ZPT10UGSK10-B5-A10: SMC ZPT Series Φ10mm Flat Type Vacuum Suction Cup (with Damper, Non-Rotating, M5×0.8 Internal Thread Vacuum Port, M10×1 External Thread Mounting)

I. Model Designation and Basic Parameters
Model Structure: ZPT10UGSK10-B5-A10

Code	Meaning	Detailed Description
ZPT	Series Code	SMC ZPT Series Vertical Vacuum Port Type Vacuum Suction Cup
10	Cup Diameter	Φ10 mm
U	Cup Shape	Flat Type
G	Cup Material	Conductive Silicone Rubber
S	Damper Specification	With damper, non-rotating
K	Damper Stroke	10 mm
10	Damper Stroke Value	10 mm
B5	Vacuum Port	M5×0.8 Internal Thread
A10	Mounting Connection	M10×1 External Thread

Main Technical Specifications (Based on ZPT Series 10 mm Specifications):

Characteristic	Specification	Practical Significance
Cup Diameter	Φ10 mm	Effective suction area of the cup
Cup Shape	Flat Type (U Type)	Suitable for adsorbing workpieces with flat surfaces
Cup Material	Conductive Silicone Rubber	Offers conductivity, suitable for anti-static applications
Damper Type	With damper, non-rotating	Provides cushioning, reduces impact
Damper Stroke	10 mm	Cushioning stroke length
Vacuum Port	M5×0.8 Internal Thread	Connection interface for vacuum piping
Mounting Connection	M10×1 External Thread	Thread specification for mounting to fixtures or brackets
Operating Fluid	Air, non-corrosive gas	Suitable medium
Ambient Temperature	0～60 °C	Operating environment temperature range
Operating Pressure Range	0.15～0.7 MPa	Recommended operating pressure range
Maximum Operating Pressure	0.7 MPa	Maximum allowable working pressure

II. Structural Features and Operating Principle
Structural Components:

• Cup Body: Φ10 mm flat suction cup, made of conductive silicone rubber.
• Damper Assembly: Incorporates a damper structure with a 10 mm stroke, non-rotating.
• Vacuum Port: M5×0.8 internal thread for connecting vacuum piping.
• Mounting Thread: M10×1 external thread for easy mounting to fixtures or brackets.
• Metal Core: Internal metal skeleton providing structural strength and mounting support.
• Sealing Structure: Special edge design ensures good sealing against workpiece surfaces.

Operating Principle:
The ZPT10UGSK10-B5-A10 vacuum suction cup operates via a vacuum system. When the cup contacts the workpiece surface, the vacuum system extracts air from inside the cup through the M5×0.8 internal thread port, creating negative pressure (vacuum) inside. Atmospheric pressure then acts to firmly hold the workpiece against the cup. The damper design absorbs impacts during pick-up and release cycles, reducing shock to the workpiece and equipment. The conductive silicone rubber material effectively dissipates static electricity, making it suitable for handling static-sensitive workpieces.

III. Core Advantages

1. Conductive Silicone Rubber Material
   • Made from conductive silicone rubber, offering electrical conductivity.
   • Effectively dissipates static electricity, suitable for handling static-sensitive workpieces.
   • Silicone rubber offers a wide temperature range and good aging resistance.
2. Flat Cup Design
   • Flat cup shape is ideal for adsorbing workpieces with flat surfaces.
   • Large suction area provides stable holding force.
   • Suitable for flat workpieces like glass, metal sheets, plastic plates, etc.
3. Built-in Damper Structure
   • Features a damper with a 10 mm stroke.
   • Absorbs impact forces during pick-up and release.
   • Reduces shock to workpieces and equipment, extending service life.
4. Versatile Mounting Options
   • M10×1 external thread for easy mounting to fixtures or brackets.
   • Compatible with various mounting accessories for flexible installation.
   • Suitable for automated equipment, robot end-effectors, etc.
5. Vacuum Port Design
   • M5×0.8 internal thread vacuum port for convenient connection.
   • Allows quick connection to standard vacuum piping.
   • Good sealing performance prevents vacuum leaks.

IV. Typical Application Scenarios

1. Electronics Industry
   • Adsorption and handling of small electronic components (<100 g).
   • Automated assembly of PCBs, chips, connectors, etc.
   • Handling of static-sensitive electronic components.
2. Glass Industry
   • Adsorption and handling of glass plates, sheets.
   • Material gripping in glass processing equipment.
   • Workpiece positioning in glass inspection equipment.
3. Metalworking
   • Adsorption and handling of metal sheets, plates.
   • Material gripping in stamping presses.
   • Positioning and inspection of metal parts.
4. Plastic Products
   • Adsorption and handling of plastic sheets, plates.
   • Robot end-effectors for injection molding machines.
   • Inspection equipment for plastic products.
5. Packaging Machinery
   • Vacuum adsorption of packaging bags, labels, films.
   • Gripping devices on packaging machine material transfer systems.
   • Suction cup actuation in vacuum packaging machines.

V. Installation and Usage Precautions
Installation Key Points:

• Pre-installation Check: Inspect product for scratches, deformation; verify nameplate matches design.
• Mounting Orientation: Ensure the cup is mounted perpendicular to the workpiece surface; avoid angled mounting.
• Piping Connection: Use M5×0.8 fittings for vacuum piping; ensure tight, leak-free connections.
• Mounting Security: Secure using M10×1 nuts or mounting accessories; ensure firm installation.
• Installation Location: Choose a location with minimal vibration and easy access; avoid high temperature, humidity, or corrosive environments.

Usage Notes:

• Operating Conditions: Do not exceed 0.7 MPa operating pressure; ambient temperature 0～60 °C.
• Medium Requirements: Use clean, dry air; avoid oil, water, impurities; confirm material compatibility for corrosive media.
• Workpiece Surface: Ensure workpiece surface is flat, clean, and free of oil/grease for optimal adsorption.
• Safety Precautions: Do not use in explosive atmospheres; do not exceed rated pressure limits.
• Regular Inspection: Periodically check cup rubber condition and damper function; replace if aged or damaged.

Maintenance:

• Regular Inspection: Periodically check cup rubber for damage/aging and damper function.
• Cleaning: Keep cup surface clean to prevent contamination; perform maintenance with power off.
• Long-Term Storage: If unused for long periods, apply anti-corrosion measures and perform periodic checks.

VI. Selection Recommendations
Suitable applications for ZPT10UGSK10-B5-A10:

• Applications requiring a Φ10 mm flat type vacuum suction cup.
• Need for conductive silicone rubber material for static-sensitive workpieces.
• Requirement for a damper with a 10 mm stroke.
• Need for M5×0.8 internal thread vacuum port.
• Need for M10×1 external thread mounting.
• Suitable for adsorbing small electronic parts, glass sheets, metal plates, and other flat workpieces.

Selection Calculation Reference:

• Cup Diameter: Select based on load weight and required holding force.
• Cup Shape: Choose Flat, Bellows, Thin type, etc., based on workpiece surface characteristics.
• Material: Select NBR, Silicone, Polyurethane, FKM, etc., based on operating environment.
• Damper Type: Choose presence of damper and stroke based on load weight and movement speed.
• Mounting Method: Choose external thread, internal thread, quick-connect, etc., based on installation space.

VII. Summary
The ZPT10UGSK10-B5-A10 is a Φ10 mm flat type vacuum suction cup made of conductive silicone rubber. It features conductivity, a flat cup design, a built-in damper structure, and versatile mounting options. Its M5×0.8 internal thread vacuum port and M10×1 external thread mounting make it an ideal choice for applications in the electronics industry, glass industry, metalworking, plastic products, and packaging machinery. Through proper selection, correct installation, and regular maintenance, this vacuum suction cup can ensure long-term stable operation, providing a reliable vacuum handling solution for users.

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