Hammond Manufacturing 167G60 Equivalent & Substitute Parts

Part Overview

The Hammond Manufacturing 167G60 is a laminated core power transformer rated for 30VA with a 115V primary and 60V secondary output. Designed for chassis mount applications with wire lead termination, this transformer features a center tap on the secondary winding and provides 2000Vrms isolation. The 167G60 is classified as obsolete, making equivalent substitute parts necessary for ongoing system maintenance and new design implementations where this specification remains applicable.

Substiute Parts

167G60

Hammond ManufacturingIn Stock: 1215167G60 Datasheet

Current PartRFQ

166G60

Hammond ManufacturingIn Stock: 742166G60 Datasheet

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Key Parameters

Substitute Part Grouping Explanation

The Hammond Manufacturing 166G60 qualifies as a direct substitute for the 167G60 based on the following critical electrical and mechanical parameters:

Matching Electrical Specifications:

• Primary voltage: 115V
• Secondary voltage: 60V
• Power rating: 30VA
• Maximum output current: 500mA
• Primary winding configuration: Single
• Secondary winding configuration: Single
• Center tap: Yes
• Voltage isolation: 2000Vrms
• Core type: Laminated

Matching Compliance & Environmental:

• RoHS3 Compliant
• REACH Unaffected
• Moisture Sensitivity Level: 1 (Unlimited)

Functional Equivalence: Both transformers are chassis mount power transformers with wire lead termination designed for identical electrical performance. The 166G60 is currently in active production status, providing supply continuity for applications requiring the 167G60 specification.

Physical Dimension Differences: While the 166G60 has different physical dimensions (82.55mm L x 50.80mm W x 50.80mm H versus 47.75mm L x 61.98mm W x 64.60mm H for the 167G60), these differences do not affect electrical substitution. Physical fit assessment is required for space-constrained chassis designs.

Parameter Comparison

Engineering Selection Recommendations

For Obsolete Part Replacement: The Hammond Manufacturing 166G60 is the appropriate substitute for the 167G60 due to active production status and identical electrical specifications. The 166G60 maintains full compliance with ROHS3 and REACH requirements, ensuring regulatory continuity.

For New Designs: Applications currently specified for the 167G60 should transition to the 166G60, which provides equivalent electrical performance with the advantage of ongoing manufacturer support and supply availability.

Physical Integration Consideration: Verify chassis mounting clearances before implementation. The 166G60 has a longer length dimension (82.55mm versus 47.75mm) and reduced height (50.80mm versus 64.60mm) compared to the original 167G60. Mechanical fit validation is required for space-constrained applications.

Frequently Asked Questions (FAQ)

Q: Can the Hammond 166G60 directly replace the 167G60 in existing equipment? A: Electrically, yes. The 166G60 provides identical voltage transformation, power rating, current capacity, and isolation specifications. Physical mounting verification is necessary to confirm chassis fit compatibility.

Q: What is the primary reason for substitution? A: The 167G60 is obsolete. The 166G60 is an active production equivalent that maintains all critical electrical parameters while ensuring supply continuity and manufacturer support.

Q: Are there compliance differences between these parts? A: No. Both transformers are ROHS3 Compliant and REACH Unaffected, with identical Moisture Sensitivity Level ratings.

Q: Do the physical dimension differences affect electrical performance? A: No. Dimension differences do not impact electrical characteristics. However, physical fit within the chassis must be verified before implementation.

Q: What packaging options are available? A: The 167G60 is supplied in standard packaging. The 166G60 is available in bulk packaging.

Q: Are both transformers suitable for the same applications? A: Yes, for applications where the 115V primary to 60V secondary transformation with 30VA capacity and center tap configuration is required. Physical space constraints must be evaluated independently.