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Spirax Sarco BX6 Temp Control Valve

Spirax Sarco 0368590, BX6 Direct Acting Temperature Control Regulator Valve, 1/2 in, NPT, 17.2 bar

CBPN:22202

MPN:0368590

Price:
$364.00 / EA

DESCRIPTION

Spirax Sarco Temperature Control Regulator Valve, Direct Acting, 1/2 in Nominal, NPT, 17.2 bar, Bronze Body, 3.7 in L

The BX range of two port valves are used in conjunction with Spirax Sarco SA control systems to provide a self-acting temperature control unit. Alternatively, they can be used as electrically actuated temperature control valves by fitting an EL3500 Series electric actuator with a suitable temperature transmitter and controller.

Spirax Sarco 0368590, BX6 Direct Acting Temperature Control Regulator Valve, 1/2 in, NPT, 17.2 bar

CBPN:22202

MPN:0368590

Price:
$364.00 / EA
 
Spirax Sarco logo

DESCRIPTION

Spirax Sarco Temperature Control Regulator Valve, Direct Acting, 1/2 in Nominal, NPT, 17.2 bar, Bronze Body, 3.7 in L

The BX range of two port valves are used in conjunction with Spirax Sarco SA control systems to provide a self-acting temperature control unit. Alternatively, they can be used as electrically actuated temperature control valves by fitting an EL3500 Series electric actuator with a suitable temperature transmitter and controller.

Specifications

BrandSpirax Sarco
Weight1.5lbs
Body MaterialBronze
End StyleNPT
Nominal Size1/2 in
SeriesBX6
TypeDirect Acting
Pressure Rating17.2 bar
Dimensions3.7 in L
Manufacturer NameSpirax-Sarco Inc
ApplicationIndustrial/Commercial
Domestic/ImportDomestic
Country of OriginUS
Standards and ApprovalsANSI Class IV Shut-Off | BS 1400 LG2 Body

Item Features

  • Maximum allowable temperature: 500 deg F at 0 to 152 psig
  • 1.92 Cv
  • 8 deg p-band
  • Differential pressure: 250 psi
  • 2-port
  • Maximum allowable pressure: 362 psig at 248 deg F
  • 3.2 mm stroke
  • BX6 orifice
  • Horizontal installation
  • Normally open single seat with 4 different orifice sizes: BX2, BX3, BX4 and BX6
  • On liquid applications, the permissible maximum differential pressure may be affected by high static pressure