Lapp ÖLFLEX, Coiled, 1m 3 Core, Grey Polyurethane PUR Power Cable +50°C, Cross Sectional Area: 1.5...Lapp ÖLFLEX, Coiled, 1m 3 Core, Grey Polyurethane PUR Power Cable +50°C, Cross Sectional Area: 1.5 mm², Outer Diameter: 6.7mm, Voltage Rating: 500 V, American Wire Gauge: 15 AWG, Cable Shape: Coiled Multicore, Coil Diameter: 1000mm, Conductor Material: Bare Copper, Core Strands: 30/30 mm, Distrelec Product Id: 30049646, Insulation Material: PVC, MPN: 70002688. This LAPP OLFLEX Spiral Cable has an outer sheath made of Special Polyurethane. This spiral cable is ideal for use wherever shielded cables with the smallest dimensions are required, e.g., as control and power cables in machines and mechanical engineering and automatic control systems. The spiral cable is able to extend up to 3 times the un-extended spiral length. The cable has been manufactured from bare copper wires with special PVC P8/1 core insulation. LAPP 70002688 ÖLFLEX 400P Polyurethane Spiral Cable 3x1.5mm Grey 3m. The notch ductile PUR spiral cable with high restoring forces. The ratio of expansion is 3:1, i.e. a spiral cable with a closed length of 500 mm can be pulled out to three times its length, to 1500 mm. The drawn ends are each straight cut and 200 mm (end 1) or 600 mm (end 2) long respectively. UV resistant.
Best current price£4.62from Rapid Online - Rapid Electronics Ltd.
Lapp Spiral Cable Olflex 400 P 4G0.75 2000-6000Mm - 70002637Free delivery in 1–3 days£76.68Visit shop →
Product Information
Full details
The LAPP ÖLFLEX® SPIRAL 400 P Spiral Cable is designed for professionals in machine building, mechanical engineering, and automatic control systems who require a durable, flexible, and space-saving power or control cable. Its key benefit is its high restoring force and 3:1 expansion ratio, allowing it to extend significantly while maintaining its coiled shape. A potential caveat is its specific temperature range for flexing applications.
All features
Colour
Grey
Model Part Number
70002688
Brand
Lapp
Extended Product Information
FAQs
What is the maximum length this cable can extend to?
The cable has an expansion ratio of 3:1. For example, a cable with a closed length of 500 mm can be extended up to 1500 mm (1.5 meters).
What materials are the conductors and insulation made of?
The conductors are made of bare copper, and the core insulation is made of special PVC (P8/1). The outer sheath is made of special Polyurethane (PUR).
Can this cable be used in extreme temperatures?
The cable is rated for flexing within a temperature range of 5°C to 50°C. For static applications, the temperature range might differ, but it's best suited for dynamic use within this specified flexing range.
What are the typical applications for this spiral cable?
It is ideal for use as control and power cables in machines, mechanical engineering, and automatic control systems where a flexible, retractable, and space-saving solution is needed.
How do I connect the cable ends?
The cable features straight-cut drawn ends (200 mm and 600 mm) that need to be properly stripped and connected to your equipment's terminals or connectors according to standard electrical practices.
Is the outer sheath resistant to chemicals?
The Polyurethane (PUR) sheath offers good resistance to notches and abrasions. While generally robust, specific chemical resistance should be verified against the substance and concentration if used in a chemically aggressive environment.
What is the cable diameter?
The outer diameter of this specific cable (70002688) is approximately 6.9 mm.
Troubleshooting
Cable does not retract fully
Ensure the cable is not being subjected to temperatures outside its flexing range. Check for obstructions or kinks in the spiral. Verify that the cable has not been permanently stretched beyond its 3:1 expansion limit.
Intermittent signal loss or power failure
Inspect the cable for physical damage, especially at the drawn ends and areas of frequent flexing. Ensure secure connections at both ends. Verify the connected equipment is within the cable's voltage and current ratings.
Outer sheath appears damaged
If the damage is superficial, cleaning and careful inspection may suffice. For significant cuts or abrasions, the affected section may need to be avoided, or the cable replaced if safety is compromised.
Pros and Cons
Pros
Excellent flexibility and extensibility up to 3x its coiled length.
Durable construction with a notch-ductile PUR sheath for resisting damage.
Suitable for dynamic applications in automation and machinery.
Compact form factor saves space in control cabinets and machinery.
UV resistance enhances its suitability for varied environments.
Cons
Flexing temperature range is limited to 5°C - 50°C.
Specific insulation material (PVC) may not be suitable for all chemical or extreme temperature environments.
The 3m standard length may not be sufficient for all applications without considering its expansion capabilities.
Setup, Compatibility & Care
Setup:
Plan Installation: Determine the required extended length and ensure the connection points are accessible.
Connect Ends: Utilize the pre-cut straight ends for termination. Ensure proper stripping of insulation and secure connection to terminals or connectors according to manufacturer guidelines for the connected equipment.
Manage Coiling: Allow the spiral to naturally coil and uncoil. Avoid forcing it beyond its specified expansion limits or twisting the coil excessively.
Compatibility:
Voltage Rating: Suitable for up to 500V. Ensure this matches your power supply requirements.
Core Size: 1.5 mm² cross-sectional area is suitable for moderate power and signal applications. Verify compatibility with the current load requirements of your devices.
Environment: Best suited for environments within its specified temperature range (5°C - 50°C flexing) and where UV exposure is managed or limited.
Care:
Cleaning: Wipe gently with a dry or slightly damp cloth. Avoid abrasive cleaners or solvents that could damage the PUR sheath.
Inspection: Periodically inspect the cable for any signs of wear, abrasion, or damage, especially at connection points and areas of maximum flex.
Avoid Over-extension: Do not pull the cable beyond its 3:1 expansion ratio to prevent permanent deformation or conductor damage.