Cinch Connectivity Solutions 53 Terminal Lug Strip - Equivalent & Substitute Parts

Part Overview

The Cinch Connectivity Solutions part number 53 is a 5-position terminal lug strip with 1.500" (38.10mm) pitch spacing, designed for single-end terminal lug applications. This component features a 1-row configuration with integrated ground positions (3 + 2 Ground) and is constructed with an XPC board material rated UL94 HB. The part is classified as obsolete, making identification of functionally equivalent alternatives essential for ongoing maintenance and repair applications where original stock is depleted.

Substiute Parts

53

Cinch Connectivity SolutionsIn Stock: 108953 Datasheet

Current PartRFQ

815

Eclipse Magnetics LtdIn Stock: 1098815 Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

The substitute part identified in the provided data is Eclipse Magnetics Ltd part number 815. However, this part represents a fundamentally different product category (Magnets - Alnico rectangular magnet) and does not share functional equivalence with the Cinch Connectivity Solutions 53 terminal lug strip.

Substitution logic for terminal lug strips is determined by the following critical parameters:

• Number of positions and ground configuration
• Pitch spacing (1.500" / 38.10mm)
• Terminal type (single-end lug configuration)
• Board dimensions and material compatibility
• Contact material and finish specifications
• Mounting hole diameter and mechanical interface

The Eclipse Magnetics Ltd 815 magnet does not satisfy any of these electrical or mechanical compatibility criteria for terminal lug strip applications. No valid substitution relationship exists based on the provided input data.

Parameter Comparison

Engineering Selection Recommendations

The Cinch Connectivity Solutions 53 is an obsolete terminal lug strip component. The substitute part provided (Eclipse Magnetics Ltd 815) is a magnet assembly and cannot serve as a functional replacement due to fundamental category mismatch.

For applications requiring terminal lug strip functionality with 5-position configuration and 1.500" pitch spacing, alternative sources should be evaluated based on:

• Equivalent terminal lug strip designs from active manufacturers
• Matching position count and ground configuration (3 + 2 Ground)
• Identical or compatible pitch spacing (1.500" / 38.10mm)
• Compatible board materials and mounting specifications

The obsolete status of the original part necessitates sourcing from alternative suppliers or considering redesign with modern connector technologies that maintain electrical and mechanical interface compatibility.

Frequently Asked Questions (FAQ)

Q: Can Eclipse Magnetics Ltd part 815 replace Cinch Connectivity Solutions 53?

A: No. Part 815 is a magnet assembly (Alnico material, rectangular shape) and does not function as a terminal lug strip. These are distinct product categories with no functional overlap.

Q: What makes a valid substitute for the Cinch 53 terminal lug strip?

A: A valid substitute must match the following specifications: 5-position configuration with 3 + 2 ground arrangement, 1.500" (38.10mm) pitch spacing, single-end terminal lug type, compatible board dimensions (0.375" W x 0.625" H), and 0.140" (4.66mm) mounting hole diameter.

Q: Why is the Cinch 53 classified as obsolete?

A: Obsolete status indicates the part is no longer manufactured by Cinch Connectivity Solutions and is no longer available through standard distribution channels. Existing inventory may be available through specialized electronics distributors.

Q: Are there compliance considerations when sourcing a replacement?

A: The original Cinch 53 is RoHS non-compliant. Replacement parts should be evaluated for current regulatory requirements in the target application region. Modern alternatives may offer improved compliance profiles (RoHS3, REACH compliance).

Q: What is the significance of the XPC board material?

A: XPC is a phenolic composite material providing mechanical rigidity and electrical insulation. Substitute parts should use equivalent or superior insulation materials to maintain performance in the intended application environment.