Bulletin MSG11-5715-734/UK

2-Way Servo

Proportional Valves with

VCD

-Technology

Operation Manual

Series TFP

Design ≥ 20

Parker Hannin

Manufacturing Germany GmbH & Co. KG

Industrial Systems Division Europe

Gutenbergstr. 38

41564 Kaarst, Germany

E-mail: isde.kaarst.support@support.parker.com

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DE-

SCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND

PROPERTY DAMAGE.

This document and other information from Parker-Hannin Corporation, its subsidiaries and

authorized distributors provide product or system options for further investigation by users having

technical expertise.

The user, through its own analysis and testing, is solely responsible for making the nal selection

of the system and components and assuring that all performance, endurance, maintenance,

safety and warning requirements of the application are met. The user must analyze all aspects

of the application, follow applicable industry standards, and follow the information concerning

the product in the current product catalog and in any other materials provided from Parker or its

subsidiaries or authorized distributors.

To the extent that Parker or its subsidiaries or authorized distributors provide component or

system options based upon data or specications provided by the user, the user is responsible for

determining that such data and specications are suitable and sucient for all applications and

reasonably foreseeable uses of the components or systems.

WARNING — USER RESPONSIBILITY

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Content Page

1. Introduction 4

Characteristics of Valve Driver 4

Order Code TFP 5

Technical Data 6

Block Diagram of Integral Electronics 8

2. Safety Instructions 9

Symbols 9

Service 9

3. Important Details 9

Intended Usage 9

Common Instructions 9

Liability 9

Storage 9

4. Mounting / Installation 9

Scope of Supply 9

Available Bolts Kits 10

Mounting 10

Disassembly 10

Limits of Use 11

Pressure Fluids 11

Electrical Connection 11

Electrical Interfacing 12

5. Operation Instructions 14

Solenoid Current Monitoring 14

6. Interface and Parameter 14

IO-Link Interface 14

NFC Interface 14

ProPxD Parameterizing Software 14

Valve Parameter 15

Error Codes 17

LED Flashing Signals of the Valve Electronics 18

7. Shut-o Valve TEP 19

Position Control Switch 22

Wiring 23

Air Bleeding of Hydraulic System 24

Filter 24

Flushing 24

8. Troubleshooting 24

9. Accessories / Spare Parts 25

Accessories 25

Spare Parts 25

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

1. Introduction

Parker 2-way servo proportional valves with VCD

technology have an integrated electronics and

require only one sole electrical common for the

control system.

The TFP*B series is based on the TFP*A series

and has a directional control valve, with position

control, for shutting o the piot valve.

Characteristics of Valve Driver

The described integral electronic driver combines all

necessary functions for the optimal operation of the

valves. Thanks to its excellent dynamic the valves

are usable within closed loop control applications.

The most important features are:

• high dynamic actuator principle with special

designed electronic driver

• closed loop controlled spool position

• constant current actuator control with overcur-

rent shuto

• excellent properties for response sensitivity and

temperature drift

• dierential input stage with various command

signal options

• diagnostic output for spool stroke

• standard central connection

• compatible to the relevant European EMC-

standards

TFP050

TFP050*B

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2-Way Servo Proportional Valves

Series TFPOperation Manual

Ordering Code

2-way servo

proportional

valve with

LVDT

Pilot oil

Seal

Design

series

(not required

for ordering)

Nominal

size

Accessories

Command

signal

Flow

characteristic

linear

Code Supply Drain

2 External External

Plate with pipe

connections X1 (00)

and Y1 (99)

Note : Please order connector separately

For accessories code 0.

For accessories code 7.

HFC uids suitable.

TFP 9 H C

Code Seal

NBR

V FPM

Code Nominal size

025 NG25

032 NG32

040 NG40

050 NG50

063 NG63

080 NG80

100 NG100

Code Command signal

B 0...+10 V

E 0...+20 mA

S 4...+20 mA

Code Function

Standard

Shut-o valve with

postion control

Function

Code Accessories

Standard for

function A

Standard for

function B,

shut-o valve with

postion control

Solenoid

shut-o valve

24 V= 1.25 A

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Technical Data

If valves with onboard electronics are used in safety-related parts

of control systems, in case the safety function is requested, the

valve electronics voltage supply is to be switched o by a suitable

switching element with sucient reliability.

General

Design

Proportional throttle valve with LVDT and integrated electronics, slip-in

cartridge according to ISO 7368

Nominal size DIN NG25 NG32 NG40 NG50 NG63 NG80 NG100

Mounting position unrestricted

Ambient temperature [°C] -20...+60

Weight [kg] 9 11 21 28 42 77 122

Vibration resistance [g] 10 sinus 5...2000 Hz acc. IEC 60068-2-6

10 (RMS) random noise 20...2000 Hz acc. IEC 60068-2-64

15 shock acc. IEC 60068-2-27

Hydraulic

Max. operating pressure [bar] Ports A, B, SP max. 420, X max. 350; XX observe accumulator pres-

sure rating; port Y max. 35

Fluid Hydraulic oil according to DIN 51524

Fluid temperature [°C] -20...+60 (NBR: -25...+60)

Viscosity, recommended [cSt]/

permitted [cSt]/

[mm²/s]

30 ... 80

20 ... 400

Filtration

Nominal ow at ∆p = 5 bar (linear) [l/min] 650 1200 1800 3100 5200 7600 11100

Max. ow (v = 30 m/s),

recommended (linear)

[l/min] 1400 2600 4100 6200 9800 17000 25000

Flow direction B to A / A to B

Pilot pressure [bar] max. 350

Pilot oil Supply external via X

Drain external via Y

Leakage in pilot valve at 100 bar [ml/min] < 400

Pilot valve size NG06 NG10

Max. pilot ow at 140 bar pilot pressure [l/min] 21 33 37 54 71 86 105

Pilot pressure, recommended Pilot pressure p

= system pressure p

Minimum pilot pressure p

min

[bar] 140

Static/dynamic

(for optimal dynamics see installation recommendation)

Step response at pilot press. >140 bar

[ms] 9 11 13 12 15 20 26

Frequency response at

pilot pressure >140 bar

[Hz] on request

Hysteresis [%] < 0.1

Sensitivity [%] < 0.05

Temperature drift [%/K] < 0.025

Installation recommendations

The maximum pilot ow is given in the technical data.

At insucient pilot oil supply – e.g. because of long

distances and/or small diameters – an accumula-

tor can be connected to port XX.

To avoid this, an accumulator can be connected to

port XX at the valve body of the TFP (not for nomi-

nal size NG25). A short-term undersupply with pi-

lot oil can be compensated via this accumulator.

The required accumulator size is dependent on the

pilot oil pressure.

Please also consider the Parker accumulator product

range and the Parker Accumulator Sizing Software.

Nominal

size

Required accumulator volume [l]

1 stroke

(close)

2 stroke

(close and open)

NG25 0.005 0.010

NG32 0.008 0.016

NG40 0.010 0.020

NG50 0.015 0.03

NG63 0.02 0.04

NG80 0.035 0.07

NG100 0.05 0.1

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Technical Data

Interfaces

IO-Link IEC 61131-9

NFC

ISO/IEC 15693

• NFC Forum Type 5 tag certied by the NFC Forum

Frequency 13.56 MHz; -27.2 dBµA/m at 10 distances

Electrical characteristics

Duty ratio [%] 100

Protection class

IP65 in accordance with EN 60529 (with correctly mounted plug-in

connector)

6 = Full protection against contact, dust tight

5 = Protection against water jets (nozzle) from any angle

Supply voltage/ripple [V]

24 nominal (tolerance range 22 ... 30), electric shut-o at < 19, ripple < 5 %

e., surge free

Current consumption max. [A] 3.5

Pre-fusing [A] 4.0 medium lag

Input signal

Code B Voltage

Impedance

Code E Current

Impedance

Code S Current

Impedance

[V]

[kOhm]

[mA]

[Ohm]

[mA]

[Ohm]

10...0...-10, ripple <0.01 % e., surge free

100

20...0...-20, ripple <0.01 % e., surge free

<250

4...12...20, ripple <0.01 % e., surge free

<3.6 mA = disable, >3.8 mA = according to NAMUR NE43

<250

Dierential input max. [V]

30 for terminal D and E against PE (terminal G)

11 for terminal D and E against 0V (terminal B)

Enable signal

[V]

acc. EN 61131-2; Type 3

Low -3…+5; High 11…30; input current 3 mA

Diagnostic signal [V] +10...0...-10

EMC EN 61000-6-2, EN 61000-6-4

Electrical connection 6 + PE acc. EN 175201-804

Wiring min. [mm²] 7 x 1.0 (AWG16) overall braid shield

Wiring length max. [m] 50

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2-Way Servo Proportional Valves

Series TFPOperation Manual

B: 0...10 V

E: 0...20 mA

S: 4...20 mA

0...10 V

22...30 V=

0 V

Reference

Command

Diagnostic

spool stroke

Supply

voltage

Enable

11 30 V=....

µC

Parametrizing

interface

Block Diagram of Integrated Electronics

Do not connect with the supply voltage zero.

Pin assignment IO-Link (parametrizing) interface, M12 socket

PIN assignment acc. IEC 60974-5-2

• Pin 1: 24 VDC

• Pin 3: GND

• Pin 4: IO-Link Communication (C/Q)

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Liability

The manufacturer does not assume liability for

damage due to the following failures:

• incorrect mounting / installation

• improper handling

• lack of maintenance

• operation outside the specications

Do not disassemble the valve! In case of

suspicion for a defect please contact Parker.

Storage

In case of temporary storage the valve must be

protected against contamination, atmospheric ex-

posure and mechanical damages. Each valve has

been factory tested with hydraulic oil, resulting in

protection of the core parts against corrosion. Yet

this protection is only ensured under the following

conditions:

Outdoor storage or within sea and tropical

climate will lead to corrosion and might disable

the valve!

2. Safety Instructions

Please read the operation manual before instal-

lation, startup, service, repair or stocking! Paying

no attention may result in damaging the valve or

incorporated system parts.

Symbols

This manual uses symbols which have to be fol-

lowed accordingly:

Instructions with regard to the warranty

Instructions with regard to possible

damaging of the valve or linked system

components

Helpful additional instructions

Service

Workings in the area of installation, commissioning,

maintenance and repair of the valve may only be

allowed by qualied personnel. This means persons

which have, because of education, experience and

instruction, sucient knowledge on relevant direc-

tives and approved technical rules.

3. Important Details

Intended Usage

This operation manual is valid for 2-way high-

response valves series TFP. Any dierent or

beyond it usage is deemed to be as not intended.

The manufacturer is not liable for warranty claims

resulting from this.

Common Instructions

We reserve the right for technical modications of

the described product. Illustrations and drawings

within this manual are simplied representations.

Due to further development, improvement and

modication of the product the illustrations might

not match precisely with the described valve. The

technical specications and dimensions are not

binding. No claim may resulting out of it. Copyrights

are reserved.

Storage

period

Storage requirements

12 months

constant humidity < 60 % as well

as constant temperature < 25 °C

6 months

varying humidity as well as vary-

ing temperature < 35 °C

4. Mounting / Installation

Scope of Supply

Please check immediately after receiving the valve,

if the content is matching with the specied scope

of supply. The delivery includes:

• valve

• operation manual

The central connector has to be ordered separately

and is not included in the delivery.

Please check the delivery immediately after

receiving the shipment for apparent damages

due to shipping. Report shipment losses at

once to the carrier and the supplier!

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Available Bolt Kits

Size Ordering no. Mounting bolt Torque

TFP025 BK504 4 pcs. M12x100 108 Nm

TFP032 BK529 4 pcs. M16x100 264 Nm

TFP040 BK481 4 pcs. M20x110 517 Nm

TFP050 BK544 4 pcs. M20x130 517 Nm

TFP063 BK545 4 pcs. M30x140 1775 Nm

TFP080 BK546 8 pcs. M24x200 890 Nm

TFP100 BK547 8 pcs. M30x220 1775 Nm

Disassembly

Use of disassembly aid (from nominal size NG50)

First loosen the two xing screws without disas-

sembly aid. Then loosen the two socket screws

SW6 (TFP050: the two ring bolts) with the disas-

sembly aids and turn the straps 90° against the

stop. Fix the socket screws/ring bolts again. Now

loosen the two remaining xing screws alternate-

ly. By turning them against the straps, the valve is

pulled out of the cavity.

Mounting

• Compare valve type (located on the name plate)

with part list resp. circuit diagram.

• The valve may be mounted x or movable in

any direction.

• Verify the mounting surface for the valve. Uneve-

ness of 0.01 mm/100 mm, surface nish of 6.3

µm are tolerable values.

Keep valve mounting surface and work envi-

ronment clean!

• Remove protection plate from the valve mounting

surface

• Check the proper position of the valve ports

and the O-rings.

• Mounting bolts: use property class 12.9, ISO 4762

Insucient condition of the valve mounting

surface might create malfunction!

Incorrect mounting resp. bolt torque may

result in abrupt leakage of hydraulic uid on

the valve ports.

Y-port has always to be tied directly and

separately to tank!

90°

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

The connecting cable has to comply to the follow-

ing specication:

Cable type control cable, exible,

7 conductors, overall braid

shield

Cross section min. AWG16

Outer dimension 8...12 mm

Cable length max. 50 m

For cable lengths > 50 m consult Parker.

The connection cable is coupled to the female con-

nector by solder joints.

Skinning lengths for the connecting cable:

Electrical Connection

The electrical connection of the valve takes place

by one common cable, which is coupled to the

integrated electronic driver by a central connector

assembly.

The connection requires a 6 + PE female connector

EN 175201-804.

Female connector (ordering no. 5004072)

A female connector with metal housing is

required! Plastic made models may create

function problems due to insucient EMC-

characteristics.

Do not disconnect cable socket under tension!

Pressure Fluids

The following rules applies for the operation with

various pressure uids:

This information serves for orientation and

does not substitute user tests among the

particular operating conditions. Particularly no

liabiliy for media compatibility may be derived

out of it.

Mineral oil: usable without restriction.

HFC: Choose seal option code N.

HFA Oil-in-water emulsion

HFB Water-in-oil emulsion

HFD Unhydrous uids (Phosphor-Ester)

For operation with the following pressure uids

please consult Parker:

For detailed information concerning pressure

uids note VDMA-document 24317 as well as

DIN 51524 & 51502.

Special gaskets may be available depending on

the utilized uid.

In case of doubt please consult Parker.

Limits of Use

The valve may be operated within the determined

limits only. Please refer to the “technical data“

section as well as to the “characteristic curves“ in

the Parker catalogue MSG11-3500/UK "Hydraulic

Valves Industrial Standard".

Follow the environmental conditions! Unal-

lowable temperatures, shock load, aggresive

chemicals exposure, radiation exposure,

illegal electromagnetic emissions may result

in operating trouble and may lead to failure!

Follow the operating limits listed in the “speci-

cations“ table!

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Wiring Diagram of Supply Voltage

Electrical Interfacing

Supply Voltage

The supply voltage for the valve has to cover the

range of 22...30 V. Valve is de-energized below

19 V. The residual ripple may not exceed 5 % e.

The applied power supply must comply to

the relevant regulations (DIN EN 61558) and

must carry a CE-mark. The operating voltage

for the valve must be free of inductive surges.

Do not exceed the max. value of 30 V! Higher

voltage can lead to failure of the valve.

The increased inrush current of the valve

should be considered when selecting the

power supply. A stabilized power supply with

overcurrent limiting feature should not be

used. Due to the inrush current of the valve the

current limit circuit may respond prematurely

and create problems during energizing of the

supply voltage.

The operation of the valve is blocked if the

supply voltage polarity is interchanged.

Each valve requires a separate pre-fuse of 4

Amp semi time-lag. Failure to observe this

instruction may create irreparable damage of

valve respectively incorporated system parts.

The backshell nut of the cable gland has to be

tighten with a suitable tool. The target value for

the tightening torque is 4 Nm. Tighten the cap nut

with a torque of 5 Nm after attaching the female

connector on the socket.

Incomplete tightening of backshell nut respec-

tively cap nut may result in undesired release

of the connection as well as degradation of

the water tightness.

When using female connectors of other

manufacturers, the relevant regulations must

be observed.

The cable may only be connected to the female

connector by authorized and qualied person-

nel. A short between individual conductors

resp. to the connector housing, bad soldering

as well as improper shield connection may

result in malfunction and breakdown of the

valve.

The mounting surface of the valve has to be

connected to the earth grounded machine

frame. The earth ground wire from the valve

connecting cable as well as the cable shield

have to be tied to the protective earth terminal

within the control unit. It is necessary to use

a low ohmic potential connection between

control unit and machine frame to prevent

earth loops (cross section AWG 6).

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Command Signal Input

The spool stroke behaves proportional to the com-

mand signal amplitude.

The command input signal needs to be ltered

as well as free of inductive surges and modu-

lations. Due to the sensitivity of the valve a

high signal quality is recommended, this will

prevent malfunction.

Enable Input

A signal voltage enables the actuator drive of the

valve. Continuous operation of the valve requires a

permanent voltage 11...30 V (i.e. the supply voltage).

In case of disabling the signal the valve will reach its

power down position spring-actuated independently

from the command signal value.

The enable function represents no safety ar-

rangement against unwanted valve operation

in terms of rules for accident prevention!

The option 4...20 mA uses the “3.6 mA“

condition as breakdown-information. If the

input signal line is interrupted, an evaluable

failure information is available. In this case the

actuator drive will be switched o. The drive

will switch on when the input signal reaches

a value of 3.8 mA, it switches o when the

command falls below 3.6 mA. This determina-

tion follows the NAMUR-specication NE43.

Diagnostics Output

A diagnostics signal is available. Its voltage repre-

sents the operating condition of the valve.

The output may drive a load of max. 5 mA.

Exceeding of this limit leads to malfunction.

Code com-

mand signal

Command signal VCD actuator Diagnostic signal

0…+10 V on 0…-10 V

0…-10 V on 0…+10 V

Overload o Red LED

0…+20 mA on 0…-10 V

0…-20 mA on 0…+10 V

Overload o Red LED

4…12 mA on 0…+10 V

12…20 mA on 0…-10 V

0…3.6 mA o Cable break, red LED

Overload o Red LED

Valves NG25 to NG100

A valve fault can be recognised by the signal

colour of the 360° LED (page 18). Error and

error type can be read out via the ProPXD software or

the IO-Link connection.

• Parameter list Page 15

• Error code list Page 17

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TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

5. Operating Instructions

Spool Position at Power Down/Center Position

For valves with zero lap spools, distinction

must be made between hydraulic neutral

position and power-down position. Neutral

position is taken at neutral input signal, cor-

responding to zero position of the hydraulic

symbol. When the valve is switched o – no

supply voltage, no enable, current signal (code

S) < 3,8 mA – zero lap valves take the power

down position (approximately 10 % opening)

according to the ordering code. For valves with

overlap spools, neutral position and power

down position are the same (zero position).

Supply pressure must be ensured before valve

is energized.

Solenoid Current Monitoring

If the actuator current time interval exceeds 10

seconds, the actuator is switched o to prevent

overheating. For normal operating conditions this

state will not reached, but it may occur with a con-

taminated sluggish valve.

In this case the reason for the contamination

should be rectied (hydraulic uid exchange,

ltration review, valve ushing).

The overcurrent shuto condition may be resetted

by the actions below:

Code 0: Temporary disconnection of the supply

voltage.

Code 5: Temporary disconnection of the enable

signal.

Code 7: Temporary disconnection of the enable

signal.

The shuto of the VCD actuator due to over-

load will be indicated via the LED.

Temperatur monitoring

The prortional directional control valves have internal

temperature monitoring of the valve electronics.

When an overtemperature is reached, the

valve switches o automatically.

A restart is only possible again when the

temperature of the valve electronics is within

the operating temperature range.

ProPxD Parameterizing Software

The ProPxD software allows quick and easy setting

of the digital valve electronics. Individual parame-

ters as well as complete settings can be viewed,

changed and saved via the comfortable user inter-

face. Parameter sets saved in the non-volatile

memory can be loaded to other valves of the same

type or saved for documentation purposes.

The PC software can be downloaded free of charge

at www.parker.com/isde – see page “Support" or

directly at www.parker.com/propxd.

(IO-Link Master USB is required)

6. Interface and Parameter

IO-Link Interface

IO-Link communication takes place via the exter-

nally accessible M12 interface.

The IO-Link interface allows an external access to

the available valve parameters via an IO-Link

master or via the ProPxD software.

Parker IO-LINK MASTER USB

order no.

40983544

(Parameter overview in the operating instructions)

NFC Interface

The NFC interface allows a wireless access to valve

data via the Parker App PDC (available free of

charge in the App Store and Google Play Store).

NFC communication may only be used for mainte-

nance purposes by trained personnel.

The valve may have hot surfaces. There is a

risk of burn injury. Before using NFC radio

communication, ensure that the valve has

cooled down suciently.

IO-Link interface

Parker Hannin Corporation

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2-Way Servo Proportional Valves

Series TFPOperation Manual

Valve Parameter - read + write

Please note: Certain combinations of parameters can lead to inappropriate reactions in the application.

Parameter

Function Description

Unit

Parameter

range

Default

settings

Note

from to

24 CUSTOMER

- Specication

application Tag

Specication of the application

25 CUSTOMER

- Function Tag

Description of the function

26 CUSTOMER

- Location Tag

Location of the application

96 Device Local Indicates the source of the control word

acting on the device state machine

97 Device Mode Device mode

100 Hold Setpoint Internal setpoint in device state HOLD

101 Enable Behavior Determines enable/disable reaction of

state machine

256 Command signal

Type

Selection of the analog command signal

type

"Command W

read + write"

257 Scaling command

signal

"Adjustment of the command signal

option.

To match the command signal input to

the input signal mode."

258 Command Signal

Analog Cable Break

"Analog command signal cable break

detectiononly for 4-20 mA"

264 Diagnose A Output

Signal Type

Set the diagnose output A signal type

265 Diagnose B Output

Signal Type

Set the diagnose output B signal type

268 Diagnose A

Measuring Point

Diagnose A measuring point

269 Diagnose B

Measuring Point

Diagnose B measuring point

276 Zero adjust Adjustment of zero position shifting

(oset).

% -90 90 0

277 MIN Overlap Comp

On/O

To compensate asymmetries.

278 MIN A-Channel "Adjustment of stroke step for valve side

A at min. operating threshold.

To compensate for the overlap of the

valve spool."

% 0 50 depending on

valve

279 MIN B-Channel "Adjustment of stroke step for valve side

B at min. operating threshold.

To compensate for the overlap of the

valve spool."

% 0 50 depending on

valve

280 MAX A-Channel "Adjustment of maximum signal span for

positive output signal.

To match the command signal span to

the valve operating range."

% 50 100 depending on

valve

281 MAX B-Channel "Adjustment of maximum signal span for

negative output signal.

To match the command signal span to

the valve operating range."

% 50 100 depending on

valve

284 Ramp Type Selection of the ramp type -

285 Ramp Up Time

Quadrant I

Ramp increasing rate for quadrant I ms 0 32500 0

286 Ramp Down Time

Quadrant I

Ramp decreasing rate for quadrant I ms 0 32500 0

289 Ramp Up Time

Quadrant III

Ramp increasing rate for quadrant III ms 0 32500 0

290 Ramp Down Time

Quadrant III

Ramp decreasing rate for quadrant III ms 0 32500 0

295 LED Ring On O On/O LED ring -

768 Validate Error

Reaction Type

Set reaction type of the chosen error -

769 Validate Error Code Chosen error to validate -

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Valve Parameter - read only

Parameter

Function Description

Unit

16 Vendor Name PARKER

19 Part no. Part number

20 Productdescription Product description with design stage

21 Serial number PTS code

23 Firmware Revision Firmware revision number

32 Error Counter Number of error

36 Device Status Device Status OK or not OK

67 Elektronic hardware version Hardware identication

86 Checksum Active Parameter Setting Checksum over active parameters (user changed)

64 Valve Type Valve family

770 Validate Error Counter Number of occurred errors of the chosen error

800 Operating Time Days Daily counter in which the device is in operation day

801 Operating Time Hours Hour counter in which the device is in operation hour

802 Operating Time Minutes Minute counter in which the device is in operation minutes

805 On O Cycles Counter how often the device was switched on o

810 Device Supply Voltage Actual Actual applied supply voltage of the device V

811 Device Supply Voltage Max Maximum applied supply voltage of the device V

812 Device Supply Voltage Avg Average supply voltage of the device V

813 Device Current Actual Actual current consumption that occurred on the device A

814 Device Current Max Maximum current consumption that occurred on the device A

815 Device Current Avg Average current consumption of the device A

816 Device Power Actual Actual power consumption that occurred on the device W

817 Device Power Max Maximum power consumption that occurred on the device W

818 Device Power Avg Average power consumption of the device W

831 Temperature In electronic box Actual Actual temperature that occurred in electronic box °C

832 Temperature In electronic box Min Minimum temperature that occurred in electronic box °C

833 Temperature In electronic box Max Maximum temperature that occurred in electronic box °C

834 Temperature In electronic box Avg Average temperature that occurred in electronic box °C

847 Pilot Position Min. Minimum pilot position that occurred %

848 Pilot Position Max Maximum pilot position that occurred %

849 Pilot Position Avg Average pilot position during operation %

853 Command Min Minimum command that occurred %

854 Command Max Maximum command that occurred %

855 Command Avg Average command during operation %

1056 Error Word Last occured error

1064 Error Memory 1 Error Error memory 1 - error type

1065 Error Memory 1 Day Error memory 1 - day in which the error occurred day

1066 Error Memory 1 Hour Error memory 1 - hour in which the error occurred hour

1067 Error Memory 1 Minute Error memory 1 - minute in which the error occurred minutes

1068 Error Memory 2 Error Error memory 2 - error type -

1069 Error Memory 2 Day Error memory 2 - day in which the error occurred day

1070 Error Memory 2 Hour Error memory 2 - hour in which the error occurred hour

1071 Error Memory 2 Minute Error memory 2 - minute in which the error occurred minutes

1072 Error Memory 3 Error Error memory 3 - error type

1073 Error Memory 3 Day Error memory 3 - day in which the error occurred day

1074 Error Memory 3 Hour Error memory 3 - hour in which the error occurred hour

1075 Error Memory 3 Minute Error memory 3 - minute in which the error occurred minutes

1076 Error Memory 4 Error Error memory 4 - error type

1077 Error Memory 4 Day Error memory 4 - day in which the error occurred day

1078 Error Memory 4 Hour Error memory 4 - hour in which the error occurred hour

1079 Error Memory 4 Minute Error memory 4 - minute in which the error occurred minutes

1080 Error Memory 5 Error Error memory 5 - error type

1081 Error Memory 5 Day Error memory 5 - day in which the error occurred day

1082 Error Memory 5 Hour Error memory 5 - hour in which the error occurred hour

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Valve Parameter - read only

Parameter

Function Description

Unit

1083 Error Memory 5 Minute Error memory 5 - minute in which the error occurred minutes

1084 Error Memory 6 Error Error memory 6 - error type

1085 Error Memory 6 Day Error memory 6 - day in which the error occurred day

1086 Error Memory 6 Hour Error memory 6 - hour in which the error occurred hour

1087 Error Memory 6 Minute Error memory 6 - minute in which the error occurred minutes

1088 Error Memory 7 Error Error memory 7 - error type

1089 Error Memory 7 Day Error memory 7 - day in which the error occurred day

1090 Error Memory 7 Hour Error memory 7 - hour in which the error occurred hour

1091 Error Memory 7 Minute Error memory 7 - minute in which the error occurred minutes

1092 Error Memory 8 Error Error memory 8 - error type

1093 Error Memory 8 Day Error memory 8 - day in which the error occurred day

1094 Error Memory 8 Hour Error memory 8 - hour in which the error occurred hour

1095 Error Memory 8 Minute Error memory 8 - minute in which the error occurred minutes

1096 Error Memory 9 Error Error memory 9 - error type

1097 Error Memory 9 Day Error memory 9 - day in which the error occurred day

1098 Error Memory 9 Hour Error memory 9 - hour in which the error occurred hour

1099 Error Memory 9 Minute Error memory 9 - minute in which the error occurred minutes

1100 Error Memory 10 Error Error memory 10 - error type

1101 Error Memory 10 Day Error memory 10 - day in which the error occurred day

1102 Error Memory 10 Hour Error memory 10 - hour in which the error occurred hour

1103 Error Memory 10 Minute Error memory 10 - minute in which the error occurred minutes

1186 Command Signal Analog Analog command signal %

1187 Command Signal Digital Digital command signal (IO-Link) %

1189 Internal Command Signal Internal command signal from the valve controller to the valve

actuator

1194 Actual Pilot Position Actual position of the pilot stage %

Error code Error Description

0 no errors

8 overvoltage error

13 electronics temperature too low (< –20 °C)

14 electronics temperature too high (> 85 °C)

15 electronics temperature exceeded

16 over current shutdown

26 cable break command signal

27 cable break feedback signal 1

28 cable break feedback signal 2

51 rmware restarted

52 hardware failure

67 "spool Fail-Safe monitoring the valve spool has left the power-down-range"

71 hardware failure

72 hardware failure

73 hardware failure

74 hardware failure

82 undervoltage error

83 over current shutdown

84 over current shutdown

85 over current shutdown

86 over current shutdown

91 actuator shut down - overtemperature shutdown

Error Codes

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

LED ashing signals of the valve electronics

The device status is indicated by an LED with two

color elds. Dierent device states are indicated by

the color combinations and the ashing frequency.

Air Bleeding of Hydraulic System

During initial startup, after an oil change as well as

after the opening of lines or valves the hydraulic

system must be air bleeded.

Filter

The function and lifetime of the valve are strongly

aected by the cleanliness of the uid.

Purity level class of 18/16/13 acc. ISO4406 is

required.

Flushing

It is recommended to ush the pipelines by short

circuiting the pressure and return lines. This prevents

the installation dirt from entering the valve.

Device status LED eld 1 LED eld 2

Colour Flash frequency Colour Flash frequency

Normal

Active Green Permanent Green Permanent

Disabled Green 1 Hz Green 1 Hz

On Hold Green 0.5 Hz Green 0.5 Hz

Warning

Active Yellow Permanent Yellow Permanent

Disabled Yellow 1 Hz Yellow 1 Hz

Error

Active Red Permanent Red Permanent

Disabled Red 1 Hz Red 1 Hz

Normal + active IO Link communication

Active Blue Permanent Green Permanent

Disabled Blue 1 Hz Green 1 Hz

On Hold Blue 0.5 Hz Green 0.5 Hz

Warning + active IO Link communication

Active Blue Permanent Yellow Permanent

Disabled Blue 1 Hz Yellow 1 Hz

Feld 1

Feld 2

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Deliverable version

Thread Colour Mark Order no.

PG9 grey A 5001711

PG11 grey A 5001717

7. Shut-o Valve TEP*B

Product Name D3DW

CE Mark

The CE mark appears on the main nameplate.

If the product is installed as part of a larger machine,

this larger machine is in turn subject to EU directives

and must therefore obtain a general CE mark for the

machine as a whole. The machine must not enter

circulation in the EU until this is done.

Conformity

The declaration of conformity (see page 17) attests

that the products comply with all essential health

and safety requirements set out in Annex I of the

Machinery Directive 2006/42/EC.

If our product is used in ways other than

specied, hazards may occur that could not

be foreseen by the manufacturer. Any result-

ing loss or damage is not the responsibility of

Parker Hannin.

If the described product is installed in a ma-

chine that came into circulation before 1995,

note the following:

If the function has not been changed signi-

cantly, commissioning may not take place until

conformity with national occupational health

and safety provisions has been established

for the machine as a whole, in particular those

provisions implementing the Use of Work

Equipment Directive.

If the function has been changed signicantly,

a new conformity procedure must be carried

out in accordance with the Machinery Directive

2006/42/EC.

Electronic Control System

The D3DW valve must be operated by the user with

a suitable control system.

The valve is connected using separate wires for

solenoids/position control.

The wiring must meet the following specications:

Type Flexible control cable, 3-core

Size Min. 1.5 mm²

External diameter PG9: 4.5...7 mm

PG11: 6...9 mm

Length Max. 50 m

For lengths >50 m please contact Parker.

The sealing surface of the valve must be

properly connected to the earthed frame of the

machine. Connect the earth wire and cable

shield to the protective earth in the electrical

cabinet.

Use the screw connectors to attach the wires to the

plug. Use a suitable tool to tighten the screw at the

cable entry point.

The plug for the solenoid must be ordered

separately.

Solenoid Connection Shut-o valve TFP*B

Each solenoid connection requires one plug 2 + PE

as specied in EN 175301-803.

Connection of Plug

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual

Lightning

If electronic components are exposed to

electromagnetic elds as a result of lightning,

they must be checked to ensure they are still

working perfectly. If there is a malfunction, the

product must be returned to the manufacturer.

Temperature

The surface of our product may heat up in use.

The service temperatures may exceed the

temperature threshold for burn injury, 70 °C.

Above this threshold, even brief contact with

the surface may result in a burn.

The only way to consistently prevent burn

injuries is to use personal protective equipment

and to remain safety-conscious at all times.

If integrated electronics are exposed to a tem-

perature above 80 °C, they may malfunction.

Power Failure

In a power failure the valve piston returns to

the spring centred starting position.

You must check whether this creates potential

hazards when the system/machine is used.

Hydraulic

The D3DW is tested and approved with an even

ow. If the ow becomes asymmetrical, the safety

function of the valve may be compromised. You

should therefore carry out tests before commission-

ing to verify that the valve is in good working order.

If the valve piston has been under pressure and

stationary in the end position for an extended pe-

riod, oil particles may cause the piston to seize. For

this reason the valve should be actuated regularly.

Electrical Connection for Position Control TFP*B

The position control can be connected as normally

closed or normally open. In principle, we recommend

a normally closed connection, as this is the only

way to ensure that position control works properly

Failure to tighten the screw connectors may

cause the connectors to loosen and may impair

the seal.

If you are using plugs from other manufactur-

ers, follow the relevant instructions.

Short circuits between the wires, poor work-

manship or incorrect attachment of the shield-

ing may cause disruption and the failure of the

valve and the electronic control system.

Sensor Connection

See "Technical data" page 18

Choice of Solenoid

The choice of a suitable solenoid is an important

factor in the operational reliability of the valve. The

D3DW is available with various solenoid voltages. If

the solenoid can be adjusted by setting parameters

in the electronic control system, the suitable solenoid

options must be selected.

Note about using valves with actuating sole-

noids:

The current drops as the solenoid heats up.

The lower current has no eect on valve

operation, provided the specied voltage is

maintained at the valve.

A suitable tool must if necessary be used for

manual emergency actuation of the solenoid.

Remaining Risk

Allergic Reactions

Hydraulic oil can cause allergic reactions on

susceptible skin. This can be prevented by taking

the precautions that are usual when handling min-

eral oil products and by using personal protective

equipment.

Leaking Plugs

Leaking plugs can cause a malfunction. That

is why the plugs must be checked for leaks

at the regular maintenance interval. Leaking

plugs may constitute a safety hazard, so the

valve must be returned to the manufacturer

for repair.

Parker Hannin Corporation

TFP 5715-734UK.indd 26.03.24

2-Way Servo Proportional Valves

Series TFPOperation Manual