Place of Origin:
CHINA
Brand Name:
YOUNGYOU
Certification:
CE RoHS
Model Number:
RG75-300
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The economical gripper RG75-300 is paired with a collaborative robot. Noise less than 40dB
Control system
The control system of the electric gripper is the core component of the entire system, responsible for controlling the clamping force and position, usually composed of one or more electronic controllers, sensors, and actuators.
Electronic controller: The electronic controller of the electric gripper is the center of the control system, responsible for receiving and processing signals from sensors, and controlling the movement of actuators to achieve control of clamping force and position. Electronic controllers typically use high-speed microprocessors and high-performance control algorithms to achieve high-speed and high-precision control.
Sensor: The sensor is an important component of the servo electric gripper control system, used to monitor clamping force and position. Sensors usually use force sensors and displacement sensors. Force sensors are used to monitor the magnitude of clamping force, while displacement sensors are used to monitor the accuracy of clamping position.
Executor: The actuator is the executive part of the electric gripper control system, responsible for adjusting the clamping force and position. The actuator usually uses components such as a DC motor and a screw rod to adjust the clamping force and position by controlling the rotation of the motor and the expansion and contraction of the screw rod.
Application
Electric grippers have advantages such as high-precision control, high-speed response, programmable control, and low energy consumption, and have been widely used in fields such as robotics, automated assembly lines, and CNC machine tools. Specific applications include the following aspects:
1. Robots: Electric grippers are an important component of robot automation production and can be used for tasks such as gripping, placing, and assembling robots.
2. Automatic assembly line: the electric clamping jaw can be used to clamp the parts and position control of the automatic assembly line, which improves the production efficiency and quality.
3. CNC machine tools: Electric grippers can be used for part clamping and position control in CNC machine tools, achieving high-precision machining.
4. Packaging and printing: Electric grippers can be used for paper clamping and position control in the packaging and printing industry, improving production efficiency and quality.
About the company
Our guide rail has cooperated with many international well-known robot brands, such as ABB KUKA FANUC Yaskawa UR. The companies involved mainly include palletizing, loading and unloading. The load of the guide rail ranges from 500kg to 5000kg. The length of the guide rail is customized according to the needs of customers. We have made a case that an ABB IRB6700 robot corresponds to 20 CNC machines, and a 50m long guide rail completes the reciprocating motion, loading and unloading of the robot. The number of robots is greatly reduced and the integration cost is saved.
Our company also offers industrial robots at very favorable prices to place orders together at lower prices.
Welcome to Shanghai, China, to investigate our robots and rails!
Company Product Supply
ABB robot
KUKA robot
Yaskawa robot
Fanuc robot
UR robot
Cobot
Guide rail
Cobot made in China
Product specifications
| Order Code | RG75-300-0L#-C0024-P65-A |
| Adjustable stroke | 0-75 mm |
| Single finger clamping force | 40-300 N |
| Opening/closing time | 0.55 s |
| Positional repeatability | ±0.02 mm |
| *Maximum recommended load | 6 kg |
| Is it supported | Support |
| Usage environment | 5-40 ℃, below 85% RH |
| Operating noise | ＜40 dB |
| Body weight | 1.5 Kg |
| IP GRADE | IP 65 |
| Rated voltage | DC 24±10% V |
| Maximum current | 1.5 A |
| Rated current | 0.55 A |
| Communication protocol | Modbus RTU (RS 485) |
| Complies with international standards | CE,RoHS |
| Vertical allowable static load Fz | 400N |
| Allowable static moment of slider Mx | 2.5 N·m |
| Allowable static moment of slider My | 8 N·m |
| Allowable static moment Mz of slider | 8 N·m |
Product parameters table
Packaging and Transportation
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