Product Introduction
QuickLink electric quick-change is a new-generation intelligent electric quick-change device designed for robotics and intelligent manufacturing scenarios. Integrating the driving mechanism and controller into one unit, it adopts electric drive to replace traditional pneumatic solutions. Requiring no air source, it features a compact structure and simpler deployment and integration. It supports Modbus RTU (RS-485) communication and signal transparent transmission, with freely configurable station addresses and baud rates. Multiple control methods are available including physical buttons, I/O signals and RS-485 commands, enabling quick-change locking/unlocking and tool-side power control, with power-off state retention capability. In addition, QuickLink provides ROS, Python and C++ drivers with an open control protocol, and supports up to 30 channels of custom I/O expansion. It is widely applicable to robot end-effector mounting, automated production lines and intelligent manufacturing scenarios, helping build more flexible and efficient automated automation systems.
PRODUCT FEATURES
Integrated Drive and Control
Intelligent Communication
Multi-mode Control
IO Expansion
Power Supply Control
Power-off Retention
Open Ecosystem
High Reliability
Integrated Drive and Control
The driving mechanism and controller adopt an integrated design, featuring a compact structure without the need for an external air pump or controller.
Smart Communication
Uses Modbus RTU. Station ID & baud rate adjustable.Supports transparent transmission. Robot signals direct to tools.
Multi-mode control
Supports button, IO, RS-485 control.
Power management
Supports tool-side power control for end device power management.
IO expansion
Up to 30 customizable IOs for multi-signal access and personalized control.
Power-off retention
Self-locking when power off.Ensure equipment safety.
Debug Assistant
Comes with supporting visual debugging software, which enables status monitoring, quick control and parameter configuration, making equipment debugging more intuitive and efficient.
Open ecosystem
Supports ROS, Python, C++ interfaces for integration and development.
APPLICATION AREA
Mounting method
Specifications
| Specifications | Parameters | |
| Load | Main load | 10kg |
| Locking Force | 749.7N | |
| Allowable Bending Moment (Static) | 196N·m | |
| Allowable Torque (Static) | 236N·m | |
| Dimensions & Precision | Dimensions | Φ80mm |
| Thickness at the time of connection | 71mm (Excluding Robot Mounting Flange) | |
| Position reset accuracy | ±0.05mm | |
| Communication | Communication Interface | RS485 |
| V1.0 firmware baud rate | 38400 / 57600 / 115200 / 500000 / 1000000 | |
| V1.1 firmware baud rate | 9600 / 19200 / 38400 / 57600 / 115200 / 230400 / 460800 / 921600 | |
| Drive Method | Electric Drive | |
| Locking Mechanism | Ball Locking | |
| Material | Noumenon | Aviation aluminum alloy |
| Locking Mechanism | Aviation aluminum alloy + alloy steel | |
| Work environment | Ambient Temperature | 0-60℃ |
| Ambient Humidity | 0-95% | |
| Product Weight | Robot Side (Excluding IO Module) | 0.369kg |
| Tool Side (Excluding IO Module) | 0.182kg | |
| IO Expansion Module | Quantity | 10/20/30 pcs optional, default is 10 pcs |
| Operating Voltage | Max Operating Voltage: 220V | |
| Overcurrent Capacity | 5A per 10 pins | |
| Electrical Characteristics | Operating Voltage | 24V±10% |
| Rated operating current of the quick-change main body | 0.04A (The continuous current required for the electric quick-change body to operate normally when no fixture is connected on the tool side) |
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| Peak operating current of the quick-change main body | 0.45A (Maximum current that may occur momentarily when the electric quick-change body is locked or unlocked while no fixture is connected to the tool side) |
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| Rated output current on the tool side | 3A (After the tool side is connected to the fixture, the quick-change module can deliver long-term and stable current to the fixture) |
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| Peak output current on the tool side | 3.6A (After the tool side is connected to the fixture, this refers to the maximum instantaneous current that the quick-change unit can output to the fixture. Exceeding this value may cause the quick-change unit to restart.) |
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| (Exceeding peak current may cause tool changer reset) | ||
| Tool Side Power Supply | In locked state, 24V on tool side is automatically powered; when unlocked, power is automatically cut off. Power can also be controlled via commands. | |
