Electrical & Lighting
Milwaukee M12™ LED Stand Light
M12 SAL-0
• Light head rotates 210° and pivots 270° for light in any direction
• Collapses down to 78cm with three side handles for easy transportation and storage
• Sets up in 5 seconds, Three height positions; 90cm, 127cm & 173cm
• Light head rotates 210° and pivots 270° for light in any direction
• Collapses down to 78cm with three side handles for easy transportation and storage
• Sets up in 5 seconds, Three height positions; 90cm, 127cm & 173cm
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Type of Luminaire : Smart Street Light
Set Model No : NSP10460LR
Type of Light Source : LED
Power Input : 80W
System Lumen Output : 14400 lm
System Efficacy : 180 lm/W
Lifetime : 50000H(L70)
CRI : 70
Dimming : non-Dimmable
Glare Cut Angle : 30deg.
Beam Angle : 120deg.
IP Rating : 66
Ambient Temperature : 5 - 40°C
Dimensions : 340mmx703mmx132mm
Body ADC & Aluminium Extrution
Set Model No : NSP10460LR
Type of Light Source : LED
Power Input : 80W
System Lumen Output : 14400 lm
System Efficacy : 180 lm/W
Lifetime : 50000H(L70)
CRI : 70
Dimming : non-Dimmable
Glare Cut Angle : 30deg.
Beam Angle : 120deg.
IP Rating : 66
Ambient Temperature : 5 - 40°C
Dimensions : 340mmx703mmx132mm
Body ADC & Aluminium Extrution
M12 SLED-0
• Up to 640M Beam Distance
• 3 Light Output Modes for Distance, Clarity, and Safety
• High Mode: 750 lumens for up to 4 hours with M12™ 4.0Ah Pack
• Up to 640M Beam Distance
• 3 Light Output Modes for Distance, Clarity, and Safety
• High Mode: 750 lumens for up to 4 hours with M12™ 4.0Ah Pack
M12 AL-0
• Five high performance LEDs provide 1000 Lumens of light output replacing 250 W halogen lights
• Integrated magnets, clamping mechanism, and key hole for screws / nails provide multiple mounting options for different surfaces
• 3 output modes for optimal brightness and runtime
• Five high performance LEDs provide 1000 Lumens of light output replacing 250 W halogen lights
• Integrated magnets, clamping mechanism, and key hole for screws / nails provide multiple mounting options for different surfaces
• 3 output modes for optimal brightness and runtime
Air Circuit Breaker (ACB) is one type of electrical protection device commonly used in electrical systems. Air Circuit Breaker is an electrical protection device used to cut off the flow of electricity in an electrical circuit when there is a disturbance or excess current. This tool is generally used in industrial electrical panels and can be used in electrical systems with quite high voltage.
Air Circuit Breaker works by cutting off the flow of electricity in an electrical circuit when there is a disturbance or excess current. Air Circuit Breaker uses a special system consisting of several components, such as trip unit, operating mechanism, and current transformer. When there is a disturbance in an electrical circuit, the trip unit will detect excess current. Then, it gives a signal to the operating mechanism to cut off the flow of electricity in the circuit. After the electric current is cut off, Air Circuit Breaker will extinguish the arc that occurs using the arc extinguishing system that has been prepared.
The main function of Air Circuit Breaker is to protect electrical equipment and systems from damage due to over current or excess current, which usually occurs due to short circuit or overload.
Air Circuit Breaker works by cutting off the flow of electricity in an electrical circuit when there is a disturbance or excess current. Air Circuit Breaker uses a special system consisting of several components, such as trip unit, operating mechanism, and current transformer. When there is a disturbance in an electrical circuit, the trip unit will detect excess current. Then, it gives a signal to the operating mechanism to cut off the flow of electricity in the circuit. After the electric current is cut off, Air Circuit Breaker will extinguish the arc that occurs using the arc extinguishing system that has been prepared.
The main function of Air Circuit Breaker is to protect electrical equipment and systems from damage due to over current or excess current, which usually occurs due to short circuit or overload.