electrical distribution box

OEM 63A 1000V DC Circuit Breaker Double Pole For Solar PV System Description: DC circuit breaker is made up of case, operation mechanism, thermal overloading trip, electromagnetic trip contact system, arc system etc. It has overloading and short circuit protection, unique-design structure and strong permanent magnetism arc system make the product has 6KA short circuit capability. Long mechanical life over 20000 times and beautiful shape. Application: UKB7Z Series DC1200V 63A

Electronic Residual Circuit Breaker with Over Current Protection RCBO RCBOs are commonly used in applications where there is the need to combine protection against overcurrents (overload and short-circuit) and protection against earth leakage currents. RCBOs help in sensing this kind of faults and trip the circuit ensuring complete protection of the people and connected equipments. Desctription: Electronic type residual current circuit breaker from the tripper RCD and UKB7-63

Residential / Home MCB Overload Circuit Breaker 10mA 30mA 100mA 300mA Residual current breaker with over-current protection (RCBO) — combines the functions of an RCD and an MCB in one package. In the United States and Canada, panel-mounted devices that combine ground (earth) fault detection and over-current protection are called Ground Fault Interrupter (GFI) breakers; a wall mounted outlet device or separately enclosed plug-in device providing ground fault detection and

Residual Current Device Mini Circuit Breaker 2 Pole RCCB 16A 25A 40A 63A Purple Horn has the design patent for these items A residual-current device (RCD), or residual-current circuit breaker (RCCB) is an electrical wiring device that disconnects a circuit whenever it detects that the electric current is not balanced between the energized conductor and the return neutral conductor. Such an imbalance may indicate current leakage through the body of a person who is grounded and

16A 3P IP44 IEC Standard Industrial Wall Mounted Socket Current Position Voltage Color Poles Model 16A 4h 110-130V Yellow 2P+E UKS-F134-4 6h 220-250V Blue 2P+E UKS-F134-6 9h 380-415V Red 2P+E UKS-F134-9 4h 110-130V Yellow 3P+E UKS-F144-4 9h 220-250V Blue 3P+E UKS-F144-9 6h 380-415V Red 3P+E UKS-F144-6 4h 110-130V Yellow 3P+N+E UKS-F154-4 9h 220-250V Blue 3P+N+E UKS-F154-9 6h 380-415V Red 3P+N+E UKS-F154-6 32A 4h 110-130V Yellow 2P+E UKS-F234-4 6h 220-250V Blue 2P+E UKS-F234-6

Durable 125A 4P 380V 6H Industrial Panel Mounted Socket Straight Current Position Voltage Color Poles Model 125A 4h 110-130V Yellow 2P+E UKS-B436-4 6h 220-250V Blue 2P+E UKS-B436-6 9h 380-415V Red 2P+E UKS-B436-9 4h 110-130V Yellow 3P+E UKS-B446-4 9h 220-250V Blue 3P+E UKS-B446-9 6h 380-415V Red 3P+E UKS-B446-6 4h 110-130V Yellow 3P+N+E UKS-B456-4 9h 220-250V Blue 3P+N+E UKS-B456-9 6h 380-415V Red 3P+N+E UKS-B456-6 Product Industrial socket Rated current 125A No. of poles 2P

220V IP44 Waterproof Interlocked Switch Sockets IEC Standard Product Interlocked Switch Socket Rated current 16A,32A,63A No. of poles 2P+E, 3P+E 3P+N+E Voltage 110V-130V;220V-250V; 380V-415V Protection degree IP44 Power type Single Phase, Three Phase Conductor cross-sectional area (mm2) 1.5-4(16A), 2.5-10(32A),6-25(63A) Material NYLON,PA, PC, Copper Color 110V(yellow) 220V,230V(blue) 380V,415V,440V(red) 500V(black) Current Position Voltage Color Poles Model 16A 6h 220-250V

3 Pole 100A IP65 Waterproof Load Isolating Switch easy setup Product Description Brand Name Purple Horn Model Number UKPN0/1/3/5 Type Load Isolation Switch Number of poles 3P,4P Current 10A,16A,20A,25A,32A,40A,50A,63A,80A,100A,125A,150A Frequency 50/60Hz Protection IP65 Material PC,Copper Standard IEC/EN 60947-3, AS/NZS 3947 Identification VDE,SEMKO,CE CERTIFICATE,CB TEST REPORT Warranty One and a half years Advantage Dustproof,Waterproof,Corrosion protection,Prevent the loss

IP65 16A 230-440V PC Three Phase Isolator Switch Explosion-proof The switch is made of glass fiber reinforced unsaturated polyester resin shell: the spring energy storage acceleration mechanism can quickly realize the connection and disconnection. The contact structure is parallel double breakpoints and two independent contact surfaces, and the contact is ensured by a leaf spring. The pressure head switch can automatically determine the on-off limit position, and there is an