24v Dc Gear Motor
The 24V DC geared motor is modularly integrated, comprising a 24V DC motor body, a precision gear reducer, a high-strength output shaft, and an insulation protection structure. It boasts a mature structure, high transmission efficiency, low failure rate, and is suitable for stable production in mass-produced equipment.
1. 24V DC Power Input: Utilizing standard 24V low-voltage DC power, the permanent magnet stator and armature winding structure enable high-speed, stable operation after power-on. Power is continuously output through mechanical commutation via carbon brushes and a commutator, resulting in fast start-up response, linear power delivery, and no need for complex drive circuits.
2. Gear Reduction and Torque Amplification Transmission: The high-speed motor shaft drives a multi-stage precision gear set for meshing transmission. By reducing the output speed, the mechanical torque is amplified significantly, effectively solving problems such as insufficient load capacity, slippage during startup, and load limitations in high-speed motors, achieving stable output under low-speed, heavy-load conditions.
3. Integrated Stable Output: The motor and reducer are tightly coupled and directly connected, resulting in small transmission gaps, high coaxiality, and smooth operation. With a simple electronic control system, forward and reverse rotation, start/stop, and speed adjustment can be achieved. The control logic is simple, the implementation threshold is low, and it is suitable for a wide range of scenarios.
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Pure brushed DC structure, extremely strong starting force
This 24V geared motor adopts a classic brushed DC structure, possessing the exclusive advantages of brushed motors: high instantaneous torque at startup, fast response speed, and smooth start-up under load. Compared to the low-speed soft-start characteristics of brushless motors, brushed motors can output sufficient power instantly upon power-on, making them particularly suitable for automated tooling, conveyor equipment, and gate drive scenarios requiring instant start-up, instantaneous pushing, and rapid response. Power output is direct, reliable, and lag-free.
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Heavy-load resistance to voltage drop, minimal speed decay under load
Relying on the high-margin 24V power supply specification and optimized gear reduction ratio, the motor maintains stable speed and torque without decay under load fluctuations and slight voltage fluctuations. Facing conditions such as instantaneous heavy loads, material jamming, and sudden load changes, it will not experience sudden speed drops, loss of speed, or inability to stop, continuously ensuring consistent equipment transmission. It is suitable for industrial assembly lines, AGV movement, and frequent load-changing operations.
- With strong anti-interference capabilities, it is suitable for complex industrial control environments. The control logic of DC brushed motors is simple, and the operation process involves no complex electronic commutation signals, thus avoiding high-frequency electromagnetic interference. Furthermore, it is unaffected by signals from surrounding sensors, relays, and frequency converters. It operates stably in environments with concentrated wiring for multiple devices, industrial control cabinets, and dense electrical systems, with no signal conflicts or speed drift. It is suitable for complex industrial electromagnetic conditions, and its fault tolerance is far higher than that of ordinary precision brushless drive systems.
| Model | 24V DC Gear Motor |
| Rated voltage | 24VDC |
| Rated power | 15~400W |
| Ratio | 5~300 |
| Control methods | DC direct current, PWM voltage regulation speed control, simple module forward and reverse rotation control |
| Output characteristics | Low speed, high torque, constant force output, shock resistance, low temperature rise |
| Typical service life | 3000–5000 hours |
| Operating noise | ≤50dB |
| Protection rating | Standard IP40 |
| Operating temperature | -10℃~+55℃ |
Application
Q: Does a 24V DC geared motor require a dedicated driver?
A: No, it does not require a complex dedicated driver. A 24V brushed DC motor can operate directly with a 24V DC power supply. It starts turning when powered on and stops when powered off. Forward and reverse rotation can be achieved simply by reversing the positive and negative terminals. It can be controlled with a simple speed control module and relays, making its development much simpler than that of a brushless motor.
Q: Is a 24V geared motor suitable for AGVs and small automated equipment?
A: Absolutely. AGVs and automated equipment commonly use 24V power supply systems. This type of motor offers sufficient torque, smooth start-stop, durability, easy maintenance, and controllable cost, making it the mainstream standard motor for small and medium-sized AGVs, transfer and conveying equipment.
Q: What are the advantages of a 24V geared motor compared to a 12V motor?
A: Under the same power and load, a 24V motor has a lower operating current, lower overall temperature rise, larger overload margin, more stable load bearing, and is less prone to overheating and burnout. It is suitable for medium to heavy-duty applications such as industrial applications, warehousing, and robotics that require continuous load bearing and frequent start-stop cycles; 12V motors are more suitable for light-duty civilian applications.
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