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A. This larger open-frame Prime unit uses higher total pump power and a 200-litre coated receiver for bigger multi-chair installations.
A. Large dental practices, hospitals and advanced laboratories needing substantial, continuous oil-free air for many users require this configuration.
A. It is rated for 100% duty, designed to run continuously in high-demand clinical applications when ventilation and cooling are adequate.
A. The 200-litre receiver minimises pressure fluctuation and compressor cycling when multiple chairs or instruments draw air simultaneously.
A. Yes, it can use integrated membrane dryers to achieve low dew points, supporting medical and laboratory air quality standards.
A. It normally operates up to 10bar, providing sufficient pressure for high-demand dental and medical compressed air networks.
A. Combined with appropriate filtration, the oil-free pumps and dryers help meet HTM 2022 criteria for medical compressed air.
A. Yes, it is designed to feed properly sized medical or laboratory ring mains with regulated, clean air.
A. It offers greater air delivery and storage, supporting more chairs or instruments without compromising pressure stability.
A. Scheduled inspections of compressors, receivers, dryers and safety devices ensure long-term reliability in critical environments.
A. It may require installation in a dedicated plant room with acoustic measures to minimise noise in clinical areas.
A. Adequate electrical capacity and forced ventilation must be provided as per MGF guidelines for multi-motor Prime systems.
A. The MGF 200/75 Tandem Prime M is a large open-frame oil-free compressor with dryer, using three 2.2kW pumps and a 200-litre receiver for multi-chair installations.
A. It supplies about 23CFM, 660L/min at 5bar, suitable for around twelve dental chairs or equivalent laboratory air consumers.
A. Designed for 100% heavy-duty oil-free operation, it can run continuously when correctly ventilated and serviced, meeting demanding clinical air requirements.
A. The 200-litre internally coated receiver reduces pressure fluctuations and compressor cycling, improving stability for multiple chairs drawing air simultaneously.
A. Yes, it incorporates membrane drying that achieves roughly -20°C pressure dew point, helping maintain low moisture levels in medical and lab compressed air.
A. It supports ISO 8573.1 Class 1-3-1 and HTM 2022 compliance when combined with suitable filtration and dryer configuration.
A. It operates up to about 10bar, providing ample pressure for dental handpieces and medical ring-main air distribution networks.
A. Large dental practices, hospitals and food-processing laboratories requiring continuous, oil-free, dry compressed air utilise this system.
A. Because it is open-frame, it is usually sited in a plant room with appropriate acoustic measures and ventilation away from patient areas.
A. Installers must size cabling, breakers and protection for a 400V three-phase supply delivering sufficient current for three 2.2kW motors.
A. Routine checks of compressors, receiver, dryer, filters and safety valves, plus scheduled servicing, are essential for long-term reliability.
A. Yes, operators often combine it with extra Prime units or backup compressors to meet redundancy requirements in critical facilities.
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