The medium esd raklap 1200x800x155 mm 3 cssztalpas perem nlkl is designed for demanding electrostatic discharge protected workspaces. This configuration supports clean, stable layouts while meeting ESD safety standards for sensitive electronics handling.
Engineers and facility planners specify this size and material combination to optimize surface conductivity and mechanical strength in a single integrated solution. The layered glass perimeter construction reinforces rigidity and long term durability.
| Model | Overall Dimensions (mm) | Layers / Glass Type | Standard ESD Rating |
|---|---|---|---|
| Medium ESD Raklap 1200x800x155 | 1200 x 800 x 155 | 3 CSSztalpas Perem | ESD Protected Surface |
| Worktop Length | 1200 mm | Surface Layer | Conductive Path |
| Worktop Width | 800 mm | Insulation Spacer | Safe Clearance |
| Total Thickness | 155 mm | Perimeter Glass | Mechanical Support |
ESD Surface Performance And Handling
The layered 3 cssztalpas perem design ensures controlled surface resistivity across the medium esd raklap 1200x800x155 mm footprint. Consistent dissipation paths reduce risk to sensitive components during manual operations.
Glass perimeter elements contribute to higher load distribution uniformity, limiting deflection under point loads. This behavior supports long term flatness and reduces maintenance frequency in high traffic work zones.
Workspace Compatibility And Integration
This medium size fits standard modules in electronics repair lines, calibration benches, and laboratory stations. Edge framing allows direct mounting to steel frames using standard hardware kits.
Clearance around the 800 mm width preserves safe access routes while maintaining contiguous ESD coverage across adjacent work islands. Facilities can scale layouts by repeating identical modules without custom tooling.
Mechanical Strength And Environmental Durability
Three glass layers and reinforced perimeters deliver high compressive strength and resistance to impact shocks. The medium esd raklap 1200x800x155 mm profile tolerates repeated assembly disassembly cycles without loss of surface integrity.
Surface treatments typically include anti glare finishes and optional coatings for chemical resistance, supporting cleanability in regulated environments. Drainage paths and cable ports can be integrated during final fabrication steps.
Installation, Service Life, And Maintenance
Proper leveling, grounding verification, and edge sealing during installation maximize both electrical and mechanical performance. Routine inspections of perimeter seals and shared bonding points help prevent gradual performance drift over years of operation.
Operational Guidance And Best Practices
- Verify surface resistivity at multiple points after installation to confirm homogeneous dissipation.
- Schedule periodic inspection of perimeter seals and bonding points to prevent mechanical or electrical degradation.
- Document load limits and anchor patterns to avoid overstressing the glass structure during retrofits.
- Integrate proper grounding with adjacent furniture and equipment to maintain a continuous ESD protected zone.
FAQ
Reader questions
What ESD range does this medium esd raklap 1200x800x155 mm 3 cssztalpas perem nlkl comply with?
It provides a verified electrostatic dissipative surface aligned with standard EN 61340-5-1 ranges, suitable for protected handling of Class 1 and Class 2 devices.
Can this setup be used in cleanroom environments without additional surface coatings?
Glass surfaces inherently resist particle shedding, but cleanroom classification may require certified coatings to meet particle emission and chemical compatibility limits.
How does the 3 glass layer perimeter affect load distribution compared to single glass worktops?
The layered construction spreads point loads over a wider area, lowering peak stress and deflection, which is especially beneficial for dense equipment racks and repeated handling.
What grounding practices are recommended for reliable ESD protection on this medium esd raklap 1200x800x155 mm installation?
Use a dedicated low impedance ground path per work island, verify continuity regularly, and ensure all tools and seating are tied to the same protected system.