LIGHTING
 

LightWiz™ FAQs

Q: Will LightWiz™ require any maintenance?

A: LightWiz™ requires no maintenance, simply fit it and forget it "Silent Saver.".

Q: How many different lighting circuits can LightWiz™ control?

A: LightWiz™ units are manucfactured to suit each individual location.

 

Q: What level of savings can be achieved in electricity consumption?

A: Approximately 40%+ savings an be achieved.

 

Q: Will LightWiz™ require to be disconnected for periodic testing?

A: Lightwise can safely accommodate the high voltage put through the circuit for the test to be carried out.

 

Q: Will LightWiz™ increase the life of tubes and lamps?
A: LightWiz™ runs the lights at a lower temperature, this will increase the life of tubes and lamps by 25%.

 

Q: Will LightWiz™ work with Electronic Ballasts?

A: LightWiz™ will work with most Electronic balasts.

 

Q: Will LightWiz™ work with Building Management Systems?

A: LightWiz™ will work with Building management systems.

 

Q: Is LightWiz™ compatible with time clocks, movement detection and or sensors?
A: Yes.

 

Q: How will I know if LightWiz™ is in savings mode?

A: LightWiz™ has 3 LEDs which indicate its operating mode.

 

Q: How long has LightWiz™ been manufactured for?

A: LightWiz™ has beeen manufactured since 1996, it has an established record of reliability throughout many countries around the world.

 

Q: What is the life span of LightWiz™ ?

A: LightWiz™ units have been in service since 1996 we expect around 20 years of trouble free use.

 

Q: Does LightWiz™ have a Guarantee?

A: LightWiz™ has a 2 years Guarantee.

 

Q: Can LightWiz™ be connected to a 3 Phase supply?

A: Yes.

 

Q: Will LightWiz™ generate harmonics?

A: LightWiz™ uses High Power Efficent Toroid Transformers (Typically 99%) this will not create Harmonics.

 

Q: What would happen if LightWiz™ failed, would the lights go out?

A: LightWiz™ is fitted passive to the load, in the unlikely event should LightWiz™ fail it has a failsafe built in, it will auomatically step back of the mains and allow the current to continue normal supply.

 

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