• Contractingbusiness 8128 Htpg Russell Brand Next Gen Ii Valves
    Contractingbusiness 8128 Htpg Russell Brand Next Gen Ii Valves
    Contractingbusiness 8128 Htpg Russell Brand Next Gen Ii Valves
    Contractingbusiness 8128 Htpg Russell Brand Next Gen Ii Valves
    Contractingbusiness 8128 Htpg Russell Brand Next Gen Ii Valves

    Rheem’s Heat Transfer Products Group Unveils New Products

    May 4, 2017
    Heat Transfer Products Group (part of the Rheem family of brands) designs, manufactures and markets commercial refrigeration equipment under the premium brands of Russell®, Witt®, Kramer® and ColdZone®.
    Heat Transfer Products Group (part of the Rheem family of brands) designs, manufactures and markets commercial refrigeration equipment under the premium brands of Russell®, Witt®, Kramer® and ColdZone®. • The environmentally friendly design of the new Quantum Air Remote Air Cooled Condenser decreases installation labor and energy costs. The units feature heavy duty lifting eyes and hinged legs for quick installation. Motors are conveniently stud mounted on rigid rails for increased stability and ease of service. • The new Next-Gen™ II, 3 to 22 HP Air Cooled Condensing Units (shown here) incorporate design
    features that improve efficiency, performance and ease of service. The Next-Gen II units have an expanded range of compressor types for use with low global warming potential (GWP) refrigerants. For operating stability and increased system effectiveness, Next-Gen II units feature a 70F floating head pressure control valve and an integral sub-cooling circuit that allows saturated liquid to flow from the receiver to the condenser where the refrigerant is sub-cooled by ambient air. • The newly designed, award-winning Russell Next-Gen MiniCon Multi-refrigerant Air Cooled Condensing Units (shown at left) are available in half-to 6-HP models and have been engineered to
    lower long-term operating costs. R-Series Next-Gen MiniCon units feature an integral sub-cooling circuit that allows saturated liquid to flow from the receiver to the condenser where the refrigerant is sub-cooled by ambient air.

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