Power In |
N/ASingle sided Positive (+) and negative (-) inputs |
Wiring |
N/ACan be connected to power directly 需要定制 |
Standard Frames |
N/AAvailable |
Limitations |
N/A≤15 A≤1800 Watts |
Suitable Applications |
N/A
- Most suitable for applications where power connection is fixed on a single side.
- Better vibration endurance for automotive. Prevents loose connection or poor contact between terminals. Reduces the possibility of oxidation of connection points between male and female terminals causing increase in resistance leading to overheated joints and vibration failure.
- Additional silicon seal can be added for applications located in high humidity environments. Effectively increases the life-span of the PTC.
|
Heater Type |
N/APositive Temperature Coefficient (PTC) |
Voltage Selection |
N/A
- Standard voltages: 100V~120V and 200V~240V
- For all other voltage range requirements, please contact us for additional information.
|
美联社plication Note for Voltage Selection |
N/A
- Under constant airflow, increase in voltage will have little effect on the heater power.
|
Positive Temperature Coefficient (PTC) Power (W) and Air Flow/Air Speed Considerations |
N/A
- High air speed is correlated with high heat dissipation rate which results in higher power and a more rapid increase of the surrounding temperature.
- Under low air speed, heater power will decrease, however the temperature at the air outlet will be high.
- Under no airflow, the surface of the PTC fins will approach Curie temperature. The heater power may drop to 1/20 of normal power (at air speed of 6.4m/s) and stabilizes at a constant temperature.
|
美联社plication Note for Positive Temperature Coefficient (PTC) Power (W) and Air Flow/Air Speed Considerations |
N/A
- The power of PTC heaters is related to the ambient thermal condition and the heat dissipation rate of the heater. When the ambient temperature is significantly higher than the reference temperature or when heat transfer is restricted, the resistance of the PTC will rise rapidly and power consumption reduces. Hence, the higher the heat dissipation, the higher the output power.
- The surface temperature of PTC is self regulated. The lower the surface temperature, the lower the power.
- 要看更多有关憩苑MH和鳍型PTC空气加热器允许3个e stage temperature settings (high, medium, low). The PTC heater tubes can be controlled independently (please see the "Installation" section for circuit connection), effectively reducing electricity cost and increasing product life. If this function is used in conjunction with air speed adjustment (fans), it will allow more flexibility in the adjustment of air flow and temperature.
|
Positive Temperature Coefficient (PTC) Fin Pitch Selection |
N/A
- Unique Fin PTC pitch range provides a diverse choice of high efficiency vs low air resistance (lower noise level). Choices from 1.2 mm to 2.6 mm are available for various application selections.
- Ultra-high-heating-efficiency Fin Pitch: 1.2 mm (S), 1.68 mm (M) Larger heat dissipation area; higher output power; higher temperature at the air outlet.
- Ultra-low-air resistance (lower noise level) Fin Pitch: 2.0 mm (N), 2.6 mm (B) Less heat dissipation area; projects heat further; lower output power.
- The Power (W) in the Specifications tables is based on Fin PTC Air Heaters with extra-high efficiency fin pitches. Fin pitch 1.68 mm (M) for MSH, SH and OH models, and fin pitch 1.2 mm (S) for MH model.
- The Power (W) of Fin PTC Air Heater with fin pitch 2.0 mm (N) is 95% of Fin PTC Air Heater with fin pitch 1.2 mm (S).
- The Power (W) of Fin PTC Air Heater with fin pitch 2.6 mm (B) is 90% of Fin PTC Air Heater with fin pitch 1.2 mm (S).
- The Power (W) of PFin PTC Air Heater with fin pitch 2.6 mm (B) is 90% of Fin PTC Air Heater with fin pitch 1.68 mm (M).
|
Positive Temperature Coefficient (PTC) Insulation Consideration (Doubled Insulation - Electrically Insulated Heater) |
N/A
- The Power (W) in the "Standard" tables is based on Fin PTC Air Heaters with Single Insulation (S).
- The Power (W) of Fin PTC Air Heaters with double insulation (D) is approximately 10% less than Fin PTC Air Heater with single insulation (S).
- The price of Fin PTC Air Heaters with double insulation (D) is 15~30% more than single insulation (S) Fin PTC Air Heaters.
- Double insulated Fin PTC Air Heaters are designed for use where heater exterior (fins) needs to be electrically insulated.
- Both single insulated and glued typed Fin PTC Air Heaters are not electrically insulated on the heater exterior/fins, hence carrying input voltage.
- The Fin PTC heating elements of double insulated Fin PTC Air Heaters are completely insulated within the aluminum tubes, allowing complete electric insulation on the heater exterior (fins).
|
美联社plication Note for Positive Temperature Coefficient (PTC) Insulation Consideration (Doubled Insulation - Electrically Insulated Heater) |
N/A
- The fins on Fin PTC Air Heaters with Double Insulation (D) are electrically insulated. This is suitable for applications where the device may be in contact with other conductive materials (eg. metal); expose to high humidity; with shock resistance requirement; or in products that require superior stability and quality (eg. automobiles).
- Due to its high safety and reliability performance, double insulated Fin PTC Air Heaters are mainly used by automobiles, electric vehicles, in large-power house heaters such as cold/warm air-conditioners, fan heaters, disinfecting cabinets, dryers and many more.
|