SKINTOP ST-M32 Cable Gland - M32x1.5 - 11-21mm - IP69K - 5 Pieces
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Full details
This guide is for engineers and technicians working in demanding industrial, offshore, and maritime environments. The LAPP SKINTOP ST-M32 cable gland provides superior oil resistance and permanent vibration protection for secure cable entry, ensuring reliable performance. A key consideration is that locknuts are sold separately and must be ordered to complete the installation.
All features
| Model Part Number | 53111440 |
|---|---|
| Brand | Lapp |
Extended Product Information
FAQs
What is the primary benefit of the SKINTOP ST-M32 gland?
Its primary benefit is superior oil resistance combined with permanent vibration protection, making it ideal for demanding industrial and offshore applications.
Does this product include locknuts?
No, locknuts are not included with this product and must be ordered separately.
What is the IP rating of this cable gland?
The SKINTOP ST-M32 cable gland has an IP69K rating, offering high protection against dust and high-pressure, high-temperature water jets.
What cable diameters can this gland accommodate?
It is designed to accommodate cables with an outer diameter ranging from 11mm to 21mm.
In what types of environments is this gland typically used?
It is typically used in machine building, automation, photovoltaic systems, maritime environments, and other industrial applications requiring robust cable protection.
How do I ensure the vibration protection is effective?
The vibration protection is integrated into the gland's design. Ensuring the cable is properly secured within the clamping range and the gland is tightened correctly will maintain its effectiveness.
Can this gland be used outdoors?
Yes, its IP69K rating makes it suitable for outdoor use where protection against dust and water is required. However, for prolonged direct UV exposure, confirm material compatibility or consider UV-resistant variants if available.
Troubleshooting
Gland does not provide a tight seal around the cable.
Ensure the cable's outer diameter falls within the 11-21mm clamping range. If the cable is too thin, a reducer or a different gland size may be necessary. If the cable is too thick, it cannot be used with this gland. Verify the sealing insert is correctly seated.
Difficulty threading the gland into the enclosure.
Confirm that the enclosure has a matching M32x1.5 internal thread. Ensure there are no obstructions or damage to the threads on either the gland or the enclosure. Lubricate threads lightly if necessary (use appropriate industrial lubricant).
Cable slips or moves within the gland after installation.
Re-tighten the gland's cap nut to increase the clamping force. Ensure the cable jacket is clean and free from debris that might prevent a secure grip. Verify the cable diameter is within the specified range and that the correct clamping insert is used.
Gland shows signs of degradation or chemical attack.
While designed for oil resistance, prolonged exposure to specific aggressive chemicals or extreme UV radiation might cause degradation. Inspect for damage and consider a gland material specifically rated for the chemicals present if issues persist.
Pros and Cons
Pros
- Excellent resistance to oils and aggressive media.
- Provides reliable strain relief and vibration damping.
- High ingress protection rating (IP69K) for extreme environments.
- Versatile clamping range accommodates various cable diameters.
- Durable construction suitable for heavy-duty industrial use.
Cons
- Locknuts are not included and require a separate purchase.
- Specific thread size (M32x1.5) may limit compatibility with non-standard enclosures.
- Higher initial cost compared to standard cable glands.
- May be over-engineered for basic indoor applications.
Setup, Compatibility & Care Instructions
Setup:
- Prepare the Cable: Strip the outer sheath of the cable to the appropriate length, ensuring the conductor insulation is not damaged.
- Insert Cable: Pass the cable through the gland body and into the enclosure.
- Position Wiper: Ensure the integrated wiper seal is correctly positioned around the cable jacket.
- Tighten Gland Body: Screw the gland body onto the threaded opening of the enclosure until snug. For M32x1.5 threads, ensure the enclosure has a matching internal thread or use a corresponding locknut.
- Install Locknut (if applicable): If not screwing into a threaded hole, place the separately purchased locknut onto the gland's external thread on the inside of the enclosure and tighten securely.
- Secure Clamping Ring: Tighten the cap nut of the gland. This action compresses the sealing ring and clamping insert, securing the cable firmly within the specified 11-21mm clamping range.
Compatibility:
- Thread: M32x1.5 metric thread. Requires a mating M32x1.5 internal thread in the enclosure or a compatible M32x1.5 locknut.
- Cable Diameter: Suitable for cables with an outer diameter ranging from 11mm to 21mm.
- Applications: Machine building, automation, photovoltaic systems, industrial machinery, offshore, and maritime environments.
Care:
- Cleaning: Clean the exterior of the gland with a damp cloth. Avoid using harsh solvents or abrasive cleaners that could damage the material.
- Inspection: Periodically inspect the gland for any signs of damage, wear, or degradation, especially in harsh environments. Ensure the seal remains intact and the clamping is still secure.
- Re-tensioning: If vibration is extreme or over time, re-tension the cap nut as needed to maintain a secure grip on the cable.