Description

Ingco PDB15006 Demolition Breaker

The Ingco PDB15006 demolition breaker uses a powerful electric motor to deliver rapid, forceful blows to the material you are demolishing. Here’s a breakdown of the mechanics:

1. Electric Motor: The 1500W electric motor is the heart of the breaker. It converts electrical energy into mechanical energy.

2. Transmission System: This system transfers the mechanical energy from the motor to the hammering mechanism. It may involve gears, belts, or a combination of both depending on the specific design.

3. Hammering Mechanism: This mechanism is where the actual pounding action happens. It typically consists of a piston and a demolition bit.

   • Piston: The piston is a reciprocating component moved back and forth rapidly by the transmission system.
   • Demolition Bit: This is a chisel-like attachment secured to the front of the piston. It comes in various shapes and sizes depending on the specific application (breaking, chiseling, etc.).

4. Impact Force: As the motor runs, the transmission system drives the piston back and forth at a high rate (1000-1900 blows per minute for the PDB15006). This rapid back-and-forth motion creates the impact force (6-25 Joules for the PDB15006) that transfers through the demolition bit to the material being broken.

5. Material Breakage: The repeated, forceful impacts from the demolition bit gradually chip away and break the concrete, asphalt, or other hard material.

Additional Features:

• SDS-MAX Chuck System: This chuck allows for quick and secure attachment of different demolition bits optimized for various tasks.
• Anti-Vibration System: The breaker might incorporate features to reduce vibration transferred to the user’s hands, improving comfort during extended use.
• Auto Stop Carbon Brushes: These brushes deliver electricity to the motor and wear out over time. The auto-stop function helps protect the motor by shutting it off when the brushes require replacement.
• Constant Electronic Power: This feature helps maintain consistent motor power even when the breaker encounters tough material, ensuring optimal performance.