Tempco Electric Heater Corporation Cast-In Ring Heaters

Description
The design scope of this product line makes it possible to cast large or small diameter disc shaped rings with nominal thicknesses of 5/8" to 1". These units are an excellent choice for heating the top or bottom of a cylindrical die. As a standard, Cast-In Ring Heaters are generally manufactured in aluminum because of its superior thermal conductivity. For higher temperature or high watt density requirements, bronze or brass alloys can be used. A variety of standard terminations shown on pages 3-54 and 3-55 are available. The units can be fully machined to include through holes for mounting, thermocouple holes and surface machining.
Request a Quote Datasheet
Description
The design scope of this product line makes it possible to cast large or small diameter disc shaped rings with nominal thicknesses of 5/8" to 1". These units are an excellent choice for heating the top or bottom of a cylindrical die. As a standard, Cast-In Ring Heaters are generally manufactured in aluminum because of its superior thermal conductivity. For higher temperature or high watt density requirements, bronze or brass alloys can be used. A variety of standard terminations shown on pages 3-54 and 3-55 are available. The units can be fully machined to include through holes for mounting, thermocouple holes and surface machining.
Request a Quote Datasheet

Suppliers

Company
Product
Description
Supplier Links
Cast-In Ring Heaters -  - Tempco Electric Heater Corporation
Wood Dale, IL, United States
Cast-In Ring Heaters
Cast-In Ring Heaters
The design scope of this product line makes it possible to cast large or small diameter disc shaped rings with nominal thicknesses of 5/8" to 1". These units are an excellent choice for heating the top or bottom of a cylindrical die. As a standard, Cast-In Ring Heaters are generally manufactured in aluminum because of its superior thermal conductivity. For higher temperature or high watt density requirements, bronze or brass alloys can be used. A variety of standard terminations shown on pages 3-54 and 3-55 are available. The units can be fully machined to include through holes for mounting, thermocouple holes and surface machining.

The design scope of this product line makes it possible to cast large or small diameter disc shaped rings with nominal thicknesses of 5/8" to 1". These units are an excellent choice for heating the top or bottom of a cylindrical die. As a standard, Cast-In Ring Heaters are generally manufactured in aluminum because of its superior thermal conductivity. For higher temperature or high watt density requirements, bronze or brass alloys can be used. A variety of standard terminations shown on pages 3-54 and 3-55 are available. The units can be fully machined to include through holes for mounting, thermocouple holes and surface machining.

Supplier's Site Datasheet

Technical Specifications

  Tempco Electric Heater Corporation
Product Category Electric Heaters
Product Name Cast-In Ring Heaters
Heater Type Cast-In Heater
Unlock Full Specs
to access all available technical data

Similar Products

Blanket Drum Heaters -  - Tempco Electric Heater Corporation
Tempco Electric Heater Corporation
Specs
Heater Type Drum Heater
Maximum Operating (Sheath) Temperature 160 to 450 F (71.11 to 232 C)
AC Voltage Required 120 volts
View Details
?Metal Triple-Tube Style Heater -  - Tempco Electric Heater Corporation
Tempco Electric Heater Corporation
Specs
Heater Type Immersion Heater; Over the Side Heater
Maximum Operating (Sheath) Temperature 180 to 300 F (82.22 to 149 C)
Heating Capacity 3.00 to 18.00 kW (10.24 to 61.41 MBH)
View Details
L-Shaped Cast-In Heaters -  - Tempco Electric Heater Corporation
Tempco Electric Heater Corporation
Specs
Heater Type Cast-In Heater
Sleeve (Sheath) Material Aluminum; Brass; Bronze
Phase Three Phase AC Voltage
View Details
Ceramic Fiber Heaters -  - Tempco Electric Heater Corporation
Tempco Electric Heater Corporation
Specs
Heater Type Ceramic Fiber Heater
Maximum Operating (Sheath) Temperature 1100 to 1200 F (593 to 649 C)
Applications Annealing or Heat Treating; Curing or Tempering
View Details