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General| Brand | Cooper |
|---|---|
| Model | B-Line CT02MAN |
| Category | Cables and connectors |
| Language | English |
Discusses safety advantages over conduit systems, preventing gas transmission.
Highlights proven track record and reliability in industrial and broadcast applications.
Explains how cable trays require less space than conduit systems, ideal for high-density wiring.
Details initial installation savings and long-term cost reductions compared to conduit.
Covers reduced engineering time and simplified design process for cable tray.
Compares material costs of cable trays versus conduits, pull boxes, etc.
Focuses on labor savings and faster installation compared to conduit systems.
Explains how cable tray allows for quick and low-cost wiring additions or modifications.
Discusses identification, removal, and rearrangement of abandoned cables in cable trays.
Defines the scope of Article 392, covering cable tray systems and their applications.
Details available materials like aluminum, steel, and non-metallic options for cable trays.
Identifies permissible cable types (multiconductor, MI, MC, TC, PLTC, etc.) for cable tray support.
Covers specific rules for single conductor, MV, and grounding conductor use in industrial settings.
Specifies locations where cable trays are prohibited, such as hoistways or severe damage areas.
Covers factors for selecting cable tray strength, including load, supports, and rigidity.
Addresses the requirement for a complete, mechanically discontinuous system with bonding.
Covers rules for supporting conduits and other items from cable tray systems.
Details grounding requirements for all metallic cable trays, regardless of EGC use.
Covers requirements for paralleling conductors and cost savings compared to conduit.
Explains width selection for mixed cable sizes, requiring a single layer for larger cables.
Specifies installation requirements for single conductor cables in cable trays.
Discusses ampacity correction factors and derating for multiconductor cables in trays.
Provides guidance on standardized cabling strategies, cable types, and record keeping.
Details grounding requirements for all metallic cable trays, regardless of EGC use.
Discusses metal area requirements for using cable trays as Equipment Grounding Conductors (EGCs).
Covers bonding requirements for continuity and fault current capacity.
Addresses safety and accessibility requirements for making cable splices in cable trays.
Explains when and how multiconductor cables should be tied down in cable trays.
Details methods for terminating conduit on cable tray and protecting cables from abrasion.
Covers requirements for paralleling conductors and cost savings compared to conduit.
Specifies installation requirements for single conductor cables in cable trays.
Explains width selection for mixed cable sizes, requiring a single layer for larger cables.
Details allowable fill areas for smaller multiconductor cables in ladder/trough trays.
Covers mixed installations with dedicated zones for larger and smaller cables.
Specifies fill limitations for control and signal cables in ladder/trough trays.
Details reduced fill areas for solid bottom trays with larger mixed cables.
Explains fill area calculations for smaller cables in solid bottom trays.
Covers mixed installations in solid bottom trays with dedicated zones.
Details reduced fill limits for control/signal cables in solid bottom trays.
Provides fill areas for single and multiple multiconductor cables in ventilated channel trays.
Provides fill areas for single and multiple multiconductor cables in solid channel trays.
Explains width selection for large single conductor cables in ladder/trough trays.
Details width selection for medium single conductor cables in ladder/trough trays.
Covers installation of mixed sizes of large single conductor cables.
Explains width selection for smaller single conductor cables in ladder/trough trays.
Provides fill areas for single and multiple conductor cables in ventilated channel trays.
Discusses ampacity correction factors and derating for multiconductor cables in trays.
Details ampacity requirements for single conductor cables based on tray type and spacing.
Details ampacity for single conductor MV/MC cables based on spacing and tray type.
Details temperature rise tests for connectors in aluminum and steel ladder tray.
Presents temperature rise tests for conduit clamps used for bonding rigid conduit.
Provides an example calculation for NEC® Section 392.9(A)(1) regarding cable tray width.
Offers an example calculation for NEC® Section 392.9(A)(2) regarding cable tray width.
Shows an example calculation for NEC® Section 392.9(A)(3) regarding cable tray width.
Provides an example calculation for NEC® Section 392.9(B) regarding cable tray width.
Lists minimum equipment grounding conductor sizes according to Table 250.122.
Includes a flowchart for sizing cable trays based on NEC Article 392.
Provides a checklist for cable tray installation and specifications.
Lists additional resources and engineering software for cable tray applications.
Details B-Line's wire management resources and product catalogs.
Collects essential project details for cable tray installation and specification.
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