To control the motor with greater current, connect the motor power line directly to the power supply, not through the governor.
PWM Output Frequency
0 ~ 100KHz
Analog Voltage Output
0 - 5V
Temperature Range
Working: -10°C to 70°C
Storage: -30°C to 125°C
Driver Board Size
60mm (Length) x 40mm (Width)
Governor Wiring & Internal Functions
1
Governor, motor power supply positive input.
2
Governor, motor power input negative.
3
The positive output of the power supply of the motor.
4
Negative output of the power supply of the motor.
5
High and low level output of positive and negative rotation control. High level: 5V, low level: 0V. Controlled by touch switch 2 (F/R). The default is high level.
6
High and low level output of brake control. High level: 5V, low level: 0V. Controlled by touch switch 1 (BRA). Power on default is high level.
7
Analog voltage output (0~5V). This interface is suitable for accepting analog voltage speed regulation motor.
8
PWM1 reverse output. This interface is suitable for the motor that accepts PWM speed regulation, and the speed is inversely proportional to the duty cycle.
9
PWM2 forward output. This interface is suitable for motors that accept PWM speed regulation, and the speed is proportional to the duty cycle.
10
Motor feedback signal input.
Signal & Jumper Pin Customization
Output Signal Adjustment (Interfaces 5-9): The output signal changes of the three interfaces are adjusted by the potentiometer. FG / FG*3 Settings: This should be set according to the actual motor feedback times. Without a jumper cap, it defaults to a single times FG. With a jumper cap added, it becomes 3 times FG*3. The same logic applies to the CW/CCW jumper settings.
Parameter Settings Instructions
(1) Frequency Setting
Press and hold touch switch 1 before powering on (do not release). Then, power on the governor board. Wait until the screen displays "FEQ:20K", then release the button. Touch switch 1 to decrease the frequency or touch switch 2 to increase it. The factory default frequency is 20KHz.
(2) Pole Number Setting
Before powering on, press and hold both touch switch 1 and touch switch 2 simultaneously. Power on the governor board and wait until the screen displays "number of poles: 1 polarity" before releasing the buttons. Touch switch 1 to decrease and touch switch 2 to increase. Adjust to match the motor's designed pole number. The factory default is 1 pole.
(3) Feedback Setting
Set using the FG/FG*3 pin (shown in Figure 1). Configure based on whether the motor's feedback multiplier is a single FG signal or three times FG. Adding the jumper cap sets it to 3 times FG, while removing the jumper cap sets it to a single FG signal.
(4) Direction Setting
Set using the CW/CCW pin (shown in Figure 1) to determine the motor's initial rotational state. Set based on whether the motor runs CW or CCW when the direction control line is suspended. Add the skip cap for CCW; leave it without the skip cap for CW.
Main Interface Display
The current screen mainly displays four real-time values: Input Voltage, Speed, Frequency, and Duty Cycle. For the speed parameter to display correctly, you must set the proper FG/FG*3 multiplier and motor pole number.
Governor Precautions
Important Warnings & Guidelines
Strict Polarity Wiring: The positive and negative power connections of the governor must be wired strictly in accordance with the manual instructions. Do not reverse the connections, otherwise the governor will fail to work and the board will burn out.
Compatibility: This governor is specifically designed to match and control motors utilizing the interface configurations detailed above.
Voltage Limit: The control ports from ⑤ to ⑨ must not be exposed to inputs exceeding 5V.
Frequently Asked Questions (FAQ)
Q1: What is the operating voltage and maximum current limit for this governor?
A1: The governor operates within a voltage range of DC 5V-28V with a rated maximum current of 2A. If your motor requires a higher current, you must connect the motor's power line directly to the main power supply rather than routing it through the governor board.
Q2: How do I change the PWM frequency on the governor?
A2: Before powering on the board, press and hold touch switch 1. Turn on the power and wait for the screen to show "FEQ:20K". Once displayed, release the button. You can then use touch switch 1 to decrease the frequency or touch switch 2 to increase it. The factory default setting is 20KHz.
Q3: What happens if I accidentally reverse the positive and negative power inputs?
A3: The power supply must be connected correctly as instructed. Reversing the positive and negative input lines will damage the board, rendering the governor inoperable and burning out its internal circuitry.
Q4: How should I set up the FG feedback multiplier and motor poles?
A4: The feedback multiplier is adjusted using the FG/FG*3 jumper pins; placing a jumper cap changes the feedback to 3 times FG, while leaving it open defaults to a single times FG. Motor poles can be adjusted by holding down both switches 1 and 2 during power-on and selecting the matching pole count. Both settings must be correct for the real-time speed display to read accurately.
Q5: Can I input external signals directly into the control interfaces (ports 5 to 9)?
A5: Ports ⑤ to ⑨ are design-rated for low-voltage signal management. You must ensure that these inputs never exceed a maximum voltage of 5V to protect the governor from electrical damage.
Q6: What is the difference between PWM1 and PWM2 outputs?
A6: PWM1 is a reverse output interface where the motor speed is inversely proportional to the duty cycle. PWM2 is a forward output interface where the motor speed is directly proportional to the duty cycle. Both are used depending on the specific speed regulation needs of your motor.
TeTe Motor
