EX 5/7/11RT Systems
2.6 | Remote Emergency Power Off (REPO) Communication Port 3 | ||||||||||
| The end user is responsible for the installation of a Remote Emergency Power Off function. Installation must be | ||||||||||
| carried out in compliance with local code regulations. | ||||||||||
| To shutdown the entire system completely in case of emergency: | ||||||||||
| ◗ Disconnect the AC input to the Power Module by opening up the upstream circuit breaker connecting the | ||||||||||
| utility power to the Power Module. | ||||||||||
| ◗ Turn off the circuit breaker of the Battery Module connecting to the Power Module. | ||||||||||
| ◗ Turn off the circuit breaker of the subsequent Battery Modules, if applicable. | ||||||||||
| All these steps above should be performed via a single device. | ||||||||||
| To simplify the last two steps, the Power Module provides an | ||||||||||
| Remote Emergency Power Off (REPO) port. Upon applying a voltage source | ||||||||||
| this port, the Power Module will send a signal to trip off the shunt trip on each circuit breaker of all Battery Modules | ||||||||||
| via the battery detection cable simultaneously. Refer to the diagram below for details. | ||||||||||
| Figure | ||||||||||
| RJ 11 |
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| 3 | Connections provided by user. | |||||||||
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| 6 5 4 3 2 |
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| 5VDC to 27VDC |
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| 10mA (max.) |
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Figure 2-10b: Activation of Remote Emergency Power Off using a contact normally closed switch.
RJ 11
Connections provided by user.
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6 5 4 3 2 1
5VDC to 27VDC | + | ||||||||
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10mA (max.) |
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2 — 12 | Installation |