PRODUCT DESCRIPTION
Model | Power | Lumens | LED | Material |
---|---|---|---|---|
LPL6060B | 36W | 3200 | AVC | Thermal Conductive Plastic |
LPL6060B | 40W | 3800 | AVC | Thermal Conductive Plastic |
LPL6060B | 42W | 4000 | AVC | Thermal Conductive Plastic |
Model | Power | Lumens | LED | Material |
---|---|---|---|---|
LPL6060B | 36W | 3200 | AVC | Thermal Conductive Plastic |
LPL6060B | 40W | 3800 | AVC | Thermal Conductive Plastic |
LPL6060B | 42W | 4000 | AVC | Thermal Conductive Plastic |
A complete range of moulded case circuit-breakers up to 3200 A.
All the circuit-breakers, both three-pole and four-pole, are available in the fixed version; sizes T4 and T5 in the plug-in version and T4, T5, T6, and T7 also in the withdrawable one.
* High breaking capacity in compact dimensions
High values of short circuit breaking capacity are guaranteed at different voltage levels, without compromising overall dimensions.
* Flexibility of use
Thermomagnetic and electronic trip units are available for use in AC/DC or in AC only. It is possible to interchange trip units keeping the
same breaking part, so that installation can be upgraded with fewer costs.
* Advanced protection
A complete range of electronic trip units is suitable for different level of protection, even enhancing selectivity values with Early Fault
Detection and Prevention algorithm.
1. Power source: AC100~240V or DC 9V;
2.Rechargeable battery: 6V/4.5AH maintenance-free Lead-acid
battery
3. Lighting source : with 36pcs super bright LED; 4. Charging time: 12 hours approx. by AC charging adaptor,
and 15 hours approx. in the strong sunlight by solar panel;
5. Duration time: about 48 hours approx after being fully
charged at low mode and 24 hours at high mode; 6. USB output: DC 5V/500MA, cell phone or MP3 charged
when the battery voltage over 6V; 7. Outer shell : ABS plastic; 8. Charging mode : a. AC rechargeable adaptor; b. Solar panel:
3W/9V or 3W/12V mono or poly crystalline silicon solar
panel;
‘-For your safety, this product must be installed in accordance with local Building Regulations. If in any doubt, or where required by law, consult a competent person who is registered with an electrical self-certification scheme. Further information is available online or from your local authority-
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