ITT PumpSmart PS200 Guide De Configuration Et D'utilisation page 173

Fiber-Optic Connections between PS200 Controllers
4-Drive Arrangement
Drive 1
Drive 2
(MASTER)
RDCO-03 Module RDCO-03 Module
Partial View Partial View
CH-2 CH-2
CH-3 Multi-Pump CH-1 CH-3 Multi-Pump
(PC-Connect) (MSTR-FOLL) (I/O) (PC-Connect) (MSTR-FOLL)
3-Drive Arrangement
Drive 1
Drive 2
(MASTER)
RDCO-03 Module RDCO-03 Module
Partial View Partial View
CH-2 CH-2
CH-3 Multi-Pump CH-1 CH-3 Multi-Pump
(PC-Connect) (MSTR-FOLL) (I/O) (PC-Connect) (MSTR-FOLL)
2-Drive Arrangement
Drive 1
Drive 2
(MASTER)
RDCO-03 Module RDCO-03 Module
Partial View Partial View
CH-2 CH-2
CH-3 Multi-Pump CH-1 CH-3 Multi-Pump
(PC-Connect) (MSTR-FOLL) (I/O) (PC-Connect) (MSTR-FOLL)
PS200 – Multi-Pump Connections
Drive 3
RDCO-03 Module
Partial View
CH-2
CH-1 CH-3 Multi-Pump CH-1 CH-3
(I/O) (PC-Connect) (MSTR-FOLL) (I/O) (PC-Connect)
Drive 3
RDCO-03 Module
Partial View
CH-2
CH-1 CH-3 Multi-Pump CH-1
(I/O) (PC-Connect) (MSTR-FOLL) (I/O)
The RDCO-03 DDCS
COMMUNICATION
MODULE is to be mounted
in the DDCS slot and affixed
with (2) screws provided
Fiber Optic Cables
-Light colored connector to light
colored receptical.
-Dark colored connector to dark
colored receptical
-MINIMUM BEND RADIUS: 2 Inches
Extra cable may be looped and stored
within the drive. Maintain minimum
CH-1
(I/O)
bend radius.
Fiber optic cable ends are not the same
color.
Fiber Optic Cable Kit
Part Numbers
2 Pumps - 800MP2
3 Pumps - 800MP3
4 Pumps - 800MP4
External 24VDC Power Supply Arrangement for Multi-Pump Applications
PURPOSE:
TO PROVIDE EXTERNAL POWER TO CONTROL BOARDS IN
MULTI-PUMP APPLICATIONS. THIS WILL PERMIT THE MULTI-PUMP
SYSTEM TO COMMUNICATE WHEN THE MAIN INPUT POWER IS
Drive 4
DISCONNECTED FROM THE DRIVE DURING PUMP MAINTAINANCE.
EXTERNAL POWER SUPPLY REQUIREMENTS
RDCO-03 Module
Partial View (24VDC) < 1A PER DRIVE.
CH-2
Multi-Pump CH-1
(MSTR-FOLL) (I/O)
PROCEEDURE:
STEP 1: CHANGE PARAMETER 11.13 CONTROL BOARD SUPPLY TO
EXTERNAL 24V
STEP 2: DISCONNECT ALL POWER TO THE DRIVES.
BREAK OFF AND REMOVE THE PLASTIC TAB AT LOCATION "A"
TO ACCESS TERMINAL X34.
THE EXISTING 24 VDC X34 CONNECTOR IS TO BE
DISCONNECTED FROM INTERNAL 24 VDC POWER SUPPLY AND
DISCARDED. THE WIRES ARE TO BE INSULATED AND SECURED
FROM CONTACT.
STEP 3: CONNECT WIRING HARNESS FROM THE OUTPUT OF THE 24 VDC
EXTERNAL POWER SUPPLY TO LOCATION "A" AS ILLUSTRATED
ABOVE FOR EACH DRIVE. NOTE THE ELECTRICAL CONNECTOR
IS IDENTIFIED AS X34.
STEP 4: SET THE VOLTAGE SELECTOR SWITCH ON THE FRONT OF THE
EXTERNAL POWER SUPPLY TO THE APPROPRIATE INPUT
VOLTAGE. CONNECT THE POWER CORD FROM THE EXTERNAL
POWER SUPPLY TO THE POWER SOURCE.
PS200 CONTROL TERMINAL LAYOUT
Control
Panel
X20
Ext 0
2
Power 1 +24 VDC
X21
LOCATION 'A'
TERMINAL X34
SLOT 1
X22
X23
SLOT 2
X25
X26
RDCO
X27
EXAMPLE R2 FRAME (ACTUAL LOCATION OF
TERMINAL X34 WILL VARY DEPENDING ON
FRAME SIZE.)
PS200 Multi-Pump Connections
B05433A
SHEET 1 OF 1
Drawn: JCS 6-23-06
Drawing is not to scale
Dimensions in inches [mm]
Checked: AES 6-23-06
Issue
REV
0
-