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Alexandra DanielAug 19, 2025
What to do if the valve is contaminated in Parker RE06M T?
- MMelissa Martin PhDAug 20, 2025
If the valve is contaminated, clean the pressure fluid and filter or flush the valve.
To Next PageTo Next PageWhat to do if the valve is contaminated in Parker RE06M T?
If the valve is contaminated, clean the pressure fluid and filter or flush the valve.
What to do if the drive is overloaded in Parker RE06M T?
If the drive is overloaded, you should reduce the pressure or speed, or increase the valve size.
How to fix too low oil level within tank in Parker Control Unit?
If the oil level within the tank is too low, refill the pressure fluid.
What to do if the filter is contaminated in Parker RE06M T Control Unit?
If the filter is contaminated, replace it.
What to do if hydraulic fluid is too viscous or too cold in Parker RE06M T?
If the hydraulic fluid is too viscous or too cold, change the fluid grade and provide the correct operational temperature.
What to do if the supply voltage is too low in Parker RE06M T?
If the supply voltage is too low, keep the supply voltage within the specified range.
How to fix incorrect wiring sequence in Parker RE06M T?
If the wiring sequence is incorrect, correct the wiring sequence.
What to do if the feed cable is interrupted in Parker Control Unit?
If the feed cable is interrupted, fix it.
What to do if the supply voltage carries too much ripple in Parker Control Unit?
If the supply voltage carries too much ripple, reduce the ripple.
What to do if the command signal is too low in Parker Control Unit?
If the command signal is too low, increase the command signal.
Details on the ordering code for the RE06M*T series valve.
Details on the ordering code for the RE*T series valve.
Details on the ordering code for the RE*E*T series valve.
Details on the ordering code for the R*V series valve.
Details on the ordering code for the R5V series valve.
Illustrates the block diagram for integral electronics of the valve.
Describes the key features and functions of the integral valve driver.
Provides general technical details like design, operation, and temperature range.
Details concerning fluid type, viscosity, filtration, and pressure.
Covers duty ratio, voltage, current, and signal specifications.
Shows an example of the valve's name plate for identification.
Explains the meaning of symbols used throughout the manual for safety and instructions.
Instructions regarding valve markings, name plates, and work by qualified personnel.
Defines intended application, manufacturer liability, and general product use instructions.
Specifies conditions for proper storage of the valve to prevent damage.
Details what is included in the delivery and initial checks required.
Instructions on how to correctly mount the valve and details on available bolt kits.
Specifies operational boundaries and environmental conditions for the valve.
Information and recommendations for various pressure fluid types used with the valve.
Importance of fluid cleanliness, filter requirements, and flushing methods.
Procedure for bleeding air from the hydraulic system after maintenance or startup.
Details on the required connectors, cable type, dimensions, and length.
Instructions for proper assembly of shielding, grounding, and connection integrity.
Specifies voltage range, ripple, and CE mark compliance for the power supply.
Explains command signal behavior, filtering, and specific options like 4-20mA.
Introduction to the ProPxD software for setting valve parameters.
Lists necessary hardware and cable specifications for using the software.
Step-by-step guide for installing the ProPxD software on a PC.
Instructions on operating the ProPxD software, including parameter saving.
Explanation of parameter groups (S, P, J) and their characteristics.
Detailed overview and description of parameters for basic mode operation.
Detailed overview and description of parameters for expert mode operation.
Lists common error messages and their corresponding solutions for the ProPxD software.
Provides a systematic approach to diagnose and fix common valve malfunctions.
Lists available accessories such as connectors and bolt kits for the valve series.
Details spare parts and seal kits available for different valve types.
This document describes the operation manual for Parker Hannifin's Proportional Pressure Valves, specifically the Series RE*T and R*V, which feature integrated electronics.
These proportional pressure valves are designed to convert an electrical command signal into a proportional spool stroke, providing highly dynamic control over hydraulic pressure. The integrated electronic driver handles all necessary functions for optimal valve operation. This includes digital circuit design, high dynamic constant current solenoid control, and a differential input stage with various command signal options. The valves also incorporate a two-quadrant ramp function, MIN adjustment for deadband compensation, and MAX adjustment to match the command signal span to the valve's operating range. Optional reference outputs (10V) are available for potentiometer supply. The system uses a standard central connection and is compatible with relevant European EMC standards. A comfortable interface program facilitates parameterization.
The valve's operation relies on a command signal (voltage or current) that is proportional to the desired solenoid current. For voltage inputs (0-10V), a reference output of +10V is available. For current inputs, options include 0-20mA and 4-20mA. The 4-20mA option includes a "0 mA" condition for breakdown information, where the actuator drive switches off if the input signal line is interrupted or falls below 3.6 mA, and switches on when it reaches 3.8 mA, following NAMUR NE43 specifications.
General:
Hydraulic:
Electrical:
Mounting and Installation:
Electrical Connection:
Parameterization (ProPxD Software):
Storage:
Troubleshooting:
Spare Parts and Accessories:
General| Brand | Parker |
|---|---|
| Model | RE06M T Series |
| Category | Control Unit |
| Language | English |
