Lid Seal (optional: silicone or EMC seal)
Optional lid sealing solutions for standard environmental sealing or enhanced EMC performance.
Weight
90 gr.
Material
Silicone / Neoprene / conductive EMC gasket material (variant dependent)
Color
Red-orange (silicone) / black (Neoprene)
Package Dimensions
30 x 30 x 3 cm
HS Code
4016.93.00
Warranty
Statutory
TECHNICAL DATASHEET Additional Information
Material Composition
VMQ silicone profile or conductive elastomer / textile-over-foam EMC profile / Neoprene
Dimensions
Typical cross-section 10x4 mm, cut-to-length perimeter fit
Operating Weight
90 gr. (per meter)
Primary Use Case
Lid sealing for ingress protection and optional EMC shielding continuity
Operating Temperature
-40 deg °C to +100 deg °C (Neoprene/EMC) / -60 deg °C to +200 deg °C (silicone)
Protection Rating
Up to IP68 (with correct compression and enclosure design)
Earthing
EMC version supports low-impedance lid bonding
RoHS Compliance
RoHS EU Directive 2011/65/EU + (EU) 2015/863
REACH Compliance
REACH Regulation 1907/2006/EC
Certification
IEC 60529 (system-level), material class per variant
Rated Voltage
Mechanical accessory
FAQs
We offer Neoprene, Silicone, and EMC gasket solutions, selected by enclosure series, environment, and required IP/EMC performance.
Neoprene is standard for GBA and GBP.
Yes, Silicone is available as an option for GBA and GBP.
EX versions are always Silicone.
Silicone is used for higher temperature capability and stable long-term sealing performance in demanding conditions.
Yes, GBA+EX and GBP+EX use Silicone sealing.
Yes, where applicable in the design concept; material selection follows the series rule (standard or EX).
GBS and other steel/metal housings use a different sealing system than the GBA/GBP concept.
By combining enclosure geometry, IP requirement, environment, and service strategy.
It is a primary factor; the required IP level defines compression, interface design, and material choice.
When both environmental sealing and electromagnetic shielding continuity are required.
Yes, with the correct enclosure interface design and controlled assembly process.
It delivers a cost-effective baseline while maintaining reliable protection for standard industrial applications.
It provides an upgrade path for higher thermal demand without changing enclosure platform.
It simplifies specification and reduces compliance risk in high-demand EX projects.
It lowers leakage risk, minimizes rework, and reduces downtime and maintenance interventions.
Yes, we can define series-based standards (e.g., GBA/GBP Neoprene standard, EX Silicone mandatory) for procurement consistency.
Correct torque, tightening sequence, and clean mating surfaces are critical for achieving target IP performance.
Yes, we provide application-based recommendations aligned with temperature, IP class, and enclosure family.
A series-matched gasket strategy improves technical reliability, speeds engineering decisions, and strengthens cost/performance control across the enclosure portfolio.
Frequently Asked Questions
Our High-Voltage Circuit Breaker is certified to IEC 62271 and IEEE C37 standards, ensuring compliance with international safety and performance requirements. Additional regional certifications include CE, UL, and CCC marks for global market acceptance.
Yes, we offer comprehensive OEM customization services including voltage ratings, mounting configurations, control interfaces, and branding options. Our engineering team works closely with clients to develop tailored solutions that meet specific application requirements.
Standard configurations are typically available within 4–6 weeks. Custom orders require 8–12 weeks depending on specification complexity. We maintain strategic inventory for common models to support urgent project requirements.
XINDUX provides comprehensive global technical support through our network of regional service centers. This includes installation guidance, commissioning assistance, preventive maintenance programs, and 24/7 emergency response capabilities across all major markets.