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Torque Sensor Position Sensor Battery S1 S2 S3 S4: Tap Nominal 50/60Hz W 220/230 X 380/400 Y 400,415/420 Z 440/460 Type 1

This document provides a summary of a circuit diagram for a typical remote control with optional power supply and transformer tapping details. It includes labels for voltage and current ratings as well as fuse types for different supply configurations. Refer to sheet 2 for additional notes and option PCBs if fitted.

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0% found this document useful (0 votes)
192 views2 pages

Torque Sensor Position Sensor Battery S1 S2 S3 S4: Tap Nominal 50/60Hz W 220/230 X 380/400 Y 400,415/420 Z 440/460 Type 1

This document provides a summary of a circuit diagram for a typical remote control with optional power supply and transformer tapping details. It includes labels for voltage and current ratings as well as fuse types for different supply configurations. Refer to sheet 2 for additional notes and option PCBs if fitted.

Uploaded by

ING_MBM
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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W

CIRCUIT DRAWN WITH POWER SUPPLY OFF FOR TYPICAL REMOTE CONTROL
M 2
2 DETAILS, SEE DOCUMENT
3
3 V
4
1
3
PHASE
RWS103
SUPPLY
U
3 1 TR AN S F OR ME R TAP P IN G OP TION S
6

5 T ap Nominal 50/60Hz
U V W E TYP E 1
FS1
W 220/230
X 380/400
C1 C2 Y 400,415/420
U W X Y Z
Z 440/460
F US E F S 1= 250mA A NTI-S UR G E
SK2 TYP E 2
0VAC 1
TRANSISTOR SWITCHING FOR 4 120VAC W 346/380
PS1 NOMINAL SUPPLY X 480/500
24VDC CONTACTORS (IQ10-35) 120VAC 4
RELAYS ONLY FITTED WHEN
5 (OUTPUT)
0VDC
Y 240/240
120VAC CONTACTOR IS FITTED 3 Z 550/575
FOR IQ40,70,90,91 & 95 24VDC 6 F US E F S 1= 250mA A NTI-S UR G E
_

+
TYP E 3
SK14
X 660/660-690
0VDC 1
Y 690/-
24VDC 2 F US E F S 1= 150mA A NTI-S UR G E
SK13

26 WAY
REFER TO SHEET 2 FOR NOTES
& OPTION PCB'S IF FITTED

SK3 SK13 SK14


6 1 42
MONITOR RELAY
5 3 43
TORQUE 4 2 44
3
2
SK7
SENSOR 1 1 6
SK8 MAKE AT FULLY SHUT S1 8 7
POSITION 10 WAY 2 8
SENSOR MAKE AT FULLY OPEN S2 7 9
SK9 BREAK AT FULLY SHUT
3 10
BATTERY - 4
S3 6 11
4 12
+
1 BREAK AT FULLY OPEN S4 5 13
FS2 (IF FITTED) 100mA SK4
CLOSE 9 33
STOP/ MAINTAIN 10 34
50% SK6 OPEN 8 35
COMMON -VE 1 36
18 WAY
STOP
ESD 12 25
CLOSE

OPEN REMOTE
LOCAL
OPEN INTERLOCK 13 37
CLOSE INTERLOCK 14 38
COMMON -VE 5 31
SK1 SK2
SLOT A SLOT B
SK1
SLOT C

Iss Date Chkd Revision Details IQ + 120VAC CUSTOMER SUPPLY + FOLOMATIC +


1 020819 PJW First Issue. www. .com CPT + EXTRA RELAYS + RHS
ROTORK CONTROLS LTD ROTORK CONTROLS INC Drawn by: PJW Circuit Diagram Number Issue Sheet
BATH, BA1 3JQ ROCHESTER Date : 020819 No
ENGLAND NY 14624, USA
Base WD: 113B0016
Job No : - -
113B0016 1
1
of 2
Tel:01225-733200 Tel:585-247-2304 MI No : - - B1 C1 B2 C2 B1 C1M1V1
IQ3
CIRCUIT DRAWN WITH POWER SUPPLY OFF
SLOT A SK1
SLOT A SK3
-VE +VE
1 23 A
2 22
DEMAND +VE 3 26
COMMON -VE 4 27 } ANALOGUE INPUT SIGNAL
FOR FOLOMATIC
FOLOMATIC /

NO CONNECT 5
CPT

MANUAL/AUTO 6 39
COMMON -VE 24VDC 7 41 50%
COMMON -VE 120VAC 8 45
STOP
CLOSE
LOCAL

REMOTE HAND
OPEN REMOTE

ISOLATOR
DC

STATION
DC 18 WAY

SK2
FOR MANUAL/AUTO CONNECTIONS AND
DETAILS OF FOLOMATIC/CPT FUNCTIONS RHS Bridge Board
REFER TO ROTORK PUBLICATION PUB002-041
SK1

SLOT B SK2 SLOT B


Terminal
CAN ISOLATOR

1 2 3 4 5
OPTION CARD

+24V (RHS) Block


1 20
CAN H
2 32
RHS

CAN SHIELD
SK3 3
CAN L
4 40 RHS CABLE IS CUSTOMER SUPPLIED, FOR
0V (RHS) SPECIFICATION SEE PUB002-059,
5 21 MAXIMUM LENGTH OF CABLE TO BE 100m.
47
Actuator RHS
46
SLOT C SK1 E
Terminal Terminal Function
SLOT C SK1 Bung No. Block No.
A
EXTRA CHANGE OVER CONTACTS

2 14 20 1 +24V (RHS)
FOR OTHER SETTINGS SEE PUB002-038

S5 3 B
MAKE AT FULLY SHUT 16
21 2 0V (RHS)
DEFAULT SETTINGS SHOWN

1
C 32 3 CAN H
5 17
MAKE AT FULLY OPEN S6 6 D 40 4 CAN L
19
4
47 5 SHIELD
8 E
MAKE ON TORQUE
15
F
TRIP S7 9 24
7
11 G 30
MAKE WHEN REMOTE
SELECTED S8 12 H 18
10

NOTES
1.FUSES:
-PS1 is a self-resetting fuse. 3.INDICATION:
-Refer to publication PUB002-039 for approved fuses FS1 and FS2. -For typical position, status and alarm indication see PUB002-041.
-Actuator rated voltage specified on nameplate. Voltage tolerance +/-10%, -“S” contacts are user configurable and are shown in their default
applies for rated torque performance; duty cycle is not guaranteed. setting.
2.REMOTE CONTROL: -Refer to PUB002-040 for functions and configuration instructions.
-For typical remote control circuits refer to: -Monitor Relay indicates actuator availability for remote control (shown
-RWS indicated or PUB002-041. “unavailable”). It can be configured to exclude local/remote selection.
-For DC and AC control, connect –ve/0V to terminal 36. -Refer to PUB002-040 for monitored functions and configuration
-(For negative switch / positive common, refer to RWS indicated). instructions.
-Control signal threshold voltages: -Voltage applied to indication contacts must not exceed 150Vac
-DC: “on” ≥16Vdc / “off” ≤8Vdc, max 60Vdc. -Individual Switch current must not exceed 3.5A inductive, 5A resistive
-AC: “on” ≥60Vac / “off” ≤40Vac, max 120Vac. and no more than 8A in total for all 4 contacts.
-Control signal duration to be 300ms minimum.
-Maximum current drawn from remote control signals is: 4.BATTERY:
-8mA at 24Vdc or 12mA at 120Vac. -Battery maintains local and remote “S” contact indication only.
-Supply provided on terminals 4 & 5: -Refer to installation manual for approved replacement battery types.
-Intended for remote control. Circuit Diagram Number Issue Sheet
-Max external load 5W at 24Vdc / 5VA at 120Vac No
113B0016 1 2
See Sheet 1 for all Revision details/information of 2
IQ3

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