5856 BL001

Single conductor cables are commonly referred to as hook-up wires in the electronics industry. These types of cables are utilized for internal wiring inside electrical and electronic items, including computers, home appliances, and cars. They are designed to allow current to flow safely and professionally without causing interference to other systems. Many hook-up wire models are UL and CSA certified for use in hazardous locations. The 5856 BL001 is one of these models.

The 5856 BL001 is a robust single conductor cable that is designed to withstand extreme temperatures, both hot and cold, as well as harsh environmental conditions. It is insulated with a gray, flame retardant PVC jacket and is UL and CSA certified. This cable is available in various gauges, ranging from 8 to 10 AWG (American Wire Gauge).

The 5856 BL001 is typically used for general purpose applications, such as power supply wiring, motor control wiring, and data communication. It is suitable for installations in high temperatures environments, up to 105°C. The cable is also highly resistant to abrasion and oil. However, the recommended continuous operating temperature should not exceed 80°C.

In terms of working principle, the 5856 BL001 cable is designed to allow current to flow through the copper conductor. The insulation acts as a barricade to prevent any leakage of electrical current to the surroundings. The outer jacket provides protection from mechanical damage and other environmental conditions that could potentially damage the cables. The jacket is also flame retardant, meaning that it doesn’t cause further propagation of fire.

In short, the 5856 BL001 is a single conductor cable that is designed for general purpose applications. It is UL and CSA certified, which makes it suitable for use in hazardous locations. The cable is made with a flame retardant PVC jacket that provides protection from mechanical damage and other external factors. It is designed to allow current to flow safely without causing interference to other systems. The continuous operating temperature should not exceed 80°C.