Flexible cable 500V m.SPEED 500-TPE 4G10 TPE-O sheath, metered 24233

Flexible cable for demanding applications

This metered 500V m.SPEED 500-TPE 4G10 flexible cable with TPE-O jacket is the ideal solution wherever high flexibility and resistance to harsh working conditions are required. The cable is designed for use in machines, robotics, production lines and industrial automation, where there is high mechanical stress and dynamic movement. It will work well in both fixed installations and applications with frequent bending.

Construction and properties

The cable is distinguished by an advanced construction ensuring long-lasting and reliable operation. Copper conductors, PP insulation and a special TPE-O outer jacket guarantee resistance to abrasion, tearing, chemicals, UV radiation and oils. Additionally, the cable is halogen-free, which increases safety in the event of a fire. The use of tinned conductors allows installation in chemically aggressive environments – in the presence of hydrogen sulfide, ammonia or sulfur dioxide.

• Flexibility: The special construction provides high cable flexibility, making it easy to route even in tight spaces and with frequent bends.
• Mechanical strength: The TPE-O jacket is characterized by high resistance to abrasion and tearing, which extends the cable's life in demanding conditions.
• Chemical resistance: The materials used in production are resistant to the action of oils, greases and many chemicals.
• Safety: Halogen-free construction minimizes the risk of toxic gas formation in the event of a fire.
• Wide temperature range: The cable retains its properties in the temperature range of -40°C to +80°C (stationary operation) and from -30°C to +80°C (dynamic operation).
• Use in cable conduits: Possibility of use in cable conduits at high speeds.

Technical parameters and application

The m.SPEED 500-TPE 4G10 cable has a cross-section of 10 mm², a rated voltage of 500V and an outer diameter of approximately 14.7 mm. It is intended for use in dry, damp and outdoor environments (in the absence of tensile stresses). Thanks to its construction and properties, it is perfect for applications requiring high flexibility and resistance to mechanical damage – industrial robotics, production lines, building automation or moving parts of machines. The cable conductors are numbered for easy identification during installation.