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DH-ROBOTICS PGS Series
Description
Technical specification
DH-Robotics PGS Series: Precision Miniature Electromagnetic Grippers
The DH-Robotics PGS Series represents a line of miniature electromagnetic grippers engineered for applications requiring rapid, precise, and compact gripping solutions. With a body size of just 20×26 mm, these grippers are designed to operate efficiently in environments where space is at a premium
Key Features:
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Compact Design: The PGS Series boasts a minimal footprint, allowing integration into tight spaces without compromising performance.
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High-Speed Operation: Featuring an impressive opening and closing time of 0.03 seconds, these grippers facilitate swift handling tasks, enhancing overall productivity.
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Simple Integration: Utilizing a Digital I/O communication protocol, the PGS Series ensures straightforward setup and compatibility with various robotic systems.
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Adjustable Parameters: Users can fine-tune gripping force and speed to match specific application requirements, providing flexibility across different tasks.
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Replaceable Fingertips: Designed for versatility, the grippers allow for easy replacement of fingertips to accommodate diverse gripping needs.
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Certifications: Compliant with CE, FCC, and RoHS standards, ensuring reliability and safety in industrial applications.
Technical Specifications:
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Gripping Force: 3.5–5 N per jaw
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Stroke: 5 mm
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Recommended Workpiece Weight: Up to 0.05 kg
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Repeatability: ±0.01 mm
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Noise Level: <50 dB
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Weight: 0.2 kg
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Power Supply: 24V DC ±10%
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Current Consumption: Rated at 0.1 A, with a peak of 3 A
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IP Rating: IP40
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Operating Environment: 0–40°C, humidity below 85% RH
Applications:
The PGS Series is ideally suited for:
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Electronics Manufacturing: Handling delicate components with precision.
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Medical Device Assembly: Performing tasks in cleanroom environments where space and precision are critical.
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Laboratory Automation: Managing small samples or instruments with consistent accuracy.
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Educational Robotics: Providing a practical tool for learning and development in robotics courses.
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