The stepper motor plays a vital role in the fire artillery, mainly used to achieve accurate, fast and reliable angle positioning and control of the fire artillery, and is the key executive component of the modern fire cannon to achieve automatic and intelligent aiming.
Drone Nest | Equipment Description:
In the intelligent fire water cannon equipment, two stepper motors are required to control the pitch and rotation of the water cannon, and the two motors can work together to quickly and accurately control the rotation angle (by controlling the number of input pulses). It can position the muzzle of the gun very precisely to the specified azimuth and high and low angles, ensuring that the water flow or extinguishing agent is accurately fired at the fire point. The stepper motor has excellent start-stop and reversal response characteristics. When receiving commands (pulse signals) from the control system, it can immediately start, stop or change direction, and the stepper motor is driven by a digital pulse signal and is very easy to integrate with a microcontroller, PLC or fire cannon control system. This enables the fire cannon to: remotely manually control (firefighters operate from a safe distance via a console or remote control), auto-aim linked with flame detectors, thermal imaging cameras or video surveillance systems, automatically identify the location of the fire source, and calculate the optimal spray angle through the control system, drive the stepper motor for fast and precise positioning, and provide good low-speed torque when maintaining the position and precise fine-tuning
PMC007 series products support CAN and 485 communication protocols, multiple IO ports and PLC integration can achieve remote control, 0-256 adjustable subdivision can achieve different running speeds of blisters
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