| Brand Name: | EVLINK |
| Model Number: | QC01 |
| MOQ: | 1 SET |
| Price: | $1000-1500 per set |
| Payment Terms: | T/T |
| Supply Ability: | 100 sets per 2 weeks |
Adaptable to diverse electric vehicle heating requirements, this high-voltage PTC coolant heater offers 15–35 kW heating-power options within a 400–1100 V DC range. It supports coolant-based battery and cabin heating for electric buses, trucks, and construction vehicles, with CAN communication and enable-signal control interfaces. Select the appropriate configuration according to vehicle and thermal system specifications.
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| Insulation Resistance | ≥100 MΩ at DC 1000V, high-voltage section |
| High-Voltage Protection | Overvoltage, undervoltage, overcurrent, short-circuit and overtemperature protection |
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CAN communication, enable signal communication |
| Product Size | 346 × 268 × 123 mm |
| Product Weight | 12 kg |
Final specifications and protection thresholds should be confirmed according to the selected configuration and approved technical agreement.
Utilizing positive temperature coefficient (PTC) heating technology, this electric coolant heater is developed for high-voltage thermal management systems in electric vehicles. Electrical energy is converted into heat and transferred to the circulating coolant, providing thermal energy for designated vehicle heating circuits.
PTC technology exhibits a temperature-dependent electrical resistance characteristic. Actual power regulation and temperature control, however, depend on the heater design, electrical operating conditions and associated control system.
The selected model should be matched to the required voltage, heating output, coolant specifications and thermal operating limits to ensure compatibility with the intended application.
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It uses electrical power from the vehicle’s high-voltage system to heat circulating coolant. The coolant can then transfer heat to the battery system, cabin heat exchanger or another approved thermal circuit.
No. It is intended for projects with relatively high heating demand. The correct configuration depends on operating voltage, required heat output, coolant conditions, installation space and control requirements.
It may support either application when the vehicle coolant architecture and control strategy allow it. Some vehicles use separate circuits, while others use valves or a shared thermal loop.
Please provide the vehicle type, operating-voltage range, required heating power, coolant type, expected flow rate, inlet-temperature range, installation space, connector requirements and CAN communication requirements.
Project-specific requirements can be evaluated after the installation drawing, packaging space and electrical interface are provided. The final configuration should be confirmed in the approved drawing and technical agreement.
Send us your voltage range, target heating power, coolant conditions, flow rate, installation drawing, control requirements and project quantity. EVLINK will review the information and recommend a suitable configuration for technical confirmation and quotation.