This single-phase variable-frequency driver is one of the single-phase power supply series.Maximum input current is 10A. Rated input voltage is AC220V 50/60Hz.This variable frequency driver is controlled by a position sensorless 180 degree sine wave vector and driven by Control of BLDC Compressor.It has abnormal bus voltage and the compressor lack of phase protection, IPM module temperature protection, compressor over-current protection and other functions.The customer only needs to control the logic of the product, use standard RS-485ModBus communication to set the target frequency and read the inverter state. So it is very easy to control the compressor safely and efficiently. This controller can provides signal of DC365V and VSP to control the DC fan.
The main specifications of S10A01 are as follows:
Operating temperature range |
-20 - 60ºC |
Humidity |
< 95% and non-condensed state |
Class of pollution |
Max 2 |
Input maximum current |
10A |
Input maximum power |
2.2kw @220V AC |
Input voltage |
Single phase standard voltage 220 V 50 / 60 Hz, operable voltage 170-265 V |
Output Hz |
15-120Hz (ultimately according to the specification of the compressor) |
Carrier frequency |
5.0kHz (adjustable according to compressor noise) |
PFC |
PF value (0.90-0.99) |
Communication |
Standard RS485 isolation design, baud rate 1200bps |
LED green (one) |
5V power indicator |
High-pressure switch (input)* |
- |
Program update terminal (input)* |
Program update using |
Temperature sensor (input) * |
- |
No. |
Name |
Application |
Remarks |
|
L,N |
AC power input (connect to filter band L1-out and N1-out ) |
Ø4 round wiring terminal (AWG12) |
|
CN485 |
RS485 communication |
XH3 terminal (AWG24) |
|
CN-COMP |
U\V\W\output connected compressor(Forbidden wrong connected) |
Ø4 round wiring terminal (AWG12) |
|
CN-FAN |
Connected DC fan (the terminals sequence:DC+,GND,15V,VSP,FB ) |
|
|
CN-PRM |
Initial program burning port |
XH5 terminal (AWG24) |
|
CN-BL |
BootLood function Updates the program and EPPROM |
XH4 terminal (AWG24) |
The communication between S10A01 and outdoor main control board can be separated by RS485ModMUS (optional) or RS232 (optional).Considering the requirement of universality, the default communication mode of inverter is RS485 ModMUS which communication protocol is the standard Modbus communication protocol, and the baud rate is 1200bps.The S10A01 is slave computer, and the upper computer (outdoor system main control board) is the host. The description of the communication agreement can be provided separately by contacting our company.
No. |
Fault content |
Fault description |
Y/ N |
B0 |
IPM over current protection |
Out of IPM hardware loop setting (DC peak) |
YES |
B1 |
Compressor running out of step |
Compressor out of step due to sudden change of load |
YES |
B3 |
Compressor out of phase |
Any of phase out of for compressor U\V\W |
YES |
B4 |
Under voltage protection |
DC bus voltage is less than 210V |
YES |
B5 |
Over voltage protection |
DC bus voltage is higher than 435V |
YES |
B6 |
The radiator temperature is too high |
The radiator temperature exceeds the set value |
No |
B7 |
Abnormal radiator sensor |
Short circuit or break of radiator sensor |
No |
B8 |
Abnormal communication |
The upper computer communication data cannot be received for 120 seconds continuously |
YES |
B9 |
Abnormal AC phase or CT |
Input power under phase or abnormal AC current |
YES |
B10 |
High AC current protection |
AC current exceeds the set protection value |
YES |
B11 |
AC voltage is too low |
AC voltage is lower than the set value |
No |
B12 |
High voltage switch protection |
High voltage switch interface is disconnected |
Optional |
B13 |
IPM over temperature protection |
IPM over temperature protection |
YES |
B14 |
Compressor over current protection |
Compressor current exceeds set value |
Optional |
B15 |
APFC protection |
APFC protection temperature output exceeds set value |
No |
B21 |
EPPROM fault |
EPPROM fault |
YES |
B24 |
Outer fan 1 fault |
Rotate speed fault of fan 1 |
YES |
B25 |
Outer fan 2 fault |
Rotate speed fault of fan 2 |
YES |





