461219 RD001

Single Conductor Cables (Hook-Up Wire) are ideal for various applications requiring flexibility and reliability. 461219 RD001 is a cost-effective hook-up wire best suited for all types of equipment and components. This type of cable is incredibly versatile and can be used for a wide variety of applications including internal wiring, panel wiring, and motor wiring.

The 461219 RD001 is made of synthetic rubber insulation with a stainless steel shield. The insulation is moisture resistant and offers a superior resistance to temperature, pressure, and shock. The shield is effective against both inductive signals and radio frequency interference. This type of cable is designed to withstand temperatures ranging from -30°C to +200°C. It is rated UL 1571 180°C 300V Sunlight Resistant 1000V.

The working principle of 461219 RD001 is that it is designed to deliver useable power to internal equipment and components. This power is provided by the insulation which separates the external environment from the core conducting wire. The insulation prevents the current from jumping from one level to another as well as reduces electrical noise from external sources. The stainless steel shield serves as additional protection against both inductive signals and radio frequency interference.

The 461219 RD001 is also highly durable due to its superior toughness and flexibility. This type of cable stands up to the toughest environments, including high levels of humidity, salt spray, and UV radiation. Additionally, the stainless steel braiding prevents damage from cuts or scrapes. Furthermore, the stainless steel sleeving is rated UL 167 Flame Resistance.

In conclusion, the 461219 RD001 is a cost-effective, highly durable hook-up wire that is best suited for all types of equipment and components. Its synthetic rubber insulation with a stainless steel shield provides superior performance and durability, making it the ideal choice for a variety of applications. It is also highly resistant to temperatures, pressure, shocks, and other environmental conditions. Additionally, the working principle is designed to deliver useable power to internal equipment, while its shield is effective against both inductive signals and radio frequency interference.