PD30CND10PPRT Equivalent & Substitute Parts

Part Overview

The PD30CND10PPRT is a reflective diffuse optical sensor manufactured by Carlo Gavazzi Inc., designed for 1-meter (39.37") sensing distance applications. This sensor features PNP output configuration with red light source (660nm) and operates across a 10V to 30V supply voltage range. The product is currently classified as obsolete, making identification of compatible substitute parts essential for system maintenance and component sourcing.

Substiute Parts

PD30CND10PPRT

Carlo Gavazzi Inc.In Stock: 781PD30CND10PPRT Datasheet

Current PartRFQ

PD30CTDR10BPM5IO

Carlo Gavazzi Inc.In Stock: 784PD30CTDR10BPM5IO Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution of the PD30CND10PPRT is determined by alignment of the following critical parameters:

• Sensing method: Reflective, Diffuse
• Sensing distance: 39.37" (1m)
• Supply voltage range: 10V ~ 30V
• Response time: 500µs
• Ingress protection: IP67
• Light source wavelength: Red spectrum (617nm–660nm acceptable range)
• Operating temperature range: Minimum -25°C, maximum ≥55°C
• Adjustment capability: Adjustable

The substitute part PD30CTDR10BPM5IO meets these core substitution criteria. While output configuration differs (Push-Pull, NPN/PNP versus PNP-only), the substitute provides expanded output flexibility suitable for applications requiring the primary sensing parameters of the original part.

Parameter Comparison

Engineering Selection Recommendations

The PD30CTDR10BPM5IO is the designated substitute for the obsolete PD30CND10PPRT. Selection is based on the following engineering criteria:

The substitute maintains identical sensing distance (1m), supply voltage range (10V–30V), response time (500µs), ingress protection (IP67), and sensing method (reflective diffuse). Both sensors operate within compatible temperature ranges, with the substitute providing an extended upper limit of 60°C versus 55°C.

The primary difference is output configuration: the substitute provides Push-Pull output with selectable NPN/PNP operation, whereas the original part provides PNP-only output. This expanded output flexibility accommodates a broader range of control circuit topologies while maintaining backward compatibility for PNP-configured systems.

Connection method differs (M8 connector versus cable), requiring mechanical interface adaptation. The substitute includes potentiometer-based adjustment, enhancing field calibration capability.

Product status transition from obsolete to active ensures long-term component availability and supply chain continuity.

Frequently Asked Questions (FAQ)

Q: Can PD30CTDR10BPM5IO directly replace PD30CND10PPRT in existing installations?

A: Direct replacement requires verification of two factors: (1) mechanical compatibility of the M8 connector interface with existing cable assemblies, and (2) control circuit compatibility with Push-Pull output. If the original system is configured for PNP input, the substitute's PNP mode provides functional equivalence. Cable interface adaptation may be necessary.

Q: What are the key differences in sensing performance?

A: Both sensors maintain identical 1-meter sensing distance, 500µs response time, and reflective diffuse sensing method. Light source wavelength differs slightly (617nm versus 660nm), both within the red spectrum. This wavelength difference does not affect sensing distance or response characteristics for standard reflective applications.

Q: Why is the substitute more expensive or has different packaging?

A: The substitute (PD30CTDR10BPM5IO) is an active product with M8 connector interface and expanded output configuration (Push-Pull, NPN/PNP). These features provide enhanced flexibility and longer product lifecycle support compared to the obsolete cable-connected original part.

Q: Are there compliance or certification differences?

A: Both parts share identical ECCN (EAR99) and HTSUS (8541.49.8000) classifications. The substitute includes REACH Unaffected status, confirming regulatory compliance for EU applications.

Q: What adjustment differences exist between the two sensors?

A: The original part features basic adjustable sensing distance. The substitute includes potentiometer-based adjustment, enabling precise field calibration of sensing threshold without requiring sensor replacement or external trimming components.