4-ZONE with 2-THERM. MIXING 1
2 X Hi Temp Module + 2 X THERM MIX Module
( Max. 266 MBH & 27.1 GPM @ ΔT-20ºF , 1" Connection)

4-ZONE with 2-THERM. MIXING 1" MODULAR HYDRONIC SYSTEM

Up to 266 MBH, 27.1 GPM @ dT-20ºF
P-SERIES HI-LOW TEMP PANEL including 2 HI TEMP and 2 THERM MIX TEMP Pump-Zone Modules and Distribution Manifold
Part Number: V4-25-31313333
Availability: In Stock. Free Shipping.
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4-Zone / 3 Temperature Hydronic Zone Panel (266.0 MBH @ 20ºF dT)

The pre-engineered P-Series Modular Hydronic Zone Panel is a distribution system for Hydronic heating, designed to work with heat sources of different types and brands, zone controls, and/or thermostats.

Modular Hydronic Zone panel is a compact, pre-piped mechanical system complete with circulator, isolation ball valves, thermometers and insulation shells to control heat loss. Modular Hydronic Zone panels are intendet to speed up installation by connecting directly to a hydronic heating system, providing a complete and compact piping and mixing system in a box. 

P-Series 4-ZONE THERMOSTATIC MIXING Panels of different pipe sizes can handle from 37,700 up to 266,000 Btu/h. Two (2) Modular Hydronic Mixing Zone modules are equipped with thermostatic 3-way valve designed to provide low temperature floor heating. The valve has a manual adjustment knob used for setting the supply temperature point of a single low temperature zone. Two (2) High Temperature Zone Modules can provide a wide range of control to accommodate many project applications from indirect water heaters to hydronic air handlers and baseboards.

The panel is easy to assemble, takes only minutes to connect and reduces installation expertise requirements. This unique design allows the P-Series Zone Panel to be installed in a variety of constricted spaces for new installations or retrofits. The panel can be installed in a vertical or horizontal position. An optional low-loss header can be added to act as hydraulic break, separating boiler and system circuits from each other. The low-loss header is required to hydraulically isolate the primary boiler loop from the secondary zone loop if boiler has a built-in pump, or its specified flow rate differs from the flow rate of zone circulators in the distribution system.

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