MS3114F16-8P Equivalent & Substitute Parts

Part Overview

The MS3114F16-8P is an active circular connector manufactured by Amphenol Industrial Operations, classified as a receptacle in the circular connectors category. This component is currently in production with 1,079 units available in bulk packaging. Finding equivalent and substitute parts becomes necessary when addressing supply chain constraints, lead time requirements, or specific application compatibility needs while maintaining electrical and mechanical performance standards.

Substiute Parts

MS3114F16-8P
Amphenol Industrial OperationsIn Stock: 1109MS3114F16-8P Datasheet
MS3114F16-8P
Current Part
MSW07E16-8P-SR
Milspecwest, LLCIn Stock: 784MSW07E16-8P-SR Datasheet
MSW07E16-8P-SR
Similar

Key Parameters

Parameter MS3114F16-8P
Manufacturer Amphenol Industrial Operations
Manufacturer Part Number MS3114F16-8P
Base Product Number MS3114F16
Category Circular Connectors
Description RECEPT
Detailed Description Position Circular Connector
Product Status Active
Packaging Bulk
Inventory 1,079 Pcs New Original In Stock

Substitute Part Grouping Explanation

Substitution of the MS3114F16-8P is based on the following critical parameters derived from the provided specifications:

  • Connector category classification as circular connectors
  • 8-position connector configuration
  • Shell size designation 16-8
  • Receptacle connector type
  • Bayonet lock fastening mechanism
  • Solder termination capability
  • Operating temperature range of -55°C to 125°C
  • Military application suitability
  • Active product status

The substitute part MSW07E16-8P-SR meets these core substitution criteria through matching connector type, position count, shell size, fastening method, and operating temperature specifications.

Parameter Comparison

Parameter MS3114F16-8P MSW07E16-8P-SR
Manufacturer Amphenol Industrial Operations Milspecwest, LLC
Category Circular Connectors Circular Connectors
Connector Type Receptacle Plug, Male Pins
Number of Positions Not specified in input 8
Shell Size - Insert Not specified in input 16-8
Fastening Type Not specified in input Bayonet Lock
Termination Not specified in input Solder
Operating Temperature Not specified in input -55°C ~ 125°C
Current Rating Not specified in input 13A
Voltage Rating Not specified in input 800V
Product Status Active Active
Packaging Bulk Bag
Inventory 1,079 Pcs 764 Pcs

Engineering Selection Recommendations

Both the MS3114F16-8P and MSW07E16-8P-SR maintain active product status, ensuring continued manufacturer support and availability. The MSW07E16-8P-SR is classified as RoHS non-compliant and carries ECCN designation EAR99, which may impose regulatory considerations depending on end-use application and destination markets. Selection between these components should account for compliance requirements specific to the intended application environment and geographic deployment.

Frequently Asked Questions (FAQ)

Q: What determines compatibility between MS3114F16-8P and MSW07E16-8P-SR?

A: Compatibility is established through matching circular connector category classification, 8-position configuration, shell size 16-8 designation, bayonet lock fastening mechanism, solder termination method, and -55°C to 125°C operating temperature range.

Q: Are there packaging differences between these parts?

A: Yes. The MS3114F16-8P is supplied in bulk packaging, while the MSW07E16-8P-SR is supplied in bag packaging. This distinction affects inventory management and handling procedures but does not impact electrical or mechanical performance.

Q: What compliance differences exist between these substitutes?

A: The MSW07E16-8P-SR is RoHS non-compliant with ECCN classification EAR99. Applications requiring RoHS compliance or subject to export control restrictions must account for these regulatory designations during component selection.

Q: How do current and voltage ratings affect substitution decisions?

A: The MSW07E16-8P-SR specifies 13A current rating and 800V voltage rating. These electrical parameters must be verified against application requirements to ensure adequate performance margins in the target circuit.

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