FAQs

• All displays use Dixcell control system, to ensure reliable electrical operation of all displays. High level temperature recording accuracy is via digital temperature probes.
• Standard ‘tamper proof’ temperature control facility prevents customer interference/unauthorised operator   adjustment if required.
• All displays can be connected to Modbus RTU & Dixell network store food monitoring systems.
• If condensing unit breakdown occurs from overheating, (due to high ambient temperatures, insufficient airflow or irregular cleaning), the control panel switches condensing unit off before long term damage occurs.
  (Control panel automatically resets the condensing unit to switch back on when it has cooled down. After 5 attempts, control panel switches the unit off, The unit then has to be reset manually. This function stops condensing unit from becoming irreparably damaged, when exposed to continual high ambient conditions).
• The Dixell Control system used helps limit high cost and/or chargeable service calls to customer/end user (as described above)

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A high efficiency, reduced energy evaporation tray is also fitted to all cold displays. A float switch turns a high wattage heating element on and off, depending on the amount of water in the tray.

• Element can remove up to 1.1 litre of water per hour.
• Yearly running costs reduced as less electricity use.
• Capacity to operate in higher than normal ambient temperatures and higher humidity levels, without excess water flooding.
• Reduces the running temperature in the condensing unit cradle area – extends the life of the condensing unit, when in constant high ambient temperature sites.

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Larger evaporator coil used delivers far better chilling performance than drop in competitors. In high ambient sites this helps maintain food core at or below legal max. (8 deg C) where smaller coils cannot produce same cold air holding temperatures.

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User friendly design to limit possibility of clinical burn injury on any heated units.

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For inclusion in project Health & Safety file documentation if required

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Hydrocarbon refrigeration, charging/testing/leak detection station for chilled units, comprising system evacuation, pressure testing, hydrogen leak testing, automated refrigeration charging levels. To ensure consistent leak free quality refrigerated performance of each chilled drop in display.

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Test station comprising earth continuity, high voltage flash, insulation resistance, load and soak, to ensure each drop in display leaves the factory electrically sound.

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No manual programming. Prevents programming errors, ensures reliable control equipment & consistent field performance.

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Independent product testing by Brunel University, determining maximum ambient humidity levels CED chilled displays can perform in. (27deg C 55% relative humidity – side draught 0.2 m/sec.)

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Manufacturers assurance that products meet current legislation/safety related directives and all sourced components used in manufacture are of the highest quality. Hydrocarbon range included.

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