Electrical & Power Distribution
Power generation, distribution and electrical installation equipment for industrial sites. Supply voltage, frequency and hazardous-area requirements must be explicit.
Motors and variable speed drives
Electric motors convert electrical energy into mechanical motion. Variable speed drives control motor speed and operating behavior through a compatible electrical arrangement, allowing the driven machine to respond to the process duty.
Pumps, fans, compressors and conveyors commonly use motor-driven systems. Load characteristics and starting requirements influence the motor and drive combination.
Power, voltage, frequency, speed, mounting and environmental protection define the motor. Drive compatibility, controls, cooling and the electrical system design must also be considered.
Transformers and switchgear
Transformers change electrical voltage levels, while switchgear provides switching, isolation and protective functions within a power network. Their ratings and arrangement follow the electrical design of the installation.
Industrial substations and distribution systems use these assemblies to serve process equipment and utility loads. New equipment must fit the defined network configuration.
Specify voltage levels, capacity, fault duties, enclosure and protection requirements. Single-line diagrams help clarify interfaces, metering and the scope of associated equipment.
Generators, UPS and batteries
Generators provide electrical power from a prime mover. Uninterruptible power supplies and batteries support loads during interruptions or disturbances according to their configured autonomy and transfer arrangements.
Standby power, control systems, communications and critical utility loads use different power-support solutions. The load profile determines the required response and duration.
Capacity, starting loads, voltage, redundancy and environmental conditions matter. Battery chemistry, autonomy and maintenance arrangements must match the intended UPS or backup system.
Cables, glands and cable trays
Industrial cables carry electrical power or signals. Cable glands secure and seal cable entries, while trays support cable routes. These components must be selected as compatible parts of the installation.
Power distribution, instrumentation and communication systems use different cable constructions. Route conditions and equipment entries influence accessory requirements.
Specify conductor and insulation details, cable outside diameter, gland threads and tray loading. Environmental exposure, area classification and corrosion protection can alter the suitable materials.
Hazardous-area lighting and enclosures
Hazardous-area lighting and enclosures are designed for specified classified environments. The protection concept and certification must match the location's defined gas or dust hazards and environmental conditions.
Process units, storage areas and offshore installations may require classified-area electrical equipment. A product's general industrial rating does not establish suitability for every hazardous location.
Specify area classification, group, temperature class, ambient range and required approval scheme. Cable entries, accessories and installation requirements form part of the compatible assembly.
Earthing, bonding and lightning protection
Earthing connects an electrical system or equipment to the ground through a designed arrangement. Bonding connects conductive parts, while lightning-protection systems provide specified paths and components for the installation's protection design.
Industrial facilities use conductors, electrodes, connectors and bonding accessories across buildings, equipment and electrical networks. Their locations and sizes come from the project design.
Materials, conductor dimensions, connection methods and corrosion exposure guide procurement. Layouts and test requirements help distinguish complete systems from individual replacement components.