Bulletin HY11-5715-592/UK Installation Manual Series D*1FH
Design ≥ 42 Proportional DC Valve
Parker Hanni?n GmbH & Co. KG Hydraulic Controls Division Gutenbergstr. 38
41564 Kaarst, Germany
Tel.: +49-181 99 44 43 0
Fax: +49-2131-513-230
E-mail: infohcd@https://www.doczj.com/doc/9f12272891.html,
Copyright ? 2006,
Parker Hanni?n GmbH & Co. KG
Proportional DC Valve Series D*1FH
2
Installation Manual
D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
Contents
Page 1.Introduction
3 Characteristics 42.Technical Data
4 Parameters Block Diagram Valve Electronics Wiring EMV 45553.Installation
6 Electrical Connection 64.Switching Circuitry
7 Block Diagram Set Value Input Min/Max Setting Diagnostic Output Position Control Power Stage Enable Signal Input Voltage Monitor Control Failure Monitor 788889910105.Measuring Points
10 Main (Central) Connector Diagnostic Sockets https://www.doczj.com/doc/9f12272891.html,missioning
11 Ambient Conditions Input Circuitry Enable Signal Zero Point Equalising 111112127.Service
14 Test Unit Trouble Shooting Diagram Replacing The Electronic Unit 1415168.Ordering Code
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Proportional DC Valve Series D*1FH
Installation Manual
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D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG Hydraulic Controls Division
1. Introduction D*1FH
Parker D**FH proportional directional control valves are equiped with high dynamically powered sole-noids and on-board electronics. The valve can be linked to any signal control system (i.e. PLC) by only one central plug and wiring connection.The D*1FH series have a four-hole mounting sur-face according to CETOP and a spool with four ?ow path edges for standard applications.
Proportional DC Valve Series D*1FH
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Installation Manual
D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
Characteristics
The valve electronics described in this documenta-tion relates to the control of high response direc-tional control valves with solenoids, series D**F . The electronics is an integrad part of the valve, unifying various functions necessary for the opti-mum usage of the valve and leading to an inte-grated solution. The result is an outstanding dy-namic response, permitting the valve to be used in closed loop controls. The integrated electronics carry out the following functions:
? Provides a specially designed output power stage for high dynamic control of the solenoids ? Constant current control of the solenoids ? Overriding main stage stroke control
? Specially developed position transducer for high resolution high dynamic control ?
Differential input stage
All the information have been carefully selected and assembled and represents the actual knowl-edge.General Orientation
Optional
Temperature drift of zero 0,005 % stroke/0 C Ambient temperature range [°C]-20 ... +60
Hydraulics Hydraulic ?uid Hydraulic oil according to DIN 51524 (535)
Viscosity
[mm2/s]30 (80)
Fluid temperature max.[°C]0 (60)
Electrical
Supply voltage
[VDC]18 (30)
Ripple max. 5% eff.; noninductive
Switch-on current [A]7.0 for 0.5mS (typ.)Current consumption max.[A] 2.0Fuse, to be provided externally [A] 2.5 medium time lag Input signal [V]0 ... ±10V smoothed, noninductive*
optional 0 ... ±20mA / 4...20mA*
Input impedance [kOhm]200 (at current input 500Ohm)Resolution sensitivty [mV]5Protection standard IP 65Connection cable 7 x AWG 17 (1.0 mm 2), shielded Cable length max.[m]50
2. Technical Data
*max. 30VDC against Pin G (ground)
? Min/Max setting for valve operation conditioning ? Diagnostic output for valve stroke ? Enable signal for power output stage
? Low voltage monitoring of the supply voltage with indicating lights giving operation status ? Standard central plug connection, EN 175201-804? Spindle operated trimpots for zero setting equal-ising ? All electronics completely interchangeable
? Full conformity to the European EMC standards
Proportional DC Valve Series D*1FH
Installation Manual
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D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
Block Diagram Valve Electronics
Wiring
EN 50081-2EN 55011EN 50082-2
ENV 50140EN 61000-4-4ENV 50204EN 61000-4-5EN 61000-4-2
EN 61000-4-6
EMV
Proportional DC Valve Series D*1FH
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Installation Manual
D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
Power Supply
The utilized power supply has to comply with the EMC-standards (CE-sign, certi?cate of conformity). Parker is offering the following power supplies:Relais and solenoids operating from the same supply circuit as the valve electronics has to be ?tted by surge protection elements.Wiring Cable The wiring cable between the control cabinet and the valve has to be shielded. The central wiring has
to be installed from a 7wire cable that utilizes a common shielding and a cross section of min. AWG17. The capacity should not exceed a value of approx. 130pF/m (wire/wire). The maximum cable length is 50m. No power current lines may be placed in parallel to the valve′s wiring cables. The cable shield has to be connected to earth ground at both ends (see also chapter “Ground-ing“). Please be aware of ground-loops.INSTALLATION GUIDE
TO PROVISION OF ELECTROMAGNETIC COMPATIBILITY
Connectors
The central connection of the valve electronics needs a connector 6pin+E according EN 175201-804 featuring metal case and integrated cable shield coupling. Parker can provide suitable connectors:5004072 (Connector 6pin+E)The connectors have to be installed according the
connection diagram, the cable shield has to be tied
on the whole periphery to the provided coupling clamp.Grounding
The mounting plate of the valve has to be con-nected to the grounded metal machine frame. The Earth wire to pin G of the central wire cable as well as the cable shields of the valve connection cables should be tied to earth ground at the control cabi-net. A low-ohmic potential compensation wire has to be provided between the control cabinet and the machine frame (cable wire >AWG7 cross section)
to prevent ground loops.
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. AWG16Outer dimension 8...12 mm Cable length
max. 50 m
For cable lengths > 50 m consult factory.
The connection cable is coupled to the female connector by solder joints.
Skinning lengths for the connecting cable:
3. Installation Electrical Connection
The electrical connection of the valve takes place by one common cable, which is coupled to the in-tegrated electronic driver by a central connector assembly.
The connection requires a 6 + PE female connec-tor EN 175201-804.
The female connector has to be ordered separately under article nr. 5004072. A female connector with metal housing is required! Plastic made models may create function problems due to insuf?cient EMC-
characteristics.
Proportional DC Valve Series D*1FH
Installation Manual
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D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
Proportional DC Valve Series D*1FH
8
Installation Manual
D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
Signal-Input
The command signal input of the valve has been wired from the connector terminals D and E to the differential input of the onboard electronic. The valve stroke is acting proportional to the value of the signal. According to the valve model there are different command signal options available, which are separately described below. More details are obvious from the technical data. The input signal must be ?ltered as well as free of surges and
modulations. Due to the resolution sensitivity a high signal quality is recommended, to avoid function disturbances.
Improper high signal amplitudes may lead to function disturbances or damaging depend-ing of the exceeding value.
The explanation of functionality assumes junction E as point of reference potential.
Wiring example of voltage input option +10...0...-10 V
Wiring example of current input option 4...12...20 mA
Wiring example of current input option +20...0...-20 mA
Command signal option 4...20 mA uses the “0 mA“ - condition as failure information. This means that an evaluable failure information is provided for an interrupted command signal circuit. In the present case the solenoid drive thereby will be switched off.
The drive will be activated if the input signal ex-ceeds a value of 3,8 mA and will be disabled below 3,6 mA. This de?nition follows the NAMUR standard NE43.
Proportional DC Valve Series D*1FH
Installation Manual
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D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
Min/Max-Setting
The min/max-setting option achieves a conditioning of the valve operating range to a certain application.The min-setting is used for valves with overlapped main spools, it compensates for the mechanical overlap by an offset-feature.The max-setting limits the stroke of the valve spool, equally the full input signal range will be preserved and can be used with full resolution.
Both settings are provided separately for both valve operating directions.Diagnostic Output T o make available measurements for the momen-tary position of the valve spool the valve electron-ics unit provides a diagnostic output. This is avail-able at the main connector between pin F and supply zero (pin B) as well as on the printed circuit board of the valve electronics unit which provides
two diagnostic sockets. The sockets take 2mm plugs and can e.g. be used in the setting up of the zero point.The output is a 0...±10V signal where the value of 10V normally represents the maximum permitted stroke of the valve spool.The diagnostic output is short circuit proofed and is fully operative up to a load of at least 2kOhms or 5mA.Position Control The purpose of the position controller is to compare the actual value of the spool as given by the valve electronics sensor with the set value and provide signals to the actuating solenoids to ensure that the set position is achieved and maintained. The sketch below shows the operating principle of the control circuit.
Power Stage
In the output stage the output signal of the position controller is converted into an activating signal for the operating solenoids.
Keeping the power relationships at the solenoid constant as well as the need for rapid excitation of the solenoids is achieved with controlled current from a constant current control stage.The solenoid
current is measured in the valve electronic unit and compared with the set-value for current in the
constant current controller. As long as there is a difference between set and actual current values
the output stage will change the solenoid current
in order to equalise them.The solenoid also has a superimposed dither signal which has been care-fully matched with the mechanics of the valve to compensate for mechanical friction so that the hysteresis will not in?uence the dynamics of the valve.Enable Signal Input
To switch-off the output stage the valve electronics unit is ?tted with an enable signal input which can
at any time be used to interrupt the solenoid current irrespective of transducer signal or set value. In this case the main spool takes up - without any delay - the spring centered position in the valve.
A further function of the enable signal input is to limit the output of the position control. Normally on
switching off the activated solenoid the output of
the controller would be driven into saturation by the Integral part of the PID system. Because of this, if the solenoid is immediately switched on again the valve spool is for a short period of time operated inde?netily. To avoid this, the integral part of the controller is switched out and a limit is placed on the controller output for as long as the enable input
is switched off. When the enable signal is switched on again the valve spool will immediately move from it's central position and take up the required set position.
The enable signal input is, as far as circuitry is concerned, completely isolated from the rest of the electronics to keep interference from peripheral equipment away from valve electronic unit. It re-quires a signal in the region of 5 to 30VDC with a current supply of about 10mA. The enable signal is fed into the unit via the central connector between pins B and C.
Proportional DC Valve Series D*1FH
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Installation Manual
D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
5. Measuring Points Note
Position Of The Measuring Points
The enable signal should preferably be switched off together with the hydraulic pressure source in order that the solenoid spools have no circulating current when the hydraulic system is switched off. This reduces energy loss and unnecessary heat generation in the solenoid spools.Note
The enable signal does not provide security against unwanted operation of a valve in the sense of the
accident prevention regulations. To block all pos-sibility of a valve functioning under any circum-stances, further steps are necessary, e.g the ?tting of safety lock valves.
Voltage Monitor
The supply voltage may therefore lie between 18 and 30V , with a ripple of no more than 5%. These voltages are valid on load i.e. with valve electronics and enable signal connected.
The value of the supply voltage is supervised by an integrated voltage monitoring.
Control Failure Monitor
If a failure >2% occurs within the position control loop of the valve a control failure signal is given. This is the case, if the valve spool does not reach the predetermined position. The most important reasons for this behaviour could be:? No or too low pilot presssure
? Blocking or defective valve mechanics by dirt ? No enable signal
? Input signal failure (only for option 4...20mA)The operating condition of the monitoring is indi-cated by a dual color LED within the valve electron-ics cover.
An explanation of the light indicator is printed on the placard on the cover.
Function
Pin B: 0V Pin C: 0V Output disabled Pin B: 0V
Pin C: 5...30V
Output enabled
Indicator green Normal operation
Indicator off
Supply voltage is outside the normal range
Indicator red
Control failure
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Installation Manual
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D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG Hydraulic Controls Division
Pin Signal level representing Measurement/
range A Plus level Supply voltage +18...30V measured against
pin B
B Reference potential Reference C
Enable signal
+5...30V
measured against
pin B D Command signal
+0...10V
measured against
pin E E Command signal -0...10V measured against
pin D F Diagnostic signal valve stroke ±0...10V
measured against
pin B
G
Connection to
ground
–
Main (Central) Connector
The normal operating voltage levels for the valve electronic unit are available through the central connector.
In particular, the following individual possibilities are available:
6. Commissioning Ambient Conditions
The valve electronics unit has been designed to work reliably together with the hydraulic valve as a unit under normal industry conditions. It is pro-tected against environmental in?uences by its cast iron housing which also prevents the entry of for-eign particles and is sealed against the entry of water.The electronics are partly encapsulated and have a protective coating of varnish.
Even so, mechanical loading of the electronics box as well as its use outside of the following installation conditions is not allowed as permanent damage or a reduction in working life cannot be ruled out. It is advisable to install the unit directly by the machine, protected from extreme environmental in?uences.Input Circuitry
The differential input of the valve electronic unit ensures a freedom from input problems with the user’s set value signals.
Command Signal Control System
There are three basic variations on set value con-trol:
? Take the set value signal from a programmable logic control unit (PLC).
? Set value control through interface electronics.? Set value signals from preswitched controller.Connection Signal level representing
Measurement value/range
Testpoint 1yellow outer Diagnostic signal
valve stroke
±0...10V
measured against
testpoint 2
Testpoint 2yellow inner
reference potential
–
Diagnostic sockets
The diagnostic sockets are for the purpose of measuring the actual stroke of the valve. A correla-tion table.
Proportional DC Valve Series D*1FH
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Installation Manual
D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG Hydraulic Controls Division
Adjustment Of The Mechanical Zero Point
(zero lap spools only)Tools
Allen Key SW6Wrench SW19Conditions
Valve electronics unit switched off, hydraulics work-ing.Adjustment 1. L oosen locking cover nut of the adjusting spindle.2. A djust the zero point until the actuator is in the neutral position or takes up the desired creep position.3. R eplace cover nut.The following command signal value results in the
electrical zero point of the valve:Enable Signal
The valve electronic unit uses an “enable” signal function in the range of 5...30V at pin C of the main connector (see chapter “Enable Signal Input“).
There are two different ways of controlling the en-able signal input:
? Using the 24V supply voltage through an enable switch provided by the user.? Feeding the enable signal from a control system
of the user with the reference (zero) point of the user's control connected to pin B of the central connector and the enable signal is connected to pin C.The enable signal must only be switched on to the valve electronics unit when the valve is to be used; all other times should be off.
Example: Start-up of a hydraulic control system As against the supply voltage, which will be switched on at the same time as the hydraulic system, the enable signal should preferably not be switched on until the hydraulic system has reached full pressure. This will prevent any system disturbance.Zero Point Equalising
The main valve spool takes up the spring-centred position if the power fails or the enable signal has not been given. Valves with overlap spools have a factory adjusted zero point. Valves with zero lap spools usually have mechanical centering. In this case there is a possibility of the operating condi-tions allowing the activated device e.g a cylinder, to creep in an uncontrolled direction; the valve electronics unit takes account of this possibility and allows the creeping movement in a prede?ned di-rection only.
Valves with overlapping type spools are factory-preset to null. In the case of valves with zero lap spools it is necessary for the user to adjust the electrical zero point in accordance with its require-ments. The adjusting can be done via a sel?ocking spindle trimmer in the valve electronic unit. The position of the trimmer is shown on the placard on the cover.
Electronic variation B E S Command signal
0V
0mA
12mA
Proportional DC Valve Series D*1FH
Installation Manual
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D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG
Hydraulic Controls Division
Equalising The Electrical Zero Point Conditions
Mechanical zero point adjustment has been done.Valve electronic unit is working. Enable signal has
been applied. Hydraulics working.
Adjustment
Using the zero point spindle-trimmer until the drive remains in the rest position.
Set Up Of The Min/Max-Setting
(overlapped spools only)Tools
Allen Key SW3Screwdriver 2mm First remove the locked cover of the valve elec-tronic unit. The position of the trimpots is shown on a sticker on the internal side of the valve electron-ics cover.Adjustment
1. Feed in a command signal:
2. Adjust offset for corresponding valve side by potentiometer “min b“ (P5). (increasing = turn clockwise).
3. Feed in a command signal:Electronic variation B E S
Command signal 0V 0mA 12mA
Electronic variation B E S Command signal
+50mV +0.1mA 11.96mA
Electronic variation B E S Command signal
+10V +20mA +4mA
Electronic variation B E S Command signal +10V +20mA +4mA
Electronic variation B E S
Command signal -10V -20mA +20mA
4. Adjust the required spool stroke for correspond-ing valve side by potentiometer “max b“ (P7). (increasing = turn clockwise).
5. Repeat that procedure for opposite valve side. Feeding in negative command signals with the same set up procedure by using potentiometers “min a“ (P6) as well as “max a“ (P8).
6. Take into account that min has to be adjusted before max.Set Up Of The Max-Setting (zero lap spools only)
The position of the trimpots is shown on a sticker on the internal side of the valve electronics cover.
1. Check if the potentiometers “min a“ (P6) and “min b“ (P7) are in their end position (fully counter-clockwise).
2. Feed in a command signal:
3. Adjust the required spool stroke for correspond-ing valve side by potentiometer “max b“ (P7) (increasing = turn clockwise).
4. Feed in a command signal:
5. Adjust the required spool stroke for opposite valve side by potentiometer “max a“ (P8).
6. At last replace cover and seal.
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Installation Manual
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Parker Hanni?n GmbH & Co. KG Hydraulic Controls Division
Test Unit EX00-M03
The test unit EX00-M03 is usable for the control of proportional valves incorporating integrated elec-tronics. It provides commissioning and function test independently from the machine control system. The test unit is provided with all necessary signal and measurement taps, making it possible to pro-ceed initial operation and diagnosis.
Technical Data
? Control of valves incorporating integrated elec-tronics and central plug acc. to EN 175201-804 (6pin+PE)? Main connection selectable 230/115VAC ? Build-in fuses ? Cordset included
? Integrated digital voltmeter with test point selec-tor switch ? Test jacks
?
Rugged metal enclosure with handles
7. Service
Commissioning Help
When commissioning a valve installed on a ma-chine control unit the following question is fre-quently asked:
How can we operate the valve by hand independ-ently of the overall control system to e.g. to adjust the zero point or to set-up a newly installed cylin-der?
An appropriate test unit is available by order no.
EX00-M03.
Operator Panel
1 Voltage readout
2 Test point selector switch
3 Switch enable on/off
4 Command signal potentiometer V+
5 Command input selector switch
6 Command signal potentiometer V-
7 Fuse 3A 24VDC
8 Power indicator
9 Test jacks
10 Main input 230/115VAC 11 Main switch
12 Voltage selector / main fuse
13 Valve control output socket
Proportional DC Valve Series D*1FH
Installation Manual
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D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG Hydraulic Controls Division
Trouble Shooting Diagram
Proportional DC Valve Series D*1FH
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Installation Manual
D1FH-42 592 UK.INDD CM 06.06
Parker Hanni?n GmbH & Co. KG Hydraulic Controls Division
Replacing The Electronic Unit
In case of a fault in the electronic unit the complete unit must be replaced.
Replacing The Electronic Printed Circuit Board
Tools Allen key SW3
Conditions
Hydraulics switched off.
Remove central connector; ensure unit voltage supply is off.
Exercise great care when taking parts out and keep them safe.Replacement
1. Remove the closing cover on the back end of the electronic box
2. Loosen plug s1 (Fig. 1)
3. Using the Allen key SW3 remove the ?xing nut of the displacement transducer. Keep the ?xings safe. (Fig. 2)
4. R emove the printed circuit board from the box without using force
5. Install the new printed circuit board. The type can be seen on a type label
6. Install in reverse order to the dismantling proce-dure
7. Re-do the electrical zero point as well as the min/max-setting
8. Apply the closing cover including the seal. Tighten the bolts M4/DIN912-8.8 so that the cover ?ts tightly on the box
Fig. 1
Transducer And Connecting Socket Fig. 2
Fixing Components Of Transducer
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Installation Manual
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Parker Hanni?n GmbH & Co. KG Hydraulic Controls Division
8. Ordering Code D*1FH
Flow
Valve accessories
Pilot oil guide
Seal
Electronic variation
Design series
Central connector not included
3) only for spools with positive
overlapping
not for D111FH
4) only for E50 / B60
Code
Flow [l/min] at ?p 5bar per ?ow path D31 4)
D31D41D81/91D111A 20/3355–––B ––105––C 32/5580140––E ––190 250–F ––240 310–H –––400500L
–
–
–
–
1000
Code Valve accessories 0Standard 8 3)
Monitor switch
Code Inlet Drain 1internal external 2external external 4internal internal 5
external
internal
Code Electronic variation B
Voltage input
0...±10V standard E Current input 0...±20mA S
Current input 4...20mA
Code Seal N NBR V
FPM
14th –15th January 2004, Bosch Rexroth in China 4 WRD(E) 5X NG 10, 16, 25, 32, 35 Q max 3000 l/min 4/3RV NG 10, 16, 25, 32 Q max 3500 l/min 4 WRLE(H) NG 6/10 Q max 180 l/min 4 WRA(E) 2X NG 6 / 10 Q max 75 l/min 4 WRE(E) 2X NG 6 / 10 Q max 180 l/min 4 WRZ(E) 7X NG 10, 16, 25, 32, 52 Q max 2800 l/min 4 WRK(E) 2X NG 10, 16, 25, 32, 35 Q max 3000 l/min Proportional Valves High Response Control Valves 4 WS(E)2EM 5X NG 10Q N 90 l/min (bei Δpv 70 bar) 4 WSE3EE NG 16, 25, 32Q N 850 l/min (bei Δpv 70 bar) 4 WS(E)2EM 2X NG 6Q N 20 l/min (bei Δpv 70 bar) Servo Valves 4 WRPE NG 10, 16, 25,32 Q max 3500 l/min 4/3HRV1 NG 6 Q max 24 l/min 4/3WV1 NG 6 /10 Q max 120 l/min 4/3WV1 OBE NG 6/ 10 Q max 120 l/min 4/3WV1 OBE NG 6 / 10 Q max 100l/min HI HI HI HI HI HI HI HI
力士乐的比例阀， 4WRKE 系列中的减压阀起什么作用。 问题如题，这里的减压阀起什么作用呢？？好像是减的是控制油的压力。请指点！ 这个与4WRZ系列中的先导三通减压阀有什么区别。这里的减压阀又起什么作用？？ 顶端Posted: 2009-10-26 14:53 | [楼主] x199 级别: 助工 精华: 0 发帖: 463 威望: 2 点 金钱: 1141 机械币 贡献值: 0 点 注册时间:2006-07-2 1 最后登录:2009-11-1 9 小中大引用推荐编辑举报只看复制 Re:力士乐的比例阀，系列中的减压阀起什么作用。 4WRZ的先导三通减压阀，主级开度，由该减压阀的输出压力与主阀 芯弹簧力平衡而确定； 4WRKE的先导阀是比例方向阀，主阀芯的位置由反馈装置决定，但 当工作压力过高时，为了保护主阀芯的弹簧腔、使阀工作平稳，加了 个D3减压阀，该阀与普通电液阀中加D3减压阀的意义是一样的。 4WRZ阀，在主级与先导级之间，加有加D3减压阀的情况，但其用 意却有不同：4WRZ的先导三通减压阀最高工作压力是100bar，当控 制油压力高于100bar时，需要减压后再到先导级。 rexroth@https://www.doczj.com/doc/9f12272891.html,，欢迎交流 顶端Posted: 2009-10-28 09:55 | 1 楼shuang11 17 级别: 助工 精华: 0 发帖: 302 威望: 0 点 金钱: 5 机械 币 贡献值: 0 点 注册时间:2007 -11-28 最后登录:2009 小中大引用推荐编辑举报只看复制 图片： 说的很详细，我想在问你一下啊。见贴图！
-11-20 这个图中的压差即△P什么意思啊？？？ 回油压力指的是什么啊？？？？ 顶端Posted: 2009-10-28 11:31 | 2 楼x199 级别: 助工 精华: 0 发帖: 463 威望: 2 点 金钱: 1141 机 械币 贡献值: 0 点 注册时间:2006 -07-21 最后登录:2009 -11-19 小中大引用推荐编辑举报只看复制
E/P REGULATOR MODEL NAME ITV1000, ITV2000, ITV3000 series ITV1000, ITV2000, ITV3000 series Series Contents P1 Safety instructions P2 Handling precautions P3-4 Wiring method P5-6 Setting method P7 Key locking function P8 Setting of min. pressure, max. pressure and switch output P9 Mode of switch output P10 Setting of preset pressure P11 Reset function P11 Error indicating function P12 Detail setting mode P13 Gain setting P13-14 Sensitivity setting P14 Zero clear P15 Initialize P15-16 LED display P16 URL https://www.doczj.com/doc/9f12272891.html, OPERATION MANUAL CONTENTS CONTENTS
These safety instructions are intended to prevent a hazardous situation and/or equipment damage. These instructions indicate the level of potential hazard by labels of “CAUTION ” “WARNING ”, or “DANGER ”. To ensure safety, be sure to observe ISO 4414, JIS B 8370 and other safety practices. ■Explanation of label Label Label Meaning of label Meaning of label △！ WARNING WARNING Operator error could result in serious injury or loss of life. △！ CAUTION CAUTION Operator error could result in injury or equipment damage. △！ WARNING ①comp The compatibility atibility of pneumatic equipment is the responsibility of the person who who designs designs designs the pneumatic system or decides its specifications. the pneumatic system or decides its specifications. the pneumatic system or decides its specifications. Since the products specified here are used in various operating conditions, their compatibility for the specific pneumatic system must be based on specifications or after analyses and/or tests to meet your specific requirements. The expected performance and safety assurance will be the responsibility of the person who has determined the compatibility of the system. This person should continuously review the suitability of all items specified, referring to the latest catalog information with a view to giving due consideration to any possibility of equipment failure when configuring a system. ②Only trained personnel should operate pneumatically operated machinery and equipment.equipment. Compressed air can be dangerous if an operator is unfamiliar with it. Assembly, handling or repair of pneumatic systems should be performed by trained and experienced operators. ③Do not service machinery / equipment or attempt to remove components until safety is confirmed.safety is confirmed. A. Inspection and maintenance of machinery / equipment should only be performed once safety of personnel and equipment is confirmed. B. When equipment is to be removed. Stop supplied air, exhaust the residual pressure, verify the release of air, turn the power off and confirm safety before performing maintenance. C. Before machinery / equipment is restarted, ensure safety before applying power. ④Contact Contact SMC if the product is to be used in any of the following conditions. SMC if the product is to be used in any of the following conditions. SMC if the product is to be used in any of the following conditions. A. Conditions and environments beyond the given specifications, or if product is used outdoors. B. Installation on equipment in conjunction with atomic energy, railway, air navigation, vehicles, medical equipment, food and beverages, recreation equipment, emergency stop circuits, clutch and brake circuit in press applications, or safety equipment. C. An application which has the possibility of having negative effects on people, property, or animals requiring special safety analysis. Safety instructions Safety instructions
博世力士乐比例阀
博世力士乐比例阀 3.解体修研门盖密封面 四、阀门内漏： 1.关闭不严 2.结合面损伤 首页>>产品中心>>YB43X固定比例式减压阀 一、产品[固定比比例式减压阀]的详细资料： 产品型号：YB43X 产品名称：固定比比例式减压阀 产品特点：固定比比例式减压阀,比例式减压阀,减压阀
公称通径 DN lmml A D3 25 232 115／125 32 246 140／150 40 256 150／155 50 270 165／175 65 306 185／200 80 320 210／230 100 340 240／265 125 400 275／300 150 429 310／350 200 358 355／400 型号公称压力 PN(MPa) 公称通径 DN(mm) L YB43X-10T （B型) 1.0 50 85 65 102 80 122 100 140 125 160 150 178 200 230 YB43x-16T （B型) 1.6 50 85 65 102 80 122 100 140 125 160 150 178 200 230 公称通径尺寸(mm) DN Imm) C L D 15 1/2″80 50 20 3/4″80 50
25 1″90 54 32 11/4″100 60 40 11/2″110 68 50 2″120 80 订货须知： 一、①YB43X固定比例式减压阀产品名称与型号②YB43X固定比例式减压阀口径③YB43X固定比例式减压阀是否带附件二、若已经由设计单位选定公司的YB43X固定比例式减压阀型号，请按YB43X固定比例式减压阀型号 三、当使用的场合非常重要或环境比较复杂时,请您尽量提供设计图纸和详细参数， 相关产品： WM341系列隔膜可调式减压阀 波纹管式减压阀 T44H/Y型波纹管减压阀 YZ11X直接作用薄膜式水用减压阀 直接作用薄膜式减压阀 内螺纹活塞式蒸汽减压阀 Y45H/Y型手动双座蒸汽减压阀 Y945H/Y型电动双座蒸汽减压阀 高灵敏度蒸汽减压阀 铜阀门>>铜减压阀>>全铜比例式减压阀 产品名 称： 全铜比例式减压阀 产品型 号： Y43X 产品口 径： DN50-200 产品压 力： 0.6～10.0MPa 产品材 质： 铸铁、铸钢、不锈钢等 产品概括：生产标准：国家标准GB、机械标准JB、化工标准HG、美标API、ANSI、德标DIN、日本JIS、JPI、英标BS生产。阀体材质：铜、铸铁、铸钢、碳钢、WCB、WC6、WC9、20#、25#、锻钢、A105、F11、F22、不锈钢、304、304L、316、316L、铬钼钢、低温钢、钛合金钢等。工作压力 1.0Mpa-50.0Mpa。工作温度：-196℃-650℃。连接方式：内螺纹、外螺纹、法兰、焊接、对焊、承插焊、卡套、卡箍。驱动方式：手动、气动、液动、电动。
电液伺服阀与比电液例阀的研究现状与发展趋势 摘要：电液比例阀是电液比例控制技术的核心元件,它按照输入电信号指令,连续成比例地控制液压系统的压力、流量或方向等参数。电液伺服阀是电液伺服控制系统中的关键元件。二者均在电液比例系统以及电液伺服系统中起到重要作用。本文中以电液比例换向阀和电液伺服阀为例详细介绍了其工作原理，并从性能、方展、前景等方面分别对两类阀进行了阐述，使我们对其有了更深刻的认识。 关键词：电液比例阀；电液比例换向阀；电液伺服阀；现状；趋势 1 引言 液压工业己成为全球性的工业，国际液压界一些著名公司如美国的派克汉尼汾公司（PARKER HANNIFIN）、德国的力士乐（REXROTH）和博世公司（BOSCH）等居世界领先地位，我国液压工业距国外还有一定的差距。 现代液控技术始于第一次世界大战后。今天，机电一体化的进程对液控技术提出了更多的需求，而计算机技术和控制理论的发展则为液压技术注入了新的动力。电液比例阀与电液伺服阀作为液压系统中的重要控制元件，分别代表了电液比例技术与电液伺服技术的发展情况。电液伺服阀与电液比例阀的出现使液压系统与现代化的电子技术结合的更加紧。 电液比例阀,是电液比例控制技术的核心和主要功率放大元件,代表了流体控制技术的发展方向[ 1 ] 。它以传统的工业用液压控制阀为基础,采用电- 机械转换装置,将电信号转换为位移信号,按输入电信号指令连续、成比例地控制液压系统的压力、流量或方向等参数。 电液伺服阀不仅能够实现微小电气信号向大功率液压信号(流量与压力)的转换,还可以根据输入电信号的大小,成比例地输出相应的流量和压力。因此,在电液伺服系统中,电液伺服阀将电气部分与液压部分连接起来,实现整个系统的控制策略和执行元件的动作。所以,电液伺服阀的性能,特别是其电液伺服阀的动特性和稳定性,直接影响到整个液压系统乃至机械设备的可靠性和寿命。电液伺服阀的发展史就是一部力图获得速度更快、精度更高、稳定性更好的创新史[ 2 ]。 2 发展历史 2.1电液伺服阀发展历史 最早使用液压伺服技术的机构也许已经湮灭在浩瀚的历史长河中。直到1750 年左右,用于控制给水系统和蒸汽锅炉水位的液位控制阀在英国出现。随着工业革命的发展,控制策略的不断改进, 进而影响到液压技术的发展。在二战前夕,由于空气动力学的应用要求一种能够实现机械信号与气体信号转换装置。在二战末期,伺服阀是采用滑阀阀芯在阀套中移动的结构。阀芯的运动是直流螺线管产生的电磁力与弹簧产生的压力共同作用的结果,因此,此时的伺服阀还仅仅是一种单级开环控制阀。二战结束后，电液伺服阀开发研制进入了迅速发展时期,很多结构设计进一步提高了电液伺服阀的性能。特别是1960年的电液伺服阀设计更多地显示出了现代伺服阀的特点。如:两级间形成了闭环反馈控制;力矩马达更轻移动距离更小;前置级对功率级的压差通常可达到50%以上;前置级无摩擦并且与工作油液相互独立;前置级的机械对称结构减小了温度、压力变化对零位的影响。
AUTRONICA探头BJH-20B AUTRONICA感烟探测器BHH-31A（phone询：1 5 8 0 5 0 6 1 2 1 3）AUTRONICA感烟探测器BHH-31A/EX AUTRONICA感烟探测器BHH-31A/S AUTRONICA感烟探测器BHH-31A/S/Ex AUTRONICA火灾报警控制面板BX-10M AUTRONICA火灾报警控制面板BX-20 AUTRONICA火灾报警监控BJH-20B/EX AUTRONICA感烟探头BHH-25 AUTRONICA探头BHH-26 AUTRONICA探测器BJH-33 AUTRONICA探测器BJH-33/EX AUTRONICA按钮BHH-300 AUTRONICA烟感探测器BHH-500/EX
AUTRONICA烟感探测器BHH-500/N AUTRONICA烟感探测器BHH-500/S AUTRONICA烟气探头BHH-500/S/EX AUTRONICA温度探头BDH-20 AUTRONICA温度探头BE-23 AUTRONICA传感器BD-25 AUTRONICA探测器BD-26 AUTRONICA探测器BD-26/EX AUTRONICA探测器BD-27 AUTRONICA探测器BD-27/EX AUTRONICA探测器BEH-30 AUTRONICA探测器BDH-200 AUTRONICA探测器BDH-300 AUTRONICA探测器BDH-500 AUTRONICA探测器BDH-500/EX AUTRONICA探测器BDH-500/EXE AUTRONICA探测器BDH-500/N AUTRONICA探测器BD-501 AUTRONICA探测器BD-501/N AUTRONICA探测器BD-502/N AUTRONICA火焰探测器20-20L AUTRONICA火焰探测器20-20R AUTRONICA火焰探测器20-20U AUTRONICA火焰探测器MS-302 AUTRONICA火焰探测器NS-DUV AUTRONICA火焰探测器X-22 AUTRONICA火焰探测器X-33AF AUTRONICA火焰探测器X-52 AUTRONICA火灾报警控制面板X-98BX-40 AUTRONICA火灾报警控制面板BV-1 AUTRONICA火灾报警控制面板BS-100 AUTRONICA火灾报警控制面板BS-200M AUTRONICA火灾报警控制面板BS-310M AUTRONICA火灾报警控制面板BS-320M AUTRONICA控制盘BS-330M AUTRONICA探头BJH-20B AUTRONICA感烟探头bjh-20b autronica压力传感器spt10-25 AUTRONICA烟雾探测器wbj－5/04 autronica防爆热探测器bdh-500/ex AUTRONICA烟感探测器bhh-500n AUTRONICA火焰探测器bhh-200 AUTRONICA热探测器头bdh-200 autronicabhh-31a/ex
REXROTH伺服阀的原理 我司在德国、美国都有自己的公司，专业从事进口贸易行业，以下是我司的专业人士为大家所做的报告，具体请看下面描述： REXROTH伺服阀它在接受电气模拟信号后，相应输出调制的流量和压力。它既是电液转换元件，也是功率放大元件，它能够将小功率的微弱电气输入信号转换为大功率的液压能（流量和压力）输出。在电液伺服系统中，它将电气部分与液压部分连接起来，实现电液信号的转换与液压放大。电液伺服阀是电液伺服系统控制的核心。 REXROTH伺服阀的产品描述： 4WS（E）2EM 6-2X / ... 这种类型的阀门是电动的2级定向伺服阀，其端口模式符合ISO 4401-03-02-0-05。它们主要用于控制位置，力，压力或速度。 这些阀门由一个机电转换器（力矩电机）（1），一个液压放大器（原理：喷嘴挡板）（2）和一个套管（第二级）中的控制阀芯（3）组成。扭矩马达通过机械反馈。 扭矩电动机的线圈（4）处的电输入信号借助于作用在电枢（5）上的永磁体产生力，并且与扭矩管（6）连接产生扭矩。这使得通过螺栓连接到扭矩管（6）的挡板（7）从两个控制喷嘴（8）之间的中心位置移动，并且在控制阀芯的前侧产生压差。（3）。压差导致阀芯改变其位置，这导致压力端口连接到一个致动器端口，同时另一个致动器端口连接到回流端口。 控制阀芯通过弯曲弹簧（机械反馈）（9）连接到挡板或扭矩马达。改变阀芯的位置，直到弯曲弹簧上的反馈扭矩和扭矩马达的电磁扭矩平衡，并且喷嘴挡板系统处的压差变为零。 控制阀芯的行程以及因此伺服阀的流量与电输入信号成比例地控制。必须注意的是，流量取决于阀门压降。 外部控制电子装置（伺服放大器）用于操作阀门，放大模拟输入信号（指令值），以便通过输出信号，伺服阀以流量控制的形式启动。 REXROTH伺服阀的特征： 阀门控制位置，力，压力或速度 带机械反馈的2级伺服阀
博世力士乐比例阀 3.解体修研门盖密封面 四、阀门内漏： 1.关闭不严 2.结合面损伤 首页>>产品中心>>YB43X固定比例式减压阀 一、产品[固定比比例式减压阀]的详细资料： 产品型号：YB43X 产品名称：固定比比例式减压阀 产品特点：固定比比例式减压阀,比例式减压阀,减压阀
二、YB43X固定比例式减压阀外形尺寸： 公称通径 A D3 DN lmml 25232115／125 32246140／150 40256150／155 50270165／175 65306185／200 80320210／230 100340240／265 125400275／300 150429310／350 200358355／400 三、YB43X固定比例式减压阀外形尺寸： 型号公称压力公称通径L
四、YB43X固定比例式减压阀外形尺寸：
订货须知： 一、①YB43X固定比例式减压阀产品名称与型号②YB43X固定比例式减压阀口径③YB43X固定比例式减压阀是否带附件二、若已经由设计单位选定公司的YB43X固定比例式减压阀型号，请按YB43X固定比例式减压阀型号 三、当使用的场合非常重要或环境比较复杂时,请您尽量提供设计图纸和详细参数， 相关产品： WM341系列隔膜可调式减压阀 波纹管式减压阀 T44H/Y型波纹管减压阀 YZ11X直接作用薄膜式水用减压阀 直接作用薄膜式减压阀 内螺纹活塞式蒸汽减压阀 Y45H/Y型手动双座蒸汽减压阀
Y945H/Y型电动双座蒸汽减压阀 高灵敏度蒸汽减压阀 铜阀门>>铜减压阀>>全铜比例式减压阀 产品名 称： 全铜比例式减压阀 产品型 号： Y43X 产品口 径： DN50-200 产品压 力： 0.6～10.0MPa 产品材 质： 铸铁、铸钢、不锈钢等 产品概括：生产标准：国家标准GB、机械标准JB、化工标准HG、美标API、ANSI、德标DIN、日本JIS、JPI、英标BS生产。阀体材质：铜、铸铁、铸钢、碳钢、WCB、WC6、WC9、20#、25#、锻钢、A105、F11、F22、不锈钢、304、304L、316、316L、
LOKE Engineering GmbH & Co. KG - P.O. Box 1466, 69185 Walldorf Company LOKE-Engineering Shanghai Office China Merchants Tower 26th Floor, Suite 2613 161 East Lujiazui Rd, Pu Dong VRC-200120 SHANGHAI Offer - A Date03.04.2008 Our Project no.2008008160 / 10006 Our VAT-No. Enquiry no. From DE241346936 2008-VX-022-HDTAF, 02.04 Stefanie Baumann -34 Dear Mr. Zhang, Wei Wei, thank you very much for your enquiry. We have pleasure in offering as follows: Pos Quantity Description Price EA Price Total (1)1pcs.Proportional way valve 4WRA 10 E60-2X/G24N9K4/V-589 Art.-no. HAD.13770 872,13872,13 EUR (1.2)1pcs.Plug Z4 M GR, 3-pole Art.-no. HAN.61574 (1.3)1pcs.Plug Z4 M SW, 3-pole Art.-no. HAN.61575 Replacement for 4WRA-10-E40- 1X/24NZ4MR, please notice: The piston changed: 1X: rated volume currency 40=42 l/min (NG10) 2X: rated volume currency 60=60 l/min (NG10) Heightened solenoid currency: 1X: Square solenoid 1,5 A 2X: Round solenoid with abatable coil, 2,5 A With the special version 4WRA...-589 (2X), the old electronic system can be used furthermore The auxiliary switch changed:
全数字双闭环 比例换向阀控制器 使用说明书 外部 4-2OmA 双闭环控制原理 双闭环控制
概述 电路采用32bit高速CPU设计，具有结构简单可靠，参数长时间不会漂移，看门狗设计。具有模拟量和数字量外部接口设计。一块控制板可以方便控制比例换向阀，大大简化了常规设计。 二、功能特点 1、集成双闭环设计，比例换向阀阀芯位置闭环控制外部给定反馈闭环控制 2、放大器和控制器合二为一，精简设备，减少维护量降低故障率 3、具有使用模拟量接口4-20mA （或者0-20mA）反馈、4-20mA （或者0-20mA）（给定与 主电路隔离） 4、具有数字量接口设计，MODEBUSRS485RTU CANBUS接口 5、可以多个设备进行组网控制，适合多点集中控制 6、外部给定反馈闭环控制PID参数调节通过3个电位器调整 7、两路阀芯电磁铁控制具有输出过流保护 8、看门狗设计，能够及时复位异常工况 三、参数 1、供电：DC15~30VDC @ 2A 2、尺寸123（mm）X160（mm） 3、调节精度土1% 4、适用范围：华德比例换向阀6通径或10通径带阀芯位置反馈装置进行液压缸、液压缸伸 缩位置定位控制，马达行走机构定位控制，液压升降机构定位控制，液压紧紧力装置控 制、液压马达行走速度控制等 5、工作温度：-30~60摄氏度 6、湿度： 7、震动： 四、典型应用 外部 眾闭环拎制療理 执行机构可以是液压缸，液压马达等执行部件，可以对控制对象进行精准控制
五、接线说明
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全数字双闭环比例换向阀控制器使用说明书 双闭环控制
一、概述 电路采用32bit高速CPU设计，具有结构简单可靠，参数长时间不会漂移，看门狗设计。具有模拟量和数字量外部接口设计。一块控制板可以方便控制比例换向阀，大大简化了常规设计。 二、功能特点 1、集成双闭环设计，比例换向阀阀芯位置闭环控制\外部给定反馈闭环控制 2、放大器和控制器合二为一，精简设备，减少维护量降低故障率 3、具有使用模拟量接口4-20mA（或者0-20mA）反馈、4-20mA（或者0-20mA）（给定 与主电路隔离） 4、具有数字量接口设计，MODEBUSRS485RTU、CANBUS接口 5、可以多个设备进行组网控制，适合多点集中控制 6、外部给定反馈闭环控制PID参数调节通过3个电位器调整 7、两路阀芯电磁铁控制具有输出过流保护 8、看门狗设计，能够及时复位异常工况 三、参数 1、供电：DC15~30VDC @ 2A 2、尺寸123（mm）X160（mm） 3、调节精度±1% 4、适用范围：华德比例换向阀6通径或10通径带阀芯位置反馈装置进行液压缸、液 压缸伸缩位置定位控制，马达行走机构定位控制，液压升降机构定位控制，液压紧紧力装置控制、液压马达行走速度控制等 5、工作温度：-30~60摄氏度 6、湿度： 7、震动： 四、典型应用 执行机构可以是液压缸，液压马达等执行部件，可以对控制对象进行精准控制 五、接线说明
六、调整方法 此步骤为出厂已经调试好，一般用户无需调整，如果参数确实差异很大，请谨慎操作 1、按照接线方法接好线，并认真检查正确后，将控制板上的保险丝去掉，控制板上电后， 用万用表的交流档测量COM与L 和COM与R的电压应相同大约在2.3VAC，如果差异大（>0.1VAC）就需要松开位置传感器上的螺丝，将位置传感器的位置通过两个限位螺丝移动，直到测量COM与L 和COM与R的电压应相同为止。这个步骤一般用户只做检查即可，已经出厂调整过。如果确实差异很大就必须进行调整。 2、第1步做好后，将保险丝恢复，上电后测量下面图中的位置，按照图中的说明进行调整 操作。
REXROTH力士乐节流阀工作原理及使用 REXROTH力士乐节流阀在工业中适用范围很广，广泛应用在工业中控制管道流体流量的简易控制阀，常常与一次仪表及其它阀门配合使用，进行管道流体流速的系统调节。其规格结构形式也分为许多种类型。 REXROTH力士乐节流阀的特征： 用于管道安装 与压力和粘度有关 在两个流动方向上节流 防腐蚀设计 下面简单说说：REXROTH力士乐节流阀工作原理及使用： REXROTH力士乐节流阀的内部核心部件，也就是阀杆阀芯组合成REXROTH力士乐节流阀的启闭件，其芯头大多为圆锥流线型，通过它改变管道截面积的大小，从而来达到调节管道流量和压力作用的。目前启闭件的结构有多种形式，用处不同，选用其结构形式就不同。 REXROTH力士乐节流阀还可以通过改变节流的长度来控制流体流量。如将REXROTH 力士乐节流阀和单向阀并联起来，则可组合成单向REXROTH力士乐节流阀使用；如将其与双向阀组合起来，则就能是双向REXROTH力士乐节流阀使用；REXROTH力士乐节流阀和溢流阀的配合也可组成节流调速系统。总之不同场合选用不同的组合形式。 REXROTH力士乐节流阀应用在定量泵液压系统中的系统调速时，即为进油路节流、回油路节流和旁路节流三种调速形式。因REXROTH力士乐节流阀没有流量负反馈功能，所以它常用在速度稳定性要求不高，或者在负载变化不大的场合。 其中当流体经过REXROTH力士乐节流阀时，REXROTH力士乐节流阀就能对流体起到
压力缓冲的作用，REXROTH力士乐节流阀会在一定程度上阻碍流体的运行，并减少其流体的冲击力。REXROTH力士乐节流阀口径大小不同，其内部结构性也有不同，用处也会各不相同的。但基本原理是相同的。 REXROTH力士乐节流阀在起到控制流体流量的作用时，一般来说是在REXROTH力士乐节流阀两端（管道前后）的压差一定时，其开口的大小直接影响着液体流量的变化。简单来说REXROTH力士乐节流阀起到的主要作用是截流调速的作用、负载阻力的作用和压力缓冲的作用。 注意事项 各型号的REXROTH力士乐节流阀的形式都会有不同之处，选用时要注意其连接形式和尺寸。 对REXROTH力士乐节流阀的应用，要实际情况实际分析。 威斯特（广东）传感器仪表有限公司（东莞市巴菲特自动化设备有限公司）是一家专业供应进口电磁阀、气缸、泵、传感器、继电器、开关、离合器、过滤器、滤芯、流量计、液位计、编码器、伺服阀等产品。 在德国美国都有自已公司，厂家一手货源，价格实惠，可提供报关单，直接出厂价拿货，批量采购还可直接拿到内部会员价格，详请致电。
Hydraulics Linear Motion and Assembly Technologies Service Pneumatics Electric Drives and Controls BRH-I 008-01/05.07 博世力士乐的元件及 控制技术 该小册所说明的参数和性能只是对博世力士乐产品的“伺服阀， 比例阀和高频响方向阀”的一个总览。 该总览不提供全部的详细技术细节和变参数，因而不能取代技 术样本，如果需要相关阀的详细信息，请参考与该阀有关的技 术样本。 我们提供的资料不能用于某种特殊观点或适用于某种特殊用途 的证据。 客户有义务对自己的运用进行判断和验证。 Hydraulics Linear Motion and Assembly Technologies Service Pneumatics Electric Drives and Controls
比例阀 型号4WRAE4WRBAE4WREE4WRPE4WRZE4WRKE4WRBKE 样本29055290512906129025291152907529076 - 两位四通和三位四通方向阀 - 直动式 - 不带位置反馈 - 带/不带集成式放大板(OBE) - 三位四通方向阀 - 直动式 - 不带位置反馈 - 带/不带集成式放大板(OBE) - 两位四通和三位四通方向阀 - 直动式 - 带位置反馈 - 带/不带集成式放大板(OBE) - 三位四通方向阀 - 直动式 - 带位置反馈 - 带/不带集成式放大板(OBE) - 两位四通，三位四通，两位五通和三位五通方向阀 - 先导式 - 不带位置反馈 - 带/不带集成式放大板(OBE) - 三位四通方向阀 - 先导式 - 带位置反馈 - 带集成式放大板(OBE) - 三位四通方向阀 - 先导式 - 带位置反馈 - 带集成式放大板(OBE) 规格610610610610101625325210162527323510162735 公称流量 (?p=10 bar) l/min 26603265327532808515032552010001002003505006001000851804301100最大流量 l/min 42756511080180801901704608701600280017046087010001600300017045010003000最高工作压力 bar315315315315315350350350350315350350210350350350350280350阶跃响应ms: 小信号范围 (0-25%)381004080121551035609016040010142727324022333370大信号范围 (0-100%) 4014050100203020304070901604001625454570120285055110 高频响阀伺服阀 型号4WRSE(H)4WRPEH4WRTE4WRREH4WRLE4WRVE4WRGE 4WRDE 4WS.2E 4WSE3E 样本29067 (29069)29035 2903729083290412908829077290702909329564 29583 29591 29620 29595 2962129622 - 三位四通和四位四通方向阀 - 直动式 - 带位置反馈 - 带集成式放大板(OBE) - 四位四通方向阀 - 直动式 - 带位置反馈 - 带/不带集成式放大板(OBE) - 三位四通方向阀 - 先导式 - 带位置反馈 - 带集成式放大板(OBE) - 三位四通方向阀 - 直动式 - 带位置反馈 - 带集成式放大板(OBE) - 三位四通方向阀 - 先导式 - 带位置反馈 - 带/不带集成式放大板(OBE) - 三位四通方向阀 - 先导式 - 带位置反馈 - 带集成式放大板(OBE) - 三位四通方向阀 - 先导式 - 带位置反馈 - 带集成式放大板(OBE) - 三位四通方向阀 - 先导式 - 带位置反馈 - 带集成式放大板(OBE) - 两级伺服方向阀 - 先导式 - 带机械反馈 - 带集成式放大板(OBE) - 三级伺服方向阀 - 先导式 - 带位置反馈 - 带集成式放大板(OBE) 规格610610101625273235610162527351016252710162510162527323561016162532公称流量 l/min501004010010020035050060010004085200370430100085200370430100200350100200350500600100025902003005001000最大流量 l/min801807017017046087010001600300080170450900100035001704509001000170460870170460870100016003000501803205509501820最高工作压力 bar315315315350350210350350315350350350280350350350350280315350350315350350210350350315315 90°响应频率(Hz): 小信号范围 (10%) 150801406010065606035282104040555525808045 45140100901501451301309060340320140185185135大信号范围 (0-100%) 8042602727201818101012020181818134045303028252048384040352021015040656555阶跃响应ms: 小信号范围 (0-25%)7871157992335412141616408912128121878558101,523334大信号范围 (0-100%)1018102513172222426551622252574101218182434601218121215253510666
1/10 模拟放大器模块 用于四位三通和四位二通比例方向阀 4WRE VT-MRPA2 和 VT-MRPA1 类型 组件系列 1X RC 30219/06.05替代对象： 12.04 目录 内容 页码特点 1订货代码 2功能说明 3线路框图/插针分布 VT-MRPA2 4线路框图/插针分布 VT-MRPA1 5技术数据 6端子分配 7单元尺寸 7工程/维护注意事项/补充信息 8调节建议 9 特点 – 适用于控制带有电气位置反馈的 4WRE 类型，大小为 6 和 10，2X 组件系列的直动式四位三通和四位二通比例方向阀– 控制值输入 ±10 V (VT-MRPA2)，0 至 10 V (VT-MRPA1)– 可分别调节 “上/下” 斜坡时间的斜坡函数发生器 – 可对称调节（仅适用于 VT-MRPA2）步长和可分别调节（仅适用于 VT-MRPA2）最大值的特性曲线校正– 选通输入 – 电源的反向极性保护 – 电源带直流/直流转换器，不带提高零点 – 位移传感器支路中的电缆断连检测– LED 指示灯： ? 运行就绪（绿色） ? 启用（黄色） H6771
订货代码 模块化设计的模拟放大器 对于四位二通比例方向阀 4WRE（具有一个线圈） = 1 对于四位三通比例方向阀 4WRE（具有两个线圈） = 2 用于控制阀 4WRE 6（组件系列 2X） = 1 用于控制阀 4WRE 10（组件系列 2X） = 2 组件系列 10 至 19 = 1X （10 至 19：技术数据和插针分布不变） 明文形式的更多详细信息V0 =基本型号 VT-MRPA1X V0* 配套的供电单元： – VT-NE30-2X 类型，请参阅 RE 29929 紧凑型电源 115/230 VAC –> 24 VDC，108 VA
3-57 Pilot-Operated Proportional DC Valve Series D*1FH Catalogue HY11-2500/UK 3 Parker Hannifin GmbH & Co. KG Hydraulic Controls Division Kaarst, Germany Characteristics
3-58 Pilot-Operated Proportional DC Valve Series D*1FH Catalogue HY11-2500/UK 3 Parker Hannifin GmbH & Co. KG Hydraulic Controls Division Kaarst, Germany Ordering Code
3-59 D_1FH.PMD CM Pilot-Operated Proportional DC Valve Series D*1FH Catalogue HY11-2500/UK 3 Parker Hannifin GmbH & Co. KG Hydraulic Controls Division Kaarst, Germany Technical Data General Design Pilot-operated DC Valve with onboard electronic Actuation Proportional solenoid Size NG10 (CETOP 5)NG16 (CETOP 7)NG25 (CETOP 8)NG32 (CETOP 10)Mounting interface DIN 24340 / ISO 4401 / CETOP RP121 / NFPA Mounting position Any Ambient temperature [°C]-20...+60 Nominal size DIN NG10 (CETOP 5)NG16 (CETOP 7)NG25 (CETOP 8)NG32 (CETOP 10)Weight [kg]8.111.620.762 Hydraulic Max. operating pressure [bar]Ports P , A, B, T, X max. 350; Port Y max. 10 Fluid Hydraulic oil as per DIN 51524...535, other on request Fluid temperature [°C]-20...+60Viscosity permitted [mm2/s]20...380Viscosity recommended [mm2/s]30 (80) Filtration ISO 4406 (1999) 18/16/13 (acc. NAS 1683: 7)Flow nominal at ?p=5bar per control edge 1) [l/min]802404001000Leakage at 100 bar [ml/min]100200600 1000 Pilot supply pressure [bar]20-350 (optimal dynamics at 50)Pilot flow [l/min]<1.2Pilot flow, step response [l/min] 2.0 4.19.018.0Static / Dynamic Step response at 100% step [ms]2545 65 150 Hysteresis [%]<0.1Sensitivity [%]<0.05 Electrical characteristics Duty ratio [%]100Protection class IP54 Supply voltage/ripple [V]18 ... 30, ripple <5% eff.Current consumption max.[A]2 Input signal 2) Voltage [V]10...0...-10, ripple <0.01% eff., surge free, 0...+10V P—>B Impedance [kOhm]100 Current [mA]20...0...-20, ripple <0.01% eff., surge free, 0...+20mA P—>B Impedance [Ohm]500 Current [mA] 4...12...20, ripple <0.01% eff., surge free, 12...20mA P—>B Impedance [Ohm] 500 Differential input max.[V]30 for terminal D and E against PE Pre-fusing [A] 2.5 medium lag EMC EN 50081-2 / EN50082-2Coil insulation class F (155 °C) Electrical connection 6+PE acc. DIN 43563 Wiring min.[mm2]7x1.0 (AWG 18) overall braid shield Wiring lenght max.[m]50 Electrical monitor switch Protection class IP65Ambient temperature [°C]0-70 Supply voltage/ripple [V]18...42, ripple <10% eff.Current consumption without load [mA]<30Max. output current per channel, ohmic [mA]400 Min. output load per channel, ohmic [kOhm]100Max. output drop at 0.2A [V]<1.1Max. output drop at 0.4A [V]<1.6 EMC EN 50081-1 / EN50082-2Max. tol. ambient field strength [A/m]1200Min. distance to next AC solenoid [m]0.1 Interface 4+PE acc. IEC 61076-2-101 (M12)Wiring min.[mm2]4x0.5 (AWG 20) overall braid shield Wiring lenght max.[m] 50 1)Flow rate for different ?p per control edge:Q x = Q Nom. · √ ?p x ?p Nom. 2) Inverse polarity on request