Air Conditioning Power Supply Controller
The air conditioner power controller is a key device for managing the power supply and operation of the air conditioner. It is mainly responsible for power regulation, protection and monitoring of the air conditioning system. It can ensure the stability of the power supply during the start-up, operation and stop of the air conditioner, and avoid damage to the air conditioner caused by voltage fluctuations or overload. Through intelligent control, the air conditioner power controller can adjust the power supply status according to the air conditioner load demand and optimize energy efficiency. In addition, it usually has protection functions such as overvoltage, undervoltage, overload, and short circuit, which effectively prolongs the service life of the air conditioner. Modern air conditioner power controllers are also equipped with remote monitoring and diagnosis functions, which can provide real-time feedback on the operating status, help users to promptly discover potential problems, and improve the stability and safety of the system. Through these control and protection functions, the air conditioner power controller not only ensures the normal operation of the air conditioner, but also improves energy utilization efficiency and reduces energy consumption.
Four Major Advantages of the Air Conditioning Power Supply Controller:
Improve safety: It has protection functions such as overvoltage, undervoltage, and overload to prevent air conditioner damage.
Optimize energy efficiency: Intelligently adjust the power supply to improve the energy efficiency of the air conditioner.
Extend equipment life: Stabilize power supply, reduce the damage to the air conditioner caused by power fluctuations, and extend service life.
Remote monitoring: Support remote monitoring and fault diagnosis, which is convenient for timely detection and handling of problems.
General Specifications of Air Conditioning Power Supply Controller Series
Input Voltage: | 74 – 400 V |
Output Voltage: | 3 – 380 V |
Out Power: | 3 – 16 kW |
Cooling Method: | Forced Air Cooling |
Protection Lever: | IP55 |
Model | Input Voltage | Output Voltage | Model | Input Voltage | Output Voltage | ||
OCDS5T5NF540040X | 400 V | 400 V | OCDS5T5NF540006C | 400 V | 440 V | ||
OCDS5T5NF200006A/X | 400 V | 440 V | OCDS5T4NF540077A/X | 400 V | 200 V | ||
OCDT4T5NV540005X | 220 V | 380 V | OCDD2T4NF540040X | DC 74 V | 200 V | ||
OCDD2T4NV540016X/A/B | DC 74 V | 200 V | |||||
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Air Conditioning Power Supply Controller Series Products
This is the list of all series of Air Conditioning Power Supply Controller.
Click here to find Air Conditioning Power Supply Controller.
OCDS5T5NF540040X
Input Voltage:400 V
Output Voltage:400 V
Output Power:16 kW
Cooling Method:Forced Air Cooling
Weight:32 kg
Dimensions:450 * 495 * 252
OCDS5T5NF540006C
Input Voltage:400 V
Output Voltage:440 V
Output Power:3 kW
Cooling Method:Forced Air Cooling
Weight:35 kg
Dimensions:426 * 310 * 303
OCDS5T5NF200006A/X
Input Voltage:400 V
Output Voltage:440 V
Output Power:4 kW
Cooling Method:Forced Air Cooling
Weight:46 kg
Dimensions:426 * 400 * 380
OCDS5T4NF540077A/X
Input Voltage:400 V
Output Voltage:200 V
Output Power:9 kW
Cooling Method:Forced Air Cooling
Weight:110 kg
Dimensions:1020 * 480 * 422
OCDT4T5NV540005X
Input Voltage:220 V
Output Voltage:380 V
Output Power:3 kW
Cooling Method:Forced Air Cooling
Weight:75 kg
Dimensions:680 * 460 * 350
OCDD2T4NF540040X
Input Voltage:DC 74 V
Output Voltage:200 V
Output Power:6 kW
Cooling Method:Forced Air Cooling
Weight:39 kg
Dimensions:512 * 263 * 322
OCDD2T4NV540016X/A/B
Input Voltage:DC 74 V
Output Voltage:220 V
Output Power:5 kW
Cooling Method:Forced Air Cooling
Weight:90 kg
Dimensions:670 * 600 * 250