3
3. INSTALLATION
3.1. Installation and Installer
CAUTION
Batteries should be installed by professionals such as certified technicians. Installation by less qualified
personnel may result in improper installation.
3.2. Material used for Installation
WARNING
The battery case and cover should not come in contact with the following materials:
coated wires or sheets that are made of soft vinyl chloride or rubber containing
plasticizer; organic solvents such as benzene, thinner, or gasoline; detergent
containing a surfactant; chemically treated cleaning cloths; or oils. The use of any of
the above materials may cause the battery case and/or the cover to crack, which may
result in leakage.
Metal tools such as torque wrenches and other wrenches used to install the batteries
should be insulated. If an un-insulated metal tool comes in contact with the area
between the positive terminal (+) and the negative terminal (-), it may cause a short
circuit, which may result in injury, burn, breakage, and ignition or explosion.
CAUTION
Do not use plastic sheets to cover the batteries, as they may cause static electricity that
may result in an ignition or explosion.
3.3. Installation Environment
DANGER
Ventilate the room to keep the concentration of hydrogen in the air less than 0.8%.
Hydrogen emitted from the batteries may cause ignition or explosion if the room is not
ventilated. Make sure that the airflow moves the hydrogen throughout the room evenly,
leaving no area with a high hydrogen concentration.
Do not install batteries near a flame, as this may cause ignition, explosion or fire.
CAUTION
The standard operating temperature for this battery is –15
℃
~+45
℃
. Usage outside of this range may
cause the batteries to deteriorate quickly. It may also cause batteries to freeze or heat up, resulting in
breakage or deformation. Store the battery in an air-conditioned facility and keep the temperature
b5
℃
and +30
℃
if possible. Cells within a string should be maintained within 5°C of other cells
in that string. Temperature differences may result in decreased battery life.
Summary of Contents for SLR-1000
Page 22: ... 17 9 3 System Drawing 9 3 1 System Name RE SLR48VSYS 02 48kWh 48V system with SLR1000 ...
Page 23: ... 17 9 3 2 System Name RE SLRC50048 01 24kWh 48V system with SLR500 ...
Page 24: ... 17 9 3 3 System Name RE SLR24VSYS 01 24kWh 24V system with SLR1000 ...
Page 25: ... 17 9 3 4 System Name RE SLRC50024 01 12kWh 24V system with SLR500 ...