Bench Vice - 70mm - 9-205 ESD

The 9-205 ESD from Bernstein is a ESD SPANNFIX screw-on clamping vice. It is used for work benches...

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Product Information

Full details

The Bernstein SPANNFIX 9-205 ESD is a versatile ESD-safe hand vice designed for precision work in electronics, laboratories, and workshops. Its key benefit is the highly adjustable ball and socket joint, allowing clamped workpieces to be positioned in virtually any direction with secure locking. A potential caveat is its maximum table thickness limitation of 80mm for mounting.

All features

Model Part Number9-205 ESD
BrandBernstein

Extended Product Information

FAQs

What is the maximum table thickness the SPANNFIX 9-205 ESD can clamp onto?

The SPANNFIX 9-205 ESD is designed for workbenches or table edges with a maximum thickness of 80mm.

How do I adjust the movement of the ball and socket joint?

You can adjust the resistance of the ball joint using the set screw located beneath the ball socket. Tighten it to make it stiffer, or loosen it for smoother movement.

What does 'ESD' mean in the product name?

ESD stands for Electrostatic Discharge. The 'ESD' designation means the product has a dissipative coating to protect sensitive electronic components from damage caused by static electricity.

What is the clamping force of this vice?

The SPANNFIX 9-205 ESD provides a clamping force of 1470 Newtons (N).

Can the head of the vice be locked in any position?

Yes, once you position the workpiece using the ball and socket joint, a simple lever movement allows you to lock it securely and steplessly in that position.

What materials is the vice made from?

The SPANNFIX 9-205 ESD is constructed from high-quality, powder-coated cast aluminum and surface-finished steel parts.

What is the maximum width of an object I can clamp?

The maximum clamping width for the SPANNFIX 9-205 ESD is 70mm.

Troubleshooting

Vice does not clamp securely

Check the workbench/table thickness to ensure it is within the 80mm limit. Clean the clamp jaws and the surface of the table edge. Ensure the lever is fully engaged.

Ball joint is too stiff or too loose

Adjust the set screw located below the ball socket. Tighten it to increase resistance, or loosen it to allow for easier movement.

Workpiece slips when clamped

Verify the workpiece is within the 70mm clamping width and 38mm clamping depth. Ensure jaws are clean and free of oil or debris. Increase clamping pressure if necessary, within safe limits.

ESD protection compromised

Ensure the dissipative powder coating is intact. For critical applications, verify that the workbench and the user are properly grounded according to ESD standards.

Pros and Cons

Pros

  • ESD safe for sensitive electronics
  • Highly flexible positioning due to ball and socket joint
  • Robust and durable construction
  • Quick and easy setup on various work surfaces
  • Secure and stepless workpiece locking

Cons

  • Limited to a maximum table thickness of 80mm
  • Specific ESD requirements may necessitate additional grounding
  • Weight might be a factor for highly portable setups

Setup, Compatibility & Care

Setup:

  1. Identify a suitable workbench or table edge with a thickness no greater than 80mm.
  2. Position the vice clamp onto the edge.
  3. Operate the lever to secure the vice firmly onto the surface. Ensure it is stable before use.

Compatibility:

  • Work Surface: Compatible with tables and workbenches up to 80mm thick.
  • Workpieces: Suitable for holding objects within its 70mm maximum clamping width and 38mm clamping depth.
  • ESD Environments: Designed for use in environments requiring electrostatic discharge protection.

Care:

  • Clean the vice regularly with a dry or slightly damp cloth. Avoid abrasive cleaners.
  • Periodically check the set screw for the ball socket and adjust tension as needed to maintain optimal mobility and locking.
  • Ensure the clamping mechanism remains free of debris to maintain a secure grip.

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