How does the mechanism of Cordless Recharging Heavy Electric Hammer achieve high impact force?

1. Power system
Motor:
The cordless recharging heavy electric hammer is usually equipped with a high-performance motor that can provide sufficient power and torque to generate the required impact force.
The design and manufacturing quality of the motor are crucial to the impact performance of the electric hammer. High-performance motors can ensure stable output power and torque during long-term work.
Battery:
The cordless recharging heavy electric hammer uses rechargeable batteries as a power source, which are usually characterized by high energy density and long life.
Adequate battery capacity and efficient battery management system can ensure that the motor gets enough power supply when needed, thereby generating high impact force.

2. Transmission mechanism
Deceleration mechanism:
The cordless recharging heavy electric hammer is usually equipped with a deceleration mechanism to convert the high-speed rotation of the motor into a low-speed and high-torque output.
The design of the deceleration mechanism can ensure that the power and torque output of the motor are fully utilized, thereby generating greater impact force.
Impact mechanism:
The impact mechanism is a key component for the cordless recharging heavy electric hammer to generate impact force. It usually consists of a piston and an impact hammer.
When the motor drives the piston to move quickly, the hammer will be subjected to a momentary impact force. This impact force will be transmitted to the drill bit, thereby causing damage to hard materials such as concrete.
The design and optimization of the impact mechanism is crucial to improving the impact performance of the electric hammer. The impact force of the electric hammer can be further improved by adjusting parameters such as the mass, shape and impact speed of the impact hammer.

3. Control system
Electronic control system:
Wireless charging heavy-duty electric hammers are usually equipped with advanced electronic control systems to monitor and control the operating status of the motor.
The electronic control system can adjust the output power and torque of the motor according to work requirements, thereby ensuring that the electric hammer maintains a stable operating state while generating high impact force.
User operation interface:
Wireless charging heavy-duty electric hammers are usually also equipped with user-friendly operation interfaces such as buttons, knobs or touch screens.
Users can select different working modes, adjust the impact force or monitor the battery power through the operation interface.