| Items |  TSA0100020hR119 2.42 Watt per Centimeter Square (W/cm²) Power Density and 0.2 Current Copper-Nickel (Cu-Ni) Alloy Ultra-Thin Flexible Heater
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TSA0100025hR149 1.55 Watt per Centimeter Square (W/cm²) Power Density and 0.16 Current Copper-Nickel (Cu-Ni) Alloy Ultra-Thin Flexible Heater
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TSA0100025hR112 2.06 Watt per Centimeter Square (W/cm²) Power Density and 0.21 Current Copper-Nickel (Cu-Ni) Alloy Ultra-Thin Flexible Heater
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TSA0100025hR94.1 2.45 Watt per Centimeter Square (W/cm²) Power Density and 0.26 Current Copper-Nickel (Cu-Ni) Alloy Ultra-Thin Flexible Heater
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TSA0100032hR149 1.21 Watt per Centimeter Square (W/cm²) Power Density and 0.16 Current Copper-Nickel (Cu-Ni) Alloy Ultra-Thin Flexible Heater
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| Brands | Pelonis Technologies | |||||||||
| Type | Copper-Nickel (Cu-Ni) Alloy | |||||||||
| Width | 10 mm | |||||||||
| Length | 20 mm | 25 mm | 25 mm | 25 mm | 32 mm | |||||
| Reference Temperature Rise | 210 ºC | 150 ºC | 180 ºC | 210 ºC | 120 ºC | |||||
| Note for Reference Temperature Rise | Please note that the Temperature Rise value is for reference only. The actual temperature rise is dependent on the ambient environment and the application of the flexible heater. | |||||||||
| Resistance | 119 Ohm | 149 Ohm | 112 Ohm | 94.1 Ohm | 149 Ohm | |||||
| Power | 4.84 Watts | 3.87 Watts | 5.14 Watts | 6.12 Watts | 3.87 Watts | |||||
| Power Density | 2.42 W/cm² | 1.55 W/cm² | 2.06 W/cm² | 2.45 W/cm² | 1.21 W/cm² | |||||
| Current | 0.2 A | 0.16 A | 0.21 A | 0.26 A | 0.16 A | |||||
| DC Voltage | 24 V | |||||||||
| Industry Standards/Certifications | CE RecognizedCRU®US RecognizedReach CompliantRestriction of Hazardous Substances (RoHS) Compliant | |||||||||
| Heater Material | Etched Foil | |||||||||
| Shape | Rectangular | |||||||||
| Lead Wire Length | 210 mm | |||||||||
| Note for Lead Wire Length | The length of the lead wires will be 210 mm unless otherwise specified. | |||||||||
| Note | If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice. |
If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice. |
Standard Model. The delivery time for this model is shorter. If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice. |
If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice. |
If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products. Dimensions and specifications are subject to change without notice. |
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