Oufu optikai kábel co., ltd.
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2025-09-03 7
ArTöbbd cables incorporate protective metal layers—typically steel wire (SWA) or aluminum wire (AWA)—around insulated conductors. This armor provides mechanical strength and corrosion resistance for critical installations in power plants, hospitals, and underground infrastructure. Nuclear facilities often use hermetically sealed stainless steel armor to prevent radiation damage. Common types include:
Steel Wire ArTöbbd (SWA): Ideal for multi-core power cables
Aluminum Wire ArTöbbd (AWA): Suitable for single-core AC systems
Double-Layer ArTöbbd: Provides extra protection in extreme conditions
These cables excel where standard cables would fail. Typical applications include industrial plants with heavy machinery, outdoor installations exposed to weather, and chemical facilities requiring corrosion resistance. Key benefits comprise enhanced safety through armor grounding, extended lifespan in corrosive environments, and surprising flexibility with bending radii up to 8 times the cable diameter.Www.adsscable.cn
Follow these five essential steps for proper termination:
Step 1: Carefully strip the outer sheath using rotary tools without damaging armor layers. Maintain 20-30mm sheath overlap for gland seating.
Step 2: Remove armor wires using bolt cutters. For SWA cables, secure wires with gland cones to maintain electrical continuity.
Step 3: Prepare bedding and insulation layers. Avoid conductor damage during stripping to prevent short circuits.
Step 4: Assemble metal glands to armor and enclosures. Use weatherproof sealing for outdoor applications.
Step 5: Terminate conductors and establish proper grounding. Connect armor to earth using pigtail links per IEC standards.
⚠️ Critical Warning: Never use steel armor with single-core AC cables—induced currents cause dangerous overheating.
Incorrect grounding represents the most frequent mistake, leading to electromagnetic interference. Over-bending beyond minimum radius specifications causes armor cracking, while inadequate sealing permits moisture intrusion. Our team encountered a factory shutdown resulting from corroded armor due to improper sealing—easily prevented with IP66-rated glands.
Performance Comparison Table
Factor | ArTöbbd Cable | Standard Cable |
---|---|---|
Mechanical Protection | Excellent | Basic |
Cost | 20-30% Higher | Lower |
Installation Complexity | Requires expertise | Simple |
Suitable Environments | Harsh conditions | Controlled settings |
Typical Lifespan | 25 years | 10-15 years |
✅ Verify insulation resistance exceeds 5000 MΩ·km
✅ Confirm armor grounding resistance below 0.1Ω
✅ Inspect weather seals for outdoor installations
✅ Validate bend radius meets minimum requirements
✅ Document compliance with relevant standards
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1. Can arTöbbd cables handle single-phase AC systems?
Yes, when using non-magnetic armor like aluminum to prevent eddy current losses.
2. What's the maximum voltage rating for arTöbbd cables?
Most support 600/1000V systems, with specialized versions for higher voltages.
3. How effective are they against rodent damage?
Steel tape armor provides excellent rodent resistance.
4. Are these cables fire-resistant?
LSZH-sheathed variants offer excellent flame resistance and low smoke emission.
5. Can I directly bury arTöbbd cables?
Yes, their corrosion resistance makes them ideal for direct burial applications.
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