PM5GD12VW6.0 Equivalent and Substitute Parts

Part Overview

The PM5GD12VW6.0 is a 5mm LED panel indicator manufactured by Bivar Inc., featuring a green diffused lens with 12V operation and 6-inch wire leads. This part is classified as obsolete, necessitating identification of functionally compatible substitute components for continued system integration and maintenance applications. Substitute parts must maintain compatibility with the 0.25" (6.35mm) round panel cutout and preserve the electrical and optical characteristics required for panel indicator functionality.

Substiute Parts

PM5GD12VW6.0

Bivar Inc.In Stock: 854PM5GD12VW6.0 Datasheet

Current PartRFQ

5590203027F

DialightIn Stock: 23195590203027F Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitute parts for the PM5GD12VW6.0 are identified based on electrical and mechanical compatibility within the established parameters for this LED panel indicator category. The following parameters establish the substitution criteria:

Critical Mechanical Parameters:

• Lens size: 5mm T-1 3/4 form factor
• Panel cutout: 0.25" (6.35mm) round shape
• Lens style: Round with domed top configuration

Critical Electrical Parameters:

• Operating voltage: 12V DC
• Lamp color: Green
• Color temperature range: 565nm to 568nm wavelength (peak)

Performance Parameters:

• Viewing angle: 40° to 60° acceptable range
• Millicandela output: 8mcd minimum (compared to original 25mcd)

Substitutes meeting all mechanical parameters and maintaining 12V operation with green lamp color are classified as functionally equivalent for panel indicator applications.

Parameter Comparison

Engineering Selection Recommendations

The 5590203027F from Dialight qualifies as a direct mechanical and electrical substitute for the PM5GD12VW6.0. Both components feature identical form factors (5mm T-1 3/4 lens with 0.25" panel cutout) and operate at 12V with green lamp color. The substitute part maintains active product status with RoHS3 compliance and REACH unaffected status, supporting continued availability for production and maintenance applications.

Differences in performance characteristics exist: the substitute exhibits reduced millicandela output (8mcd versus 25mcd) and increased viewing angle (60° versus 40°). These differences may affect brightness perception and viewing cone geometry in the target application. Lead length variation (14" versus 6") requires consideration for panel layout and wiring harness configuration.

Frequently Asked Questions (FAQ)

Q: Can the 5590203027F directly replace the PM5GD12VW6.0 in existing designs? A: Mechanical and electrical compatibility exists for direct substitution in panel indicator applications. However, the reduced brightness (8mcd versus 25mcd) and increased lead length (14" versus 6") must be evaluated for the specific panel layout and illumination requirements.

Q: What mechanical parameters ensure substitution compatibility? A: Substitute parts must maintain the 5mm T-1 3/4 lens size, round domed-top lens style, and 0.25" (6.35mm) round panel cutout dimensions. These parameters ensure physical fit without panel modification.

Q: Are there electrical compatibility concerns between the original and substitute? A: Both parts operate at 12V DC with green lamp color and comparable wavelength characteristics (565nm to 568nm). The specified 15mA current rating for the substitute is within typical green LED operating parameters.

Q: How does the viewing angle difference impact application suitability? A: The substitute provides a 60° viewing angle versus the original 40° angle, resulting in a wider light distribution cone. This may improve visibility across a broader viewing range but could affect brightness concentration directly perpendicular to the panel surface.

Q: What is the significance of the longer lead length on the substitute part? A: The substitute provides 14-inch leads compared to 6-inch leads on the original. Extended lead length accommodates increased distance between the panel mounting point and circuit connections but requires verification against wiring harness design constraints.