4~20 mA Current-Adjustable Stepper Motor Driver

Product Introduction

4~20 mA current-adjustable stepping motor driver is a compact and versatile solution designed for precise speed control via analog current signal. It features miniature size, wide voltage input, and seamless integration with NEMA17 and NEMA23 stepper motors.

The driver accepts 4~20 mA analog current input corresponding to 0~300 RPM speed output (default setting for peristaltic pumps), making it ideal for applications requiring adjustable speed control without complex digital communication.

Product Advantages

• Miniature Size: Ultra-compact 42.2mm × 42.2mm × 14.5mm design saves installation space.
• Wide Voltage Input: DC 12~40VDC input range, recommended working voltage 24VDC.
• High Output Current: Continuous output current 1.4A max, peak current 2.0A.
• Flexible Integration: Integrated design, mountable with NEMA17 and NEMA23 stepper motors.
• Smooth Operation: Low vibration, low noise, stable operation, low motor heating.
• Adjustable Speed: 4~20 mA current corresponding to 0~300 RPM speed range (customizable on request).

Electrical Characteristics

Product Images

Pin Definition

Wiring Diagram

Debug Cable & Software

Debugging Software ↓

Demo Video

Customized Working Speed Range 0-300RPM for peristaltic pumps requirement. Adjusting current: 4~20mA corresponding to Speed: 0~300RPM:

Integrated Stepper Motor Assembly

When this NEMA17 Sized Driver assembled with NEMA23 motor via a flange, an Integrated Stepper Motor is formed:

Downloads & Support

• User Manual: Current Stepper Motor Driver User Manual
• Debug Software: Debugging Software Download

More Information on detail, please feel free to contact me

4~20 mA Current-Adjustable Stepper Motor Driver

Product Introduction

4~20 mA current-adjustable stepping motor driver is a compact and versatile solution designed for precise speed control via analog current signal. It features miniature size, wide voltage input, and seamless integration with NEMA17 and NEMA23 stepper motors.

The driver accepts 4~20 mA analog current input corresponding to 0~300 RPM speed output (default setting for peristaltic pumps), making it ideal for applications requiring adjustable speed control without complex digital communication.

Product Advantages

• Miniature Size: Ultra-compact 42.2mm × 42.2mm × 14.5mm design saves installation space.
• Wide Voltage Input: DC 12~40VDC input range, recommended working voltage 24VDC.
• High Output Current: Continuous output current 1.4A max, peak current 2.0A.
• Flexible Integration: Integrated design, mountable with NEMA17 and NEMA23 stepper motors.
• Smooth Operation: Low vibration, low noise, stable operation, low motor heating.
• Adjustable Speed: 4~20 mA current corresponding to 0~300 RPM speed range (customizable on request).

Electrical Characteristics

Product Images

Pin Definition

Wiring Diagram

Debug Cable & Software

Debugging Software ↓

Demo Video

Customized Working Speed Range 0-300RPM for peristaltic pumps requirement. Adjusting current: 4~20mA corresponding to Speed: 0~300RPM:

Integrated Stepper Motor Assembly

When this NEMA17 Sized Driver assembled with NEMA23 motor via a flange, an Integrated Stepper Motor is formed:

Downloads & Support

• User Manual: Current Stepper Motor Driver User Manual
• Debug Software: Debugging Software Download

More Information on detail, please feel free to contact me

NEMA34 Hollow Shaft Stepper Motor

Electrical Specifications:

 Mechanical Dimensions and Wiring Diagram:

Torque Performance Curve: 

34HS76	34HS114

Test Condition: Chopper drive, no ramping, half micro-stepping, drive voltage 40V
Lead Wire Mode Options:

More Information on detail, please feel free to contact me  

NEMA23 Hollow Shaft Stepper Motor

Electrical Specifications:

 Mechanical Dimensions and Wiring Diagram:

Torque Performance Curve: 

23HS55	23HS75

Test Condition: Chopper drive, no ramping, half micro-stepping, drive voltage 40V

More Information on detail, please feel free to contact me  

NEMA14 Hollow Shaft Stepper Motor

Electrical Specifications:

 Mechanical Dimensions and Wiring Diagram:

Torque Performance Curve: 

14HS34	14HS47

Test Condition: Chopper drive, no ramping, half micro-stepping, drive voltage 24V

More Information on detail, please feel free to contact me  

NEMA11 Hollow Shaft Stepper Motor

Electrical Specifications:

 Mechanical Dimensions and Wiring Diagram:

Torque Performance Curve: 

11HS34	11HS45

Test condition: Chopper drive, no ramping, half micro-stepping, drive voltage 24V

More Information on detail, please feel free to contact me  

NEMA17 Hollow Shaft Stepper Motor

Electrical Specifications:

 Mechanical Dimensions and Wiring Diagram:

Torque Performance Curve: 

17HS34	17HS40
17HS48	17HS60

Test Condition: Chopper drive, no ramping, half micro-stepping, drive voltage 40V

More Information on detail, please feel free to contact me  

NEMA6 Hollow Shaft Stepper Motor

Electrical Specifications:

 Mechanical Dimensions and Wiring Diagram:

Torque Performance Curve: 

More Information on detail, please feel free to contact me  

NEMA8 Hollow Shaft Stepper Motor

Electrical Specifications:

 Mechanical Dimensions and Wiring Diagram:

Torque Performance Curve: 

8HS30	8HS42

More Information on detail, please feel free to contact me  

The IM34ET Series Integrated Motors represent a perfect integration of stepper drivers and stepper motors, combining the technologies of both in a single unit. They are fully compatible with 1599-revolution mechanical absolute encoders, which not only save installation space but also streamline wiring connections. By reducing your design and production costs, they stand as the premier choice for your stepper system solutions.

Frame Size: NEMA34
Holding Torque: 4.5–12.5 N·m
Supply Voltage: 18–70 VAC
Supported Protocols: Modbus/RTU, RS485
Built-in Programmable Multi-Turn Feedback: 1599 revolutions; supports user-defined home position with memory, no sensor required
Software Limit Function Supported: More reliable than mechanical limit switches
Closed-Loop Control: 4096-line (16384 counts) encoder feedback
Torque Modes Supported: Homing on collision, constant torque, object gripping
Input Compatibility: 5–24 VDC; Output: Open-collector (OC) output, withstanding voltage up to 30 VDC
Comprehensive Protection Features: Over-voltage, under-voltage, over-current, winding open-circuit, and position deviation protection
Non-Volatile Memory: Configuration parameters stored in the on-chip FLASH of the MCU
Wide Filter Frequency Range: 50 kHz–5 MHz adjustable, factory default at 300 kHz
User-friendly PC interface with full-featured functionality

Motor Parameters

CRC Check Routine (C#)

UInt16 Funct_CRC16(unsigned char * puchMsg, UInt16 DataLen)
{
  UInt16 i,j,tmp;
  UInt16 crcdata=0xFFFF;
  for(i=0;i<DataLen;i )
  {
    crcdata=(*puchMsg)^crcdata;
    puchMsg ;
    for(j=0;j<8;j )
    {
      tmp=crcdata&0x0001;
      crcdata=crcdata>>1;
      if(tmp){
        crcdata=crcdata^0xA001;
      }
    }
  }
  return crcdata;
 }

RS485 Integrated Stepper Motor Commissioning and Control Software:

Modbus Poll

New Software in google drive 

Github Project

Adampower 

Quick Start Guide – Follow the steps below:

LED indicator and status:

more Information on detail, please feel free to contact me

The IG34 series integrated motor is the perfect combination of drive and stepper motor,
which perfectly integrates stepper motor and drive technology, also built in 1000 line encoder,
it can save installation space, Simultaneously saving design and production costs,
supporting RS485 and TTL communication.

Motor Parameters

Wiring Diagram:

2. RS485 Type Integrated Stepper Motor, Terminal Definition

Terminal Definition

Terminal	Name	Description
1	V	24~60VDC
2	V-	GND
3	X0 (PU )	Optoelectronic isolation, differential, High level can directly receive 3.3-24VDC, with a minimum pulse width of 2us, The maximum pulse frequency is 400KHz, which can be used as a universal input port for Pulse/Direction
4	X0-(PU-)
5	X1 (DR )
6	X1-(DR-)
7	X2 (EN )
8	X2-(EN-)
9	Y0 (AL )	The default alarm output port can detect the driver alarm status and provide feedback to the main station. Other functions can be set through communication
10	Y0-(AL-)
11	485A	RS485 Communication port, default baud rate is 115200
12	485B

Set Device ID for RS485 integrated Stepper Motor by SW1 ~ SW5:

SW6 is used to set the terminal resistance; OFF=0 ohms; ON=120 ohms

---

CRC Check Routine (C#)

UInt16 Funct_CRC16(unsigned char * puchMsg, UInt16 DataLen)
{
UInt16 i,j,tmp;
UInt16 crcdata=0xFFFF;
for(i=0;i<DataLen;i )
{

crcdata=(*puchMsg)^crcdata;
puchMsg ;
for(j=0;j<8;j )
{
tmp=crcdata&0x0001;
crcdata=crcdata>>1;
if(tmp){
crcdata=crcdata^0xA001;
}
}
}
return crcdata;
}

---

Software Tools for RS485 Control

Modbus Poll 

New Software in google drive 

Github Project

Step-Config
1. Extract the zip file, open CommFile folder and Click Step-Config.exe or Adampower.exe

2. Open Project.

3. Click Browse

4. Select the Project.prj  in the Project folder, in the same path as CommFile.

5. Double Click the Project.prj path

 6. Right Click Modbus_485, and Click Property:
     
 7. Click Property ComNN, Choose COM port, Baud rate and click Save and OK.
   

 8. Start to use software control the RS485 Integrated stepper motor by below buttons:

RS485 Stepper Motor Controller Manual 

Block Diagram:

2  Input signals can directly receive 3.3-24V DC levels at high levels, Max. frequency of 400KHZ.
X0:  pulse input, IO start/stop, limit, direction, universal input.
X1  pulse input, IO start/stop, limit, direction, universal input.
...

1 Output signal, maximum withstand voltage 30V, maximum input or output current 30mA
 Y0 : alarm output, universal output, and factory default alarm output.
 
LED indicator and status:

more Information on detail, please feel free to contact me  

The IG11 series integrated motor is the perfect combination of drive and stepper motor,
which perfectly integrates stepper motor and drive technology, also built in 1000 line encoder,
it can save installation space, Simultaneously saving design and production costs,
supporting RS485 and TTL communication.

Motor Parameters
NEMA11 integrated Stepper Motor:

 Wiring Diagram:

Block Diagram:

2  Input signals can directly receive 3.3-24V DC levels at high levels, Max. frequency of 400KHZ.
X0:  pulse input, IO start/stop, limit, direction, universal input.
X1  pulse input, IO start/stop, limit, direction, universal input.
...

1 Output signal, maximum withstand voltage 30V, maximum input or output current 30mA
 Y0 : alarm output, universal output, and factory default alarm output.
 
LED indicator and status:

more Information on detail, please feel free to contact me  

The IG14 series integrated motor is the perfect combination of drive and stepper motor,
which perfectly integrates stepper motor and drive technology, also built in 1000 line encoder,
it can save installation space, Simultaneously saving design and production costs,
supporting RS485 and TTL communication.

Motor Parameters
Pulse type NEMA14 integrated Stepper Motor:

RS485 type NEMA14 integrated Stepper Motor:

Wiring Diagram:

Block Diagram:

2  Input signals can directly receive 3.3-24V DC levels at high levels, Max. frequency of 400KHZ.
X0:  pulse input, IO start/stop, limit, direction, universal input.
X1  pulse input, IO start/stop, limit, direction, universal input.
...

1 Output signal, maximum withstand voltage 30V, maximum input or output current 30mA
 Y0 : alarm output, universal output, and factory default alarm output.
 
LED indicator and status:

more Information on detail, please feel free to contact me  

The IG24 series integrated motor is the perfect combination of drive and stepper motor,
which perfectly integrates stepper motor and drive technology, also built in 1000 line encoder,
it can save installation space, Simultaneously saving design and production costs,
supporting RS485 and TTL communication.

Motor Parameters

 Wiring Diagram:

2. RS485 Type Integrated Stepper Motor, Terminal Definition

Terminal Definition

Terminal	Name	Description
1	V	24~60VDC
2	V-	GND
3	X0 (PU )	Optoelectronic isolation, differential, High level can directly receive 3.3-24VDC, with a minimum pulse width of 2us, The maximum pulse frequency is 400KHz, which can be used as a universal input port for Pulse/Direction/Enable
4	X0-(PU-)
5	X1 (DR )
6	X1-(DR-)
7	X2 (EN )
8	X2-(EN-)
9	Y0 (AL )	The default alarm output port can detect the driver alarm status and provide feedback to the main station. Other functions can be set through communication
10	Y0-(AL-)
11	485A	RS485 Communication port, default baud rate is 115200
12	485B

Set Device ID for RS485 integrated Stepper Motor by SW1 ~ SW5:

SW6 is used to set the terminal resistance;   OFF=0 ohms; ON=120 ohms

---

CRC Check Routine (C#)

UInt16 Funct_CRC16(unsigned char * puchMsg, UInt16 DataLen)
{
UInt16 i,j,tmp;
UInt16 crcdata=0xFFFF;
for(i=0;i<DataLen;i )
{

crcdata=(*puchMsg)^crcdata;
puchMsg ;
for(j=0;j<8;j )
{
tmp=crcdata&0x0001;
crcdata=crcdata>>1;
if(tmp){
crcdata=crcdata^0xA001;
}
}
}
return crcdata;
}

---

Software Tools for RS485 Control

Modbus Poll 

Software in google drive 

Step-Config

Github Project

 1. Extract the zip file, open CommFile folder and Click Step-Config.exe or Adampower.exe

2. Open Project.

3. Click Browse

4. Select the Project.prj  in the Project folder, in the same path as CommFile.

5. Double Click the Project.prj path

 6. Right Click Modbus_485, and Click Property:
     
 7. Click Property ComNN, Choose COM port, Baud rate and click Save and OK.
   

 8. Start to use software control the RS485 Integrated stepper motor by below buttons:

RS485 Stepper Motor Controller Manual 

Block Diagram:

2  Input signals can directly receive 3.3-24V DC levels at high levels, Max. frequency of 400KHZ.
X0:  pulse input, IO start/stop, limit, direction, universal input.
X1  pulse input, IO start/stop, limit, direction, universal input.
...

1 Output signal, maximum withstand voltage 30V, maximum input or output current 30mA
 Y0 : alarm output, universal output, and factory default alarm output.
 
LED indicator and status:

more Information on detail, please feel free to contact me  

The IG23 series integrated motor is the perfect combination of drive and stepper motor,
which perfectly integrates stepper motor and drive technology, also built in 1000 line encoder,
it can save installation space, Simultaneously saving design and production costs,
supporting RS485 and TTL communication.

Motor Parameters

Wiring Diagram:

2. RS485 Type Integrated Stepper Motor, Terminal Definition

Terminal Definition

Terminal	Name	Description
1	V	24~60VDC
2	V-	GND
3	X0 (PU )	Optoelectronic isolation, differential, High level can directly receive 3.3-24VDC, with a minimum pulse width of 2us, The maximum pulse frequency is 400KHz, which can be used as a universal input port for Pulse/Direction/Enable
4	X0-(PU-)
5	X1 (DR )
6	X1-(DR-)
7	X2 (EN )
8	X2-(EN-)
9	Y0 (AL )	The default alarm output port can detect the driver alarm status and provide feedback to the main station. Other functions can be set through communication
10	Y0-(AL-)
11	485A	RS485 Communication port, default baud rate is 115200
12	485B

Set Device ID for RS485 integrated Stepper Motor by SW1 ~ SW5:

SW6 is used to set the terminal resistance; OFF=0 ohms; ON=120 ohms

---

CRC Check Routine (C#)

UInt16 Funct_CRC16(unsigned char * puchMsg, UInt16 DataLen)
{
UInt16 i,j,tmp;
UInt16 crcdata=0xFFFF;
for(i=0;i<DataLen;i )
{

crcdata=(*puchMsg)^crcdata;
puchMsg ;
for(j=0;j<8;j )
{
tmp=crcdata&0x0001;
crcdata=crcdata>>1;
if(tmp){
crcdata=crcdata^0xA001;
}
}
}
return crcdata;
}

---

Software Tools for RS485 Control

Modbus Poll

Software in google drive

Adampower

Github Project

 1. Extract the zip file, open CommFile folder and Click Step-Config.exe or Adampower.exe

2. Open Project.

3. Click Browse

4. Select the Project.prj in the Project folder, in the same path as CommFile.

5. Double Click the Project.prj path

6. Right Click Modbus_485, and Click Property:

7. Click Property ComNN, Choose COM port, Baud rate and click Save and OK.


8. Start to use software control the RS485 Integrated stepper motor by below buttons:

RS485 Stepper Motor Controller Manual

Block Diagram:

2 Input signals can directly receive 3.3-24V DC levels at high levels, Max. frequency of 400KHZ.
X0: pulse input, IO start/stop, limit, direction, universal input.
X1 pulse input, IO start/stop, limit, direction, universal input.
...

1 Output signal, maximum withstand voltage 30V, maximum input or output current 30mA
Y0 : alarm output, universal output, and factory default alarm output.

LED indicator and status:

more Information on detail, please feel free to contact me

The IG17 series integrated motor is the perfect combination of drive and stepper motor,
which perfectly integrates stepper motor and drive technology, also built in 1000 line encoder,
it can save installation space, Simultaneously saving design and production costs,
supporting RS485 and TTL communication.

Motor Parameters

Wiring Diagram:

2. RS485 Type Integrated Stepper Motor, Terminal Definition

Terminal Definition

Terminal	Name	Description
1	V	8-48VDC
2	V-	GND
3	X0 (PU )	Optoelectronic isolation, differential, High level can directly receive 3.3-24VDC, with a minimum pulse width of 2us, The maximum pulse frequency is 400KHz, which can be used as a universal input port or a high-speed pulse input port
4	X0-(PU-)
5	X1 (DR )
6	X1-(DR-)
7	485A(EN )	RS485 Communication port, default baud rate is 115200,
8	485B(EN-)
9	Y0 (AL )	The default alarm output port can detect the driver alarm status and provide feedback to the main station. Other functions can be set through communication
10	Y0-(AL-)

Set Device ID for RS485 integrated Stepper Motor by SW1 ~ SW5:

SW6 is used to set the terminal resistance; OFF=0 ohms; ON=120 ohms

---

CRC Check Routine (C#)

UInt16 Funct_CRC16(unsigned char * puchMsg, UInt16 DataLen)
{
UInt16 i,j,tmp;
UInt16 crcdata=0xFFFF;
for(i=0;i<DataLen;i )
{

crcdata=(*puchMsg)^crcdata;
puchMsg ;
for(j=0;j<8;j )
{
tmp=crcdata&0x0001;
crcdata=crcdata>>1;
if(tmp){
crcdata=crcdata^0xA001;
}
}
}
return crcdata;
}

---

Software Tools for RS485 Control

Modbus Poll 

Software in google drive 

Step-Config

Github Project

 1. Extract the zip file, open CommFile folder and Click Step-Config.exe or Adampower.exe

2. Open Project.

3. Click Browse

4. Select the Project.prj  in the Project folder, in the same path as CommFile.

5. Double Click the Project.prj path

 6. Right Click Modbus_485, and Click Property:
     
 7. Click Property ComNN, Choose COM port, Baud rate and click Save and OK.
   

 8. Start to use software control the RS485 Integrated stepper motor by below buttons:

RS485 Stepper Motor Controller Manual 

Block Diagram:

2  Input signals can directly receive 3.3-24V DC levels at high levels, Max. frequency of 400KHZ.
X0:  pulse input, IO start/stop, limit, direction, universal input.
X1  pulse input, IO start/stop, limit, direction, universal input.
...

1 Output signal, maximum withstand voltage 30V, maximum input or output current 30mA
 Y0 : alarm output, universal output, and factory default alarm output.
 
LED indicator and status:

more Information on detail, please feel free to contact me  

The IG8 series integrated motor is the perfect combination of drive and stepper motor,
which perfectly integrates stepper motor and drive technology, also built in 1000 line encoder,
it can save installation space, Simultaneously saving design and production costs,
supporting RS485 communication.

Motor Parameters
NEMA8 integrated Stepper Motor:

1. Pulse Type NEMA8 Integrated Stepper Motor, Terminal definition.

Terminal Definition

Terminal	Name	Description
1	V	6 ~ 24VDC
2	V-	GND
3	PU	Optoelectronic isolation, differential, High level can directly receive 3.3-24VDC, with a minimum pulse width of 2us, The maximum pulse frequency is 400KHz, which can be used as a universal input port Pulse/Direction
4	DR
5	EN	Optoelectronic isolation, differential, High level can directly receive 3.3-24VDC, with a minimum pulse width of 100us, The maximum pulse frequency is 10KHz, which can be used as a universal input port for Enable
6	COM-	Input common ground
7	AL	The default alarm output port can detect the driver alarm status and provide feedback to the main station. Other functions can be set through communication
8	AL-

2. RS-485 Type NEMA8 Integrated Stepper Motor, Terminal definition

CRC Check Routine (C#)

UInt16 Funct_CRC16(unsigned char * puchMsg, UInt16 DataLen)
{
UInt16 i,j,tmp;
UInt16 crcdata=0xFFFF;
for(i=0;i<DataLen;i )
{

crcdata=(*puchMsg)^crcdata;
puchMsg ;
for(j=0;j<8;j )
{
tmp=crcdata&0x0001;
crcdata=crcdata>>1;
if(tmp){
crcdata=crcdata^0xA001;
}
}
}
return crcdata;
}

---

Software Tools for RS485 Control

Modbus Poll 

New Software in google drive 

Adampower.exe  

Github Project

 1. Extract the zip file, open CommFile folder and Click Step-Config.exe or Adampower.exe

2. Open Project.

3. Click Browse

4. Select the Project.prj  in the Project folder, in the same path as CommFile.

5. Double Click the Project.prj path

 6. Right Click Modbus_485, and Click Property:
     
 7. Click Property ComNN, Choose COM port, Baud rate and click Save and OK.
   

 8. Start to use software control the RS485 Integrated stepper motor by below buttons:

RS485 Stepper Motor Controller Manual 

Block Diagram:

2  Input signals can directly receive 3.3-24V DC levels at high levels, Max. frequency of 400KHZ.
X0:  pulse input, IO start/stop, limit, direction, universal input.
X1  pulse input, IO start/stop, limit, direction, universal input.
...

1 Output signal, maximum withstand voltage 30V, maximum input or output current 30mA
 Y0 : alarm output, universal output, and factory default alarm output.
 
LED indicator and status:

more Information on detail, please feel free to contact me  

The IM24ET Series Integrated Motors represent a perfect integration of stepper drivers and stepper motors, combining the technologies of both in a single unit.

They are fully compatible with 1599-revolution mechanical absolute encoders, which not only save installation space but also streamline wiring connections.

By reducing your design and production costs, they stand as the premier choice for your stepper system solutions.

Frame Size: NEMA24
 Holding Torque: 1.1–3.5 N·m
 Supply Voltage: 24–60 VDC
Supported Protocols: Modbus/RTU, RS485
Built-in Programmable Multi-Turn Feedback: 1599 revolutions; supports user-defined home position with memory, no sensor required
Software Limit Function Supported: More reliable than mechanical limit switches
Closed-Loop Control: 4096-line (16384 counts) encoder feedback
Torque Modes Supported: Homing on collision, constant torque, object gripping
Input Compatibility: 5–24 VDC; Output: Open-collector (OC) output, withstanding voltage up to 30 VDC
Comprehensive Protection Features: Over-voltage, under-voltage, over-current, winding open-circuit, and position deviation protection
Non-Volatile Memory: Configuration parameters stored in the on-chip FLASH of the MCU
Wide Filter Frequency Range: 50 kHz–5 MHz adjustable, factory default at 300 kHz
User-friendly PC interface with full-featured functionality

Motor Parameters (two type flange size and hole spacing)

Flange Size: 38.1 mm;  Mounting Hole Spacing: 47.14 mm, drawing as below:

Flange Size: 36 mm;  Mounting Hole Spacing: 50 mm, drawing as below:

Block Diagram:

CRC Check Routine (C#)

UInt16 Funct_CRC16(unsigned char * puchMsg, UInt16 DataLen)
{
  UInt16 i,j,tmp;
  UInt16 crcdata=0xFFFF;
  for(i=0;i<DataLen;i )
  {
    crcdata=(*puchMsg)^crcdata;
    puchMsg ;
    for(j=0;j<8;j )
    {
      tmp=crcdata&0x0001;
      crcdata=crcdata>>1;
      if(tmp){
        crcdata=crcdata^0xA001;
      }
    }
  }
  return crcdata;
 }

RS485 Integrated Stepper Motor Commissioning and Control Software:

Modbus Poll

New Software in google drive 

Adampower 

Github Project

Quick Start Guide – Follow the steps below:

LED indicator and status:

more Information on detail, please feel free to contact me