The GE Bently Nevada 40113-02 Connector Protector Kit is engineered to safeguard critical industrial connections against environmental hazards and wear, ensuring reliable operation in harsh industrial automation environments.
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The GE Bently Nevada 40113-02 Connector Protector Kit is engineered to safeguard critical industrial connections against environmental hazards and wear, ensuring reliable operation in harsh industrial automation environments.
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Material:Stainless Steel, IP67 Rated
Protection Level:Overcurrent, Surge, EMI/RFI
Temperature Range:-40°C to +85°C
Installation Method:Rapid Connect, Tool-less Installation
Weight:0.5 kg
Dimensions:120mm x 60mm x 25mm
The GE Bently Nevada 40113-02 Connector Protector Kit is meticulously engineered to provide robust protection for electrical connectors in harsh industrial environments. Constructed from high-grade corrosion-resistant stainless steel, this kit ensures durability and reliability under extreme conditions.
With an IP67 certification, it is fully waterproof and dustproof, capable of withstanding heavy rainfall and dust storms without compromising functionality. Its design is optimized for seamless integration with standard M8/M20 connector interfaces, making installation quick and straightforward.
Engineered to endure temperature fluctuations from -40°C to +85°C, this protector kit maintains its integrity across a wide range of operational climates. Its shockproof capabilities protect against sudden mechanical impacts, safeguarding critical connections against damage.
Compliance with UL, CE, and ISO 9001 standards guarantees that the GE Bently Nevada 40113-02 Connector Protector Kit meets the highest industry safety and quality benchmarks. This ensures peace of mind for manufacturers and maintenance teams looking to enhance their equipment’s resilience.
Incorporating the GE Bently Nevada 40113-02 Connector Protector Kit into your industrial setup not only extends the life of your electrical components but also minimizes downtime and maintenance costs, contributing significantly to operational efficiency.
