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Watts 0559160 WAT0559160

WATTS® 1170C Series 1170C-UT-M2 0559160 Temperature Control Valve, 1 in Nominal, NPT, 0.5 to 23 gpm, 150 psi, 200 deg F

  • Manufacturer: Watts Water Technologies
  • Brand Name: Watts
  • Part#: WAT0559160
  • MPN: 0559160
  • UPC: 098268452389
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • Availability: loading
  • Branch Availability

Series 1170C-M2 Hot Water Temperature Control Valves are used in commercial, residential, and institutional applications to reduce the temperature of the hot water supply. It consists of a bronze body construction with union thread, union solder, PEX or CPVC end connections, integral check valves, copper thermostat assembly, stainless steel disc and spring, Buna-N or EPDM O-rings, and Udel pistons. Series 1170C-M2 features a double-throttling design that combines the control of hot and cold water to provide a sensitive response to changes in water temperature passing through the mixing chamber. Temperature range is 90 deg F to 120 deg F (32 deg C to 49 deg C). Maximum Pressure is 150 psi (10 bar).

WATTS® Temperature Control Valve, Series: 1170C Series, Model: 1170C-UT-M2, 1 in Nominal, NPT Connection, 150 psi, 0.5 to 23 gpm Flow Rate, Bronze Body, Stainless Steel Disc, 200 deg F, 5-5/8 in H x 5-5/16 in W, Additional Information: 120 to 200 deg F Hot Inlet, 40 to 85 deg F Cold Inlet

Additional Information      :      120 to 200 deg F Hot Inlet, 40 to 85 deg F Cold Inlet
Body Material      :      Bronze Seat Material
Connection Type      :      NPT
Dimensions      :      5-5/8 in H x 5-5/16 in W
Disc Material      :      Stainless Steel
EA Height      :      7.375 in
EA Length      :      2.437 in
EA Weight      :      3.1 lb
EA Width      :      5.625 in
Flow Rate      :      0.5 to 23 gpm
Model      :      1170C-UT-M2
Net Content      :      1
Nominal Size      :      1 in
Pressure Rating      :      150 psi
Series      :      1170C Series
Temperature Rating      :      200 deg F
    Check valves and filter gaskets in both hot and cold water inlets protect against cross flow