Adaptaflex, 16 mm Nominal Diameter, Thermoplastic Rubber Extreme Temperature, Galvanised Steel, Black

ABB SPLHC Series Conduit, 16mm Nominal Diameter, Flexible Liquid Tight Type - SPLHC16/10M-RS

This conduit is a flexible, liquid tight solution specifically designed for extreme temperature environments. Manufactured from galvanised steel covered with thermoplastic rubber, this product offers an outer diameter of 17.8mm and an inner diameter of 12.5mm, making it an ideal choice for various applications. With a standard length of 10m, it ensures robust protection against moisture and contaminants.

Features & Benefits

• Provides liquid tight and oil-resistant capabilities for effective protection
• Operates effectively in temperatures from -45 °C to +135 °C
• Exhibits very high flexibility and fatigue life for ease of installation
• Rated IP66, IP67, IP68, and IP69K for exceptional durability in harsh conditions
• Halogen-free materials ensure safety and environmental compliance
• Extremely high UV resistance enhances longevity in outdoor setups

Applications

• Used with machine tool fittings to optimise protection
• Utilised in environments requiring high-temperature resistance
• Suitable for where liquid tight solutions are essential
• Ideal for installations that demand flexibility and durability

What is the minimum bend radius for optimal installation?

The conduit has a minimum bend radius of 50mm, ensuring flexibility during installation without risking damage.

Can this conduit withstand exposure to harsh chemicals?

While it offers resistance to various chemicals, compatibility depends on specific substances and concentrations; consult the technical specifications for guidance on limits.

How does this conduit perform in outdoor conditions?

Its very high UV resistance ensures performance integrity, making it suitable for outdoor applications exposed to sunlight.

What tensile strength can be expected to maintain secure fittings?

This conduit exhibits a tensile strength of over 1000N, providing reliable connections under strain.