Stainless steel cable clamp BAND-FAST®

corrosion-resistant

Product overview
Cable cleats secure power cables to support structures to restrain movement and transfer short-circuit forces. BAND-FAST® stainless steel post-pull banding cleats are designed for high-density tray and ladder installations and are independently tested to IEC 61914 for short-circuit performance. They protect cable insulation, terminations and supporting infrastructure while enabling efficient installation.

Cable cleat calculator (purpose and workflow)
The BAND-IT cable cleat calculator helps specifiers select compliant cleats by mapping key inputs (cable formation, peak kA rating, ladder rung type, spacing, cable diameter and units) to an IEC 61914-aligned recommendation. The tool provides a product recommendation, downloadable summary report and tabulated results with part numbers and sizing.

Calculator inputs (examples shown in the tool)

• Cable ladder rung type: Slotted, Unslotted
• Measurement system: Imperial (in) or Metric (mm)
• Cable configuration: Single/Multicore, Trefoil, Quadrafoil
• Rung spacing options: 300 mm (1 ft), 600 mm (2 ft)
• Peak kA rating (short-circuit severity)
• Maximum cable outside diameter (mm)

Calculator outputs / product recommendation results
The calculator returns recommended products and a concise results summary. Information is presented in a primary results table and a secondary product-details table to support procurement and design decisions.

Primary results table (columns)
Part Number | Description | kA Rating | Max Cable OD | Required Ladder Rung Slot Width | Spacing

Secondary product-details table (columns)
Material | Band Width | Band Length | Package Qty | Cushion Sleeve Required | Test Report

Where cable cleats are used in a data center and critical power systems

• Incoming utility and generator feeds
• UPS outputs and switchgear connections
• Main distribution panels and bus runs
• Cable trays and ladder systems across the facility

Standards and specification context
Selection follows IEC 61914. Short-circuit peak kA and cable formation determine mechanical forces; peak and RMS effects, cable OD and mounting strength drive cleat sizing and spacing. Use the calculator to ensure compliance with tested ratings and appropriate installation spacing.

BAND-FAST® (product approach) vs traditional cleats
BAND-FAST® solutions use stainless steel banding applied post-pull to secure cleats. Key differences include:

• Post-pull installation reduces friction and the need for pre-staging
• Lower component count and simplified on-site handling
• Low-profile design for high-density routing
• Stainless steel materials for durability
• Designed and independently tested to IEC 61914
• Faster installation and reduced material handling

Installation and design considerations
Cable outside diameter including insulation and sleeves determines cleat size. Cleat spacing depends on cable formation, diameter, available short-circuit current and the strength of the mounting structure. Ensure the supporting ladder or tray can transfer short-circuit forces to avoid structural failure.

Product recommendation results (presentation)
The calculator displays selected inputs, a product image placeholder, the primary results table and the secondary product-details table. Users can download a summary report containing the selected inputs and recommended part numbers for procurement.

Technical characteristics / specifications

• Standard: IEC 61914 referenced for short-circuit testing and ratings (IEC 61914:2015)
• Product family: BAND-FAST® (stainless steel banding, post-pull installation)
• Typical materials: stainless steel banding and related cleat components
• Validated inputs: ladder rung type, measurement unit, cable formation, spacing, peak kA, max cable OD
• Primary result fields: Part Number, Description, kA Rating, Max Cable OD, Required Ladder Rung Slot Width, Spacing
• Secondary fields: Material, Band Width, Band Length, Package Quantity, Cushion Sleeve Required, Test Report
• Installation mode: post-pull banding suitable for dense tray and ladder runs