HONEYWELL V5013N SERIES

• Contact us

FEATURES

• • Red brass body with NPT-threaded connections.
• • Stainless steel stem and brass plug.
• • Low seat leakage rate (≤0.05 percent of Cv).
• • Spring-loaded, self-adjusting packing.
• • 50:1 rangeability per VDI/VDE 2173.
• • Constant total flow throughout full stem travel.
• • Accurate positioning to ensure state of the art temperature control.
• • Sizes range from 1/2 in. to 2 in.
• • Suitable for pneumatic or electric/electronic actuation.
• • Repack and rebuild kits available for field servicing.

SPECIFICATIONS
IMPORTANT
The specifications given in this publication do not  include normal manufacturing tolerances. Therefore,  an individual unit may not exactly match the listed  specifications. Also, this product is tested and  calibrated under closely controlled conditions and  some minor differences in performance can be  expected if those conditions are changed.
Models:
V5013N Valve: Three-way mixing valve for water or glycol. NPT-threaded pipe connections. Constant total flow. Push down valve stem to close bottom (B) port.
Pipe Connections: Internally-threaded NPT connections.
Seat: 1/2 in.: Replaceable stainless steel (upper), replaceable brass (lower).
3/4 in. to 2 in.: Integral brass (upper), replaceable brass (lower).
ANSI Body Class: 150 psi.
Stem: Stainless steel.
Plug: Brass.
Stroke: 3/4 in. (20 mm).
Approximate Leakage Rate: 0.05 percent Cv.
Rangeability: 50:1 per VDI/VDE 2173.
Body Material: Red brass.
Packing: Spring-loaded, carbon fiber reinforced PTFE V-rings.

Pressure-Temperature Ratings:
Water: 36°F to 248°F, 217 psi (15 bar).
248°F to 337°F, 185 psi (12.8 bar).
Maximum Water Differential Pressure: 230 psid (15.8 bar).
Maximum Differential for Quiet Water Service: 20 psid.
Valve Flow Characteristics:
Port A-AB: Equal percentage.
Port B-AB: Linear.
NOTE: Movement of the valve stem at any point of the flow range does not significantly change the total flow rate at the AB outlet port (constant total flow).
Valve Design Life: 250,000 full cycles at maximum rated temperature.