Electrical & Lighting
Schneider Masterpact NT external power supply module, input voltage 200 V AC to 240 V AC 50/60 Hz, output voltage 24 V DC, output current 1 A
ComPacT circuit breakers feature Schneider Electric’s exclusive Roto-Active Breaking System; it reduces the effects of short circuits of your installation. Today, the ComPacT range is optimized with a high level of breaking capacities, outstanding selectivity and cascading. It offers more advanced functions and ergonomic designs for easy installation and operations.
Download
Produk Lainnya
M18 SAL-0
• Three light output modes for optimal brightness and runtime
• High Mode: 2,000 lumens for up to 4 hours with M18™ XC 5.0 Pack
• Medium Mode: 1,300 lumens for up to 6 hours with M18™ XC 5.0 Pack
• Three light output modes for optimal brightness and runtime
• High Mode: 2,000 lumens for up to 4 hours with M18™ XC 5.0 Pack
• Medium Mode: 1,300 lumens for up to 6 hours with M18™ XC 5.0 Pack
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
Six super bright white LEDs make this torch the perfect companion for any nighttime activity. This highly versatile torch boasts a long battery life, combined with an ultra-durable casing to keep your path illuminated - no matter where you go.
Features and Benefits
• 100,000+ hour LED life
• Battery life up to 50 hours (continuous)
• Corrosion-resistant anodised finish
• Water and impact resistant - suitable for tough use
• Complete with wrist strap for easy, worry-free usage
Typical Applications
• Most efficient at night
Notes
• Required 2 x AA batteries (not included)
Features and Benefits
• 100,000+ hour LED life
• Battery life up to 50 hours (continuous)
• Corrosion-resistant anodised finish
• Water and impact resistant - suitable for tough use
• Complete with wrist strap for easy, worry-free usage
Typical Applications
• Most efficient at night
Notes
• Required 2 x AA batteries (not included)
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.