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ACBs are used to protect low-voltage electrical distribution systems against overloads, short circuits and other electrical faults. They are commonly installed in main power panels, PCCs, industrial switchboards and large commercial buildings for safe and controlled power distribution.
MCCBs are used to protect electrical circuits and equipment against overload and short-circuit conditions. They are commonly installed in distribution panels, motor circuits and industrial systems where higher current protection and adjustable operating characteristics are required.
MCBs are used to protect electrical circuits from overloads and short circuits. They provide quick circuit isolation during faults and are commonly installed in residential, commercial and industrial distribution boards for lighting, sockets and smaller electrical loads.
RCBOs combine overcurrent protection with residual current protection in a single device. They are used to protect individual electrical circuits against overload, short circuits and earth leakage, supporting improved electrical safety in buildings and facilities.
RCCBs and ELCBs are used to detect leakage or residual current and disconnect electrical circuits during earth-fault conditions. They help protect people and electrical installations from electric shock and leakage-related hazards in residential, commercial and industrial applications.
MPCBs are used to protect electric motors against overload, short circuits and phase-related faults. They provide motor-specific protection and switching, making them suitable for pumps, fans, compressors, HVAC equipment and other industrial motor applications.
Contactors are electrically operated switching devices used to control high-current electrical loads. They are commonly used for starting and stopping motors, pumps, compressors, HVAC equipment, lighting systems and other electrical loads through control circuits.
Overload relays are used to protect electric motors from excessive current caused by prolonged overload conditions. They disconnect or signal the control circuit when abnormal current occurs, helping protect motors used in industrial and building-service applications.
Control relays are used to switch, isolate or control electrical circuits based on signals from control equipment. They support automation, interlocking, sequencing and monitoring functions within electrical panels, motor control systems and industrial automation installations.
Isolators are used to safely disconnect electrical equipment or circuits from the power supply during maintenance and servicing. They provide visible or defined electrical isolation and are commonly installed in distribution systems, panels and industrial electrical installations.
11kV and 33kV cables are used to transmit and distribute medium-voltage electrical power between substations, transformers, industrial facilities and distribution networks. They support efficient power transmission where higher voltage levels are required for electrical infrastructure.
Power cables are used to transmit electrical energy from power sources to distribution equipment and connected loads. They are widely used in buildings, industries, substations and infrastructure projects for supplying electrical power to equipment and systems.
Control cables are used to transmit control signals between electrical equipment, panels, motors, automation devices and monitoring systems. They support switching, instrumentation, automation and operational control functions across industrial and commercial electrical installations.
XLPE cables use cross-linked polyethylene insulation to provide electrical insulation and thermal performance for power transmission and distribution applications. They are commonly used in industrial facilities, commercial buildings, substations and infrastructure projects requiring insulated electrical power cables.
PVC cables use polyvinyl chloride insulation for electrical power and wiring applications. They are commonly used for building wiring, control circuits, equipment connections and electrical distribution systems where suitable insulation, flexibility and installation characteristics are required.
Cable trays are used to support, route and organize electrical and control cables within buildings and industrial facilities. They provide structured cable management, improve accessibility and help maintain organized installations across power distribution, automation and communication systems.
Raceways are used to provide protected and organized pathways for electrical cables and wiring. They help manage cable routing, protect conductors from physical damage and support neat electrical installations across commercial buildings, industrial facilities and infrastructure projects.