MANIFOLDS (LIQUID LINE MANIFOLDS/SUCTION LINE MANIFOLDS) The manifolds are used on A-coils, slab coils, package air-conditioning units, condenser coils and package heat-pump units.
Designed to replace capillary tubing which is hard to handle and easy damaged, giving a more predictable pressure drop. Replaces capillary tubes, distribute two-phase refrigerant to a coil.
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Designed in all copper structure, this distributor is a thin-walled distributor through cold stamping and rolling molding. -
A new process is used to fix the restrictor in the distributor, and the rear pipe is welded on the distributor as an integral structure. -
Features and Benefits: • Cost effective to replace a capillary tube • One piece design, easy to handle and install • Versatility in length, end configuration, orifice size and copper tube bend configuration • Complete range of orifice sizes, and easy to change it at field • Custom end configuration available • Complete range of orifice sizes -
The inlet end of this distributor is threaded. It is threaded to connect the thermal expansion valve (TXV), electronic expansion valve (EXV) or other components. -
Application: They are designed to replace capillary tubing which is hard to handle and easily damaged. The manifolds give a more predictable pressure drop and distribute two-phase refrigerant to the coil. -
MANIFOLDS (LIQUID LINE MANIFOLDS/SUCTION LINE MANIFOLDS) The manifolds are used on A-coils, slab coils, package air-conditioning units, condenser coils and package heat-pump units. Designed to replace capillary tubing which is hard to handle and easy damaged, giving a more predictable pressure drop. Replaces capillary tubes, distribute two-phase refrigerant to a coil. -
The nozzle distributor mixes the gas-liquid two-phase mixture through a small mutation hole, which makes the refrigerant gas and liquid mix evenly before entering the small distribution hole, so that the distribution is uniform. It adapts to distributors with different numbers of holes, different refrigerants and different load requirements by replacing nozzles with different small hole inner diameters. -
This structure is a combination of throttling and diversion functions of the refrigerant. It can be used to replace the integrated structure of capillary assembly, TXV and check valve. We can provide separate distributor assemblies and connecting parts, and also provide integrated structure of valve spool and distributor. At the same time, we can ensure high-quality welding and design the most reasonable and cost-efficient usage plan for you. -
This distributor is designed according to the Venturi principle in fluid mechanics.