FD-G60 Equivalent & Substitute Parts

Part Overview

The FD-G60 is a reflective optical sensor manufactured by Panasonic Industrial Automation Sales, designed for the FX-500 series. This component features a 420mm (16.535") sensing distance with a 2-meter coaxial cable connection. The FD-G60 is classified as obsolete, making identification of functionally equivalent alternatives necessary for ongoing system maintenance and component procurement.

Substiute Parts

FD-G60

Panasonic Industrial Automation SalesIn Stock: 1274FD-G60 Datasheet

Current PartRFQ

FD-61

Panasonic Industrial Automation SalesIn Stock: 710FD-61 Datasheet

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Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the FD-G60 is determined by the following critical parameters:

• Sensing Method: Must be Reflective
• Series Compatibility: FX-500 series
• Connection Method: Cable-based connection
• Cable Length: 2m standard length
• Manufacturer: Panasonic Industrial Automation Sales

The FD-61 qualifies as a substitute based on matching sensing method (reflective), series designation (FX-500), connection type (cable), and cable length (2m). The primary difference is the sensing distance specification: FD-G60 operates at 420mm while FD-61 operates at 450mm. Both components maintain the same connection architecture and environmental compliance ratings.

Parameter Comparison

Engineering Selection Recommendations

The FD-61 is the designated substitute for the obsolete FD-G60. Both components are manufactured by Panasonic Industrial Automation Sales within the FX-500 series and share identical connection architecture, cable specifications, and environmental compliance classifications.

The FD-61 carries Active product status, ensuring continued availability and supply chain support. The component maintains RoHS3 compliance, exceeding the RoHS compliance level of the FD-G60. Both parts are classified under identical ECCN (EAR99) and HTSUS (8541.49.8000) codes.

The sensing distance differential (420mm versus 450mm) represents the primary technical distinction. Selection between these components should be based on the specific sensing distance requirement of the application. The FD-61's extended 450mm sensing distance provides additional operational range compared to the FD-G60's 420mm specification.

Frequently Asked Questions (FAQ)

Q: Can the FD-61 directly replace the FD-G60 in existing installations?

A: The FD-61 is functionally equivalent within the FX-500 series architecture. Both components utilize identical cable connection methods, cable lengths, and reflective sensing methodology. The 30mm difference in sensing distance (420mm to 450mm) must be evaluated against specific application requirements before substitution.

Q: What is the significance of the product status change from Obsolete to Active?

A: The FD-G60 is classified as obsolete, indicating discontinued manufacturing and limited availability. The FD-61 maintains Active status, ensuring ongoing production, supply chain availability, and manufacturer support. This status change facilitates long-term component procurement and system maintenance planning.

Q: Are there compliance differences between the FD-G60 and FD-61?

A: Both components are RoHS compliant. The FD-61 specifically carries ROHS3 certification, representing an enhanced compliance standard. Both parts maintain identical MSL ratings (1 - Unlimited) and export classification codes (EAR99, HTSUS 8541.49.8000).

Q: What parameters must remain constant for substitution eligibility?

A: Substitution requires matching sensing method (reflective), series designation (FX-500), connection type (cable), and cable length (2m). These parameters define the mechanical and functional compatibility within the FX-500 optical sensor platform.

Q: How does the sensing distance difference affect component selection?

A: Sensing distance directly determines the maximum detection range for reflective targets. The FD-G60 operates at 420mm while the FD-61 operates at 450mm. Application-specific mounting geometry and target positioning requirements must be evaluated to determine which sensing distance specification is appropriate.