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KBL MZUV cable tie made of polyamide with metal tongue, UV-resistant, black
Cable tie for bundling cables, cable harnesses and hoses in outdoor and indoor installations with increased requirements for minimum tensile strength
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Corrosion resistant
- Patented anti-magnetic closure with metal latch made of type 316 stainless steel
- Excellent binding behaviour even under the most demanding conditions such as humidity, heat, cold etc.
- Infinitely adjustable, robust and insensitive to vibrations and external influences
- Suitable for indoor and outdoor applications
No sharp edges and a secure fit
- Rounded and smooth exterior to prevent damage to the insulation of cables etc.
- In addition, the smooth body without teeth or grooves reduces the number of over-stressed points
- The light texturing on the inside of the tie ensures that the cable tie sits securely on the cable bundle
Quick installation and easy handling
- Slightly angled, pointed tie end and single-piece wedge closure
- Insertion aid with angled tie ends 2.3 + 3.6 + 4.8 mm
- No additional assembly tools required
Increased safety for the user
- Increased tensile strength values compared to standard cable ties with plastic latches
Convenient packaging for selected dimensions
- Tool-free opening due to perforation
- Resealable packaging with zip closure
- With Euro perforation
- Exercise caution with strong mineral acids and/or oxidising chemicals, especially at high temperatures
- Not resistant to mineral acids and/or oxidising chemicals
The UV-resistant cable ties meet the ISO 4892-2 standard: Plastics - Synthetic irradiation or weathering in equipment - part 2: xenon-arc lamps. 1,000 hours of irradiation or weathering using this test method is required by the IEC 62275, EN 62275 and UL 1565 standards for UV-resistant cable ties.
This test procedure involves a short test. This results of this test cannot be extrapolated to determine the actual service life of cable ties under irradiation or weathering with UV lights.
A number of factors may impair the degree of correlation between short tests with laboratory light sources and the actual exposure to external light sources under real operating conditions:
a) Differences in the spectral distribution of laboratory light sources and daylight
b) Weathering or irradiation periods in which ongoing weathering and irradiation with light from a laboratory light source without any phases of darkness is used
c) Weathering or irradiation conditions under which very frequent changes between high and low test temperatures arise or unrealistic temperature shocks are created
d) Unrealistically high or low humidity levels
e) Lack of biological agents or pollutants.
For indoor and outdoor applications such as:
- Photovoltaic systems
- Switch cabinet construction
- Electrical and building installations
- Vehicle manufacturing
- Vehicle workshops
- Maintenance workshops
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