Description
Technical Parameters
Product Introduction
C1531 3BSE003825R1 is a submodule destined for the Submodule Carrier $C5l0 and SC520in Advant Controller 450 and Processor Module PMl50 in Advant Controller 410. The two RS-232-C communication interfaces are generally used in the following applications: Printer, EXCOM, and MasterView 320.
Technical Specifications
|
Manufacture |
ABB |
|
Model |
CI531 |
| Part Number | 3BSE003825R1 |
|
Description |
RS-232-CCommunication Interface |
|
Origin |
Germany |
|
Dimension |
25*15*5cm |
|
Weight |
0.25kg |
Product Details
The communication channels support communication speeds up to 19.2 kbaudwhich is the limit set by the system software. Both channels run at this speed simultaneously.
The maximum communication distance without a modem is l5 m.
The modem signals that are supported are found in Table A-2 below.
Communication pins are short-circuit proof.
The maximum communication distance without a modem is l5 m.
The modem signals that are supported are found in Table A-2 below.
Communication pins are short-circuit proof.
*Two RS-232-C communication interface
*Modem support
*Modem support
Indicators:
LED R (green) on the module front indicates the module is running normally.
LED F, Fault (red) on module front.
LED R (green) on the module front indicates the module is running normally.
LED F, Fault (red) on module front.
Jum pers:
The board contains one jumper for special purposes. In normal operation, always keep jumper S$l in position 3 - 4 ("parking place")T. The component and position indications are found on the printed circuit board.
The board contains one jumper for special purposes. In normal operation, always keep jumper S$l in position 3 - 4 ("parking place")T. The component and position indications are found on the printed circuit board.
Connectors:
Serial channels l and 2 connectors (X4 and X5):
*Connector type Nine-pole male DSUB (DE9P)
*Placement on module front
Serial channels l and 2 connectors (X4 and X5):
*Connector type Nine-pole male DSUB (DE9P)
*Placement on module front
Power Supply:
5 V typical 400 mA
max. 670 mA
24 V max. 40 mA
Power loss (heat) is typically 3 W