Press the test button to cut the power to the AC driver and switch the system to Emergency Mode. Release the test button to return to Normal Mode. Switch off the circuit breaker to simulate a full power outage. For Initial Testing, allow the unit to charge approximately one hour, and then conduct a short discharge test. Allow 24 hour charge before conducting a one hour test
Sanforce emergency drivers include NiCAD batteries. Nickel Cadmium batteries can be stored in either a charged or discharged state. However, long term storage can accelerate battery self-discharge, and lead to the deactivation of reactants. Although the cells can be stored at temperatures between -20°C and +45°C, as with almost all batteries heat can cause deterioration of the active chemicals and it is better to keep the cells in a cool, clean, dry, non-corrosive environment. After prolonged storage, two or three deep discharge cycles may be needed to restore full capacity. When storing for periods longer than a year or two, some performance decay can occur – NiCAD batteries that are on a shelf for longer than a year should be subjected to deep discharge/charge cycle to prevent this decay.
Firstly, please let us know what kind of your lighting you use, such as LED tube, LED panel, downlight, CFL, Fluorescent, halogen or LED strip etc…
Secondly, we’d like to know power of your lamp (Watts)
Thirdly, we’d like to know your local mains voltage, 220V or 110V or others
Fourthly, we need to know how long duration you required, such as 0.5 hour, 1 hour, 2 hours or 3 hours, or more
Fifthly, what kinds of battery do you prefered? such as NiCad, Nimh, or Lithium etc..
Sixthly, do you install the emergency battery pack into a box or outside? If you have any requirements on size?
After we have all information above, then the best solution will be offered to you. Or contact with our sales directly about your needs.
Yes, the battery packs must be charged over 24 hours after installation
No, we have different EM kit for different lamps, please reference to ” How to choose the right emergency battery packs”.
The high temperature battery can be trickle charged well even if the emergency kit is in high temperature due to insufficient radiating caused by the lights working for long time. While regular temperature battery stop charging in high temperature that result in emergency light failed to work. We recommend to use high temperature battery for EM kit.
The battery is being charge all along when mains is working, and the charging current will be decreased based on the capacity status of battery packs during charging. When battery pack is changing enough, the charging current is very small, and need not over voltage protection, but on discharging operation the emergency module set a cutting voltage to protect over discharging.
When the normal supply of AC power fails, the emergency kit senses the power failure and immediately switches to the emergency mode to illuminate lamps. When AC power is restored, the emergency ballast returns to the charging mode until the next power failure or emergency situation. The battery fully recharges within 24 hours.
The test switch can technically be installed on either Line or Neutral. Neutral is more convenient for most customers for installation purposes depending on where they want to install the test switch. If wired on Line the test switch is sometimes limited to where it can be installed depending on how the building’s electrical wiring is configured.
You must make sure that the emergency driver characteristics match those of the fixture it is intended for installation with. A) The fixture must have an output power equal to or greater than the intended emergency driver. B) The fixture’s LED Load must have an output voltage at same range of both LED fixture.