Heat Tracing Coils

Description: Nickel Chrome wire. Cable heaters can transmit up to 35 W/in2 heating capacity and can attain up to 15000F surface temperature. Cable heaters could be coiled, to form coil heaters that are ideal whenever a large amount of heat is required in a confined space. Coil heaters have

Description: a safety yellow identification jacket 2 to signify materials potentially dangerous such as steam per ASME/ANSI A13. SafeTrace BTS is supplied in long length coils and may be installed anywhere bare tracing is specified.

• Maximum Operating Temperature: -40 to 250 F
• Maximum Operating (Sheath) Temperature: -40 to 250 F
• Sleeve (Sheath) Material: Copper, Fluoropolymer, Stainless Steel
• Heater Type: Heat Tracing

Description: Nickel Chrome wire. Cable heaters can transmit up to 35 W/in2 heating capacity and can attain up to 15000F surface temperature. Cable heaters could be coiled, to form coil heaters that are ideal whenever a large amount of heat is required in a confined space. Coil heaters have

Description: or 200-277V and nominal power outputs 3, 5, 8, 10, 12 W/ft. The CT type outer jacket of the GHT cable has high chemical resistance and therefore can be used in areas where organic chemicals or corrosives may be present. When used with the GB Series connection accessories, the GHT heat

• Maximum Operating (Sheath) Temperature: 150 F
• AC Voltage Required: 100 to 277 volts
• Maximum Operating Temperature: 150 F
• Heater Type: Coil Heater

Description: Exclusive Thermoloid® sensor/controller Operates in narrow temperature band Compact low mass – fast response Two wrench flats for easy installation Ram-type plug for reliable shut-off Typical Applications To control temperatures in glycol heat tracing systems, HAT valves will maintain

• Valve Size: 0.5 to 0.75 inch
• Pressure Rating: 300 psi
• Number of Ports/Ways: 2
• Media Temperature: 300 F

Description: Externally removable/replaceable seats. Seats can be replaced or cleaned without removing the mechanism assembly. Typical applications Low-pressure heating systems Process heat exchanger or coils with modulating steam control Remote installations (tracing, tank farms, or remote

• Maximum Discharge Pressure: 125 psi
• Discharge Size: 0.5 to 2 inch
• Power Source: Air / Pneumatic, Steam
• Pump Type: Condensate Pumps

Description: Safety. The pump can be used in flooded pits without fear of electrocution or circuit breaker defaults. Externally removable/replaceable seats. Seats can be replaced or cleaned without removing the mechanism assembly. Typical applications Low-pressure heating systems Process heat exchanger or

• Maximum Discharge Pressure: 125 psi
• Discharge Size: 0.5 to 3 inch
• Power Source: Air / Pneumatic, Steam
• Pump Housing Material: Cast Iron

Description: can be used in flooded pits without fear of electrocution or circuit breaker defaults. Externally removable/replaceable seats. Seats can be replaced or cleaned without removing the mechanism assembly. Typical applications Low-pressure heating systems Process heat exchanger or coils

• Maximum Discharge Pressure: 125 psi
• Discharge Size: 2.25 inch
• Power Source: Air / Pneumatic, Steam
• Pump Housing Material: Cast Iron

Description: mounted units. Components include a 3 pass dual helical coil heat exchanger, specially designed isolation valves, pump, pump strainer, degasser, burner, expansion tank, safety controls and temperature blocking vessel. Optional features include a drain tank and secondary heating

• Maximum Operating (Sheath) Temperature: 750 F
• kWatts: 0.00014655 to 14,655 kW
• Maximum Operating Temperature: 750 F
• Heating Capacity: 0.00014655 to 14,655 kW