Category overview
Equipment control cabinets provide electrical switching, control and protection for industrial and building equipment. They are used with fans, pumps, air compressors, HVAC systems and other motor-driven machinery. Each cabinet is arranged around the equipment load, starting method, operating sequence and required protective functions.
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Equipment Control Cabinet
An HVAC VFD control panel uses variable frequency drives to adjust the speed of fans or pumps serving HVAC systems. Control commands are selected around airflow, pressure or other operating needs.
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Equipment Control Cabinet
An HVAC control panel coordinates electrical operation of selected heating, ventilation and air-conditioning equipment. Motors, sensors and control interfaces are arranged around the building system's operating sequence.
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Equipment Control Cabinet
A three-phase fan control cabinet manages three-phase fan motors through appropriately rated switching and protective devices. Operating modes and control interfaces are selected for the fan load.
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Equipment Control Cabinet
A fan control panel combines motor switching, protection and operating commands for ventilation or industrial fan systems. Start-stop and speed-control options depend on the selected electrical design.
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Equipment Control Cabinet
A dual fan control panel provides individual control circuits for two connected fans. Depending on the application, it can arrange independent operation or lead-lag duty and standby sequences.
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Equipment Control Cabinet
A sewage pump control panel manages the operation of wastewater transfer or drainage pumps. Pump starting, overload protection and level-based controls are arranged to suit the pumping station requirements.
View productThe essentials
An equipment control cabinet is an enclosed electrical assembly that manages the power supply and operation of connected equipment. It combines selected circuit breakers, contactors, motor protection devices and control components. Depending on the application, it may also include a VFD, soft starter or programmable controller for automatic operation.
How it works
The incoming electrical supply passes through the selected switching and protective devices. Control circuits receive commands from local switches, sensors or external systems. The cabinet establishes the required power and control paths for the connected equipment.
Contactors, motor starters or VFDs operate the connected motors according to the control commands. Where required, the cabinet manages equipment sequencing, speed adjustment and automatic start-stop functions based on operating conditions.
Selected protective devices monitor conditions such as overloads, short circuits and motor faults. When a relevant fault occurs, the protection and control arrangement responds according to its settings. Alarm signals can also be provided to operators or connected systems.
Project enquiries
Share the electrical ratings, circuit functions and installation conditions for a configuration review.
Why this category
Review the selected model against the electrical and installation requirements of the project.
Before you specify
Yes. A cabinet can be designed with multiple motor feeders and control circuits when the available space, electrical ratings and operating requirements allow it. The number of connected machines depends on their loads, starting methods and control sequences.
A VFD is generally considered when motor speed needs to vary with operating demand, such as adjusting fan airflow or pump output. A standard starter may be sufficient for fixed-speed operation. The choice should also consider the motor, load characteristics and control requirements.
They can be designed to exchange operating commands, status signals and alarms with compatible building management or industrial control systems. The required interface, communication protocol and control responsibilities should be established before production.
Provide the equipment type, motor power, voltage, rated current, starting method, number of controlled loads and operating sequence. Installation conditions, required interlocks and any external control interfaces should also be confirmed before the cabinet is specified.
Project enquiries
Share your specifications, drawings and installation conditions. We can review the appropriate product and configuration.
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