METER SYSTEM ACCESSORIES

Liquid Controls metering systems offer a full line of industry specific accessories that work directly with LC meters and registers and integrate seamlessly into the equipment each application is designed for.

RESOURCES
MA-7 with LCR.IQ Explore the key features
VALVES
  • Mechanical V-Series valves are designed to function with a mechanical preset to shut down the flow after a predetermined amount of product is delivered
  • Inlet Check Valves minimize register movement between deliveries maintaining internal system pressures
  • Outlet Check Valves provides backpressure to increase air/vapor eliminator efficiency and reverse flow
  • Electro-Pneumatic EP-Series valves interface with electronic registration for preset deliveries.
  • Electronic Valves interface with electronic registration for preset deliveries, ensure the air eliminator operates properly, and acts as a back check valve. They offer less pressure drop than E-series valves.
  • Differential & Air Check Valves work with air/vapor eliminators to ensure accuracy of your deliveries.
AIR & VAPOR ELIMINATORS
  • Standard air/vapor eliminators use a float to detect air in conjunction with an air check valve or differential valve and shuts off flow while air/vapor is vented.
  • Optical air eliminators detect changes in refractive index to detect air. An optical air eliminator is more responsive than our mechanical air eliminator and less product ends up in your external catch tank.
  • Steel air eliminators are appropriate for steel cased meters (e.g. MSA and MSAA series meters) and function the same as a standard air/vapor eliminator.
  • Bulk Plant air eliminators are optimized for a bulk plant application instead of a truck based application. Available in single head, dual head, or as an optical system.
STRAINERS
  • F/FA7 Strainers are optimized for use with M7 and MA7 (2-inch) meters
  • F15/FA15 Strainers are optimized for use with M15 and MA15 (3-inch) meters.
  • F30 strainers are optimized for use with M30 (4-inch) meters
  • High Capacity strainers enhance the capability of air eliminators by giving entrained air an increased chance to escape. Available in 2” and 3” Meters (M7 through M25).
  • Steel Strainers are optimized for use with steel case meters (e.g. MSA and MSAA series meters)
GENERAL ACCESSORIES
  • ETVC kit – Used with our LectroCount™ electronic registers, the ETVC records and computes changes in product temperature. Virtually eliminates the effect of product temperature change on volume delivered.
  • POD – LC’s Pulse Output Device (POD) converts the rotary motion created during the process of fluid measurement through an LC PD Meter into a high resolution, unscaled pulse stream
  • XL LED Display – Remote display with large LED numerals. Requires scaled pulse output.
  • Differential Pressure Sensor – Differential pressure sensor for use with LectroCount™ electronic registers in aviation refueling applications. Measure the pressure differential across the filter separator.
  • Fittings and Elbows – End connections in NPT, BSPT, Weld Socket, Victaulic and ANSI
  • Counter Extensions – Available from 12” to 144”, removes registration from heat in high temperature applications or can be used to move mechanical registration to a higher areas in applications where a meter may be located on the ground.
  • Electronic Printers – Epson™ printers are offered for all LCR register systems and are industry standards for all mobile and stationary applications.

VALVES

Mechanical Preset Valves (V Series)

Mechanical V-Series Valves (V7, V15, V30)

V-7 Preset valves are designed to function with a mechanical preset to shut down the flow after a predetermined amount of product is delivered. The preset allows this valve to be mechanically shut down in a single stage or in two-stages. Single stage shut downs are generally utilized with slower flow rates or with more viscous products where hydraulic shock is less of an issue. A two-stage shutdown allows for a slowing of the flow rate before the final positive shutdown, thus avoiding hydraulic shock.

SPECS:

V7 Valves:

  • For M-5, M-7 and M-10 Meters
  • Classes 1, 2, 3, 4, 8, 14, 16, 18
  • Buna or PTFE seals or seals made of Viton®
  • Rated to 150psi
  • Choose V7 series with M5, M7, M10 meters with mechanical registration.
  • The V7 valve indexes in 90° increments with valve outlet facing up, down, back, or front.

V15 & V30 Valves:

  • Aluminum V-15 and V-30 Valves For M-15 and M-30 Meters
  • Classes 1, 2, 3, 4, 14, 16
  • PTFE seals or seals made of Viton®
  • Rated to 150psi
  • Choose V15 series with M15 meters with mechanical registration.
  • Choose V30 series with M30 and M40 meters with mechanical registration.
  • Pressure: Up to 150 psi
  • The V15 and V30 valve indexes in 90° increments with valve outlet facing up, down, back, or front.

Materials of Construction: Varies with construction/fluid class:

Class Material of Construction                                 
1, 2, 3, 4, 14 Aluminum
8, 18 Stainless Steel
Check Valves

Check Valves

Back Check Valves:  Eliminates counter advancement and backtracking between deliveries.  It works by ensuring the delivery hose is always packed with fuel.  Also included built in pressure relief.

Spring Loaded Check Valves:  Provides back pressure to increase air/vapor eliminator efficiency and to prevent reverse flow.

Specs: 

  • Materials of Construction: Aluminum (Back Check) & Cadmium plated steel (spring loaded check)
  • Back check valves are rated to 350psi.
EP Series Valves

EP Series Valves

The Liquid Controls EP series electro-pneumatic, 2-stage preset valves are designed to control the flow of refined petroleum products including: diesel, gasoline, fuel oils, kerosene, ethylene glycol, and lube oils. These valves can be integrated into a complete Liquid Controls positive displacement metering system containing a meter with electronic registration.

Due to the less restrictive design, EP series provide the benefit of reduced pressure drop and higher potential flow rates, especially when handling higher-viscosity products.

  • Available in 2”, 3” & 4” (EP7, EP15)
  • Low Pressure Drop
  • High Flow Rate
  • 2-Stage Preset Valve
  • Ideal for High Viscosity Petroleum Products
  • Controlled by LCR.iQ, LCR-II or LCR600 registration and a truck’s air system. The LCR.iQ is recommended in lubrication oil applications due to the 16 product calibrations in memory.

SPECS:

  • Temperature Rating: -4° to 158°F (-20° to 70°C)
  • Pressure Rating: Maximum non-shock working pressure: 150 PSI (10.5 BAR)
  • Environmental Rating: Meets ATEX 94/9/EC Requirements
  • Max Flow Rate: 132 GPM (500 L/min)
  • Viscosity Range: 30 to 20,000* SSU (Consult Factory for Higher Viscosity Liquid Applications)
  • Products: Refined Fuels (gasoline, fuel oils, diesel, kerosene, ethylene glycol, and lube oils)
  • Safety: Meets PED 97/23/EC Requirements
  • Materials of Construction
    • Valve Body: Aluminum
    • Elastomers: Viton internal O-rings, Buna external O-rings
  • Solenoids (Available Separately)
    • Voltage: 12 VDC
    • Maximum Pressure: 145 psi
  • Two-Stage Operation
Electronic Valves

Electronic Valves

LC electronic valves integrate with LCR.iQ, LCR-II, and LCR 600 Electronic Registers, providing flexible control and greater accuracy preset deliveries.

Solenoid Block Valve:

Provides simple on/off operation typically applied for security purposes to prevent unauthorized operation.

Two-Stage Control Valve:

Provides system security and prevents unauthorized operation. Slow closing microprocessor controlled valve, allows for preset, net and/or gross volume, or price when used with LCR.iQ, LCR-II, and LCR 600 registers. At the end of a preset delivery, low flow stage is actuated to eliminate hydraulic shock and improve delivery accuracy.

A2800 Series:

Operation:

Model: Flow Capacity: Max Pressure:

  • A2859-11 200 GPM (757 LPM), 350 PSI (24 BAR) *For use with LPG Systems.
  • A2847-11 200 GPM (757 LPM), 150 PSI (10 BAR)
  • A2848-11 200 GPM (757 LPM), 150 PSI (10 BAR)

Two-Stage Operation:

  • S1 first-stage closure for M5, MA5 and M7, MA7 Meters:  6 Gallons (23 liters) minimum.
  • S1 first-stage closure for M10 Meters:  10 Gallons (38 liters) minimum.
  • S1 first-stage closure for M15 Meters:  12 Gallons (45 liters) minimum.

Temperature:  -40° F to +160° F (-40° C to +71° C).

Pressure Rating LPG:

  • Maximum non-shock working pressure:  350 PSI (24 BAR)
  • Maximum differential pressure:  125 PSI (8.6 BAR).

Pressure Rating Refined Fuels:

  • Maximum non-shock working pressure:  150 PSI (10 BAR)
  • Maximum differential pressure:  100 PSI (6.9 BAR).

Electrical Data:

  • Solenoids: +12 volt DC coils (+24 volt DC optional).
  • Current: 1 Amp maximum per solenoid.

Enclosure:

  • Explosion-proof, UL approved for NEMA 7
  • Meets requirements for Class I, Division 2, Group C and D hazardous locations.

E-7 Valve Specifications:

  • Environmental Rating: NEMA 4X
  • Safety:  Designed to meet Class I, Division 2 requirements
  • Temperature Rating:  -40° to 160°F (-40° to 71°C)

Pressure Rating

  • Maximum non-shock working pressure:  150 PSI (10.3 BAR)
  • Maximum differential pressure:  100 PSI (6.9 BAR)
  • Flow Range  150 GPM (568 L/min) for 30 SSU products
  • Viscosity Range:  30 to 100 SSU

Solenoids

  • Voltage: +10.2 to 13.6 VDC (Optional Voltage: +20.4 to 27.2 VDC)
  • Current: S1: 1 Amp, S2: 2 Amps maximum

Two-Stage Operation:  Minimum recommended volume for trickle stage flow:

  • M5 Meters: 6 gallons (23 liters)
  • M7 Meters: 10 gallons (38 liters)
  • M10 Meters: 15 gallons (57 liters)
Differential Valves

Differential Valves

Differential/Air Check valves are placed on the outlet side of a meter system and work in conjunction with the system’s air/vapor eliminator to stop the flow of product through the meter until the air/vapor is eliminated. In order to do this, the air/vapor eliminator and the valve are piped together at installation.

Differential/Air Check valves are normally closed, but when the pump starts and pushes product into the system, the valve spring will give way to the flow pressure. In order to keep the valve closed when air/vapor is being expelled from the air/vapor eliminator, the air/vapor from the air/vapor eliminator is routed through the piping to the back side of the valve spring. The combined force of the expelled air/vapor and the strength of the spring keep the valve closed until the air/vapor is eliminated.

Materials of Construction

  • Aluminum
  • Standard 2″ aluminum valve is spring loaded and designed to fail closed.
  • Provides a constant 15 PSI differential pressure and controls flow when vapor is sensed.
  • The 511-series differential valve is available with an adjustable differential pressure setting of 5 to 16 PSI.
    • Available in ductile iron or cast steel in sizes of 2″, 3″, 4″ or 6″ flanges.
    • Typically used with our MS-series meters and accessories.

Valve BOM

AIR AND VAPOR ELIMINATORS

Optical Air Eliminators

Optical Air Eliminators

Optical air eliminators detect changes in refractive index to detect air. An optical air eliminator is more responsive than our mechanical air eliminator and less product ends up in your external catch tank.

The Liquid Controls Optical Air Eliminator is designed for use with LCR.iQ, LCR-II, or LCR 600 Electronic Registers.

  • Provides for the efficient elimination of air and vapor with virtually no moving parts
  • An optical sensor is used to monitor the liquid level
  • The presence or absence of liquid at the sensor level activates or deactivates a solenoid located at the top of the air eliminator. The Optical Air Eliminator requires the use of a solenoid operated valve.

When liquid rises to the optical sensor level, the solenoid closes and prevents continued venting to atmospheric pressure, and the electronic control valve at the meter outlet opens so that a delivery may continue. This functionality ensures that only liquid passes through the meter.

The optical air eliminator is designed to work with Liquid Controls meters for applications measuring refined petroleum products and LPG.

SPECS:

  • Materials of construction: Aluminum
  • Environmental Rating: NEMA 4X
  • Safety: Designed to meet Class I, Division 2 requirements
  • Temperature Rating: -40° to 160°F (-40° to 71°C)
  • Maximum Non-Shock Working Pressure
    • 150 PSI (10.3 BAR)
    • 350 PSI (24 BAR)
  • Maximum Differential Pressure: 100 PSI (6.9 BAR)
  • Solenoids Voltage: +10.2 to 13.6 VDC (Optional Voltage: +20.2 to 27.2 VDC)
  • Current: 1 Amp maximum
  • Optical Sensor Voltage: +10 to +28 VDC
  • Current: 0.05 Amp maximum

Specify meter size when ordering.

Optical Air Eliminator

Steel Air Eliminators

Steel Air Eliminators

Liquid Controls mechanical air and vapor eliminators remove air and vapor from metering systems. Removing the air and vapor from a metering system increases the accuracy of the meter by allowing only liquid to pass through the meter.

At installation, LC mechanical air and vapor eliminators are piped to a storage tank to provide a pathway and a receptacle where the evacuated air vapor can be deposited. After the air (or vapor) has left the metering system, mechanical air and vapor eliminators seal off the pathway to prevent liquid from entering the storage tank.

  • For use MSA and MSAA Series Steel case Meters
  • Materials of construction for Classes 1, 10, 14, and 16 applications
  • For installation on FS and FSA Series Steel Strainers
  • All steel air eliminators are rated 350PSI
Mechanical Air Eliminators

Mechanical Air Eliminators

Removing the air and vapor from a metering system increases the accuracy of the meter by allowing only liquid to pass through the meter for measurement.

At installation, LC mechanical air and vapor eliminators are piped to a storage tank to provide a pathway and a receptacle where the evacuated air and vapor can be deposited. After the air (or vapor) has left the metering system, mechanical air and vapor eliminators seal off the pathway to prevent liquid from entering the storage tank.

  • Aluminum 150PSI for use with M5, M7, M10, M15, M25, M30, M40 and M60 Meters.
    • Materials of construction for Classes 1, 2, 3, 4, 14, 15, 16 and 30 applications.
    • Designed for installation of F7, F15 and F30 Strainers.
  • Aluminum high pressure for use with 350 PSI, MA4, MA5, MA7 and MA15 Meters.
    • Materials of construction for Class 10 LPG Service.
    • Other Classes available on special order, including class 12 NH3. Relief valve provided as required for Classes 10 and 12 applications.
  • Stainless steel 150psi for use with M5 and M7 Meters.
    • Materials of construction for Class 8 and 18 applications.
    • Designed for installation on F7, Class 8 Strainer.
Bulk Plant Air Eliminators

Bulk Plant Air Eliminators

At installation, LC mechanical air and vapor eliminators are piped to a storage tank to provide a pathway and a receptacle where the evacuated air and vapor can be deposited. After the air (or vapor) has left the metering system, mechanical air and vapor eliminators seal off the pathway to prevent liquid from entering the storage tank.

Now available with an optical sensor, the Single Head Bulk Plant Air Eliminators — provide a new bulk plant air elimination solution that simplifies installations, reduces maintenance, and removes problematic slugs of air. The Single Head Bulk Plant Air Eliminator with Optical Sensor marks the latest breakthrough in the four-decade long evolution of Liquid Controls’ air eliminators. It is ideal for eliminating air from refined fuels applications where product is metered into storage from a truck-mounted pump.

The optical sensor provides the same functionality of the dual head mechanical air eliminator in a single head design.  The optical sensor, when used with an electronic register provides a signal to a downstream control valve to shut down in the presence of a large volume of air. This prevents the air from being metered. The high mount air eliminator evacuates the air until the optical sensor does not sense the air. In the presence of liquid, the valve now opens and the product flows through the meter.

  • For use in any 150 PSI working pressure system using aluminum  M-Series or steel MS-Series Meters.
  • Choice of 3″, 4″, 6″ and 8″ ANSI flanged connections.
  • Shown is the dual head mechanical model providing twice the normal venting capacity.
  • Dual head model is most effective when utilizing a differential valve.
  • 3″, 4″, 6″ or 8″ Raised Face ANSI Flanges
  • Working pressure: 150psi

STRAINERS

FS and FSA Series Steel Strainers

FS and FSA Series Steel Strainers

A strainer installed on the inlet side is necessary even when a coarse strainer on the upstream side of the pump is included in the system. Strainers are not meant to be used as a system filter but as limited protection for the meter element itself. Strainer baskets are available in 20, 40, 80 or 100 mesh.

SPECS:

  • FS-Series
    • 150 PSI
    • 150lb. ANSI Flange
  • FSA-Series
    • 300 PSI
    • 300lb. ANSI Flange
  • 3″, 4″ and 6″ sizes, made of steel
  • Straight-through flow standard
  • When air eliminator is used, cover is replaced with air eliminator cover assembly.
2” F7/ FA7 Strainers

2” F7/ FA7 Strainers

A meter strainer installed on the inlet side is necessary even when a coarse strainer on the upstream side of the pump is included in the system. Strainers are not meant to be used as a system filter but as limited protection for the meter element itself. Strainer baskets are available in 20, 40, 80, 100, 150 mesh.

Materials of Construction

  • Aluminum
  • Stainless Steel
  • 2″ (1 1/2″ optional) 150 PSI, Aluminum for M-5 and M-7 Meters. Materials of construction for Classes 1, 2, 3, 4, 14, 16 applications. Supplied with cover or without cover when air eliminator is used.
  • 2″ (1 1/2″ optional) 150 PSI, choice stainless steel for M-5 and M-7 Meters. Materials of construction for class  8 or 18 applications. Easily adapted for air eliminator mounting when required.
  • 2″ (1 1/2″ optional) 350 PSI, high pressure aluminum for MA-5 and MA-7 Meters. Materials of construction for Class 10 LPG applications. Other classes available on special order including Class 12 for NH3.  Supplied with cover or without cover when air/vapor eliminator is used. Relief valve provided as required for Class 10 and 12 services.
3” F15 / FA15 Strainers

3” F15/ FA15 Strainers

A meter strainer installed on the inlet side is necessary even when a coarse strainer on the upstream side of the pump is included in the system. Strainers are not meant to be used as a system filter but as limited protection for the meter element itself. Strainer baskets are available in 20, 40, 80, 100 or 150 mesh.

  • 3″ 150 PSI, Aluminum  for M15, and M25 Meters
  • Materials of construction for Classes 1, 2, 3, 4, 14, and 16 applications.
  • Supplied with cover or without cover when air eliminator is used.
  • 3” 350 PSI, Aluminum for MA15, Class 10
High Capacity Strainers

High Capacity Strainers

A meter strainer installed on the inlet side is necessary even when a coarse strainer on the upstream side of the pump is included in the system. Strainers are not meant to be used as a system filter but as limited protection for the meter element itself. Strainer baskets are available in 20, 40, or 80 mesh.

  • F7 High Capacity Aluminum Strainer, for use with 2″ M7 and M10 Class 1 meters.
  • F15 High Capacity Aluminum Air Eliminator / Strainer assembly for use with 3″ M15 and M25 Class 1 meters.
  • All High Capacity Strainers are rated to 150PSI
  • Designed specifically for refined fuel delivery truck applications where split compartment testing is required.
4” F30 Strainers

4” F30 Strainers

A meter strainer installed on the inlet side is necessary even when a coarse strainer on the upstream side of the pump is included in the system. Strainers are not meant to be used as a system filter but as limited protection for the meter element itself. Strainer baskets are available in 20, 40, 80 mesh.

  • 4″ (3″ optional) 150psi aluminum for M30 and  M40 Meters.
  • Materials of construction for Classes 1, 2, 3, 4, 14, and 16 applications.
  • Supplied with cover or without cover when air eliminator is used.

GENERAL ACCESSORIES

Temperature Volume Compensation

Electronic Temperature Volume Compensation (ETVC)

Electronic Temperature Volume Compensation (ETVC) is used to electronically record and compute changes in product temperature when using LCR Electronic Registers. Virtually eliminates the effect of product temperature change on volume delivered.

Field programmable for base temperature, coefficient of expansion, or API table providing easy field calibration to customer custody transfer standards.

  • Platinum RTD probe is accurate to within 0.45° F (0.25° C) over temperature range.
  • With a -40°F (-40°C) to + 158°F (70°C) operating range the RTD probe provides accuracy over entire product temperature range.
Pulse Output Device

Pulse Output Device (POD)

Design Features

The Liquid Controls Pulse Output Device (POD) converts the rotary motion of Liquid Controls Positive Displacement Flowmeters into electronic pulses that equal the volumetric measurements of the meter.

The POD mounts directly to the front cover of the meter in place of the standard registration. The electronic pulses generated by the POD are easily adapted to a wide variety of electronic monitoring devices and control equipment including the LectroCount® products and MultiLoad SMP.

Glandless Drive

No dynamic seals to fail and leak. All wetted parts are 316 Stainless Steel or equivalent. Meets Weights and Measures requirements. Weatherproof UL/CSA Type 4X and IP66 design. High Resolution, Square Wave, Single or Dual Channel Pulse Output.

Materials of Construction

  • Housing: Aluminum Alloy ADC12
    • Powder Coat: Corro-Coat PE 74-141 Polyester
    • Wetted Parts: 316 Stainless
    • Static Seals: Buna or PTFE
  • Voltage: 9 to 30 VDC; POD5 is 5 VDC
  • Current supply: 50 mA maximum
  • Output Signal Resolution: 100 pulses per channel per revolution, unscaled
  • Square Wave:
    • Single channel output (channel A or channel B)
    • Quadrature channel output channel A and channel B
  • Pulse Timing: Nominal 50% on and 50% off
  • Rise/Fall Time of Pulse: <5 μs
  • Operating Temperature Range: -40  to 176 °F (-40  to 80 °C)
  • Humidity Range: 0-100 %, noncondensing
  • Output:
    • Current sinking100 mA maximum in “ON” state
    • V+ supply @ 2.2 KΩ in “OFF” state
    • Optional Open Drain FET (Field Effect Transistor)
    • FET rating (drain to source voltage) 30 VDC maximum
  • Shock: 50 G’s for 10 ms
  • Vibration: 1 G at 10-150 Hz
  • Electromagnetic Compatibility (EMI, RFI, etc.): • EU Directive 2004/108/EC (EMC) • IEC 61000-4-2 • IEC 61000-4-3 • IEC 61000-4-5 • IEC 61000-4-6 • IEC 61000-4-17 • IEC 61000-4-29 • IEC 61000-6-3 • ISO 7637-2
  • Pulse Transmission Distance: Up to 5,000 feet (1,524 meters)
  • Operates in bidirectional flow applications

POD manual

XL LED Remote Display

XL LED Remote Display

The LectroCount® XL LED Remote Display displays metered product volumes in a large format so they can be read from long distances. Volume readouts appear as six 2¼” high digits, each consisting of 18 red LED lights, and are discernible from up to 250 feet away.

The LectroCount® XL LED Remote Display conforms to NEMA 4X environmental ratings and is compatible with LCR.iQ® , LCR 600, LectroCount LCR-II, and legacy LectroCount® registers. Each unit comes standard with a Gallons label and a set of four additional units of display labels, including Pounds, Liters, Litres Volume Corrected to 15°C, and Gallons Volume Corrected to 60°F.

  • Viewable from 250 feet
  • 6-digit, high-intensity LED display with 2¼” high display characters
  • 30 ft., 4-wire, shielded cable
  • Weatherproof NEMA 4X enclosure
  • Volumes available in Gallons, Liters, Liters, and Pounds

XL LED Display

Differential Pressure Sensor

Differential Pressure Transducer

The LC differential pressure transducer monitors the differential pressure (pressure drop) between a point immediately upstream and a point immediately downstream of the full flow fuel monitor, water coalescer, or other device typically applied in aviation fueling systems. The maximum differential pressure observed during the fuel delivery is electronically input into the LCR Electronic Register.  The highest differential pressure reached during the delivery is printed on the delivery ticket to provide a record of the maximum pressure drop. The corresponding flow rate at which this maximum differential pressure is observed is printed immediately after the differential pressure reading. This information appears on the delivery ticket in the form: DP 12.4 PSI @ 242.6 GPM.

In the aviation industry, a differential pressure of more than 25 PSID across the full flow fuel monitor is considered unacceptable according to ATA Specification 103. A differential pressure more than 15 PSID across a filter is considered unacceptable. The differential pressure transducer has a maximum differential pressure of 60.0 PSID. Interlocks on the LCR-II and LCR 600 electronic registers, if employed, shut down fuel delivery if the differential pressure reaches or exceeds the programmed differential pressure shutdown value.

This system is designed for application on Jet Fuel delivery vehicles, hydrant carts, and stationary systems and is currently available for use with the Liquid Controls LCR.iQ® , LCR-II® Electronic Register with SR264 operating software and compatible ticket software or the LCR 600 Electronic Register with standard software.

  • Environmental Rating:
    IP67 (similar to NEMA 4X)
  • Safety:
    Designed to meet Class I, Division 2
    Groups C and D requirements
  • Applicable Products:
    Class 2: Jet Fuel
  • Communication Protocol:
    RS485
  • Pressure Rating:
    Differential measurement range
    0-43.5 PSID (0 to 3 bar) for rated accuracy[60 PSID (4 bar) overpressure limit]
  • Line pressure range:
    0 to 150 PSI (0 to 10.3 bar)
  • Accuracy:
    ±0.2% of full scale
    (±0.088 PSID from -4º to 104ºF, -20º to 40ºC)
  • Power:
    +10 to 28VDC, <4mA
  • Temperature Limits:
    -40° to 176°F (-40° to 80°C)

    • Body: Stainless steel (316L)
    • Wetted Materials: Stainless steel (316L)
    • Viton® seals

Differential Pressure Transducer

Electronic Printers

Electronic Printers

Epson™ printers are offered for all LCR Register systems and are industry standards for all mobile and stationary applications.

  • Operating temperature range: -40°F to 158°F (-40°C to 70°C)
  • Voltage: 24VDC
  • Offers both alpha and numeric output for various print formats.
  • Stand-alone design allows for easy upgrade or replacement as advancements in technology dictate.
  • Photo-electric eye for ticket/paper sensing.
  • Epson® Slip Printer, Epson® Roll Printer
  • Includes 4 ft. power and communication cables for flexibility of mounting.
Miscellaneous Accessories
  • Counter extensions are used to move the mechanical registration to a higher viewing area when used in applications where the meter may be located on the ground, but the totals must be viewed on top of a loading rack.
  • Swivel adapters permit rotating counter or counter printer as desired throughout a 360° range.
  • Mechanical Rate of Flow Indicators can be supplied in choice of Gallons and Metric units of measure. Direct reading dial shows rate-of-flow through meter to within 2% at full scale reading. Indicator is mounted on a specially designed adjuster cover plate for viewing from front of meter.
  • Positive Displacement Meter Fittings Available in Aluminum, Steel or Stainless Steel
  • Counter Extensions are available in lengths from 12″ through 144″. The use of an electronic register and Pulse Output Device (POD) allows an electronic register to be mounted separately from the meter without the need for a counter extension.
  • Positive Displacement Meter – Fittings
    Available for all Liquid Controls Positive Displacement meters. Sizes include, 1-1/2″, 2″, 3″, 4″. Types: NPT, BSPT, Weld
  • Positive Displacement Meter – Fittings Victaulic Spools
    Available for M-60 and M-80 Meters in 4″ size and are used in aircraft refueling installations.
  • Positive Displacement Meter – Fittings Elbows
    Elbows are provided for M-5 and M-7 Meters to increase mounting flexibility of the Meter and accessories. Elbows for M-60/80 meters supplied with 4″ or 6″ ANSI or 4″ Square bolt flanges.
  • Positive Displacement Meter – Fittings Thermowells
    Thermowell assembly for mechanical TVC’s are available for all aluminum M-Series Meters in 2″, 3″ and 4″ pipe sizes. For Classes 7, 27 and 37 all ferrous construction meters and Class 8 stainless steel meters, a Stainless Steel 1″ male NPT thermowell only is supplied. A 1″ female NPT connection in the inlet pipeline to the meter is required to accept the thermowell.
  • MS-Series Meters are supplied with a 1″ half coupling welded to the inlet spool to accept the thermowell. On all M-5, M-7, M-10, M-15 and M-25 or MA4, MA-5 or MA-7 or MA-15 Series Meters ordered with a Strainer and a Temperature Volume Compensator, the thermowell is supplied in the strainer cover assembly.