphragm Seal

The Marsh Bellofram model 12000 serviceable mini diaphragm seal is designed for use with gauges and instruments operating at pressures of 2500 psi with stainless steel models and 500 psi with PVC models. Marsh Bellofram recommends the use of diaphragm seals such as the model 12000 to extend instrumentation service life and reduce downtime and maintenance costs, by protecting instrumentation from corrosion, clogging, freezing, or pulsation damage.

Model 13000 Miniature All Welded Diaphragm Seal

The Marsh Instruments model 13000 miniaure all-welded diaphragm seal is designed for use with 2” to 3.5” bourdon tube gauges with a minimum pressure of 100 psi. Seals are available in all 316 stainless steel or with Hastelloy™ C process housing and diaphragm. Maximum operating pressure is 2000 psi at +100°F. Marsh Bellofram recommends the use of diaphragm seals such as the model 13000 to extend instrumentation service life and reduce downtime and maintenance costs, by protecting instrumentation from corrosion, clogging, freezing, or pulsation damage. Units are filled and calibrated to gauges only.

Model 13040 All-Welded Diaphragm Seals

The Marsh Bellofram model 13040 all-welded diaphragm seal is designed for use with 2” to 4.5” bourdon tube gauges with pressure ranges from vacuum to 1000 psi. Seals are available in all 316 stainless steel or with Hastelloy™ C process housing and diaphragm. Marsh Bellofram recommends the use of diaphragm seals such as the model 13040 to extend instrumentation service life and reduce downtime and maintenance costs by protecting instrumentation from corrosion, clogging, freezing, or pulsation damage.

Model 14000 Removable Diaphragm Seal

The Marsh Bellofram model 14000 removable diaphragm seal features a clamped metal design with interlocking construction inside of the bolt circle for perfect alignment. The upper and lower housings clamp the diaphragm in place and allow for ease of field servicing. The model 14000 is available in threaded connections for pressures from vacuum to 2500 psi. The fill/bleed port screw in the upper housing is standard and an optional flush connection is available. Units are filled and calibrated to gauges only. Marsh Bellofram recommends the use of diaphragm seals such as the model 14000 to extend instrumentation service life and reduce downtime and maintenance costs by protecting instrumentation from corrosion, clogging, freezing, or pulsation damage.

Model 14040 Welded Diaphragm Seal

The Marsh Bellofram model 14040 is a welded diaphragm seal, offering a special diaphragm-to-upper design that allows the upper housing to be removed with the instrument still in place, without losing liquid fill. The same interlocking feature as the 14000 is used in the model 14040 to ensure precise alignment of the upper to the lower housing. Units are available in threaded connections for pressures ranging from vacuum to 2500 psi. Fill/bleed port screw in the upper housing is standard with an optional flush connection also available. Marsh Bellofram recommends the use of diaphragm seals such as the model 14040 to extend instrumentation service life and reduce downtime and maintenance costs, by protecting instrumentation from corrosion, clogging, freezing, or pulsation damage. Units are filled and calibrated to gauges only.

Digital Pressure Indicators

Digital Pressure Indicator

The Marsh Bellofram digital pressure indicator is a portable, lightweight, handheld testing and calibration instrument, designed to indicate pressures of up to 50 psig at accuracy levels of ±0.25% of reading ±1 count. Design of the digital pressure indicator incorporates a state-of-the-art semiconductor-type pressure transducer which converts pressure input to analog voltage, outputted to a 3-1/2 digit LCD readout display. The indicator is powered by an internal 9-volt rechargeable battery, with a zero adjustment potentiometer that standardizes the transducer bridge at zero pressure for higher measurement accuracy and repeatability. The indicator tests installed instruments and transmitters, verifies operation and settings of valves and switches, detects system leaks, and is otherwise used in many other testing or maintenance applications.

Temperature Instruments

Hot Water Thermometer

Marsh Bellofram industrial-grade hot water thermometers are designed for high-accuracy temperature readings of hot water lines, boilers and hydronic systems to +250°F (+121°C). Units feature a bi-metallic element, aluminum stem and case material and offer accuracy to ±1% of span throughout entire range. The thermometer is available with standard 1/2 or 3/4 NPT male separable socket or 1/2 or 3/4 NPT sweatwell connection that allows easy thermometer removal while maintaining a “sealed” system.

Bimetal Thermometers

Featuring an all-welded corrosion-resistant 304 stainless steel construction, Marsh Bellofram bimetal thermometers combine the benefits of economy and reliability for locally mounted temperature indication requirements in dual scale ranges from -50° to +1,000°F (-40° to +525°C). The extremely responsive bimetal sensing element provides measurement accuracy within ±1% of full scale. The hermetically sealed and ruggedly built case is resistant to shock, vibration, dust and moisture. Built-in over range protection is a standard feature. An external adjustment screw on the back of the 3? and 5? cases provides convenient reset and field recalibration. Additional advantages offered by Series “L” bimetal thermometers include an easy-to-read dual scale, fast response and accurate temperature indication.

Industrial Thermometer

Marsh Bellofram industrial thermometers offer high-performance monitoring in temperature ranges to +300°F (+150°C) in a compact design. The large 9" dial scale permits easy reading at extended distances. The thermometers feature a glass-reinforced nylon case that is lightweight, yet rugged enough to withstand harsh environments. The adjustable stem can be locked into any position through a 180° arc. These thermometers are commonly used on hot or chilled water lines in commercial/industrial buildings. Their compact design is also especially well-suited for use in space constrained applications such as those typically encountered in diesel engines, steam turbines, reduction gears, pumps, condensers and pipelines.

Submarine Thermometer

Marsh Bellofram submarine thermometers offer both durability and performance, with a manufactured standard accuracy of 1% of span and temperature monitoring capabilities to +400°F (+200°C). Units feature a 5-inch v-shaped aluminum scale with black markings and a lens front, as well as a gray ABS case with a red spirit-filled reading tube and magnifying lens for readability. The thermometers also feature a 2" nominal stem length for 3-1/4" OA socket and a white aluminum scale with bold black graduations and figures. These thermometers are commonly used in space constrained applications such as diesel engines, steam turbines, reduction gears, pumps, condensers, boilers, chillers and pipelines.

Pocket Thermometer

Marsh Bellofram industrial pocket thermometers are designed to provide portable, on-demand temperature monitoring capabilities to +550°F (+288°C). Each unit offers a 1” dial with 5” long 304 stainless steel stem and plastic lens and comes with a protective case and stainless steel clip. The clip allows the thermometer to be safely carried in a pocket, as well as may be used to hold the thermometer in place in the medium to be tested. Units are housed in a 304 stainless steel case, which is hermetically sealed for use in harsh and dirty environments. Typical applications include the food industries, HVAC/R industries, and any OEM or industrial application requiring fast and accurate temperature indication.

Digital Pocket Thermometer

Marsh Bellofram digital pocket thermometers are designed to provide portable, on-demand temperature monitoring capabilities to +302°F (+150°C). Accuracy is ±2°F with an update time of 10 seconds. The thermometer features digital temperature readout to a 3.5-digit LCD display. Units also feature a 5-inch long stainless steel stem and an on-off switch for longer battery life. Each thermometer comes with a protective carrying case and stainless steel clip. The clip allows the thermometer to be safely carried in a pocket and may be used to hold the thermometer in place in the medium to be tested. Typical applications include the food industries, HVAC/R industries, and any OEM or industrial application requiring fast and accurate temperature indication.

Tridicators

Marsh Bellofram tridicators, also known as boiler gauges, are designed to indicate pressure in psi and altitude for pools and spas in feet of H2O, as well as in units of Fahrenheit or Celsius (°F and °C), making them suitable for use in hot water heating systems applications. Models are available in dial sizes of 2-1/2" and 3-1/2" and with three available pressure ranges. All feature a set hand for setting desired pressure and altitude of the installation. Typical applications include hot water boilers, heated pools, spas and hot tubs.

Thermowells

Thermowells from Marsh Instruments are available in customer choice of brass or stainless steel. They are used to isolate and protect the sensing instrument from temperature extremes, and permit removal of a sensing instrument without shutting down the process. Thermowells from Marsh Instruments are available in either tapered or straight shank, and with 0.260/0.385 standard bore sizes. They are also threaded for ease of connection.

Filter, Regulator, Lubricator

Filter, Regulator, Lubricator Assemblies

Marsh Bellofram filter, regulator, lubricators (FRLs) are pre-packaged, fully configurable modular assemblies of popular configurations of air filters, regulators, lubricators, and gauges, offered as a single unit. Designed with economy and convenience in mind, Marsh Bellofram FRLs are available in miniature and standard. Regulators incorporate patented Bellofram rolling diaphragms, which have become the industry gold standard for quality and performance, with metal body, polycarbonate bonnet, a non-rising adjustment knob, and panel, pipe, or bracket mounting capabilities.

Check Valves

Ductile Iron Threaded End

Ductile Iron Grooved Ends Swing Check Valve

Ductile Iron Threaded Ends Swing Check Valve

Ductile Iron Threaded End

Ductile Iron Grooved End

Cast Steel Threaded End

Stuffing Boxes

WNS Double Packed (DPSB)
1,500 PSI WP - Polished rod liner: 1" -1-3/4".
WNS Single Packed (SB)
1,500 PSI WP - Polished rod liner: 1" -1-3/4".
WNS Short Stuff Double Packed (DPSB)
1,500 PSI WP - Polished rod liner: 1" -1-3/4".
WNS Short Stuff Single Packed (SB)
1,500 PSI WP - Polished rod liner: 1" -1-3/4".
Stuffing Box Leak Detector
Cone Packing

Pumping And Flowing Tees

Pumping And Flowing Tees

Pumping Flow Tee have 1" NPT minor side outlets for bleeder ports unless specified otherwise. Bleeder can be left blank. Last thread in each series is the major side outlet.

150 BOP

150 BOP

WNS 150 BOP; 1500 P.S.I.; Ductile Iron, 150 Blow Preventer.

Back Pressure Regulator

2" Back Pressure Regulator

Seating Nipple

Seating Nipples - Tubing Threads

WNS Coat

WNS-Coat® Bonded Coating

Thermal Stability; High heat resistance to 600F; Chemical resistance; Ductility and flexibility & Impact and abrasion resistance.

Series 20 Choke

2" 2000# CWP

FNPT Inlet with MNPT Outlet; Forged Steel Body, Hardened Alloy Trim, 1/2", 3/4" Orifice; Reversible Seat.

2" 3000# CWP

FNPT Inlet with MNPT Outlet; Forged Steel Body, Hardened Alloy Trim, 1/2", 3/4" Orifice; Reversible Seat.

Ball Check Valves

WNS Ball Check Valves -1000-5000 lbs.

Replaceable Resilient Seal with Secondary Metal-to-Metal Seal. Nominal Flow Restriction, Can be installed Horizontal or Vertical. No Ball Spring, Minimum Parts wear from Low Flow Rates or Pulsating Service. 1" Screwed End & 2" Screwed End.

BELLOFOAM™ Silicone Sponge Sheets

BELLOFOAM™ Silicone Sponge Sheets

BELLOFOAM™ from Bellofram Silicones is the lightest high-consistency closed cell silicone rubber sheeting material on the market. It contains truly closed cells, as determined by the stringent ASTM-D-1056 water absorption under vacuum method, eliminating wicking. The formulation and construction of these sheets allows for continuous operation of materials over a wide temperature range of -85° to +400°F, with outstanding recovery after compression. The sheets skived from buns can be supplied from 0.125” to 2.00” thickness, or buns can be skived into sheets using a customer’s own equipment. There are three available ASTM-D-1056 hardness versions of the standard sheet, including one with the necessary enhanced fire retardant additives to meet UL94 V-0 specifications, and a second version with fluorosilicone sponge properties, meeting the requirements of AMS 3323. With these and other available options, BELLOFOAM™ silicone foam rubber sponge sheets cover a wide range of demanding physical, temperature, and chemical environments.

Benefits:

Low Flame.

Very low compression set.

Soft compression force.

Handles temperature extremes.

UV & weather resistant.

Flame retardant (BELLOFOAM™ 7629).

2. Silicone Sponge Extruded Products

BELLOFOAM™ Silicone Sponge Sheets

Benefits:

Low Flame.

Very low compression set.

Soft compression force.

Handles temperature extremes.

UV & weather resistant.

Flame retardant (BELLOFOAM™ 7629).

Solid Silicone Extruded Products

Bellofram Solid Silicone Elastomer Extrusions

Extensive expertise in custom formulations and toolmaking capabilities allow Bellofram Silicones to produce solid silicone elastomer extrusions in almost limitless shapes and hardnesses, and in diameters up to 2.500”. Our extruded rubber cords, tubes, and custom profiles may be used to make gaskets, seals, and O-rings. They may also be used as grips and handles to ensure worker safety when operating hoses and nozzles. Larger diameter rubber extrusions are popular choices as bumpers and guards for equipment protection. Bellofram Silicones also offers solid silicone rubber extruded materials that can withstand 500,000 flexes, as well as commercial-grade silicones that are maintenance-free in less demanding environments. Bellofram Silicones solid extruded products are very resistant to compression set, high and low temperatures. Multiple extrusion manufacturing and production lines allow us to produce virtually any required quantities with very short lead times.

4. Organic Molded Products

Bellofram Organic Rubber Products

Bellofram Silicones manufactures a wide range of organic rubber polymers, available in the form of molded parts, rolls, sheets and slabs. Organic rubber polymers may also be custom fabricated to suit a variety of customer specifications.
Rubber facts: The term organic rubber is used to determine materials manufactured with a polymer having a “back bone” consisting predominately of carbon-to-carbon linkage. Natural rubber was the first such material available and is produced from the sap of the rubber tree. World War II interrupted the supply and crash programs brought on the development of synthetic rubber products such as silicone we know today.

Solid Silicone Molded Products

Solid Silicone Molded Products

Bellofram Silicones offers solid silicone construction, available in 30 to 80 shore “A” durometer, and in material choices from economical commercial grade to high-performance low-temperature, flex and tear resistant specification grades. These products can be tinted to most colors. Our in-house mixing of custom formulations allow us to produce materials to the ASTM, SAE, MIL-STD, and other military and industrial specifications.

Silicone Sponge Molded Products

Bellofram Closed Cell Silicone Sponge Molded Elastomer Products

Bellofram Silicones is one of a very small number of closed cell silicone sponge molded elastomer manufacturers. Our own in-house mixing gives you the choice of materials with a wide compression deflection rating, from ASTM D 1056 2D1 soft density to ASTM D 1056 2D5 extra firm density. The self-forming skin enhances product resistance to water absorption and protects from contaminants. Need to meet a BMS requirement? Bellofram is a certified supplier of BMS 1-23 and BMS 1-60 molded products. We offer a flame retardant version in each density range that will make sealing possible in extreme environments. An FDA version is also available when FDA compliance is required. Available in any color to aide to the aesthetics of your assembly.

Bellofram Closed Cell Silicone Sponge Cord Extrusions

Bellofram Closed Cell Silicone Sponge Cord Extrusions

Sometimes the simplest shape is the solution to your gasketing or sealing problems. Bellofram Silicones can produce closed cell silicone sponge cord extrusions in diameters ranging from 0.125 inch up to 2.000 inches. Metric lengths are available upon special request. Our proprietary in-house silicone mixing technologies allows us to produce materials to all five hardness ranges of ASTM-D-1056, from soft 2D1 to the extra firm 2D5. We are on the qualified products list for Boeing specs BMS 1-23K, and all three hardness ranges of BMS 1-60H. We are able to produce closed cell silicone sponge cord and extrusions with a compression set value of 10%, in a wide variety of colors.

Phase Voltage Monitors

SLA Series Three-Phase Monitoring Relay

The Marsh Bellofram SLA series is a family of three-phase universal phase monitoring relays, designed to provide cost-effective protection against from phase loss, under voltage, and phase reversal conditions that can contribute to premature motor or equipment failure and downtime.

UOA Series Single Phase Under Voltage Monitoring Relay

The UOA series from the ATC Diversified Electronics division of Marsh Bellofram is a family of single phase voltage monitoring relays, designed to ensure the cost-effective reliable protection of critical equipment that is required to continuously operate above a certain voltage minimum, with the ability to monitor voltage levels up to 240 VAC. Design of the UOA series ensures that when operating voltage is applied above the preset pick-up voltage, the internal relay will energize. When the voltage falls below the preset drop-out voltage for a period longer than the release delay, the output relay will de-energize. When line conditions return above the preset pick-up voltage, the UOA Series automatically resets and the internal relay energizes. The hysteresis integral to each series unit provides a differential between pick-up and drop-out trip points.

VBA Series Single Phase Monitoring Relay

The VBA series from the ATC Diversified Electronics division of Marsh Bellofram is a family of single phase voltage monitoring relays, designed to ensure the cost-effective reliable protection of critical equipment that is required to continuously operate between two voltage limits of up to 240 VAC. Supply voltage is monitored for a preselected under and over limit.

VBA Series Single Phase Monitoring Relay

SLB Series Phase Unbalance Monitor

The SLB Series is designed to protect three-phase equipment against Phase Unbalance, Phase Loss, and Phase Reversal conditions.

SLC Series Phase Unbalance and Loss Monitor

The SLC Series is designed to protect 3-phase equipment against Phase Unbalance and Phase Loss conditions.

SLD Series Phase & Under Voltage Monitor

The SLD Series is designed to protect 3-phase equipment against Phase Unbalance, Phase Loss, Under Voltage and Phase Reversal conditions.

SLE Series Phase Monitor

The SLE Series is designed to protect three-phase equipment against Phase Unbalance, Phase Loss, and Under Voltage.

SLH Series Phase Loss, Under Voltage and Phase Sequence Monitor/Relay

The SLH Series is designed to protect equipment against PHASE LOSS (single phasing), UNDER VOLTAGE (brown outs), and PHASE REVERSAL (improper sequence). The SLH is unique in that it has a field-adjustable hysteresis.

SLJ Series Phase Sequence & Under Voltage Monitor

The SLJ Series has a built-in Delay-on-Make Time Delay. The SLJ continuously monitors the three phase lines for adverse conditions such as PHASE LOSS (single phasing), UNDER VOLTAGE (brown outs), and PHASE REVERSAL (improper sequence).

PBC Series 3-Phase Voltage Band Monitor

The PBC Series offers protection to three-phase equipment that is required to operate between two voltage limits. All three phases are monitored individually for a pre-selected under and over voltage limit.

PBD Series 3-Phase Sequence & Voltage Band Monitor/Relays

The PBD Series offers protection to three-phase sequence sensitive equipment that is required to operate between two voltage limits. All three phases are monitored individually for a pre-selected Under and Over voltage limit.

PBE Series True RMS 3-Phase Sequence and Voltage Band Monitor/Relay

In today’s industrial environment, Line Noise and Power Line Harmonics are becoming an increasing problem. True-RMS detection may be necessary for achieving accurate Line Voltage measurement.

PRT Phase Rotation Tester

The PRT-100 is a hand-held tester that takes the guesswork out of connecting a three-phase motor.

SLU-0200 Series Universal Phase Monitoring Relay

The SLU-0200 Phase Monitor Relays (3-Phase Monitors) provide cost-effective protection against premature equipment failure or downtime caused by voltage faults or untimely outages on 3-Phase systems (Wye or Delta). The SLU-0200 comes complete with “Rapid Cycle Lockout.”

Model DPR175A Phase Voltage Monitoring Relay (3 Phase)

The Model DPR175A is a high-performance voltage and phase monitoring relay designed to protect industrial machinery, motors, and pumps against premature equipment failure caused by unbalanced voltages or single phasing, regardless of any regenerative voltages, on three-phase systems.

SLM Series Microprocessor-based Three-Phase Monitor

The SLM series is a microprocessor based 3 phase monitor. This device protects 3 phase equipment from under voltage, over voltage, phase loss, phase reversal, phase unbalance, phase shift and frequency shift.

SLU-0201 Universal Three Phase Voltage Monitoring Relay

Model SLU-0201 universal three phase phase voltage monitoring relay from the ATC Diversified Electronics Division of Marsh Bellofram Corporation provides cost effective protection against premature equipment failure caused by voltage faults on 3-Phase systems (Wye or Delta).

PRA Series Phase Sequence Monitor

For applications where only the phase sequence is critical, consider the PRA Series Phase Sequence Monitor.

MGR-1000 Series Remote Manager

The Marsh Bellofram ATC Diversified Electronics Division MGR-1000 Series Remote Manager is an important component of the MotorGuardian™ family, expressly designed for use in conjunction with the MPA series. It provides full control and monitoring capabilities of all MPA series. It provides full control and monitoring capabilities of all MPA series functions by mimicking the keypad and display.

MPA Series Motor Performance Analyzer MotorGuardian™

The MPA series MotorGuardian™ from the ATC Diversified Electronics division of Marsh Bellofram is a microprocessor-based overload relay with set point security, designed to serve as a cost-effective added safeguard for the monitoring and performance management of three-phase AC motors, motor control packages and industrial pumps.

SLU-600 Universal Phase Monitoring Relay

The SLU-600 series is a family of universal phase monitoring relays, designed to provide cost-effective protection from premature equipment failure or downtime caused by voltage faults or untimely outages on three-phase systems (Delta and Wye) up to 700 VAC.

SLU-100 Series Universal Phase Monitoring Relay

The SLU-100 series is a family of universal monitor relays, designed to provide cost-effective protection against premature equipment failure or downtime caused by voltage faults or untimely outages on three-phase systems (Delta and Wye).

Current Monitors

CBA Series AC Current Band Monitoring Relay

The CBA series AC current band monitoring relay is used to detect both under and over current conditions which could have a potentially negative effect on the continuous operation of motors, pumps or other critical industrial machinery.

CDD Series Universal DC Current Monitoring Relay

The CDD series universal DC current band monitoring relay from the ATC Diversified Electronics division of Marsh Bellofram is used to detect both DC under and over current conditions which could have a potentially negative effect on the continuous operation of motors, pumps or other critical industrial machinery.

CDO Series DC Over Current Monitor

The CDO series DC current band monitoring relay from the ATC Diversified Electronics division of Marsh Bellofram is used to detect both DC over current conditions which could have a potentially negative effect on the continuous operation of motors, pumps or other critical industrial machinery. The internal relay energizes (pick-up) when the monitored current exceeds the preset trip point for longer than the adjustable time delay. The delay is incorporated to prevent nuisance tripping caused by inrush currents. The CDO has an automatic reset feature. The internal relay de-energizes (drop-out) when the current drops 5% below the preset trip for longer than 0.2 seconds.

CMB Series AC Go/No-Go Current Monitoring Relay

The CMB series AC go-no-go current monitoring relay from the ATC Diversified Electronics division of Marsh Bellofram is designed to detect the presence and level of AC current, ensuring consistent levels for the continuous operation of motors, pumps or other critical industrial machinery. When the monitored current exceeds the trip point for longer than 30 milliseconds, the internal relay energizes. When the monitored current drops below the trip point for longer than 0.5 seconds, the internal relay de-energizes. The delay-on-release is incorporated to prevent nuisance tripping caused by momentary dips in the load line. An external CT may be used to extend the range of the current monitor.

CMC Series AC Over Current Monitor with Reversing Relay

The CMC series AC over current monitor with reversing relay and fault detector counter from the ATC Diversified Electronics division of Marsh Bellofram is designed to detect a motor jam, providing the equipment with an opportunity to self-clear before going into a lockout and alarm mode, protecting machinery from damage due to a motor burnout condition.

CMO Series AC Over Current Monitoring Relay

The CMO series from the ATC Diversified Electronics division of Marsh Bellofram is an AC over current monitoring relay with adjustable time delay, designed to prevent damage and premature equipment failure in pumps, motors and other critical machinery and equipment. The internal relay of the CMO series energizes (pick-up) when monitored AC current exceeds the preset trip point for longer than the preset adjustable time delay. The delay is incorporated to prevent nuisance tripping caused by motor inrush currents. In addition, the CMO series has an automatic reset feature. The internal relay de-energizes (drop-out) when the current drops 5% below the preset trip for longer than 0.2 seconds. An external CT may be used to extend the AC current range.

CMU Series AC Under Current Monitor

The CMU series from the ATC Diversified Electronics division of Marsh Bellofram is an AC under current monitoring relay with adjustable time delay, designed to prevent damage and premature equipment failure in pumps, motors and other critical machinery and equipment. The internal relay is energized (pick-up) when monitored AC current is above the preset trip point. The relay de-energizes (drop-out) when the current falls below the trip point for longer than the adjustable delay. The delay is incorporated to prevent nuisance tripping caused by momentary line dips. The relay, which includes an automatic reset feature, re-energizes when the current rises 5% above the drop-out trip point for longer than 0.1 seconds. An external CT may be used to extend the range of the current monitor.

CMG Series Self-powered Go/No-Go AC Current Monitoring Relay

The CMG series from the ATC Diversified Electronics division of Marsh Bellofram is self-powered solid state go-no-go current monitoring relay, designed to detect the presence of AC current. No physical connection is required as the line to be monitored is magnetically coupled by passing the conductor through the protruding current monitor transformer. As a self-generating device, units have no external power supply requirements. When the monitored current exceeds the trip point for longer than 400 msec, the internal relay energizes (pick-up). When monitored current drops below the trip point for longer than 50 msec, the internal relay de-energizes (drop-out). The current trip point specified is with one turn through the transformer. Each time the number of turns through the transformer doubles, the trip point effectively halves. Example: CMG-0100-20 will trip at 20 amps with one turn passing through the transformer. By placing two turns through the transformer, the relay will trip at 10 amps. Likewise, four turns will cause the relay to trip at 5 amps.

CMG-0101 Series AC Self-powered Go/No-Go Current Monitoring Relay

The CMG-0101 series from the ATC Diversified Electronics division of Marsh Bellofram is a solid state self-powered monitoring relay that is used to detect the presence of AC current. When the monitored current exceeds the trip point for longer than 400 msec, the output energizes (pick-up). When the monitored current drops below the trip point for longer than 400 msec, the output de-energizes (drop-out). No physical connection is required as the line to be monitored is magnetically coupled by passing the conductor through the protruding monitor current transformer. As a self-generating device, no external supply is required to operate the monitor.

CT Series Current Transformers

The CT Current Transformers are of the inserted primary type with the secondary toroidally wound over a core of oriented electrical steel.

Pump & Level Controls

ARA Series Triplexer and Quadraplexer Alternating Relays

ARA series duplexers and quadraplexers from the ATC Diversified Electronics Division of Marsh Bellofram are designed for use in multiple load installations that are required to alternate in sequence while assuring equal run time on all loads. They also allow for additional loads to run in the event of excess load requirements, with the option of automatic or external clocking alterations. When the factory installed jumper is in place, the alternating action is initiated by a control switch, which is common to one side of the control voltage. When the jumper is removed, alternating action is initiated by an isolated normally open switch.

ARA, ARB Series Duplexer Alternating Relays

ARA and ARB series duplexers from the ATC Diversified Electronics Division of Marsh Bellofram are used in control panel applications where two loads are required to alternate in order to provide equal run time. The alternating action is initiated by a control switch, which is common to one side of the control voltage. The output contacts will change states each time the control switch is opened, thus alternating the two loads. The LED indicators show the position of the output relay. The ARA series is the standard duplexer, providing automatic alternating sequence. The ARB series has the automatic sequencing feature plus the option of locking into a single sequence. A three position switch permits the field selection of normal duplexing action, locking in the A-B sequence, or B-A sequence, as required.

ARA Series Expandable Alternating Relays

ARA series expandable alternating relays from the ATC Diversified Electronics Division of Marsh Bellofram are designed for use in multiple load installations that are required to alternate in sequence and have the ability to accept an additional load installation in the future.

ARA-120-AHE Special Function Alternating Relay

The ARA-120-AHE special function triplexer alternating relays from the ATC Diversified Electronics Division of Marsh Bellofram are designed for use in three-load installations. This model has a field selection switch that is used to omit one of the three loads for general or emergency maintenance while depleting the remaining two loads.

ARA-120-AJE Alternating Relay with Sequence Locking Switch

The ARA-120-AJE special function triplexer alternating relays are designed three-load installations. This unit has a field selection switch that is used to lock the alternating relay into a desired sequence. The model ARA-120-AJE has the option of automatically alternating on each load cycle or by external clocking, while allowing for additional loads to run in the event of excess load requirements.

ARM Series Integrated Duplex Controller with Intrinsically Safe Inputs

The ARM series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability alternating relays and duplex controllers, designed to ensure equal runtime of multiple load installations in pump sequencing, level control, lift station, motor protection and other industrial applications. The series incorporates a microprocessor-based controller which evenly distributes runtime by automatically alternating designated lead and lag loads between two pump sequences.

ARM Series Alternating Triplex and Quadraplex Controllers

The ARM series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability alternating relays and triplex and quadraplex controllers, designed to ensure equal runtime of multiple load installations in pump sequencing, level control, lift station, motor protection and other industrial applications. The series incorporates a microprocessor-based controller which evenly distributes runtime by automatically alternating designated lead and lag loads between multiple pump sequences.

ISO Series Isolated Switch

The ISO series isolated switch from the ATC Diversified Electronics Division of Marsh Bellofram is a family of single- channel devices used to provide a safe and reliable means of controlling loads from hazardous locations without releasing sufficient energy, under normal or abnormal conditions, to cause ignition of a flammable or combustible atmospheric mixture while in its most easily ignited concentration. An isolated output turns on when the control switch input from the hazardous location is closed. When the control switch input opens, the isolated output turns off. The Style A single channel plug-in devices come equipped with integral spring mating clips which secure the device to the base make this unit the only UL913 Intrinsically Safe plug-in associated apparatus available on the market today.

ISO/ISL Series Multiple Channel Isolated Switches

ISO/ISL series isolated switches from the ATC Diversified Electronics Division of Marsh Bellofram are a family of multi- channel devices used to provide a safe and reliable means of controlling loads from hazardous locations without releasing sufficient energy, under normal or abnormal conditions, to cause ignition of a flammable or combustible atmospheric mixture while in its most easily ignited concentration. An isolated output turns on when the control switch input from the hazardous location is closed. When the control switch input opens, the isolated output turns off.

ARC/ARD Series 8-pin Plug-in Pump Duplexor

The ARC/ARD series from ATC Diversified Electronics is an 8-pin plug-in duplexor featuring sequence on simultaneous off (SOSO) three-input functionality. The duplexor is designed to detect float switch inputs, from which it determines the necessary outputs to turn on with line voltage. As the lag and lead switches open, the load remains energized. When all switches are open, both loads de-energize simultaneously and the lead load alternates.

Time Delay Relays

TBD Series Off-Delay DIP Switch Time Delay Relay

The TBD Series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability off-delay DIP switch time delay relays (TDRs), designed to equip industrial machinery, conveyor belts, exhaust fans, heating systems, lubricators, and pump and motor controls with timed sequence delay, soft-start delay or auto-start functions for added machinery and equipment protection. Supply voltage is continuously applied to the input. An external isolated switch between pins 5 and 6 controls the timer.

TBE Series Single Shot DIP Switch TDR

ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability single shot DIP switch time delay relays (TDRs), designed to equip industrial machinery, conveyor belts, exhaust fans, heating systems, lubricators, and pump and motor controls with timed sequence delay, soft-start delay or auto-start functions for added machinery and equipment protection.

TDB/TUB Series Interval Relay Output

The TDB/TUB series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability interval relay outputs, designed to equip industrial machinery, conveyor belts, exhaust fans, heating systems, lubricators, and pump and motor controls with timed sequence delay, soft-start delay or auto-start functions for added machinery and equipment protection. When voltage is applied to the input terminals, the relay energizes and the time delay begins. Upon completion of the delay period, the relay de-energizes. Reset during or after the delay period is accomplished by removal of the input voltage.

TDC/TUC Series On-Delay Relay Output

The TDC/TUC series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability ON-delay relay outputs, designed to equip industrial machinery, conveyor belts, exhaust fans, heating systems, lubricators, and pump and motor controls with timed sequence delay, soft-start delay or auto-start functions for added machinery and equipment protection. The time delay begins when power is applied to the input. Upon completion of the delay period, the relay energizes. Reset during or after the delay period is accomplished by removal of the input voltage.

TDD/TUD Series OFF-Delay Relay Output

The TDD/TUD series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability OFF-delay relay outputs, designed to equip industrial machinery, conveyor belts, exhaust fans, heating systems, lubricators, and pump and motor controls with timed sequence delay, soft-start delay or auto-start functions for added machinery and equipment protection.Voltage is continuously applied to the input. An external isolated switch controls the timer. When closed, the relay energizes.

TDE/TUE Series Single-Shot Relay Output

The TDE/TUE series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability single-shot relay outputs, designed to equip industrial machinery, conveyor belts, exhaust fans, heating systems, lubricators, and pump and motor controls with timed sequence delay, soft-start delay or auto-start functions for added machinery and equipment protection.

ETN Series Solid-State Flasher

The ETN series is a family of rugged, high-reliability solid-state flasher relays, designed to equip industrial machinery, conveyor belts, exhaust fans, heating systems, lubricators, and pump and motor controls with timed sequence delay, soft-start delay or auto-start functions for added machinery and equipment protection. When supply voltage is applied, the OFF delay (T1) begins. Upon completion of the OFF delay, the load energizes and the ON delay (T2) begins. Upon completion of the ON delay, the load de-energizes and one cycle is complete.

TSB Series Interval Solid-State Output Timers

The TSB series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability interval solid-state output time delay relays (TDRs). The time delay begins when power is applied to the timer. Upon completion of the delay period, the load de-energizes. Reset during or after the delay period is accomplished by removal of the input voltage.

TSC Series ON-Delay Solid-State Output Time Delay Relay

The TSC Series from the ATC Diversified Electronics division of Marsh Bellofram is a family of rugged, high-reliability ON-delay solid state output time delay relays (TDRs), available in both fixed and adjustable time versions. The time delay begins when power is applied to the timer. Upon completion of the delay period, the load energizes. Reset during or after the delay period is accomplished by removal of the input voltage. The TSC will not false transfer if voltage is removed prior to completion of the delay period. A fast recycle time permits accurate, high speed, continuous operation.

TSD Series OFF-Delay Solid-State Output Timer

The TSD Series is a family of rugged, high-reliability OFF-delay solid state output time delay relays (TDRs), available in both fixed and adjustable time versions. Voltage is continuously applied to the input, while an external isolated switch controls the timer. When closed (momentary or maintained), the load energizes and the delay period begins. Upon completion of the delay period, the load de-energizes. When closed, the load energizes. Opening the switch initiates the delay period. If the control switch recloses during the delay period, the load remains energized and the timer resets to zero.

TSE Series Single Shot Solid-State Output Time Delay Relay

The TSE Series is a family of rugged, high-reliability single shot solid state output time delay relays (TDRs). The distinguishing feature of this series is its single shot switch mechanism, which requires only a brief closure of an initiating switch to active the timer interval. Voltage is continuously applied to the input. An external isolated switch controls the timer. When closed (momentary or maintained), the load energizes and the delay period begins.

TBB Interval DIP Switch Time Delay Relay

When supply voltage is applied to the input terminals, the relay energizes and the time delay begins. Upon completion of the delay period, the relay de-energizes. Reset during or after the delay period is accomplished by removal of the supply voltage.

TBC On-Delay DIP Switch Time Delay Relay

The TBC On-Delay DIP Switch TDR time delay begins when supply voltage is applied to the input. Upon completion of the delay period, the relay energizes. Reset during or after the delay period is accomplished by removal of the supply voltage. The TBC Series will not false transfer if supply voltage is removed prior to completion of the delay period. A fast recycle time permits accurate, high speed, continuous operation.

TBF Repeat Cycle-OFF Timer First DIP Switch TDR

When supply voltage is applied to the input, the OFF time (T1) begins. Upon completion of the OFF time, the relay energizes and the ON time (T2) begins. Upon completion of the ON time, the relay de-energizes and one cycle is complete. This OFF/ON cycling continues until supply voltage is removed from the input. The OFF/ON time periods are independently selectable within the same range.

TBG Repeat Cycle-ON Time First DIP Switch TDR

When supply voltage is applied to the input, the relay energizes and ON time (T1) begins. Upon completion of the ON time, the relay de-energizes and the OFF time (T2) begins. Upon completion of the OFF time, the relay energizes and one cycle is complete. This ON/OFF cycling continues until supply voltage is removed from the input. The ON/OFF delay periods are independently selectable within the same range.

TBL Flasher DIP Switch TDR

TBU Programmable Multi-Mode DIP Switch TDR

The TBU Series offers the accuracy of DIP SWITCH delay ranges “A” through “E” as well as the user programmable model, DIP SWITCH delay range “P,” with 4 different ranges obtainable by either leaving 2 designated terminals unconnected or by connecting them to the appropriate terminals. The 6 most common modes of operation are easily selected by the use of one or more jumpers applied externally between designated base pins. These features, coupled with 6 most popular supply voltages, make this timer one of the most versatile and cost effective Time Delay Relays available today. The CMOS digital circuitry provides high accuracy, repeatability and fast reset times.

TDF Repeat Cycle-OFF Time First Relay Output

Application of voltage to the input of the timer initiates the OFF time. Upon completion of the OFF time, the relay energizes and the ON time begins. Upon completion of the ON time, the relay de-energizes and one cycle is completed. This OFF/ON cycling continues until voltage is removed from the input. The OFF/ON time periods are independently adjustable.

TDG Repeat Cycle-ON Timer First Relay Output

Application of voltage to the input of the timer energizes the relay and initiates the ON time. Upon completion of the ON time, the relay de-energizes and the OFF time begins. Upon completion of the OFF time, the relay energizes and one cycle is completed. This ON/OFF cycling continues until voltage is removed from the input. The ON/OFF time periods are independently adjustable.TDG Series Repeat Cycle-ON Tim er First Relay Output.

TDH Delayed Interval Relay Output

Application of voltage to the input of the timer initiates the OFF time. Upon completion of the OFF time, the relay energizes and the ON time begins. Upon completion of the ON time, the relay de-energizes and the cycle is complete. Reset during or after the time periods is accomplished by removal of the input voltage. The OFF/ON time periods are independently adjustable.TDH Series Delayed Interval Relay Output.

TDI Delay Single Shot Relay Output

Voltage is continuously applied to the input. An external isolated switch controls the timer. When closed (momentary or maintained), the OFF time begins. Upon completion of the OFF time, the relay energizes and the ON time begins. Upon completion of the ON time, the relay de-energizes and the cycle is complete. Reset is accomplished by reclosing the control switch after the timing cycle has completed.

TDJ Series On-Delay/OFF-Delay Relay Output

Voltage is continuously applied to the input. An external isolated switch controls the timer. When closed, the ON delay (T1) begins. Upon completion, the relay energizes. When the switch opens, the OFF delay (T2) begins. Upon completion, the relay de-energizes and the cycle is complete. Reset is accomplished by reclosing the control switch after the timing cycle has completed. If the switch opens during the ON delay mode, the relay will remain de-energized and (T1) will reset.

TDM Energy Conservation Timer Relay Output

When voltage is applied to the input, the internal relay picks up and the time delay begins regardless of the position of the control switch. With the switch in the open position, when voltage is applied, the timer will complete its time delay period and the internal relay will drop out if the switch is not closed before the completion of the time delay period. With the switch in the closed position, when voltage is applied, the timer will complete its time delay period and the internal relay will drop out if the switch is not opened and reclosed before the completion of the time delay period.

TDP Percentage Timer Relay Output

When voltage is applied to the input, the internal relay energizes and the ON time (T1) begins. Upon completion of the ON time, the relay de-energizes and the OFF time (T2) begins. At the completion of the OFF time, one ON/OFF cycle is completed. This cycling action continues until voltage is removed from the input. The ON/OFF ratio is adjustable from 0 to 100 percent of time base. 0% is OFF; 100% is ON. Reset is accomplished by interrupting the input voltage.

TDT Series True OFF-Delay Relay Output

When voltage is applied to the input, the relay energizes. When voltage is removed, the OFF delay begins. Upon completion of the delay period, the relay de-energizes. Reset is accomplished by reapplying voltage to the input terminals. NOTE: If voltage is reapplied during the delay period, the relay remains picked up and the timer resets to zero. Voltage must be applied for a minimum of 0.5 seconds to assure proper operation.

TDU Series Programmable Multi-Mode Relay Output

The TDU Series is one of the most versatile single timers available today. One model replaces forty-eight industry standard devices; 4 wide delay ranges x 6 most common modes of operation x 2 supply voltages—since they will operate on both AC and DC. The CMOS digital circuitry provides high accuracy, repeatability and fast reset times. The heavy duty relays are rated for continuous operation at 10 amps. All programming is easily accomplished externally by using one or more jumpers between designated base pins—no trap doors to open, no switches to set, no disassembly required.

TDL Series Flasher Relay Output

When power is applied to the input, the OFF time begins. Upon completion of the OFF time, the relay energizes and the ON time begins. Upon completion of the ON time, the relay de-energizes and one cycle is complete. This OFF/ON cycling continues until the voltage is removed from the input. The OFF time always equals the ON time.

TSK Series Flasher Solid-State Output Timer

When power is applied, the OFF time begins. Upon completion of the OFF time, the load energizes and the ON time begins. Upon completion of the ON time, the load de-energizes and one cycle is complete. This OFF/ON cycling continues until the voltage is removed. The OFF time always equals the ON time.

TSL Series Flasher Solid-State Output Timer

TSA Series Interval Solid-State Output

The TSA Series is a two input terminal device that connects in series with the input and load. When voltage is applied to the input terminals, the load energizes and the time delay begins. Upon completion of the delay period, the load de-energizes. Reset during or after the delay period is accomplished by removal of the input voltage.

TSF Repeat Cycle-OFF Time First Solid-State Output Timer

Application of voltage to the input of the timer initiates the OFF time. Upon completion of the OFF time, the load energizes and the ON time begins. Upon completion of the ON time, the load de-energizes and one cycle is completed. This OFF/ON cycling continues until voltage is removed from the input. The OFF/ON time periods are independently adjustable.

TSG Repeat Cycle-ON Time First Solid-State Output

Application of voltage to the input of the timer energizes the load and initiates the ON time. Upon completion of the ON time, the load de-energizes and the OFF time begins. Upon completion of the OFF time, the load energizes and one cycle is completed. This ON/OFF cycling continues until voltage is removed from the input. The ON/OFF time periods are independently adjustable.

TSH Series Delayed Interval Solid-State Output Timer

Application of voltage to the input of the timer initiates the OFF time. Upon completion of the OFF time, the load energizes and the ON time begins. Upon completion of the ON time, the load de-energizes and the cycle is complete. Reset during or after the time periods is accomplished by removal of the input voltage. The OFF/ON time periods are independently adjustable.

TSM Energy Conservation Timer Solid-State Output

Power Alerts

Universal Power Alert Model UPA-100S

Universal Power Alert model UPA-100S reduces the risk of electrical arc flash by pre-verifying the electrical isolation from outside of a control panel.

GFD Series Ungrounded Systems Alert

The GFD Series is intended for the use on ungrounded systems to detect and indicate the phase of the first ground fault condition.

BFA Series

With nominal 3-phase line voltage applied, a flashing green NORMAL LED gives positive indication of a good fuse and integrity of the wire connection to each side of the fuse.

UPA-200 Power Alert

The UPA-200 Power Alert reduces the risk of electrical arc flash by pre-verifying the electrical isolation from outside of an electrical panel.

UPA-130 DIV 2 Class 1, Div. 2 FM Approved Power Alert

The UPA-130-DIV-2 is Class 1, Division 2 FM approved for use in Hazardous Environments. Power Alert reduces the risk of electrical arc flash by pre-verifying the electrical isolation from outside of a control panel.

UPA-130S Power Alert

The UPA 130S Power Alert reduces the risk of electrical arc flash by pre-verifying the electrical isolation from outside of a control panel. Hardwired to the circuit breaker or main disconnect, the UPA lights at a steady state whenever voltage is present. Engineered with redundant circuitry, the Power Alert is powered by the same voltage that it indicates.

UPA-130 Power Alert

The UPA 130 Power Alert reduces the risk of electrical arc flash by pre-verifying the electrical isolation from outside of a control panel. Hardwired to the circuit breaker or main disconnect, the UPA flashes whenever voltage is present.

UPA-100 Power Alert

The UPA-100 Power Alert reduces the risk of electrical arc flash by pre-verifying the electrical isolation from outside of a control panel. Hardwired to the circuit breaker or main disconnect, the UPA flashes whenever voltage is present.

HVAC Products

AC-2020 Series 3-Phase Compressor Protector

The AC 2020 compressor protector provides multi-mode time delays, reset selections and a memory capability which indicates using LED’s, the last fault condition. This offers not only protection for the compressor in adverse electrical conditions, but also a method to readily determine the type of fault occurrence.

AC-410 Phase Sequence & Loss Monitor

This internal control relay drops out and a 3 minute delay-on-break time delay begins. This delay is used to lock out the compressor, allowing time for head pressure to equalize.

AC-503 Series Delay-On-Break Timer

This family of HVAC controls provides short cycle protection by locking out the compressor for a period of time after a voltage or thermostat interruption. Subsequent interruptions will not increase the delay period.

AC-505-5 Series Delay-On-Break Timer

The AC-505-5 series provides short cycle protection by locking out the compressor for a period of time after a voltage or thermostat interruption.

ASC-500 Series Delay-On-Break Timer

This family of controls provides short cycle protection by locking out the compressor for a period of time after a voltage or thermostat interruption.

AC-800 Series Star Performer

The ATC Diversified STAR PERFORMER provides short cycle protection of compressors by delaying restart after a voltage or control circuit interruption.

ASC-600 Delay-On-Make Timer

The ASC-600 Series provides short cycle protection of compressors by delaying restart after a voltage or control circuit interruption. When the interruption occurs, the control relay drops out. The delay period begins when power is restored, providing random restart.

CV Series Single Phase Under/Over Voltage Monitor

The CV-100 and 200 Series are Under/Over Voltage Monitors combined with short cycle protectors used for appliance control. These units employ a user selectable voltage range Set Point switch. This switch should be positioned to match the line voltage for proper operation. When the line voltage goes below (brown out) or above the preselected operating range, the internal relay drops out removing the plugged-in appliance from these adverse fault conditions.

Seal Failure Alarm

SPM Submersible Pump Monitor

The ATC Diversified Submersible Pump Monitor is a specialized control for monitoring the shaft seal and stator temperature of a submersible pump motor.

SPM Temperature Switch Relay

The SPM non-volatile latching temperature switch relay monitors a normally-closed-low temperature switch.

SPM Dual Channel Seal Failure Alarm

The SPM Series dual seal failure module is a specialized control for monitoring the shaft seals of two submersible pump motors.

SPM Series | Single Channel Seal Failure Alarm

The SPM Series Single channel seal failure module is a specialized control for monitoring the shaft seal of a submersible pump motor.

Tachsyn Transducers*

Tachsyn Series Brushless DC Tachometers

The Tachsyn Series Brushless DC Tachometers from ServoTek Products are a family of tachometers/commutators. This is a unique type of transducer that can be used as either a brushless dc tachometer and/or as a brushless dc motor commutator. The Tachsyn transducer is a magnetic sensing device in which the output windings, field winding, permanent magnet are all located in the stator, thus maximizing reliability. The very-low-inertia rotor has no windings, but is, instead, contoured with high- and low-reluctance poles.

DC Encoders*

PT Series – Encoders, Hollow Shaft

Low cost Modular Incremental Encoders to 200 ppr. A completely new Optical Encoder is now available from ServoTek Products. OEM’s and Motor Manufactures now have a simple, Low Cost Solution to their digital feedback requirements. The new Encoder can replace a variety of more expensive digital devices, as well as sensitive magnetic pickups that are difficult to mount.

PM Series – Encoders, Rotary Shaft

Low Cost Rotary Shaft Incremental Encoders to 100ppr. When mounted to any rotating shaft, the PM Series Encoder provides a single channel square wave output to speed / position control. The Encoder can be used to supply digital feedback for motor speed control and speed indication. The small size of the PM Series Encoder makes it easy to use where space is limited. The Screw Mount design has a 10-32 threaded shaft that is easy to mount. Special mounting brackets and couplings are not required. The Face Mount design has three tapped mounting holes and a snychro groove.

Encoder Options

ServoTek Products Inc. offers different optional mounting kits and threaded shafts for their encoder line.

Tachometer Generators*

A Series DC Tachometer Generators 1-10 VDC Outputs

This low-cost high-performance generator has available three different shaft styles and diameters for direct drives. It also is available with three different mounting options. Various voltage output options are available as well as a choice of Tolerance and Ripple.

B-Series Tachometer Generators

11-24 volts/1000 RPM. B-Series tach generators are designed for applications requiring output voltages between 11 and 24 VDC/1000 RPM.

D-Series Tachometer Generators

25-45 Volts DC/1000 RPM. With rugged construction and high output voltages, D-Series tachometer generators are ideally suited to a variety of industrial applications.The flange mounting provides a convenient assembly method, and the sturdy 0.187” diameter shaft permits the heavier loading frequently encountered where pulleys or belt drives are employed. The output bearing is fitted with a seal to help prevent the contamination that can occur in industrial applications.

E-Series Subminiature Tachometer Generator

E-Series Subminiature Tachometers 3 volts DC / 1000 RPM. E-Series subminiature tachometer generators from ServoTek Products are the smallest among those offering similar technical characteristics. Many outstanding features make it particular suitable for use in all types of servo systems. Although the diameter is only 0.760”, the E-Series provides a 3 VDC/ 1000 rpm output and linearity better than 0.1% at 3600 rpm. With driving torque of only 0.25 oz-in., and inertia of just 0.25 x 10-4 oz-in-square seconds, E-Series gives design advantages not available with competitive units.

Aerospace (Commercial Aviation)

Aerospace Tachometers

ServoTek tachometers generators are used in measuring airplane engine speed, and wheel landing speeds electrically. Using the rotational speed of an armature inside a magnetic field creates a voltage proportional to the rpm. The voltage is then read by an rpm indicator or feed into a computer to control braking action of the aircraft. Tachometer inherent characteristic with response and ability to operate accurately over a range of speeds, makes it ideal for use in torque, positioning and controlled speed systems.

Automotive

Automotive DC Tachometers

ServoTek DC tachometers are used in a variety of automotive testing applications, including braking and acceleration performance testing. They are also popular choices for gear reduction testing. The automotive industry standard SAE mounting design configuration of these tachometers allows them to be used as direct replacements for legacy models, with the added benefits of long useful service life, rugged designs and ServoTek DC tachometers are also used in measuring speed of boom movement on industrial utility vehicles, military and amored vehicles, and heavy trucks.

Accessories

Silicone Rubber Couplings – ST-9502-XX

This rubber coupling provides sufficient flexibility to absorb minor misalignment. See chart below for proper shaft diameter that matches the tachometer shaft that it will used on.

Aluminum Silicone Rubber Couplings – ST-9776-XX

Timers

CP Series Percentage Timer

Precise Fool-proof Operating Mechanism Eliminates All Engaging Cams And Latches Five Time Ranges From Which To Choose Minimal Panel Space Needed.

304GX Solid-State Percentage Timer with Memory

Cycle Progress Memory Latching Relay High Accuracy Convenient Adjustment.

304G Solid-State Percentage Timer

High Accuracy Convenient Adjustment Cycle Progress Indication.

304 Percentage Timer

Classic design Convenient, continuous adjustment. Available in choice of 15, 30, and 60 sec. time cycles. 60 Hz. 3/8" self cleaning silver contacts.

329A Economical Time Delay R566669elay

36mm x 36mm housing Eight (8) Fixed Ranges: 3 Secs., 1 Sec, 1 Min., 3 Mins. Panel mounting or plug-in 120VAC Operating Voltage On-Delay Operation 8-Pin Octal base UL Listed.

322B Motor-Driven Analog Reset Timer

High Price/Performance Value Instantaneous and Delayed Load Switches Surface or Flush Mount Cycle Progress Indication.

305E Motor-Driven Analog Reset Timer

Highest Accuracy Plug-In and Dust-Tight Design Fastest Reset Circuit Flexibility Longest Life Pilot Light.

324C Precision Switch Cam programmer

CSA and UL Recognized Easy and precise Cam adjustment One to twelve precision switches. Each SPDT precision switch is rated at 10 amps 120VAC and is 1/3 hp rated at 120 or 240VAC.Wide range of cycle times—270 cycle times between 3 sec and 60 hrs.Repeat accuracy and setting accuracy within ±1/4%.Sequence control.

405AR Timer

The 405AR timer from Automatic Timing and Controls offers: On Delay / Interval Timing Modes: The 405AR has two modes of operation, On Delay or Interval timing modes. The unit has a set DPDT output contacts rated for 10 amps resistive. When in ON-Delay Mode, the contacts transfer at time out. When in the interval Mode, the contacts transfer when power is applied and released at time out.

425A Series 1/16 DIN LED Digital Display Timer

Easy-To-Read High Intensity Green LED Display.Timing From .01 Sec. to 999 Hrs in One Unit. Switch Selectable Timing Ranges Are Tamper Proof When Panel Mounted. Timing LED Indicates Output Relay Status. Time Preset Can Be Adjusted While Timing. EEPROM memory Option Standard Feature. Passes NEMA Showering Arc Noise Test. Panel Mounting or 8-pin Octal Plug-in mounting. Timing Up to or Down From the Set Point.

409B Series 1/16 DIN Push Button Timer

Push Button Start, Interval Timing Mode. Push Button Integral to front dial. Output Contacts rated 10A at 120/240 VAC and 30 VDC. Six Timing Ranges in a single unit:1 and 10 sec., min., and hours 5 and 50 sec., min., and hours. Universal Power Supply: 24-240 VAC and 24 VDC 48mm2 DIN Standard housing. Large and easy to read dial shows decimal points. Round (octal) socket mount or mount in panel cutout Watertight when panel mounted. Range and Mode select are tamper proof when panel-mounted.

Model 407C 1/16 DIN Multimode Timer

1/6 DIN multimode timer. Selectable On-Delay/Off-Delay/Interval Timing Modes. Separate Start Input. Output Contacts rated 10A at 120/240 VAC and 30 VDC. Six Timing Ranges in a single unit: 1 and 10 sec., min., and hours 5 and 50 sec., min., and hours. Universal Power Supply; 24-240 VAC and 24 VDC.48mm2 DIN Standard housing. Large and easy to read dial shows decimal points. Round (octal) socket mount or mount in panel cutout. Watertight when panel mounted. Range and Mode select are tamper proof when panel mounted. Unique flashing cycle progress indication.

417B Series 1/16 DIN True Off-Delay Timer

True Off-Delay mode of operation. Output contacts rated 10A at 120/240 VAC.Three timing ranges in a single unit: 10 sec., 1 min., 10 min. 5 sec., 0.5 min., 5 min. Universal power operation: 24 VAC to 240 VAC & 24 VDC. 8-Pin or 11-Pin mounting. Remote reset models. 48mm2 DIN standard housing. Watertight when panel-mounted. Range selection is tamper-proof when panel-mounted.

7DT-2CH Series 7 Day Timer

The ATC 7DT-2CH DIN Rail Timer is ideally suited for timing applications needing a daily or weekly schedule. The clear LCD display provides visible indication of output, mode, day and time. With two independent channels and 16A contacts, the powerful 7DT-2CH delivers high accuracy in a convenient DIN Rail mounting package.

319 Plug-In Adjustable AC/DC Time Delay Relay

2 ranges available: .3 Sec., 3 Sec., 30 Sec., 3 Min., 30 Min. 1 Sec., 10 Sec., 100 Sec., 10 Min. or 100 Min. High Accuracy. Universal Input Power Supply. Output Relay DPDT 7A @ 120VAC. Indicating LED turns on during timing. 8-pin octal plug-in base. Ranges change by pulling and twisting setting knob until it clicks.

314B Plug-In Multi-Range Off-Delay/Interval

Dial selected adjustable ranges: 0.035 – 1.0 sec, 0.18 – 10 sec., 1.8 – 100 sec Dust, moisture and impact-resistant molded plastic case.

339B Plug-In Adjustable Time Delay Relay

Wide choice of ranges Cycle Progress Indication High Accuracy Multiple Timing Modes.

MTA-91H Multi-Function Time Delay Relay

10 Timing Modes Time Ranges from 1 sec to 10 days 16A Rated Output Contacts Inexpensive.

355C Series Shawnee II Digital Reset Timer

Computer Tested Reliability Cycle Progress Indication Plug-In and Dust Tight Wide Timing Range Easy to Set at All Times ±10 Milliseconds Repeat Accuracy.

353C Series Shawnee II Digital Programmable Timer

Control Versatility Computer Tested Reliability Save 40% in Panel Space and Cost Wide Range Noise Immunity Cycle Progress Indication Outstanding Repeat Accuracy Cycle Progress Indication Plug-In and Dust Tight The 353B Directly Replaces 353A.

365C Long-Ranger Computing Timer

The 365C long-ranger computing timer from Automatic Timing and Controls is microprocessor-based digital timer with three rotary knobs for setting and adjustment of the Preset. The Preset can be any three-digit value from .01 Sec to 999 Hrs. The Decimal and Range are switch selectable. The high-intensity blue vacuum fluorescent display is DIP switch selectable to Timeup or Timedown. Two heavy-duty 7A DPDT relays provide instantaneous, interval or delayed output control. Plug-in panel mounting allows easy replacement without the removal of field wiring.

365M Long-Ranger Computing Timer with Memory

EEPROM Memory. Magnetic Latching Relay. Delayed & Instantaneous DPDT Contacts. Switch Selectable Sec., Min. or Hrs. Ranges. Nine Ranges 0 to 9.99, 99.9 or 999. High Accuracy & Noise Immunity. Easy Plug-In Housing. High Intensity Blue Fluorescent Display. Fully Gasketed and O-ring sealed to be dust and water-tight. Timeup or Timedown Display Operation. 50 or 60 Hz Operation Self-Adjusting.

651 Series Panel Mounted Digital Timer

Direct Replacement For Electromechanical Timers Four Timing Modes Data Retention with EEPROM Memory or Battery Five Time Ranges Simple Keypad Time Setting Sealed Faceplate Keypad Lockout of Time Setting Easy Programming Instantaneous Contacts Directly Track the Control Input.

655 Series Panel Mounted Digital Timer

Direct Replacement For Electromechanical Timers Two Timing Modes Data Retention with EEPROM Memory or Battery Five Time Ranges Simple Keypad Time Setting Sealed Faceplate Keypad Lockout of Time Setting Easy Programming Instantaneous Contacts Directly Track the Control Input.

653 Series Multi-Function Multi-Range Solid State Timer

Functions As Timer or Counter Five Time Ranges Six Single-Cycle and Eight Repeat-Cycle Timing Modes Sealed Faceplate Cycle Counter Count Input Scaling Data Retention Memory with EEPROM Circuitry. (653-8-2000, 653-8-2001 Models) Data Retention Memory with Lithium Battery (653-8-3000, 653-8-3001 Models).

765 Series Programmable Count/Time Setup Control

1 Sequence–Up to 100 Steps. 8 User-Defined outputs. Multiple Timing Ranges. Time and/or Count Step Advance Modes. Easy to Configure. Membrane Keypad/Panel Gasket Resist Industrial Environments. Keypad Lockout. Large 9/32? Digital LCD Readout. Four-Point Screw Mounting Resists Vibration. 120VAC and 240VAC Models.

652 Series Multi-Function Multi-Range Timer

The ATC 652 is a micro-processor-based timer with a 4-1/2 digit LCD display that can provide an indication of either preset time remaining or elapsed. There are five timing ranges covering time values from one millisecond to 199 hours 59 minutes. The unit has both an instantaneous relay output and a programmable relay output which can be programmed for any one of 14 different timing modes.

422AR Flip-Flop Timer

The 422AR Flip-Flop timer are available with Repeat Cycle operations. During Repeat Cycle operation the 422AR cycle ON and OFF repeatedly, allowing periodic cycling of a load. Two knobs are available to individually adjust the ON-time and the OFF-time. The 422AR can be configured with either the relay being energized during the first timing period or de-energized during the first timing period.

Model 175MU DIN Rail Mount Multifunction Industrial Timer

The Model 175MU is a DIN rail mount multifunction industrial timer with a universal supply voltage of 20-240 VAC (50/60 Hz) and 12-240 VDC, 13 unique functions, and 10 timing ranges within a single unit.

Model 175SO-110 Single Function Industrial Timer

The Model 175SO-110 is a highly compact, low-cost, single function ON-delay DIN rail mount industrial timer, designed to provide high-accuracy timing control within OEM and industrial applications, particularly where installation space may be at a premium

Model 328E Multi-Range / Multi-Function Timer

Multi-Range / Multi-Function Timer, the 328E versatile dial-adjusted time delay relay provides a choice of On-Delay, Off-Delay or interval operation for any timing period between 50 milliseconds and 10 hours. Based on a unique digital circuit, it features cycle progress annunciation and is suitable for the most demanding industrial service.

405C 1/16 DIN Timer with Instantaneous Relay

The model 405C is a 1/16 DIN timer, available with one set of SPDT instantaneous contacts and one set of SPDT delayed contacts. The instantaneous contacts transfer as soon as the timer is powered. The delayed contacts transfer at time out. This contact arrangement can be used to replace many conventional timers. All 405 timers can be powered using 24-240 VAC or 24 VDC power, greatly simplifying ordering and inventory management of replacement units.

Model 385AR 1/16 DIN Timer/Counter

The Model 385AR series is an accurate, cost-effective, 10-in-1 multi-function multi-range industrial timer/counter, offering the benefits of 10 unique operating modes within a single unit. It is designed to accept standard voltage inputs of 3 to 30V DC, making it compatible with most industry proximity switches, solid state devices, as well as potential free contact encoders. Three unique input speeds, of 3 Hz, 30 Hz, and 5 kHz, respectively, are also standard. The series further incorporates a built-in 12 VDC 30 mA sensor power supply with integral short circuit protection, as well as options for front panel or remote reset. The 385AR series will also reset on power interruption. The timer/counter mechanism of the Model 385AR is packaged within a highly compact 1/16 DIN (48 x 48 mm) housing with 2 SPST (NO) 5a @ 230 VAC contacts. Standard operating voltage range supply is 85 to 270 VAC/DC (50/60 Hz), with a maximum power consumption rating of 5VA.

Model ATC550 TC/PID Controller 1/16 DIN

The ATC550 on/off PID temperature controller comes standard with a dual 4 digit 7 segment led display,TC / RTD input, two setpoints, celsius and fahrenheit selectable scale, field selectable control output (relay or SSR), auxiliary output (relay or SSR depending on model), led indicators, 1/16 din (48 x 48 mm) housing, contact ratings of 5a @ 230vac / 30vdc resistive for control and alarm, a 12vdc SSR drive and a supply operating voltage range of 85 to 270 vac/dc (50/60Hz). The ATC550 series is UL approved and CE certified.

Model ATC500 TC/PID Controller

The Model ATC500 from Automatic Timing & Controls is an industrial grade TC/PID controller. It comes standard with a dual 4-digit 7-segment LED display and 17 selectable inputs (T/C, RTD, current and voltage).

405AE Series 1/16 DIN ON Delay Interval Economical Timer

The 405AE Series 1/16 DIN ON Delay Interval Economical Timer from Automatic Timing and Controls provides multi-function timing within a single device.The 405E economical timer has two modes of operation, On Delay or Interval timing modes. The unit has a set SPDT output contacts rated for 5 amps resistive. When in ON-Delay Mode, the contacts transfer at time out. When in the interval Mode, the contacts transfer when power is applied and released at time out.

Model 425AR Digital Timer

Model 425AR digital timer from Automatic Timing and Controls is a multi-function, multi range series. It comes standard with a 4-digit, 7-segment dual LED display. Features include LED status indicator, dual set-points and batch function. Specifications include gate /pulse start input, ±0.05% full scale accuracy, front panel / remote reset, built-in 12 vdc sensor supply, seven timing functions and 9 time ranges.

175MD DIN Rail Mount Multi-function Timer

The Model 175MD DIN rail mount multi-function timer from the Automatic Timing and Controls division of Marsh Bellofram Corporation features a universal supply voltage of 20-240 VAC (50/60 Hz) and 20-240 VDC. It also offers 15 unique timing functions and 8 unique timing ranges, with keypad setting and display capabilities, all within a single unit.

Counters

354C Series Shawnee II High Speed Counter

4 Digit Display Easy to Set Noise Immunity Plug-In & Dust-Tight Control Versatility High Repeat Accuracy.

356C Series Shawnee II Digital Counter

Fast, Accurate and Bounce Proof Easy to Set Plug-In and Dust-Tight Cycle Progress Indication Computer Tested Reliability Noise Immunity.

366C Series Long-Ranger Computing Counter

Industry Standard Counter Contact Bounce and Noise Immunity Programmable Display Wide Range of Counts Compact, Plug-In and Dust Tight.

5708A Multifunction Timer-Counter

The 5708A model is an all in one unit that can be used as a timer, counter, frequency meter, and a tachometer. This unit contains 23 functions (15 timer, 6 counter, frequency meter, & tachometer), which are selectable through the set up menu. Engineered with a unique battery cover design for easy battery replacement, this unit needs no external power source.

Relays

KAA Series Medium Power Plug-In Relays

Low Cost Rugged Design 10 Amp Output High Reliability 8 pin or 11 pin Track Mountable Plug-in base DPDT & 3PDT Arrangements 12, 24, 120, & 240 Volts Operation.

SA & SD Series DC and AC Inputs—Solid-State Relays

15, 25, 40A @ 50-240 VAC Outputs 4 to 32 VDC and 85 to 240 VAC Input LED Operation Indicator (SD Only) Compatible Heat Sinks.

Accessories

8-Pin surface DIN rail socket

Recommended for use with all 8-pin octal plug-in devices when surface mounting or DIN rail mounting.
Part Number: 0000-825-85-00.

DIN Rail or Base Mount, 8 Pin

43.5mm (W) x 43.5mm (T) x 20mm (D) Part Number: 600-3-0013.

DIN RAIL/SURFACE MOUNTED—OT-08

DIN Rail mount. Recommended for use with all 8 pin octal plug-in devices. UL Recognized and CSA Certified for 10 Amps @ 600 VAC. The molded thermoplastic base has brass, nickel plated inserts with #6-32 nickel plated screws. Part Number: OT-08.

Panel Mount, 8 Pin

43.5mm (W) x 43.5mm (T) x 20mm (D) Part Number: 600-3-0011.

DIN Rail or Base Mount

DIN Rail or Base Mount, 4PDT, Miniature Relay Socket 30mm (W) x 71.5mm (T) x 29mm (D) Part Number: 600-3-0018.

8-Pin Finger-Safe Socket
Part Number: API 008FS.
Plug-on socket kit (8 pin)

Recommended for use with all 8-pin octal plug-in devices. Panel mounting only. Attach the wires to the solderless connector with a crimping tool. Part Number: 0319-261-45-00.

AC DC Tachometers Generators

750-A Series Base Mounting Tachometer Generator

750-J2/M2 Series Screw Mounted Tachometer

The Model 750 DC Tachometer embodies a permanent magnet field surrounding a rotating armature. The commutator segments are made from a special non-corrosive alloy which has an exceptionally long life. The brushes are of a self-lubricating material and are carried in a self-aligning holder which equalizes the pressure of both brushes. The armature shaft rotates on ball bearings which under normal operation do not need lubrication for 15,000 hours running time or approximately 3 years, whichever comes first. Maximum recommended speed is 5,000 rpm. Brush life is greatest at the lower speeds. Dust-proof aluminum alloy housing. S.A.E. 7/8? screw type steel mounting with 3/16? drive dog. Used on Diesel and gas engines where a standard S.A.E. screw type tachometer outlet is available. Two binding posts for electrical connection.

750-J2/M2 Series Screw Mounted Tachometer

750-K3 Series Pad Mounted Tachometer-Generator

The Model 750 DC Tachometer-Generator embodies a permanent magnet field surrounding a rotating armature. The commutator segments are made from a special non-corrosive alloy which has an exceptionally long life. The brushes are of a self-lubricating material and are carried in a self-aligning holder which equalizes the pressure of both brushes. The armature shaft rotates on ball bearings which under normal operation do not need lubrication for 15,000 hours running time or approximately 3 years, whichever comes first. Maximum recommended speed is 5,000 rpm. Brush life is greatest at the lower speeds. Square aluminum mounting pad with a dust proof aluminum alloy housing and 1/4? square drive dog. Mounting pad in accordance with military drawing AND-20005. Two binding posts for electrical connections.

750-W Series Splash-Proof Tachometer-Generator

The Model 750 DC Tachometer-Generator embodies a permanent magnet field surrounding a rotating armature. The commutator segments are made from a special non-corrosive alloy which has an exceptionally long life. The brushes are of a self-lubricating material and are carried in a self-aligning holder which equalizes the pressure of both brushes. The armature shaft rotates on ball bearings which under normal operation do not need lubrication for 15,000 hours running time or approximately 3 years, whichever comes first. Maximum recommended speed is 5,000 rpm. Brush life is greatest at the lower speeds. Rigid, heavy-duty cast-iron base mounting type housing, with 1/2? diameter shaft supported by heavy duty ball bearings for direct coupling, pulley, spur gear or chain and sprocket drive Provided with conduit junction box with 1/2? N.P.T. opening suitable for flexible conduit which may be located in anyone of four positions at right angle to shaft. Housing is gasket sealed. Approximate torque: 2.0 oz. in. starting, 2.0 oz.-in. running (1000 RPM).

758-AB Series Base Model Tachometer

758-JB2 Series Screw Mounted Tachometer

758-KB Series Pad Mounted Tachometer

Bearingless AC Generators

758-GF86/XF86 Series Bearingless AC Generators

These are AC generators of the most basic form, consisting only of a stator and a permanent magnet rotor which mounts on a rotating shaft in the customer’s equipment. Designed primarily for use by OEM’s, these extremely rugged and dependable generators have no bearings or brushes and therefore, require absolutely no maintenance. They may be installed in inaccessible areas, such as gear boxes, which permit the saving of space and the reduction of costs. “Potted” Models are designed with the letter “P” in the type number.

Explosion Proof AC DC Tachometers

750-E Series Explosion-Proof Tachometers/Generators

The Model 750 DC Tachometer-Generator embodies a permanent magnet field surrounding a rotating armature. The commutator segments are made from a special non-corrosive alloy which has an exceptionally long life. The brushes are of a self-lubricating material and are carried in a self-aligning holder which equalizes the pressure of both brushes. The armature shaft rotates on ball bearings which under normal operation do not need lubrication for 15,000 hours running time or approximately 3 years, which-ever comes first. Maximum recommended speed is 5,000 rpm. Brush life is greatest at the lower speeds. This unit is listed by Underwriter laboratories for use in hazardous locations Division 1 (vapors exist continuously), Class 1, Group D (natural gas or the vapors from lacquer solvents, acetone, alcohols, and petroleum derivatives), and Class 2, Groups F and G (carbon black, coal or coke dust, grain dust, etc.).

758-E Series Explosion-proof Tachometer

The 758 Series of tachometers all use a multi-pole cylindrical magnet turning in a wound stator constructed from quality transformer iron lamination. Single phase output current is a sine wave over the speed range of the tachometer. These units have 100 ohm stators and are intended for voltage responsive systems. For speeds over 5,000 rpm, use the bearingless AC generators. Rigid, heavy-duty cast-iron housing and mounting base, 3/4" diameter shaft supported by heavy duty ball bearings. Includes conduit junction box with 1/2 NPT opening suitable for flexible conduit, mountable in any one of four positions. This unit is listed by Underwriters Laboratories for use in hazardous locations Division 1 (vapors exist continuously), Class 1, Group D (natural gas or the vapors from lacquer solvents, acetone, alcohols, and petroleum derivatives such as gasoline); and Class 2, Groups F and G (carbon black, coal or coke dust, grain dust, etc.)

758-W Series Explosion-proof Tachometer

The 758 Series of tachometers all use a multi-pole cylindrical magnet turning in a wound stator constructed from quality transformer iron lamination. Single phase output current is a sine wave over the speed range of the tachometer. These units have 100 ohm stators and are intended for voltage responsive systems. When greater accuracy is required, use a tachometer having a 32 ohm stator (designation F in the type number) and a frequency responsive indicating system. For speeds over 5,000 rpm, use the bearingless AC generators. Provided with conduit junction box with 1/2 N.P.T. opening suitable for flexible conduit which may be located in anyone of four positions at right angle to shaft. Designed for locations which are subject to mechanical abuse or water spray, such as paper mills and chemical plants where cleaning up by hose is frequent.