Equivalent & Substitute Parts Reference: A/DLP-D25-P-B-D-B-0-C-3PS

Part Overview

The A/DLP-D25-P-B-D-B-0-C-3PS is a differential pressure sensor manufactured by Automation Components, Inc., designed for industrial automation applications. This sensor operates within a 0 PSI (0.03 kPa) differential pressure range and outputs an analog voltage signal of 0 V to 10 V. The device is actively produced and maintained in inventory, with 725 units currently available as new original stock.

Substitute parts are identified when equivalent electrical and mechanical parameters are maintained across the sensor's critical operating specifications. This reference page identifies alternative part numbers that satisfy the same functional requirements for component selection and procurement purposes.

Substiute Parts

A/DLP-D25-P-B-D-B-0-C-3PS

Automation Components, Inc.In Stock: 774A/DLP-D25-P-B-D-B-0-C-3PS Datasheet

Current PartRFQ

A/DLP-025-P-B-D-B-0-C-3P-S

Automation Components, Inc.In Stock: 797A/DLP-025-P-B-D-B-0-C-3P-S Datasheet

Parametric EquivalentRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the A/DLP-D25-P-B-D-B-0-C-3PS is determined by strict equivalence across the following critical parameters:

Electrical Equivalence Criteria:

• Identical pressure type (Differential)
• Identical operating pressure range (0 PSI / 0.03 kPa)
• Identical output type (Analog Voltage)
• Identical output signal range (0 V ~ 10 V)
• Identical accuracy specification (±0.25%)
• Identical supply voltage compatibility (24 VAC, 15 ~ 36 VDC)

Mechanical and Environmental Equivalence Criteria:

• Identical operating temperature range (-20°C ~ 85°C)
• Identical maximum pressure rating (9.75 PSI / 67.25 kPa)
• Identical termination style (Connector)
• Identical port style (No Port)
• Identical temperature compensation feature

Product Status Requirement:

• Active product status maintained by manufacturer

The substitute part A/DLP-025-P-B-D-B-0-C-3P-S meets all electrical, mechanical, and environmental equivalence criteria and maintains active product status.

Parameter Comparison

Engineering Selection Recommendations

Both the A/DLP-D25-P-B-D-B-0-C-3PS and A/DLP-025-P-B-D-B-0-C-3P-S are active products manufactured by Automation Components, Inc., with identical electrical and mechanical specifications. Selection between these parts is based on the following factors:

Primary Selection Criteria:

• Both parts satisfy identical functional requirements for differential pressure sensing in industrial automation applications
• Both maintain active product status with manufacturer support
• Both provide equivalent performance across all specified operating parameters

Secondary Selection Factors:

• Packaging format: The substitute part A/DLP-025-P-B-D-B-0-C-3P-S is supplied in Tape & Box (TB) format, which may influence procurement logistics and storage requirements
• Inventory availability: Both parts maintain adequate stock levels (725 and 763 units respectively)
• Supply voltage compatibility: Both parts operate identically across 24 VAC and 15 ~ 36 VDC supply ranges

Compliance Basis: Selection is based strictly on equivalence of electrical output characteristics, pressure measurement range, accuracy specifications, environmental operating conditions, and active product status. No additional certifications or compliance requirements are specified in the provided parameters.

Frequently Asked Questions (FAQ)

Q: What makes A/DLP-025-P-B-D-B-0-C-3P-S a valid substitute for A/DLP-D25-P-B-D-B-0-C-3PS?

A: The substitute part maintains identical specifications across all critical electrical and mechanical parameters: differential pressure type, 0 PSI operating range, 0 V ~ 10 V analog output, ±0.25% accuracy, 24 VAC / 15 ~ 36 VDC supply voltage compatibility, -20°C ~ 85°C operating temperature range, 9.75 PSI maximum pressure rating, connector termination, and temperature compensation feature. Both parts are manufactured by Automation Components, Inc., and maintain active product status.

Q: Are there differences in packaging between these two parts?

A: The main part A/DLP-D25-P-B-D-B-0-C-3PS does not specify a packaging format in the provided parameters. The substitute part A/DLP-025-P-B-D-B-0-C-3P-S is supplied in Tape & Box (TB) format. This difference affects distribution and storage logistics but does not alter the functional performance or electrical characteristics of the sensor module itself.

Q: Can these parts be used interchangeably in existing designs?

A: Yes. Both parts provide identical electrical output signals (0 V ~ 10 V), operate across the same supply voltage range (24 VAC, 15 ~ 36 VDC), and maintain identical connector termination style. The functional performance in industrial automation applications is equivalent.

Q: What is the significance of the part number variation between A/DLP-D25-P-B-D-B-0-C-3PS and A/DLP-025-P-B-D-B-0-C-3P-S?

A: The part numbers differ in their alphanumeric designation, but both parts are manufactured by Automation Components, Inc., and share identical electrical and mechanical specifications. The variation in part numbering may reflect internal manufacturer coding for packaging format or production batch differentiation, but does not indicate functional differences.

Q: Are both parts currently available for procurement?

A: Yes. Both parts maintain active product status with current inventory: A/DLP-D25-P-B-D-B-0-C-3PS has 725 units in stock, and A/DLP-025-P-B-D-B-0-C-3P-S has 763 units in stock as new original components.

Q: What supply voltage options are supported by these sensors?

A: Both parts support dual supply voltage options: 24 VAC or 15 ~ 36 VDC. This compatibility allows integration into systems with either AC or DC power architectures within the specified voltage ranges.

Q: How does temperature compensation affect sensor performance?

A: Both parts incorporate temperature compensation as a standard feature. This ensures stable output accuracy across the full operating temperature range of -20°C ~ 85°C, maintaining the specified ±0.25% accuracy throughout environmental variations.