Emergency Services

The Police, Ambulance Services and Fire Brigade are all expected to provide a rapid response in the event of an emergency.  Information and communication is key to the speed and level of response provided.  The Emergency Services therefore rely heavily on IT and Communication systems to facilitate a quick and accurate response.  Any power outage, even for a few seconds, can seriously compromise response times.  Relevant UPS Ltd products and resources for the Emergency Services can be found below.

Related Products

  • PowerWAVE 3000TP (10-20kVA)

    PowerWAVE 3000/TP

    Single phase
    Single phase
    A single-phase installation consists of a single sine wave input and is typically a single phase of a larger three phase supply. A typical example of this would be a local three pin UK socket which uses 230/240 VAC to supply power. Most small power hardware including rack-mounted servers, telecoms, network switches, computer systems or any device running from a standard three pin UK plug, operate from a single phase supply.
    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    10kVA & 20kVA
    10kVA & 20kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.
    Standalone
    Standalone
    Standalone UPS systems allow several units to be operated in tandem (known as horizontal scaling) to provide for a greater load.

    One of the most compact single phase UPS systems delivering critical power protection of up to 80 kVA. Designed for mid-size server rooms, the PowerWAVE 3000/TP offers unrivalled efficiency, reliability and scalability for industrial processes, networks and telecommunications systems. A best-in-class UPS system which is simple to install, run and maintain.

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  • PowerWAVE 5000/TP 60-500kVA (Stand-alone 10-50kVA)

    PowerWAVE 5000/TP

    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    10-50 kVA
    10-50 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.
    Standalone
    Standalone
    Standalone UPS systems allow several units to be operated in tandem (known as horizontal scaling) to provide for a greater load.

    Standalone three-phase UPS system available in seven power ratings from 10 to 50kVA and in different cabinet sizes enabling you to choose the ideal internal battery capacity for your critical load. A true online, double conversion, VFI (voltage frequency independent) UPS system that offers exceptional reliability and unprecedented power availability for mid-size server rooms, networks, telecommunication systems and industrial processes.

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  • PowerWAVE 6000 (Stand-alone 60-120kVA)

    PowerWAVE 6000

    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    60-500 kVA (500kW)
    60-500 kVA (500kW)
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.
    Standalone
    Standalone
    Standalone UPS systems allow several units to be operated in tandem (known as horizontal scaling) to provide for a greater load.

    Transformerless 3 phase UPS from 60 kVA to 500 kVA, parallelable up to 5 mVA. Offers unrivalled protection for mission-critical environments with 99.9999% availability and a small footprint to save space for revenue-earning equipment.

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  • PW8000 ST200 S2 door open

    PowerWAVE 8000DPA

    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    10-200 kVA per frame
    10-200 kVA per frame
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.
    Modular
    Modular
    UPS systems such as the PowerWAVE 9000DPA Series are configured by plugging up to five modules into a 19” rack to meet the capacity and redundancy requirement of the application load. This provides more flexibility and scalability than a complete cabinet containing a single standalone system.

    Three-phase UPS built for low to medium, high density power protection applications. Leading-edge modular design using proven Decentralised Parallel Architecture (DPA) technology. The PowerWAVE 8000DPA offers incredible energy efficiency, 99.9999% availability and flexible scalability in either a tower or rack-mountable solution.

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  • PowerWAVE 9000DPA (Modular 10-250kVA)

    PowerWAVE 9000DPA

    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    30-250 kVA
    30-250 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.
    Modular
    Modular
    UPS systems such as the PowerWAVE 9000DPA Series are configured by plugging up to five modules into a 19” rack to meet the capacity and redundancy requirement of the application load. This provides more flexibility and scalability than a complete cabinet containing a single standalone system.

    A revolutionary rack-mounted uninterruptible power supply designed with ‘hot swap’ modules for future scalability. A transformerless UPS system with class-leading ‘six nines’ (99.9999%) power availability for demanding IT environments and data centres.

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  • PowerWAVE 9500DPA (Modular 100-500kVA)

    PowerWAVE 9500DPA

    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    100-500 kVA
    100-500 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.
    Modular
    Modular
    UPS systems such as the PowerWAVE 9000DPA Series are configured by plugging up to five modules into a 19” rack to meet the capacity and redundancy requirement of the application load. This provides more flexibility and scalability than a complete cabinet containing a single standalone system.

    Innovative 5 x 100kW modular UPS system offering pay-as-you-grow scalability combined with 99.9999% ‘six nines’ availability. Built for IT environments that demand zero downtime and future-proof power protection. Listed on the Carbon Trust’s Energy Technology List for Enhanced Capital Allowances (ECA). This UPS also features Xtra VFI mode: maximum efficiency even when under loaded.

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  • PowerWAVE J Series – 22–250kVA John Deere Generators

    PowerWAVE J Series

    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    22-440 kVA
    22-440 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.

    Series of three phase UPS generators providing power from 22 to 440 kVA. Each generator is powered by a John Deere engine for reliable backup during power failures. Bunded fuel tank minimises diesel spillage, with additional fuel tank capacity to extend run time. 15 models available for commercial and industrial use.

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  • PowerWAVE T Series – 5–44kVA Mitsubishi /Diesel Generators

    PowerWAVE T Series

    Single phase
    Single phase
    A single-phase installation consists of a single sine wave input and is typically a single phase of a larger three phase supply. A typical example of this would be a local three pin UK socket which uses 230/240 VAC to supply power. Most small power hardware including rack-mounted servers, telecoms, network switches, computer systems or any device running from a standard three pin UK plug, operate from a single phase supply.
    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    5-44 kVA
    5-44 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.

    Powerful series of standby generators available in 11 models from 5kVA to 44kVA for single and three phase business applications. Each generator is built with a high performance Mitsubishi engine for reduced noise pollution and improved fuel efficiency. Available as an ‘open’ generator or within an acoustic enclosure to further minimise noise emissions.

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  • PowerWAVE V Series – 250–650kVA Volvo Diesel Generators

    PowerWAVE V Series

    Three phase
    Three phase
    A three-phase installation uses the full three phases which are generated from the grid. A three phase electrical supply comprises of three individual sine waves, and can be installed as either a three wire or three wire & neutral configuration. A three-phase source would typically come from a local transformer, with the standard three phase voltage being 400/415 VAC.
    220-700 kVA
    220-700 kVA
    Understanding the total kVA requirement of a critical load is a key part of establishing a UPS’ true sizing requirement. For more information see kVA calculator and guide to choosing a UPS.

    High specification range of UPS generators providing ‘turnkey’ backup power with TELYS control panels fitted as standard. Built-in fault finding tools and remote operation for a reliable power supply during mains failures. Available ‘open’ or within a weatherproof enclosure for added protection from the elements.

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