Lapp ÖLFLEX HEAT 180 SiHF Control Cable, 7 Cores 2.5 mm² 13 AWG, 50 m, Unscreened Stranded, Red Silicone Sheath

LAPP ÖLFLEX HEAT 180 SiHF Series Control Cable, 2.5mm² Cross Sectional Area, 50m Length - 0046024

This control cable is designed for machine and plant construction, delivering dependable performance in environments with elevated temperatures. The silicone-based insulation allows it to endure temperatures from -60°C to +180°C, making it suitable for a variety of applications. With a 7-core configuration and a cross-sectional area of 2.5mm², this cable is ideal for tasks requiring flexibility and durability.

This control cable is designed for machine and plant construction, delivering dependable performance in environments with elevated temperatures. The silicone-based insulation allows it to endure temperatures from -60°C to +180°C, making it suitable for a variety of applications. With a 7-core configuration and a cross-sectional area of 2.5mm², this cable is ideal for tasks requiring flexibility and durability.

Features & Benefits

• Flame-retardant design ensures safety in high-risk areas• Tinned copper conductors provide superior corrosion protection• Unscreened design simplifies installation in tight spaces• 300/500 V voltage rating supports extensive electrical usage• Lightweight construction facilitates easy manoeuvrability

• Flame-retardant design ensures safety in high-risk areas

• Tinned copper conductors provide superior corrosion protection

• Tinned copper conductors provide superior corrosion protection

• Unscreened design simplifies installation in tight spaces

• Unscreened design simplifies installation in tight spaces

• 300/500 V voltage rating supports extensive electrical usage

• 300/500 V voltage rating supports extensive electrical usage

• Lightweight construction facilitates easy manoeuvrability

• Lightweight construction facilitates easy manoeuvrability

Applications

• Ideal for use in industrial furnaces and heating elements• Utilised in bakery equipment for reliable operation• Suitable for air-conditioning technology installations• Effective in galvanising processes for enhanced durability• Effective for lighting technology where high temperatures prevail

• Ideal for use in industrial furnaces and heating elements

• Utilised in bakery equipment for reliable operation

• Utilised in bakery equipment for reliable operation

• Suitable for air-conditioning technology installations

• Suitable for air-conditioning technology installations

• Effective in galvanising processes for enhanced durability

• Effective in galvanising processes for enhanced durability

• Effective for lighting technology where high temperatures prevail

• Effective for lighting technology where high temperatures prevail

What temperature range does this cable support?

It supports temperatures from -60°C to +180°C, ensuring performance in extreme conditions, provided adequate ventilation is maintained.

It supports temperatures from -60°C to +180°C, ensuring performance in extreme conditions, provided adequate ventilation is maintained.

How does this cable handle exposure to chemicals?

The silicone sheath is resistant to a variety of oils, alcohols, and chemical substances, making it suitable for challenging environments.

The silicone sheath is resistant to a variety of oils, alcohols, and chemical substances, making it suitable for challenging environments.

What bending radius should be maintained during installation?

For fixed installations, a minimum bend radius of 4 times the outer diameter is recommended, while occasional flexing requires 15 times the outer diameter.

For fixed installations, a minimum bend radius of 4 times the outer diameter is recommended, while occasional flexing requires 15 times the outer diameter.

Is the cable suitable for outdoor use?

While the cable is designed for high temperatures, it is essential to ensure adequate ventilation to maintain its mechanical properties, especially when used outdoors.

While the cable is designed for high temperatures, it is essential to ensure adequate ventilation to maintain its mechanical properties, especially when used outdoors.