Hans Hydraulic & Pneumatics Systems

• Hand held diagnostic meter 
• Measure and Display -Pressure -Flow -Rational Speed -

• Two sensor inputs 
• Intuitive operation
• Rugged design 
• Auto sensor recognition 
• Two-line numerical display
• Fast scan rate of 2ms 
• Store data on PC

• Case SCC-150 
• Serviceman Meter SCM-152-2-02 
• Transducers (Quantity 1 or 2) (See Below) 
• Cable (Quantity 1 or 2) 3m SCK-102-03-02 Power Supply – Meter SCSN-450 Instruction Manual SCM-152-TM

⭐ PARKER MINIMESS® TEST COUPLINGS

Leak‑Free Pressure Testing, Sampling & Diagnostics for Hydraulic Systems

Parker Minimess® Test Couplings are industry‑leading diagnostic connectors designed for safe, leak‑free pressure measurement, system charging, venting, and fluid sampling in hydraulic and pneumatic systems.
They allow technicians to connect pressure gauges, test hoses, and diagnostic equipment without shutting down the system, making them essential for preventive maintenance and troubleshooting.

Minimess couplings are known worldwide for their zero‑leak design, high pressure rating, and long service life, making them the preferred choice for OEMs and service engineers.

🔧 TECHNICAL SPECIFICATIONS

1. Pressure Rating

• Working pressure up to:
  630 bar (9000 psi) depending on model
• Suitable for high‑pressure hydraulic systems
• Burst pressure significantly higher than working pressure

2. Connection Types

• M16x2 (Standard Minimess 1620)
• M12x1.5 (Minimess 1215)
• 1/4" NPT
• G1/4" BSPP
• SAE connections
• Straight, 90°, and T‑type versions available

3. Valve Design

• Leak‑free check valve
• Opens only when test hose is connected
• Prevents fluid loss and contamination
• Allows connection under pressure

4. Materials

• Carbon steel (zinc‑nickel plated)
• Stainless steel versions available
• High‑quality sealing materials for hydraulic oils, lubricants, and industrial fluids

5. Temperature Range

• –30°C to +100°C (standard)
• High‑temperature seals available on request

6. Compatibility

• Works with all Parker Minimess test hoses
• Compatible with pressure gauges, digital testers, and Parker Service Master devices
• Suitable for mineral oil, synthetic oil, and biodegradable fluids

🏭 APPLICATIONS

Hydraulic Systems

• Hydraulic power packs
• Press machines
• Injection molding machines
• Mobile hydraulics
• Construction & mining equipment

Maintenance & Diagnostics

• Pressure testing
• System charging
• Venting & bleeding
• Fluid sampling
• Preventive maintenance
• Troubleshooting under pressure

Industrial Machinery

• Compressors
• Pumps
• Gearboxes
• Machine tools
• Industrial automation systems

📈 BENEFITS & KEY FEATURES

• Connects under pressure without system shutdown
• 100% leak‑free design
• High pressure rating up to 630 bar
• Safe, clean, and reliable diagnostics
• Compact and easy to install
• Long service life with Parker‑grade sealing
• Ideal for preventive maintenance
• Compatible with all Parker test equipment
• Original Parker Minimess® Test Couplings
• Connect Under Pressure (No Shutdown Required)
• Leak‑Free Check Valve Design
• Available in M16x2, M12x1.5, NPT, BSPP, SAE
• Suitable for 400–630 bar Systems
• Ideal for Pressure Testing & Fluid Sampling
• Compatible with Parker Test Hoses & Gauge

The turbine wheel is driven by the oil flow. The generated frequencies are processed through the digital electronics and influences from the disturbing flow effects are compensated for. Because of the low flow resistance QR, the hydraulic circuit operates with very low losses. Reverse operation is also possible because of the special vane (winged) design - so the turbine can be operated in both directions.

The turbine is fitted with an EMA-3 screw coupling for measuring pressure. Oil temperature can measured directly in the oil flow of the turbine by connecting the temperature sensor (SCT-150). This provides all important measurements at the installation location.

Application

• The SCFT is the ideal solution if the volumetric flow rate needs to be recorded loss-free across a wide flow range (up to 800 l/min.).
• Mobile diagnostic
• p-Q measurement
• Hydraulic tests with load valve

Device features

??.Measurement principle: Turbine

??.Response speed ≤ 50 ms

??.Measurement range from 1 to 800 l/min

??. Low flow resistance

??.Suitable for reverse operation

??.Built-in pressure and temperature ports

⭐ PARKER SCLTSD SERIES – LEVEL & TEMPERATURE CONTROLLER

Advanced Digital Monitoring for Hydraulic & Industrial Systems

The Parker SCLTSD Series Level & Temperature Controller is a high‑precision, dual‑function industrial device designed for continuous level measurement and accurate temperature monitoring in hydraulic tanks, lubrication systems, and industrial reservoirs.
Its rugged construction, digital display, programmable outputs, and PLC‑compatible signals make it a preferred choice for OEMs, maintenance engineers, and industrial automation users.

🔧 TECHNICAL SPECIFICATIONS

1. Measuring Functions

• Continuous Level Measurement
  • Displays in mm / inch / %
  • No mechanical float → no sticking, no wear, no failure
• Temperature Measurement

• Integrated digital temperature sensor
• Programmable high/low temperature alarms
• Fast response for hydraulic systems

2. Display & Interface

• 4‑digit digital display with green/red backlight
• Rotatable housing for easy viewing
• Touch keys for programming
• Password protection to prevent unauthorized adjustments

3. Output Options

• Switching Outputs:
  • 2× programmable outputs (S1 & S2)
  • Modes: Window, Hysteresis, Normally Open/Closed
• Analogue Output (Optional):

• 4–20 mA or 0–10 V
• Direct PLC/SCADA integration

4. Construction

• Wetted parts: Brass / Stainless Steel (model dependent)
• Rod-type sensor for deep tanks
• Fully sealed electronics
• High vibration resistance
• IP-rated protection for harsh environments

5. Installation

• Single-hole mounting
• No surge pipe required
• Offset correction for tank bottom
• Suitable for hydraulic oil, lubrication oil, coolant, and industrial fluids

6. Typical Setpoints

• Level SP1: 300 mm (Reset: 60 mm)
• Temperature SP1: 60°C (Reset: 10°C)

🏭 APPLICATIONS

Hydraulic Systems

• Hydraulic Power Packs (HPU)
• Press machines
• Injection molding machines
• Die casting units
• Industrial hydraulic reservoirs

Lubrication & Cooling

• Centralized lubrication units
• Gearbox oil tanks
• Chiller & cooling circuits
• Machine tool coolant tanks

Process & Automation

• Chemical tanks
• Oil storage tanks
• Heat exchanger systems
• Industrial automation lines

📈 BENEFITS & KEY FEATURES

• 2‑in‑1 Level + Temperature monitoring
• Eliminates mechanical float failures
• High accuracy & long service life
• Digital display with programmable alarms
• PLC/SCADA compatible
• Maintenance‑free sensing technology
• Ideal for critical hydraulic applications

⭐ PARKER DIGITAL PRESSURE GAUGE

High‑Accuracy Digital Pressure Measurement for Hydraulic & Industrial Systems

The Parker Digital Pressure Gauge is a precision electronic measuring instrument designed for hydraulic systems, industrial machinery, mobile equipment, and test benches.
It provides high‑accuracy digital pressure readings, fast response, and excellent long‑term stability, making it ideal for service engineers, OEMs, and maintenance professionals.

With a rugged industrial housing, backlit digital display, and multiple pressure ranges, the Parker Digital Gauge is widely used for diagnostics, calibration, commissioning, and system monitoring.

🔧 TECHNICAL SPECIFICATIONS

1. Pressure Ranges (All Available Ranges)

• 0–10 bar
• 0–25 bar
• 0–40 bar
• 0–100 bar
• 0–160 bar
• 0–250 bar
• 0–400 bar
• 0–600 bar
• 0–1000 bar (model dependent)

2. Accuracy

• High accuracy: ±0.5% FS or better
• Excellent repeatability
• Stable digital output for precise diagnostics

3. Display

• Large backlit digital LCD
• Clear pressure reading in bar / psi / MPa
• Min/Max value memory
• Peak hold function
• Battery status indicator

4. Output Options (Model Dependent)

• Digital display only
• Analogue output: 4–20 mA / 0–10 V
• Optional data logging
• Optional USB interface for PC connection

5. Process Connection

• Standard: G1/4" BSPP
• Optional: 1/4" NPT, G1/2", M14x1.5
• Stainless‑steel wetted parts
• Suitable for hydraulic oil, lubrication oil, air, and industrial fluids

6. Electrical & Power

• Battery powered (long life)
• Auto power‑off function
• Low power consumption
• Optional external power supply (model dependent)

7. Construction & Durability

• Rugged industrial housing
• Stainless‑steel sensor body
• High vibration resistance
• IP65 / IP67 protection
• Suitable for harsh environments

8. Temperature Range

• Media: –20°C to +100°C
• Ambient: –10°C to +60°C
• Temperature‑compensated electronics

🏭 APPLICATIONS

Hydraulic Systems

• Hydraulic power packs
• Press machines
• Injection molding machines
• Mobile hydraulics
• Cylinder & valve testing

Service & Diagnostics

• Pressure testing
• System commissioning
• Preventive maintenance
• Field service diagnostics
• Calibration & troubleshooting

Industrial Machinery

• Compressors
• Pumps
• Gearboxes
• Machine tools
• Automation systems

📈 BENEFITS & KEY FEATURES

• High‑accuracy digital pressure measurement
• Wide range of pressure options (10–1000 bar)
• Large backlit display for easy reading
• Min/Max & Peak Hold functions
• Rugged, shock‑resistant design
• Stainless‑steel wetted parts
• Ideal for field service & industrial diagnostics
• Parker‑grade reliability & long service life

⭐ PARKER SCP07 SERIES – PRESSURE SENSOR

Compact, High‑Accuracy Pressure Transducer for Hydraulic & Industrial Systems

The Parker SCP07 Series Pressure Sensor is a compact, robust, and highly accurate pressure transducer designed for hydraulic systems, industrial machinery, mobile equipment, and process applications.
It delivers stable, repeatable pressure measurement even under high vibration, temperature fluctuations, and harsh operating conditions.

With its stainless‑steel construction, multiple output options, and Parker‑grade reliability, the SCP07 Series is widely used by OEMs and maintenance engineers across industries.

🔧 TECHNICAL SPECIFICATIONS

1. Pressure Measurement

• Measuring ranges typically from:
  0–10 bar, 0–100 bar, 0–250 bar, 0–400 bar, 0–600 bar
• High accuracy and repeatability
• Suitable for dynamic hydraulic pressure monitoring
• Excellent long‑term stability

2. Output Signals

• 4–20 mA (2‑wire)
• 0–10 V (3‑wire)
• Ratiometric output (model dependent)
• Fast response time for real‑time monitoring

3. Electrical Connection Options

• DIN EN 175301‑803 (DIN plug)
• M12x1 connector
• Cable outlet versions
• Reverse polarity and overvoltage protection

4. Process Connection

• Standard: G1/4", G1/4" A, 1/4" NPT
• Stainless steel wetted parts
• Suitable for hydraulic oil, lubrication oil, air, and industrial fluids

5. Construction & Durability

• Stainless steel housing
• High vibration resistance
• IP65 / IP67 protection (depending on connector)
• Compact design for tight installation spaces
• Designed for harsh industrial environments

6. Temperature Range

• Media temperature: –40°C to +125°C
• Ambient temperature: –20°C to +85°C
• Temperature‑compensated electronics

🏭 APPLICATIONS

Hydraulic Systems

• Hydraulic power packs
• Press machines
• Injection molding machines
• Mobile hydraulics
• Hydraulic cylinders & valves

Industrial Machinery

• Compressors
• Pumps
• Gearbox monitoring
• Machine tools
• Industrial automation systems

Process & General Industry

• Oil & gas

📈 BENEFITS & KEY FEATURES

• High accuracy & long‑term stability
• Compact stainless‑steel design
• Wide pressure range options
• Fast response for dynamic systems
• Multiple electrical & process connections
• Ideal for hydraulic and industrial applications
• Maintenance‑free operation
• Parker SensoControl reliability
• Original Parker SensoControl Pressure Sensor
• Available in 4–20 mA / 0–10 V Output
• Stainless Steel Body & Wetted Parts
• High Accuracy & Fast Response
• Suitable for Hydraulic & Industrial Systems
• Compact & Rugged Design
• Long Service Life

📦 COMMON MODELS (Market Variants)

(Exact model depends on pressure range + output + connector

• SCP07‑100‑A‑M12
• SCP07‑250‑A‑DIN
• SCP07‑400‑V‑M12
• SCP07‑600‑A‑Cable

⭐ PARKER MINIMESS® HYDRAULIC TEST HOSE – SMA SERIES

High‑Pressure Microbore Hose for Diagnostic Testing & Pressure Measurement

The Parker Minimess® SMA Series Test Hose is a high‑pressure, microbore diagnostic hose designed for pressure testing, system monitoring, fluid sampling, and connection to Minimess test points.
It is engineered for leak‑free performance, excellent flexibility, and long service life in demanding hydraulic environments.

The SMA Series is widely used by service engineers, OEMs, and maintenance teams for portable diagnostics, field testing, and preventive maintenance.

🔧 TECHNICAL SPECIFICATIONS

1. Pressure Rating

• Working pressure up to:
  630 bar (9000 psi) depending on hose size
• Suitable for high‑pressure hydraulic systems
• Burst pressure: typically 3× working pressure

2. Hose Construction

• Microbore thermoplastic hose
• Reinforced with high‑tensile synthetic fiber
• Smooth internal bore for minimal pressure drop
• Excellent flexibility for tight routing
• Resistant to hydraulic oil, mineral oil, and synthetic fluids

3. Hose Sizes

• 2 mm ID (most common)
• 4 mm ID (for higher flow applications)
• Available in multiple lengths:
  0.5 m, 1 m, 1.5 m, 2 m, 3 m, 5 m
  (Custom lengths available)

4. End Connections

• Minimess® 1620 (M16x2)
• Minimess® 1215 (M12x1.5)
• 1/4" NPT
• G1/4" BSPP
• Straight, 90°, and swivel fittings available
• Compatible with all Parker Minimess test points

5. Temperature Range

• –40°C to +100°C (standard)
• Suitable for mobile and industrial hydraulic systems

6. Compatibility

• Works with:

• Parker Minimess Test Couplings
• Parker Service Master EASY (SCM Series)
• Pressure gauges
• Digital testers
• Portable diagnostic tools

🏭 APPLICATIONS

Hydraulic Systems

• Hydraulic power packs
• Mobile hydraulics
• Press machines
• Injection molding machines
• Construction & mining equipment

Maintenance & Diagnostics

• Pressure testing
• System monitoring
• Fluid sampling
• Charging & bleeding
• Preventive maintenance
• Field service diagnostics

Industrial Machinery

• Compressors
• Pumps
• Gearboxes
• Machine tools
• Automation systems

📈 BENEFITS & KEY FEATURES

• High‑pressure rating up to 630 bar
• Lightweight & flexible microbore design
• Leak‑free connection with Minimess fittings
• Ideal for portable diagnostic tools
• Resistant to abrasion, oil, and chemicals
• Long service life in harsh environments
• Easy to route in compact machinery
• Parker‑grade reliability & performance
• Original Parker Minimess® SMA Series Hose
• High‑Pressure Microbore Hose (Up to 630 bar)
• Compatible with Minimess Test Points
• Available in M16x2, M12x1.5, NPT, BSPP
• Ideal for Pressure Testing & Diagnostics
• Lightweight, Flexible & Durable
• Multiple Lengths Available

⭐ PARKER SCP01 SERIES – MINI PRESSURE SENSOR

Ultra‑Compact, High‑Accuracy Pressure Transducer for Hydraulic & Industrial Applications

The Parker SCP01 Series Mini Pressure Sensor is an ultra‑compact, lightweight, and highly accurate pressure transducer designed for tight‑space hydraulic systems, mobile equipment, and compact industrial machinery.
Despite its small size, it delivers excellent accuracy, fast response, and long‑term stability, making it ideal for modern compact hydraulic systems.

Its stainless‑steel construction, vibration‑resistant design, and multiple electrical outputs make the SCP01 Series a preferred choice for OEMs requiring high performance in minimal installation space.

🔧 TECHNICAL SPECIFICATIONS

1. Pressure Measurement

• Measuring ranges available:
  0–10 bar, 0–50 bar, 0–100 bar, 0–250 bar, 0–400 bar
• High accuracy for compact hydraulic systems
• Excellent repeatability and long‑term stability
• Suitable for dynamic pressure monitoring

2. Output Signals

• 4–20 mA (2‑wire)
• 0–10 V (3‑wire)
• Ratiometric output (model dependent)
• Fast response time for real‑time system control

3. Electrical Connections

• M12x1 connector
• Cable outlet versions
• Reverse polarity & short‑circuit protection
• Low power consumption for mobile equipment

4. Process Connections

• G1/4"
• G1/4" A
• 1/4" NPT
• Stainless‑steel wetted parts for hydraulic oil, lubrication oil, air, and industrial fluids

5. Construction & Durability

• Ultra‑compact stainless‑steel housing
• High vibration & shock resistance
• IP65 / IP67 protection (depending on connector)
• Designed for mobile & industrial environments
• Lightweight for easy integration in small systems

6. Temperature Range

• Media temperature: –40°C to +125°C
• Ambient temperature: –20°C to +85°C
• Temperature‑compensated electronics for stable output

🏭 APPLICATIONS

Compact Hydraulic Systems

• Mini hydraulic power packs
• Mobile hydraulic equipment
• Agricultural machinery
• Construction machinery
• Material handling equipment

Industrial Machinery

• Compressors
• Pumps
• Gearbox monitoring
• Machine tools
• Industrial automation systems

General Industry

• Pneumatic systems
• Water & fluid control systems
• Test benches
• R&D and prototype equipment

📈 BENEFITS & KEY FEATURES

• Ultra‑compact design for tight installation spaces
• High accuracy & fast response
• Stainless‑steel construction
• Wide pressure range options
• Multiple electrical & process connections
• Ideal for mobile and compact hydraulic systems
• Maintenance‑free operation
• Parker SensoControl reliability
• Original Parker SensoControl Mini Pressure Sensor
• Ultra‑Compact Stainless‑Steel Body
• Available in 4–20 mA / 0–10 V Output
• High Accuracy & Fast Response
• Ideal for Mobile & Compact Hydraulic Systems
• IP65 / IP67 Protection
• Long Service Life

^* PD Couplers rated to 6,000 PSI max
^** EMA3 Couplers rated to 9,000 PSI max

The SCT electronic temperature sensor features a compact design and high pressure resistance. The SCT is used where temperatures have to be measured under high pressure and a compact housing is necessary. With its pressure resistance up to 630 bar, the SCT temperature sensor is well suited for hydraulic applications. It can be used for precise and quick temperature measurements.

The SCT series temperature sensors are compatible with the SCE panel meters. So both the hydraulic pressure and the substance temperature can be measured, checked and evaluated. The SCT electronic temperature sensor features a compact design and high pressure resistance.

The SCT is used where temperatures have to be measured under high pressure and a compact housing is necessary. With its pressure resistance up to 630 bar, the SCT temperature sensor is well suited for hydraulic applications. It can be used for precise and quick temperature measurements.

The SCT series temperature sensors are compatible with the SCE panel meters. So both the hydraulic pressure and the substance temperature can be measured, checked and evaluated.

Application examples

??. Test benches

??. Processing equipment

??. Conveying and lifting equipment

??. Machine construction

??. Pneumatic plant construction

??. Hydraulic plant construction Application examples

??. Test benches

??. Processing equipment

??. Conveying and lifting equipment

??. Machine construction

??. Pneumatic plant construction

??. Hydraulic plant construction

Device features

??.Withstands pressures up to 630 bar

??.Compact design

??.Heavy-duty steel housing

??.Simple installation

??. -25 °C to +100 °C

Parker SCPS01 electronic pressure switches were designed to be used in mass-produced machines. Installation and production In order to reduce the complexity of installation for the customer, the pressure switch can be programmed with customer-specific values at the factory.

 There is then no longer any need to make time-consuming adjustments while the system is pressurized. More safety for the equipment manufacturer The pressure switch can be set-up by the equipment manufacturer using a software program. This prevents the switch from being manipulated by unauthorized end users.

Components This pressure switch contains no moveable parts. All components which come into contact with the substance are made from stainless steel. This feature, combined with the welded, thin-layer pressure sensor, ensure optimal compatibility with the substance.

A cushioning mechanism can be optionally integrated in the substance inlet. The stainless steel housing enables the switch to be used in extremely harsh environments

Application area The switches have been designed with EMC characteristics, shock resistance and vibration resistance so that they can be used in a wide variety of applications and with mobile machines.

They have e1 approval and the SCPS01 are therefore approved for use in public transportation vehicles. Thanks to their sturdy, compact design, long-term stability, the SCPS01 are the alternative to mechanical pressure switches.

Application examples

• Construction machines
• Commercial vehicles
• Press construction
• Wind power facilities
• Injection-mould machines
• Tool-making machines
• Power packs
• Special machine construction
• Replacement for mechanical pressure switches

Device features

• Long service life
• No readjustment
• For harsh environments
• Accurate switching

• Easy operation 
• Rugged design 
• Compact dimensions 
• Two line display 
• Auto sensor recognition 
• Min/max memory 
• Pressure differential 
• Data output for pc 
• External power supply Diagnostics - a wise investment When time is money. In today's "lean manufacturing" environment there is more emphasis put on increased production and reduced downtime than ever before. You can't afford to have your equipment sitting idle. Momentary pressure spikes and flow surges that are not recognized by other conventional mechanical measuring devices can unexpectedly destroy both components and systems. An ounce of prevention. 
• Diagnosing a problem before it occurs should be your primary objective. Whether it is a piece of mobile construction equipment, or an automated industrial assembly machine, lost production is lost profits.
•  The basic prescription for system maintenance is prevention. Hydraulic and pneumatic. Parker's sensocontrol product line is a valuable tool for diagnosing problems both before and after they occur. 
• Today's hydraulic and pneumatic systems are continuously becoming more sophisticated. Being able to identify critical information for optimizing machine efficiencies is a necessity.

The piston (K) is moved due to a flow from A to B or from B to A. In the idle state, the spring (F) and the piston (K) are in equilibrium. The delta (S) is proportional to the flow and is converted to a value through the built-in electronics. Through the change in direction of the piston (B to A), the flow direction can be indicated. (e.g. -45.8 l/min) The reaction time of the piston movement is less than 2 ms.

Application

When working with high-pressure hydraulics, it is very important to be able to quickly detect the flow rate. Installation with a connection block permits the combined measurement of p, T and Q. Rapid assembly of the SCQs is achieved with an in-line adaptor for tube or hose installation.

Use under extreme conditions (such as high load changes or rapid pressure increases) is possible because of the sturdy construction.

The SCQ is the perfect solution when recording highly dynamic volume flow changes. Rapid load changes, which can cause damage for example in valves and pumps, can be safely detected. Due to its unique measurement process, the SCQ can capture volume flow in both directions

Device features

??.Measurement principle Spring/piston principle

??.Response time ≤ 2 ms

??.Measurement in both directions

??.Wide viscosity range

??.Compact design

??.Withstands pressures up to 420 bar

Device features

• 600 / 1000 bar ?? G1/4“ ?? 0-10V / 4...20mA 2-wire
• M12x1 / DIN ?? Reinforced internal design
• Persistence against shock & vibration
• Made for high pressure acceleration
• High dynamic signal

Typical applications

• Press construction
• Die-casting

• Pressure

• Flow

• RPM (rotations per minute)

• Temperature

Features:

• Intuitive operation

• “Plug and play” automatic sensor recognition

• Large back-lit display

• MIN/MAX memory and differential measurements

• Increased memory capacity with nano USB drive

• USB interface to PC for convenient analysis and documentation via SensoWin software

• IP67 rated protection for extreme conditions

• Rear panel integrated support for free-standing operation

• Scan Rate: 1 ms

• Case (SCC-200)
• Serviceman Plus meter (SCM-155-2-05)
• Transducers (one or two, different options available)
• Transducer Cable - one or two
• Power Supply (SCSN-440)
• CAN Y cable (included with 2-transducer kit)
• Terminator Resistor
• CD with SensoWin software and instructions
• Nano USB Memory Stick - 1 GB
• USB Connection Cable

• Case (SCC-200)
• Serviceman meter (SCM-155-0-02)
• Transducers (one or two, different options available)
• Transducer Cable - one or two
• Power Supply (SCSN-440)
• CD with SensoWin software and instructions
• Nano USB Memory Stick - 1 GB
• USB Connection Cable

PDS4-C-TT-TT-XXX

• C - Coupling style:
  • 2 = PD style
  • 4 = PDP style
  • 6 = EMA 3 style (female)
  • 0 = No transducer
• TT - Transducer pressure range (psi)
  (Order either one or two)
  • 01 = -14.5 - +235 (Blue)
  • 06 = 0 - 870 (Green)
  • 15 = 0 - 2175 (Yellow)
  • 40 = 0 - 5800 (Orange)
  • 60 = 0 - 8700 (Red)
  • 00 - No transducers
• XXX - CAN for CAN version; blank for analog version