Material:High-grade copper for optimal conductivity
Length:Available in multiple lengths, customizable to meet specific needs
Connector Type:Industry-standard connectors for compatibility
Temperature Range:-40°C to +85°C, designed for extreme conditions
Insulation:Enhanced durability with PTFE insulation
Resistance:Less than 1 ohm per 100 meters at 20°C, ensuring low signal loss
Shielding:Full shield for EMI/RFI protection
The Bentley Nevada 16925-99 Extension Cable is meticulously designed to withstand the harsh environments often encountered in industrial settings. Its high-quality, flexible PVC outer jacket ensures durability and protection against mechanical damage and environmental factors, while its IP67-rated connectors guarantee reliable performance even under water immersion and dust ingress conditions.
Featuring OFC copper conductors, this cable ensures minimal signal loss and superior electrical conductivity, making it an ideal choice for data transmission and power supply in industrial automation systems. Its ability to operate within a wide temperature range (-40°C to +85°C) ensures consistent performance throughout the year, regardless of environmental fluctuations.
Withstanding rigorous testing and certification from CE, UL, and CSA, the Bentley Nevada 16925-99 Extension Cable complies with international safety standards, offering peace of mind to users. The cable’s robust design and compatibility with various industrial equipment facilitate seamless integration into existing systems, enhancing efficiency and productivity.
For maintenance and installation, the cable’s screw-lock connectors provide a secure and easy connection process, minimizing downtime during setup or repair activities. The long length (30 meters) allows for flexibility in layout and placement, accommodating diverse industrial configurations.
In summary, the Bentley Nevada 16925-99 Extension Cable is a premium choice for industrial control applications, combining reliability, durability, and performance to meet the demanding needs of modern manufacturing environments.
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