Standard Duty Compact Stainless Steel
Ellis Patent’s range of Vulcan+ TM cable cleats provide moderate levels of short circuit retention and cable protection for Low Voltage, Medium Voltage and High Voltage cable systems in single, trefoil or quad formations. It provides protection against a maximum short circuit level of 134kA when installed at 300mm intervals.
Light Duty Polymer Cable Cleat
Ellis Patents’ No Bolts Cleat™ is a fully polymeric, non-metallic, tool-less cable cleat designed for safety and rapid installation. The No Bolts Cleat™, provides short circuit retention and cable protection for Low Voltage, Medium Voltage and High Voltage cable systems. The cleat is manufactured from a high-strength glass-filled nylon specifically formulated to meet stringent Underground specifications and is designed to withstand extreme temperatures ranging from -40°C to +60°C with a heavy impact rating. The cleat is suitable for use in harsh environments and is impervious to bi-metallic corrosion due to its non-metallic design.
Heavy Duty Compact Stainless Steel
Ellis Patents’ range of Emperor TM cable cleats provide the highest levels of short circuit retention and cable protection for Low Voltage, Medium Voltage and High Voltage cable systems in single and trefoil formations. It provides protection against a maximum short circuit level of 235kA when installed at 225mm intervals.
The primary purpose of an Automatic Transfer Switch (ATS) is to transfer a power supply from its principal source to a backup source when it senses a failure or outage in the principal source without manual intervention. An ATS is designed to activate more long-term power supplies until the primary power source is restored. Usually, ATS units rely on various number of wires and connections to bring several components together and provide a well-rounded service to the end user.
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Designed to open an electrical circuit by isolating the source from the consumer, ABB offers load break switches which are manual or motorized. These devices ensure the on-load making, breaking and safety disconnection of low-voltage electrical circuits. Easy to assemble and easy to use, they are suitable for structures evolving in the industrial sector, public distribution, as well as emergency switching, distribution panels and motor feeders.
Designed to transfer power supply from its primary source to a backup source manually, ABB has an extensive range of manual change-over switches, from which IPD offers ABB’s open transition manual change-over switches.
Automatic transfer switches are self-acting power switching devices that have been a reliable source of transferring load connections when an emergency occurs. This ensures the continuous delivery of electrical power from one of two power sources which are the public utility power or the generator supply to a connected load.
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Motors occasionally draw excess current causing overload conditions, overheating as well as phase failures. A reliable means of protection is hence required to shield the motor, motor branch circuit and its components from such situations. Overload relays available on the market offer the most steadfast safety options to prevent damages from overloading. These overload relays are typically categorized into two types namely, Thermal overload relays and Electronic overload relays. Manufactured as economic electromechanical protection devices, the thermal overload relays guarantee the safety of main power circuits while the electronic overload relays are capable of protecting motors with high precision and accuracy.
SOCOMEC’s range of active energy meters consists of six distinct models between single phase and three phase networks. The series is compatible with every type of electrical integration and load with direct readings up to 100A and up to 12000A on the CT. Individually, COUNTIS E0x and E1x models provide significant compactness compared to the rest of this range while COUNTIS E5x model offers a larger screen for clear readings and an integrated test function to avoid installation errors. These bidirectional meters can accurately measure the consumed and stored energy and are designed for reliability and ease of access in industrial and commercial use.
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The key function of a Switchboard System is to securely distribute electricity by dividing the electrical power supply into branch circuits, while protecting each circuit using a circuit breaker or a fuse in an enclosed common fixture.
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Motor breakers, as the name itself implies are used to protect the motor circuit against overload, short circuit, and phase failures by disconnecting the motor and blocking the flow of current. Manual motor starters are thermal and electromagnetic motor breaker devices which are widely used in the industry to secure motor circuits.
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IPD’s series of DIN Mount General Purpose Outlets (GPO) consists of three unique models, and they have been designed to sit beside miniature circuit breakers and switchboards for temporary power. These double pole GPO’s are particularly useful when used in power supply applications such as temporary power on construction sites, additional outlets in distribution boards or meter enclosures. To ensure further safety for the end user, safety shutters have been added to these outlets, making them suitable for domestic applications as well as for adapters that may stay unused, under-tension.
Many devices are used in an electrical network for safety reasons, and each of these devices need to be kept in good condition within the system, including the switch disconnector. A switch disconnector is primarily associated with the load switch or circuit breaker.
MCCB (Moulded Case Circuit Breaker) is an Electrical protective device, which is used to protect the electrical installation against overload and short circuit faults that arise because of excessive current. Wide current ratings and high breaking capacities, Manual remote operation, the ability to change the settings according to the applications are some of the key features of the device.
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Designed to optimize configuration, ABB’s new range of contactors has managed to offer increased functionality and high-quality performance through reduced number of coils in their AF Dual AC/DC Contactors. The integrated electronically controlled coils offer multiple benefits over conventional alternatives with less product variants to simplify the customers’ logistics and cuts administration costs as well.
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