ABB 7TBA244340R0031 Other/Miscellaneous - 600 LBS

Part Number: 7TBA244340R0031
Manufacturer
ABB
Part number
7TBA244340R0031

Quick Summary

ABB 7TBA244340R0031 is a steel cable install swivel pin designed for secure, high-load pinning in heavy equipment assemblies. Manufacturers frequently battle wear, misalignment, and downtime from incompatible pins that fail under load. Note that the data set does not specify SIL, CE, or IP ratings; consult the MASVP6 datasheet and ABB for certification details. Using a standardized, US-made pin helps simplify maintenance, improve inventory control, and reduce downtime across production lines. These attributes support reliable performance in cable installations and align with standard industrial fastener practices.

Product Information

Extended Description

7TBA244340R0031 ABB: 7/8 INCH REPLACEMENT PIN 600 LBS.
EAN
0791207203744
UPC
791207203744
Country of Origin
United States (US)
Selling Unit of Measure
each
Package Level 1 Units
100 piece
Package Level 1 Width
6.5 in | 165 mm
Package Level 1 Height
5.625 in | 143 mm
Package Level 1 Depth / Length
7.875 in | 200 mm
Package Level 2 Units
17000 piece
Effective Date
20080116
Product Name
CABLE INSTALL SWIVEL PIN OF STEEL
Data Sheet, Technical Information
MASVP6
UNSPSC
39121704
WEEE Category
Product Not in WEEE Scope
IDEA Granular Category Code (IGCC)
5048 >> Wallplates
Diameter and load rating are matched for high-load pinning in heavy equipment. This 7/8 inch pin supports up to 600 lbs, minimizing the risk of pin fatigue and unwanted downtime in dynamic joints used in cable installations on hoists, conveyors, and similar machinery. Steel construction enhances durability under vibration and impact, reducing replacement frequency and lowering field-maintenance costs. The product is made in the United States and documented by MASVP6, which strengthens traceability and quality-control expectations for audits and supplier reviews. Packaging is 100-piece per level 1 unit, enabling consistent batch replenishment and streamlined stocking on assembly lines. Compatibility with ABB hardware ecosystems and standard 7/8 inch housings supports quick installation, minimizes rework, and ensures reliable performance across multiple platforms.

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FAQs

Yes. The 7/8 inch diameter is designed to fit standard 7/8 inch holes used in many cable-install swivel assemblies. When selecting replacements, verify hole tolerances and clearances to avoid binding. The 600 lb load rating provides a clear expectation for performance under common dynamic loads in heavy equipment. Always check the MASVP6 datasheet for installation guidelines and torque specifications specific to your joint design.
Key specs include a 7/8 inch diameter, 600 lbs load capacity, steel construction, and US origin. The product is packaged in 100-piece levels, with data referenced by MASVP6. These factors translate to predictable load performance, improved wear resistance in high-cycle applications, and straightforward inventory management for maintenance teams.
Applications include cable installations in heavy machinery such as cranes, hoists, conveyors, and other moving joints where secure pin retention under load is critical. The pin’s steel construction and defined dimensions provide reliability in dynamic environments, helping reduce downtime and maintenance cost while maintaining alignment and safety in cable-driven systems.
The data set does not specify SIL, CE, or IP ratings for this pin. For certification requirements, consult ABB or the MASVP6 datasheet to confirm any applicable standards. When regulatory compliance is essential, request formal certifications or third-party test reports from the supplier to ensure alignment with your internal QA and supplier-audit protocols.
By using a standardized, high-load 7/8 inch steel pin with a clear 600 lbs rating, maintenance intervals can be extended due to reduced wear and fewer premature failures. The 100-piece packaging supports efficient stock management and faster replacements, reducing downtime during routine maintenance and repairs and improving overall equipment uptime and throughput on production lines.