Feature

●Range of Applications: Comes with an LED power indicator that is suitable for driving electromagnetic exercise equipment such as electromagnetic and electromagnetic valves
●Quick Response: The electromagnetic actuator control panel has a fast response time and the input and output delay is less than 20 ms
●Easy to adjust: The output full load start time can be adjusted from 0 to 2 seconds, and the output FRQ frequency can be adjusted from 2 to 20 KHZ and the output drive maintains operating current at 0 to 100% PWM duty cycle. Adjustable
●Safety Guarantee: The maximum output current limit can be set to provide overcurrent protection, and the protection limit can be set between 0.1 - 15A
●Isolation Drive: Adopts 10MHZ ultra-bandwidth photocoupler isolation drive, supporting 3.3V 5V 24V NPN or PNP level input control, driving current ≥5MA


Description

Specifications:
Project Type: Solenoid Valve Control Module
Model: LDBDSZ210116A
Power supply voltage: DC9-32V
Standby Current: 65MA 24V, 56MA 12V
Power indicator: LED indicator
Mounting Hole Diameter: about 3mm/0.12", 4 holes
Applications: Electric magnets, electromagnetic valves, and other electromagnetic exercise equipment.

DC power supply voltage range: DC9-32V
2. Signal Level Amplitude: Output signal level amplitudes can be set through the onboard jumper which can support three common and traditional level controls, 3.3V, 5V, 24V.
3.Load output specifications:
LOAD output interface connects directly to the solenoid
4. Output overheating protection and NTC thermistor probe
The product is designed with a temperature probe that can be used to detect the temperature of the load or the temperature of the product itself.
5. Instant start time for full load output.
Time Instantaneous Start Time Setting Potentiometer can set the duration of the full current output of the electromagnetic start
6. Operating range of output frequency.
PWM frequency adjustment when electromagnet is working properly, range of 2-20 KHZ and mechanical resonance points are different when electromagnets are different.
7. Internal PWM duty cycle control
PWM duty cycle potentiometer can adjust the locking strength of electromagnets. The principle is to adjust the strength by adjusting the operating current through the PWM.
8. Output current limit protection
Current Limiting Protection Setting Potentiometer is used to set the maximum operating current point of the output.