LCMA10-6F-C Ring Terminal Connector M6 Equivalent & Substitute Parts

Part Overview

The LCMA10-6F-C is a ring terminal connector manufactured by Panduit Corp, designed for M6 stud applications with 10mm² wire gauge capacity. This component is classified as a flat-sided, tubular battery lug terminal with crimp and flag termination. The part is currently listed as obsolete, necessitating identification of active equivalent alternatives to maintain supply chain continuity for applications requiring this terminal specification.

Substiute Parts

LCMA10-6F-C
Panduit CorpIn Stock: 763LCMA10-6F-C Datasheet
LCMA10-6F-C
Current Part
LCMA10-6-C
Panduit CorpIn Stock: 1888LCMA10-6-C Datasheet
LCMA10-6-C
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Key Parameters

Parameter Value
Manufacturer Panduit Corp
Category Terminals
Series Pan-Lug™
Terminal Type Flat Sided, Tubular (Battery Lugs)
Stud/Tab Size M6 Stud
Wire Gauge 10mm²
Termination Method Crimp, Flag
Contact Material Copper
Contact Finish Tin
Insulation Non-Insulated
RoHS Status ROHS3 Compliant
REACH Status REACH Unaffected

Substitute Part Grouping Explanation

Substitution of the obsolete LCMA10-6F-C is determined by strict equivalence across the following critical parameters:

Mandatory Matching Parameters:

  • Stud/Tab Size: M6 Stud
  • Wire Gauge: 10mm²
  • Terminal Type: Flat Sided, Tubular (Battery Lugs)
  • Contact Material: Copper
  • Contact Finish: Tin
  • Series: Pan-Lug™
  • Manufacturer: Panduit Corp
  • RoHS and REACH Compliance Status

Acceptable Variations:

  • Product Status: Obsolete to Active transition
  • Termination Method: Crimp with Flag to Crimp (flag feature removal acceptable for functional compatibility)
  • Packaging: Bulk availability for obsolete part replacement
  • Minor dimensional tolerances within specified ranges (Thickness 0.047", Width 0.433-0.434")

The LCMA10-6-C qualifies as a direct substitute based on identical stud size, wire gauge, terminal geometry, and material specifications, with the primary distinction being active product status and simplified termination configuration.

Parameter Comparison

Parameter LCMA10-6F-C (Main Part) LCMA10-6-C (Substitute) Compatibility
Manufacturer Panduit Corp Panduit Corp Identical
Series Pan-Lug™ Pan-Lug™ Identical
Terminal Type Flat Sided, Tubular (Battery Lugs) Flat Sided, Tubular (Battery Lugs) Identical
Stud/Tab Size M6 Stud M6 Stud Identical
Wire Gauge 10mm² 10mm² Identical
Thickness 0.047" (1.19mm) 0.047" (1.19mm) Identical
Width - Outer Edges 0.433" (11.00mm) 0.434" (11.02mm) Within Tolerance
Termination Crimp, Flag Crimp Compatible
Contact Material Copper Copper Identical
Contact Finish Tin Tin Identical
Insulation Non-Insulated Non-Insulated Identical
RoHS Status ROHS3 Compliant ROHS3 Compliant Identical
REACH Status REACH Unaffected REACH Unaffected Identical
Product Status Obsolete Active Upgrade Path
Inventory Availability 698 Pcs 1826 Pcs Enhanced Supply

Engineering Selection Recommendations

LCMA10-6-C Selection Basis:

The LCMA10-6-C is the appropriate substitute for the obsolete LCMA10-6F-C based on the following engineering criteria:

  1. Compliance Equivalence: Both parts maintain ROHS3 compliance and REACH unaffected status, satisfying regulatory requirements for new designs and replacements.

  2. Functional Compatibility: Identical stud size (M6), wire gauge (10mm²), terminal geometry (flat-sided tubular), and contact specifications (copper with tin finish) ensure direct functional substitution in existing applications.

  3. Product Status: The LCMA10-6-C active status provides long-term supply chain security compared to the obsolete LCMA10-6F-C, with significantly higher inventory availability (1826 Pcs versus 698 Pcs).

  4. Dimensional Consistency: Width variation of 0.001" (0.02mm) between parts falls within standard manufacturing tolerances and does not impact mechanical or electrical performance.

  5. Termination Compatibility: The removal of the flag feature in the LCMA10-6-C does not compromise electrical or mechanical function for M6 stud applications, as the crimp termination provides equivalent connection reliability.

Frequently Asked Questions (FAQ)

Q: Can LCMA10-6-C directly replace LCMA10-6F-C in existing assemblies?

A: Yes. Both parts share identical stud size (M6), wire gauge (10mm²), terminal type (flat-sided tubular), contact material (copper), and contact finish (tin). The LCMA10-6-C is functionally equivalent for all M6 stud applications.

Q: What is the difference between the flag and non-flag termination versions?

A: The LCMA10-6F-C includes a flag termination feature, while the LCMA10-6-C uses standard crimp termination. Both methods provide secure connection to M6 studs. The flag feature is not required for functional performance in standard applications.

Q: Are there compliance differences between these parts?

A: No. Both LCMA10-6F-C and LCMA10-6-C maintain identical ROHS3 compliance and REACH unaffected status. No regulatory differences exist between the two parts.

Q: Why is the LCMA10-6-C recommended over the LCMA10-6F-C?

A: The LCMA10-6-C is an active product with higher inventory availability (1826 Pcs versus 698 Pcs), ensuring reliable long-term supply. The LCMA10-6F-C is obsolete and subject to discontinuation.

Q: Are there dimensional differences that affect mechanical fit?

A: Width dimensions differ by 0.001" (0.02mm), which is within standard manufacturing tolerance. This variation does not affect mechanical fit or electrical performance in M6 stud applications.

Q: Can LCMA10-6-C be used in new designs replacing LCMA10-6F-C?

A: Yes. The LCMA10-6-C is suitable for new designs requiring M6 stud ring terminals with 10mm² wire gauge capacity. Active product status and compliance certifications support long-term design implementation.

Q: What wire gauge does this terminal accommodate?

A: Both LCMA10-6F-C and LCMA10-6-C are rated for 10mm² wire gauge. This specification is fixed and identical across both parts.

Q: Is packaging different between these parts?

A: The LCMA10-6F-C was supplied in standard packaging, while the LCMA10-6-C is available in bulk packaging. Bulk packaging does not affect component specifications or performance.

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