Description

Hitbot ECG-20 Electric 3-finger Gripper

The ECG-20 Electric 3-finger Gripper (Item No. Z-ECG-20) is a high-performance, compact gripper designed to handle cylindrical objects with ease. It is widely used in automation and robotic applications, offering precise control, adjustable clamping force, and efficient integration into various systems.

An electric 3-finger gripper is a type of robotic end-effector that features three fingers, typically arranged in a triangular configuration, to grip and handle objects in automation systems. This gripper is electrically powered, allowing for precise control of the opening and closing motion of the fingers, making it suitable for a wide range of applications that require high precision and flexibility.
Key Features:

Clamping Force: 30-80N (Adjustable)
Total Stroke: 20mm (Adjustable)
Repeatability: ±0.03mm
Fast Response: Single stroke time is 0.5 seconds
Controller: Built-in with high integration, using Modbus protocol for easy control via a single cable, compatible with PLC systems
Compact Design: Dimensions: 114 x 124.5 x 114mm; Weight: 1.5kg
Transmission Mode: Gear rack + ball guide rail
Waterproof Rating: IP54
Clamping Weight: Recommended up to 1kg

Performance and Functionality:

High Integration: The controller is built into the gripper, saving space and simplifying integration.
Clamping Tasks: Ideal for tasks involving cylindrical objects, thanks to its three-jaw design that ensures firm grip and stability.
Precision: The repeatability of ±0.03mm ensures precise positioning, and the adjustable clamping force (30-80N) helps adapt to various clamping needs.
Fast Reaction: The gripper has a quick response with the shortest stroke time of 0.5 seconds.
Maintenance: The gripper requires oil supplementation for dynamic components every 6 months or after a million cycles of operation.

Additional Specifications:

Voltage: 24V ±10%
Rated Current: 0.8A
Peak Current: 2A
Power: 20W
Movement Type: 3-finger Parallel Movement

The ECG-20 is well-suited for a range of applications that require precision, fast action, and easy integration into automated systems, making it an excellent choice for both industrial and robotic automation tasks.