- Check
initial battery performance against manufactures specifications.
- Avoid
deterioration of battery system due to early detection defective
cells
- Guarantee
smooth operation of back up system during emergencies.
- Improve
overall health and life of battery system.
Discharge
Resistor: Our unit is designed to perform periodic
discharge tests on station batteries. The resistor unit is robust
assembly consisting of Copper- Nickel Alloy wire grid elements supported
on M.S. tie rods, insulated from each other and the enclosure with
Micanite tubes, washers. The unique design of elements allows rapid,
natural cooling of resistor bank. Castors are provided for easy
mobility. Constant
Current and Rate of Discharge: The resistor bank
has adequate trimming facility (coarse and fine) to maintain a current
against falling voltage during discharge operation. D.C contractors
/ Circuit breakers or knife edge switches are used for switching
depending on clients preference. The Rate of Discharge can be accurately
controlled and monitored in this system which is can be accurately
controlled and monitored in this system which has distinct advantage
over other conventional methods of Discharge.
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INFORMATION
NEEDED FOR DESIGN: |
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Maximum voltage to mimimum voltage of battery required to be discharged.
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Current steps required for each step of discharge voltage.
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Material of resistor element.
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Temperature rise allowed.
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LOAD
BANKS:
Load
Banks are used for proving power ratings of the Equipments, Generators,
UPS Systems etc.
Ratings:
AC & DC Load Banks are manufactured as per customer’s
requirement in various ratings ranging from 1 KW to 3000 KW.
(Optional)
High Temperature Limit Thermostat for resistance elements, Thermal
overload for each fan and overflow switches are provided.
Construction:
Hot dip galvanized frames fitted with galvanized steel if required
otherwise heat resistance aluminium paints are used. All hardware
is zinc plated. Stainless Steel hardware is used if required. Frames
can be custom made also. |