PRODUCT DESCRIPTION

IPS-S1 is a high-performance motor controller that integrates multiple functions, mainly used to control electric linearactuators. The S1 controller is compatible with DC6V~36V, and the maximum current can reach 20A. The positive andnegative poles need to be wired according to the wiring diagram. lf the positive and negative poles are connectedincorrectly, it will not worked, While it will not burn the controller. Such as 60W linear actuator, please choose a 60-90W power adapter/switching power supply, if use a smaller power, it may cause the motor to not work, S1 controller can beused to control various specifications of electric linear actuators, buil-in WlFl module, can be controlled by 'eWeLink'APP, only supports 2.4G WlFl. There is a learning button inside the controller, which can leam 8 pcs RF433 remotecontrollers. There are 6 butons K1 K2 K3 B1 B2 L on the controler, K1 K2 K3 is used to adjust various functions, pleasesee below for detaled instructions. The B1 B2 button controls the motor forward and reverse, the L button learns WlFl.IPS-S1 controller can be controlled by magnetic induction switch, human body induction switch, button switch, or throughPLCIPC.

TECHNICAL PARAMETERS

Model	IPS-S1
Input Voltage	DC 9V-29V
Output Voltage	DC 9V-29V
Maximum Current	20A
Receiving Frequency	RF433MHz
WIFI Standard	Wi-Fi 2.4ghz b/g/n
Remote Control Battery	23A12V
Working Temperature	-20°C~+70°C
Storage Temperature	-20°C~+90°C
Working Humidity	<80%
Key Mode	Press Once Continuous Work

DIMENSIONS

WIRING INSTRUCTIONS

THE MAIN FUNCTIONS

1. Motor forward and reverse control: press B1 to rotate forward to rise, press B2 to reverse reverse to descend, if it's notcorrect, please switch the 2 power lines of motor.

2. Remote control control: lt can be adapted to RF433 remote control (three keys: forward, pause, reverse), one controllercan be equipped with 8 remote controls. (only one remote control is provided by default)

3. Hand controller control: You can purchase our 2.5m hand controller for control

4. WlFl control: You can connect 2.4G WlFl through the L button for lifting control. (The remote signal is easy to lose,controller needs to be as close to the router as possible)

5. PLC control: you can purchase our PLC all-in-one touch panel for control, or you can write a program to control

6. PC host computer control: need to purchase USB to RS485 communication data cable, and need to install RS485serial port software on the computer for control

7. induction control: need to purchase photoelectric induction switch to connect, through K1 key to set the program

8. Button control: you need to purchase a button switch for connection, and set the program through the K1 key

9. Timing control: press the remote control once, the motor will automatically stop after running for a fixed time

10. Magnetic running for a fixed time10. Magnetic switch limit control: The electric actuator needs to have a built-in magnet, and a magnetic induction switchneeds to be purchased for connection, and the lifting heiaht can be adiusted according to the needs.

11. Limit feedback: Five-wire control electric actuator is required, and the operating status of the actuator can be inguiredand feedback can be obtained through the siqnal

12. Overload protection: Set the maximum current of the controller through the K2 button, when the motor exceeds thecurrent, it will stop

13. Rebound in case of resistance: set the current through the K2 button, when the electric actuator encounters an
obstacle, the current increases, the controller will stop work

 

 

 

FUNCTION INTRODUCTION
1	Lock Controller	Press B1 and B2 buttons simultaneously for 3 seconds
2	Unlock Controller	Press B1 and B2 buttons simultaneously for 3 seconds
3	Timing Control	Press K3 button for 3 seconds 3A: Set up running time (press once up button) 3B: Set down running time (press once down button)
4	Overload Protection	Press K2 button for 3 seconds 2A: Up Current Limiting Value (0.1-999.9) 2B: Down Current Limiting Value(0.1-999.9) 2C:Protection Type ( 0-Stop, 1-Reverse Running) 2D: Current Filtering Timetime (0.1-999.9)
Explain:set 2A-3:2B-3;2C-0:2D-0.1; WVhen the up running current reaches 3A, it will stopped; The filtering time is 0.1 seconds without current limiting (The starting current of the motor wil be large)2D: Current Filtering Timetime (0.1-999.9)
5	Rebound When Obstructed	Press K2 button for 3 seconds 2A: Up Current Limiting Value (0.1-999.9) 2B: Down Current Limiting Value(0.1-999.9) 2C: Protection Type ( 0-Stop, 1-Reverse Running) 2D: Current Filtering Timetime (0.1-999.9)
Explain:set 2A-3;2B-3; 2C-1:2D-0.1; When the up running current reaches 3A, it will run in the reverse direction for is and stopped; The filtering time is 0.1 seconds without current limiting (The starting current of the motor will be large)