UTXCMA4BMH Equivalent & Substitute Parts

Part Overview

The UTXCMA4BMH is a male coupler connector designed for photovoltaic (solar panel) applications, manufactured by Amphenol Industrial Operations. This connector accommodates wire gauges from 10 to 12 AWG and features a minus keying configuration. The product is currently classified as obsolete, making identification of functionally equivalent substitute parts essential for ongoing system maintenance, repairs, and component sourcing in solar installations where this connector type is deployed.

Substiute Parts

UTXCMA4BMH

Amphenol Industrial OperationsIn Stock: 1118UTXCMA4BMH Datasheet

Current PartRFQ

H4CMM4DMS

Amphenol Industrial OperationsIn Stock: 1025H4CMM4DMS Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the UTXCMA4BMH is determined by strict alignment with the following critical parameters:

Primary Substitution Criteria:

• Connector type: Male coupler configuration
• Keying designation: Minus keyed
• Wire gauge compatibility: 10 ~ 12 AWG range
• Application category: Photovoltaic (solar panel) connectors
• Regulatory compliance: RoHS compliant status

The substitute part H4CMM4DMS meets all primary substitution criteria. Both connectors are manufactured by Amphenol Industrial Operations, share identical wire gauge specifications (10 ~ 12 AWG), feature minus keying, and maintain equivalent RoHS and REACH compliance profiles. The H4CMM4DMS belongs to the Helios H4 series and carries active product status, providing current availability and manufacturer support.

Parameter Comparison

Engineering Selection Recommendations

The H4CMM4DMS serves as the direct functional equivalent for the obsolete UTXCMA4BMH. Selection of the H4CMM4DMS is supported by the following engineering factors:

Compliance and Regulatory Status: Both connectors maintain identical RoHS compliance and REACH unaffected status, ensuring regulatory alignment in photovoltaic system applications. Both are classified under ECCN EAR99 and share the same HTSUS commodity code (8536.69.8000), indicating equivalent trade and export classification.

Product Availability: The H4CMM4DMS carries active product status with 945 units in current inventory, whereas the UTXCMA4BMH is obsolete. For new installations, system repairs, or component replenishment, the H4CMM4DMS provides assured long-term availability and manufacturer support.

Electrical and Mechanical Compatibility: Identical wire gauge specifications (10 ~ 12 AWG), connector type (male coupler), and keying configuration (minus) ensure direct functional interchangeability in photovoltaic connector applications.

Frequently Asked Questions (FAQ)

Q: Can the H4CMM4DMS directly replace the UTXCMA4BMH in existing solar panel installations?

A: Yes. Both connectors share identical wire gauge specifications (10 ~ 12 AWG), connector type (male coupler), keying configuration (minus), and regulatory compliance profiles. The H4CMM4DMS is functionally equivalent for photovoltaic applications.

Q: What is the primary reason for seeking a substitute for the UTXCMA4BMH?

A: The UTXCMA4BMH is classified as obsolete. The H4CMM4DMS, with active product status, provides current availability and ongoing manufacturer support for system maintenance and component sourcing.

Q: Are there packaging differences between these connectors?

A: The UTXCMA4BMH packaging information is not specified in the available data. The H4CMM4DMS is supplied in bag packaging. Packaging format does not affect electrical or mechanical compatibility.

Q: Do both connectors meet the same regulatory requirements?

A: Yes. Both the UTXCMA4BMH and H4CMM4DMS are RoHS compliant, REACH unaffected, classified as EAR99, and share the same HTSUS code (8536.69.8000).

Q: What wire gauges are supported by the H4CMM4DMS?

A: The H4CMM4DMS accommodates wire gauges from 10 to 12 AWG, identical to the UTXCMA4BMH specification.

Q: Is the minus keying configuration the same on both connectors?

A: Yes. Both connectors feature minus keying, ensuring proper polarity and mating configuration in photovoltaic systems.