EasyManua.ls Logo

Elster A1140 - Module;Battery Carrier; Communications Module; External Battery Module; Output

Elster A1140
157 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
32 A1120/40 - Electronic Polyphase Meter
© Elster Metering Limited - M181 001 2G - 5/2010
20 MODULE/BATTERY CARRIER
A Special housing can be supplied as an option for a Module or External Battery. Molex Connector
20.1 Communications Module
Simple installation
Snap in position
Sealable (under the terminal cover)
Connects to the meter via a 'RJ11' connector
Refer to Chapter 3 (M181 001 3) Communications Modules
20.2 External Battery Module
Simple installation
Snap in position
Sealable (under the terminal cover)
Connects to the meter via a 'Molex' connector
Refer to Appendix D, External Battery Module
21 OUTPUT
An optional output can be provided. This output can be set at manufacture to one of the following
options:
SO output, floating, customer configurable pulse duration/value
SO output, floating, replicating the kWh LED
SO output, floating, replicating the kvarh LED
100mA relay output, floating, customer configurable pulse duration/value
100mA relay output, floating, replicating the kWh LED
100mA relay output, floating, replicating the kvarh LED
300mA relay output, floating, customer configurable pulse duration/value
The outputs have the following characteristics:
SO Output 100 mA Relay Output 300mA Relay Output
Maximum voltage (Umax) 27V d.c. 230V a.c or d.c 230V a.c
Maximum current in On-state 27 mA 100mA 300mA
Minimum current in On-state 10 mA
Maximum current in Off-state 2 mA
The output is connected using two 3.2mm diameter terminals (See Figure 5).
The pulse output meets the requirements of IEC 62053-31.
RJ11 Connector

Table of Contents