20
Electrolyte Circulation System
7145240031 V1.1 (01.2013)
Figure 26: Fuse insertion
Figure 27: Master slave configuration
HOPPECKE Electrolyte Circulation System
Installation and Operating Instructions
Copyright HOPPECKE Batterien GmbH & Co. KG, version: V1.0 (Apr 10
th
2012)
18/22
All details in this document are based on state-of-the-art technology.
Our products are subject to constant development. We therefore reserve the right to make changes.
The installation is finished now.
Note: Check cabling and tubes before insertion of the provided fuses into fuse holders (refer to Figure 26).
Figure 26: Fuse insertion
Note: The pump will start automatically after approx. 10s and will run for ca. 60s.
Note: It is important to observe the first pump interval after installation thoroughly. Check the emerging air
bubbles in all cells. If one cell contains more air bubbles than others the air tubes need to be inspected
for any potential leaks or sharp bended sections. Before working on the air tubes remove the fuses
from the fuse holder.
Note: In case of working with larger battery cells (starting from 18 OPzS solar.power 3250 up to 26 OPzS
solar.power 4700) a second pump system is required. For this setup one pump is connected to the cur-
rent sensor (master). The other pump (slave) is switched via an output signal of the master pump (re-
fer to Figure 27).
Figure 27: Master slave configuration
Current sensor
Master
Slave
The installation is finished now.
Note:
Check cabling and tubes before insertion of the provided fuses into fuse holders (refer to Figure 26).
Note:
The pump will start automatically after approx. 10s and will run for ca. 60s.
Note:
It is important to observe the first pump interval after installation thoroughly. Check the emerging air
bubbles in all cells. If one cell contains more air bubbles than others the air tubes need to be inspected
for any potential leaks or sharp bended sections. Before working on the air tubes remove the fuses from
the fuse holder.
Note:
In case of working with larger battery cells (starting from 18 OPzS solar.power 3250 up to 26 OPzS solar.
power 4700) a second pump system is required. For this setup one pump is connected to the current
sensor (master). The other pump (slave) is switched via an output signal of the master pump (refer to
Figure 27).
Summary of Contents for Electrolyte Circulation System
Page 1: ...Electrolyte Circulation System Installation and Operating Instructions...
Page 25: ...25 Electrolyte Circulation System 7145240031 V1 1 01 2013 Notizen...
Page 26: ...26 Electrolyte Circulation System 7145240031 V1 1 01 2013 Notizen...
Page 27: ...27 Electrolyte Circulation System 7145240031 V1 1 01 2013 Notizen...
