Lapp ÖLFLEX EB Control Cable, 4 Cores, 1.5 mm² CSA 15 AWG, Unscreened, 50 m, Blue Polyvinyl Chloride Sheath

LAPP ÖLFLEX EB Series Control Cable, 4 Cores, 1.5mm² Cross Sectional Area - 12502

This control cable is designed for use in intrinsically safe circuits and features a blue PVC outer sheath. The 4 core configuration with a cross-sectional area of 1.5mm² ensures efficient signal transmission. With a voltage rating of 300/500 V AC, this cable is suitable for various electrical applications that require reliable and flexible connectivity over a substantial length of 50m.

This control cable is designed for use in intrinsically safe circuits and features a blue PVC outer sheath. The 4 core configuration with a cross-sectional area of 1.5mm² ensures efficient signal transmission. With a voltage rating of 300/500 V AC, this cable is suitable for various electrical applications that require reliable and flexible connectivity over a substantial length of 50m.

Features & Benefits

• Flexible design for easy routing in tight spaces• Flame-retardant properties enhance safety in installations• Unscreened construction simplifies installation processes• Low conductor resistance ensures efficient power transmission• Supports a wide temperature range of -40°C to +80°C

• Flexible design for easy routing in tight spaces

• Flame-retardant properties enhance safety in installations

• Flame-retardant properties enhance safety in installations

• Unscreened construction simplifies installation processes

• Unscreened construction simplifies installation processes

• Low conductor resistance ensures efficient power transmission

• Low conductor resistance ensures efficient power transmission

• Supports a wide temperature range of -40°C to +80°C

• Supports a wide temperature range of -40°C to +80°C

Applications

• Used in automation and control systems• Suitable for installations in hazardous areas• Ideal for environments requiring intrinsically safe solutions• Effective in electrical adhering to IEC standards

• Used in automation and control systems

• Suitable for installations in hazardous areas

• Suitable for installations in hazardous areas

• Ideal for environments requiring intrinsically safe solutions

• Ideal for environments requiring intrinsically safe solutions

• Effective in electrical adhering to IEC standards

• Effective in electrical adhering to IEC standards

What are the implications of using this type of cable in hazardous environments?

Using a control cable with ATEX certification is crucial for hazardous environments, as it ensures safety and compliance with explosive atmosphere regulations. This cable can effectively manage energy transmission while minimising risks associated with fire or explosion.

Using a control cable with ATEX certification is crucial for hazardous environments, as it ensures safety and compliance with explosive atmosphere regulations. This cable can effectively manage energy transmission while minimising risks associated with fire or explosion.

How does the low conductor resistance affect performance?

The low conductor resistance of 13.3 Ω/km promotes efficient energy transmission, reducing power losses and enhancing the overall performance of the electrical system in which the cable is integrated.

The low conductor resistance of 13.3 Ω/km promotes efficient energy transmission, reducing power losses and enhancing the overall performance of the electrical system in which the cable is integrated.

What specific advantages does the PVC sheath provide for this cable?

The PVC sheath offers excellent durability and flexibility, protecting the internal conductors from moisture and chemicals while allowing for ease of installation in complex routing setups.

The PVC sheath offers excellent durability and flexibility, protecting the internal conductors from moisture and chemicals while allowing for ease of installation in complex routing setups.