Single core PVC wire according to UL/CSA UL Style 1007 1xAWG16 blue 62402

(remove these two lines)

Single-core PVC wire – a reliable connection for your installations

This single-core PVC wire, designated as UL Style 1007, is a versatile solution for internal wiring. It is suitable for both control cabinets and electrical devices for everyday use – from household appliances to radio and television receivers. Its construction and materials guarantee safety and long-lasting reliability.

Construction and application

The wire is designed to operate in a wide temperature range, both in flexible mode (-5°C to +80°C) and stationary mode (-30°C to +80°C). The possibility of operation at a temperature of up to +90°C (CSA-AWM I A/B or TR 64) expands the scope of its applications. Its copper core, covered with special PVC, ensures good conductivity and resistance to external factors. The wire is used as a connecting element in machines, inside insulated pipes (including flexible ones), and as a connection wire for motors and transformers.

Key features and benefits

• UL and CSA approvals: Ensure compliance with stringent safety standards, confirming the high quality of the product.
• Flexibility and durability: Made of high-quality PVC, resistant to abrasion, oils, solvents, acids and alkalis.
• Wide operating temperature range: Enables use in various environmental conditions.
• Flame retardancy: Self-extinguishing material (UL VW-1 / CSA FT1) increases the safety of the installation.
• Core cross-section 1.32 mm² (AWG 16): Optimal for many applications in electronics and automation.
• Rated voltage 300V: Safe for most standard electrical installations.
• Blue color: Facilitates identification and organization of wires in the installation.
• Tinned copper core: Compliant with UL-Std. 785, guaranteeing good electrical conductivity.

This wire is an ideal choice for both professional installers looking for a reliable component for their projects and end-users who need a safe and durable solution for wiring their devices.