DELIVERY SYSTEM ACCESSORIES Model SG7500 High Flow Electric Heater for Nonflammable Gases
Model SG7500 Electric Heaters
are designed for use with nonflammable liquefied compressed gases to prevent regulator freeze-up and to assure uniform temperature under high flow conditions.
Connected between the cylinder valve and a suitable regulator, the thermostatically controlled heater warms the gas stream allowing for flow rates up to
1000 scfh* (CO2) without regulator freeze-up.
The heater is designed with a dry heat exchange medium made of aluminum and continuous high pressure stainless steel tubing with no internal joints.
Standard Features
Heavily Insulated Cabinet remains "cool".
Flow can be in either direction without loss of efficiency.
Mounting Bracket provides for convenient, wall mount installation.
Heater can be left on indefinitely, even under no-flow conditions, without resultant damage.
C.S.A. Approved
Optional Features
Manifold Adapter Block provides a means to install heater between gas cylinder and regulator with CGA connections.
Specifications
Maximum Operating Pressure: 3600 psig
Maximum Flow Rate: 1000 scfh for CO2*
(at initial gas temperature 0°F and170°F outlet)
Voltage: 120 VAC
Power: 1000 watts, 8.3 amps
Thermostat Setting: 170°F ± 5°F
Power Cord: 6 ft., 3-wire UL/CSA listed
Tubing: 5/16" OD x .049 wall x 7" long
Inlet and Outlet Connections:
Male tube connectors (2) supplied:
1/4" NPT male x 5/16" compression
Dimensions: 11" x 5 1/2" x 4 1/4"
Mounting Holes: 3 inch O/C
Approximate Weight: 11lbs.
Materials of Construction
Inlet and Outlet Connections:
Type 316 Stainless Steel
Tubing: Type 304 Stainless Steel
Cabinet: Metal Enclosure
* Capacities for other gases will vary, depending of their specific heat.
Model SG7500 Electric Heaters
are designed for use with nonflammable liquefied compressed gases to prevent regulator freeze-up and to assure uniform temperature under high flow conditions.
Connected between the cylinder valve and a suitable regulator, the thermostatically controlled heater warms the gas stream allowing for flow rates up to
1000 scfh* (CO2) without regulator freeze-up.