LAPP H07BQ-F Spiral Cable, 5G1.50 mm², 1500/4500 mm - Grey
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Tameson UKLapp Spiral H07bq-F Pur Power Cable 3G1.5 - 70002750
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Product Information
Full details
The LAPP H07BQ-F Spiral Cable is designed for demanding applications in mechanical engineering, offering a robust solution with high restoring forces. Its color-coded connections simplify installation and enhance safety. While ideal for environments requiring flexibility and durability, users should be aware of its specific temperature limitations during flexing.
All features
| Colour | Grey |
|---|---|
| Model Part Number | 70002760 |
| Brand | Lapp |
Extended Product Information
FAQs
What is the primary application for this spiral cable?
This spiral cable is primarily designed for demanding applications in mechanical engineering and automation, where flexibility and a high restoring force are required for moving components.
What does H07BQ-F indicate?
H07BQ-F is a standard designation for flexible, robust cables with polyurethane (PUR) sheathing, suitable for demanding industrial use.
What is the maximum temperature for flexing this cable?
The cable can be flexed within a temperature range of -25 to 50 °C.
Can this cable be used outdoors?
While robust, its specified flexing temperature range should be considered. For outdoor use, ensure environmental conditions remain within the operational parameters.
How do I determine the correct wire to connect?
The cable features color-coded connections to simplify wiring. Always refer to the specific wiring diagram for your application or consult a qualified electrician.
What is the difference between cable diameter and spiral outer diameter?
The cable diameter (1.1 cm) refers to the thickness of the cable itself, while the spiral outer diameter (4 cm) refers to the overall diameter when the cable is in its coiled, spiral form.
What is the material of the conductors?
The cable conductors are made of copper.
Troubleshooting
Cable does not retract fully
Check for obstructions around the cable path. Ensure the cable is not overstretched beyond its designed capacity or temperature limitations.
Intermittent signal loss
Inspect the cable for physical damage. Verify all connections are secure and correctly wired according to the color-coding.
Cable appears stiff or brittle
The cable may be operating outside its optimal temperature range. Ensure it is within the -25 to 50 °C flexing temperature range. Avoid prolonged exposure to extreme cold or heat.
Color-coding is unclear
Refer to the LAPP product documentation or consult an electrical professional to confirm wire functions before making connections.
Pros and Cons
Pros
- Durable construction suitable for industrial environments.
- Excellent restoring force maintains cable integrity.
- Color-coded wires simplify installation and maintenance.
- Designed for demanding mechanical engineering applications.
- Compact dimensions for efficient space utilization.
Cons
- Flexing temperature range is limited to -25 to 50 °C.
- Specific color (Grey) may not suit all aesthetic requirements.
- Spiral design might be less suitable for applications requiring perfectly straight cable runs.
- May not be ideal for extremely high-temperature or low-temperature environments outside the specified range.
Setup, Compatibility & Care
Setup: Ensure the cable is connected according to the color-coded wiring to prevent electrical faults. The spiral design means it should be installed with sufficient slack to allow for full extension without overstretching.
Compatibility: This cable is designed for use in mechanical engineering and control applications, compatible with standard industrial connectors. Its H07BQ-F rating indicates suitability for specific power and control signal transmission.
Care: To maintain optimal performance, periodically inspect the cable for any signs of damage, such as cuts or abrasions. Clean the cable with a damp cloth; avoid using harsh chemicals. Ensure the operating temperature remains within the specified flexing range of -25 to 50 °C. Do not exceed the cable's maximum extension length.