Reheatek strip Heaters are using surface area to transfer heat effectively. They are constructed by a nickel-chrome resistance ribbon winding around mica insulation, a stainless steel sheath, and mounting hardware. Very flexible to meet your heating applications with a variety construction options.
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THREE PHASE & DUAL VOLTAGE
A third terminal may be added for dual voltage, three phase operation or for easy grounding.
NON-STANDARD LOCATION OF LEADS OR TERMINALS
Terminations could be offset, paralleled, centered, or at each end. Lead wires are available.
Leads or terminals may be located at any reasonable place along the heater for applications where standard connections may be inaccessible.
HOLES AND CUTOUTS
Mounting holes locations could be customized. Please provide drawing for hole dimensions and locations.
FINNED STRIP HEATERS
Reheatek strip heaters can be supplied with fins upon request.
THREE PHASE & DUAL VOLTAGE
A third terminal may be added for dual voltage, three phase operation or for easy grounding.
NON-STANDARD LOCATION OF LEADS OR TERMINALS
Terminations could be offset, paralleled, centered, or at each end. Lead wires are available.
Leads or terminals may be located at any reasonable place along the heater for applications where standard connections may be inaccessible.
HOLES AND CUTOUTS
Mounting holes locations could be customized. Please provide drawing for hole dimensions and locations.
FINNED STRIP HEATERS
Reheatek strip heaters can be supplied with fins upon request.
Technical Parameters | |
Voltage | 110V/220V/230V/240V/380V |
Power | Up to 1000W |
Wattage | Up to 3.5W/cm2 |
Wattage Tolerance | +5%, -10% |
Max. Temperature | 600℃ |
Sheath Thickness | 0.3 ~ 0.5mm nominal |
Insulation Resistance | ≥100 MΩ |
Technical Parameters | |
Voltage | 110V/220V/230V/240V/380V |
Power | Up to 1000W |
Wattage | Up to 3.5W/cm2 |
Wattage Tolerance | +5%, -10% |
Max. Temperature | 600℃ |
Sheath Thickness | 0.3 ~ 0.5mm nominal |
Insulation Resistance | ≥100 MΩ |
Main Materials | |||
Sheath Material | Stainless steel | ||
Resistance Wire | Nickel Chromium (Ni80Cr20) | ||
Insulation | Mica, Ceramic | ||
Lead Wire | With protective sleeve, steel hose or braid | ||
Terminal | Thread, ceramic, metal box, plug |
Main Materials | |||
Sheath Material | Stainless steel | ||
Resistance Wire | Nickel Chromium (Ni80Cr20) | ||
Insulation | Mica, Ceramic | ||
Lead Wire | With protective sleeve, steel hose or braid | ||
Terminal | Thread, ceramic, metal box, plug |
Features | 1. Easy and economical to install 2. Available in a wide range of wattages & voltages 3. Uniform heat distribution 4. Ribbon resistance offers broad surface contact for extended life 5. Could be used single or in groups to provide the required amount of heat 6. Flexible in shape design to fit applications 7. Durable |
Design Details | Please provide the following information: 1. Operating temperature 2. Voltage and phase 3. Rating power 4. Termination types 5. Mounting method 6. Detail dimensions 7. Holes and cutouts position Note:The more details provided, the better it'll be designed and fits the application |
Features | 1. Easy and economical to install 2. Available in a wide range of wattages & voltages 3. Uniform heat distribution 4. Ribbon resistance offers broad surface contact for extended life 5. Could be used single or in groups to provide the required amount of heat 6. Flexible in shape design to fit applications 7. Durable |
Design Details | Please provide the following information: 1. Operating temperature 2. Voltage and phase 3. Rating power 4. Termination types 5. Mounting method 6. Detail dimensions 7. Holes and cutouts position Note:The more details provided, the better it'll be designed and fits the application |