Engineered for extreme conditions, Foxboro P0916VL Hypalon cables provide unparalleled reliability and durability in industrial control systems, ensuring seamless operation in harsh environments.
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Engineered for extreme conditions, Foxboro P0916VL Hypalon cables provide unparalleled reliability and durability in industrial control systems, ensuring seamless operation in harsh environments.
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Material:Hypalon
Operating Temperature Range:-40°C to +85°C
Insulation Resistance:≥ 10^12 ohms @ 25°C
Flexibility:Minimum Bend Radius: 3.5 times cable diameter
Electrical Rating:Continuous DC Current: 10A, Maximum Voltage: 250V
Environmental Compatibility:Resistant to Oil, Grease, UV Light, and Chemicals
The Foxboro P0916VL Hypalon cables are meticulously designed to withstand the most demanding industrial environments. Crafted from premium Hypalon material, these cables offer exceptional resistance to abrasion, heat, and chemicals, ensuring longevity and reliability in applications where conventional cables might fail.
Withstanding temperatures ranging from -40°C to +85°C, these cables are ideal for use in cold storage facilities, oil rigs, or any environment with fluctuating temperature conditions. Their high insulation resistance ensures minimal power loss, even under extreme conditions.
Featuring a minimum bend radius three times greater than standard cables, the P0916VL cables maintain their integrity and performance throughout installation and operational periods. This design allows for easier handling and installation without compromising on durability.
Equipped with a robust electrical rating, capable of handling continuous DC currents up to 10A and maximum voltages up to 250V, these cables are suitable for a wide range of industrial control systems, including power distribution, automation, and safety systems.
Their chemical and UV resistance ensures they remain functional in corrosive atmospheres and under prolonged exposure to sunlight, making them a preferred choice for outdoor installations or areas with high levels of environmental stress.
