CC2425E2VH Equivalent & Substitute Parts

Part Overview

The CC2425E2VH is a solid state relay (SSR) manufactured by Sensata-Crydom, classified as a SPST-NO (Single Pole Single Throw - Normally Open) configuration with dual channels in a hockey puck form factor. This component is rated for 25A load current with input voltage range of 15–32VDC and output voltage range of 24–280VAC, featuring zero-cross switching for AC loads and screw terminal connections.

The CC2425E2VH is currently listed as obsolete. Identifying equivalent and substitute parts is necessary to maintain design continuity, ensure supply chain availability, and support ongoing production or maintenance requirements for systems utilizing this component.

Substiute Parts

CC2425E2VH

Sensata-CrydomIn Stock: 921CC2425E2VH Datasheet

Current PartRFQ

CC2425W2VH

Sensata-CrydomIn Stock: 1123CC2425W2VH Datasheet

DirectRFQ

CD2425E2VH

Sensata-CrydomIn Stock: 678CD2425E2VH Datasheet

MFR RecommendedRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the CC2425E2VH is determined by strict alignment with the following critical parameters:

• Circuit configuration: SPST-NO (1 Form A) x 2 channels
• Load current rating: 25 A
• Load voltage range: 24–280 V
• Output type: AC with zero-cross switching
• Package form factor: Hockey puck
• Mounting type: Chassis mount
• Termination style: Screw terminal

Two substitute parts meet these core electrical and mechanical requirements:

1. CC2425W2VH – Direct manufacturer substitute with expanded input voltage range (4–32 VDC vs. 15–32 VDC) and active product status
2. CD2425E2VH – Manufacturer-recommended substitute with identical input voltage range (15–32 VDC) and active product status

Both substitutes maintain identical load current, load voltage, circuit configuration, package type, and termination specifications.

Parameter Comparison

Engineering Selection Recommendations

Both CC2425W2VH and CD2425E2VH are active products suitable for replacing the obsolete CC2425E2VH.

CC2425W2VH offers an extended input voltage range (4–32 VDC) compared to the original specification (15–32 VDC), providing greater operational flexibility in low-voltage control circuits. This part is ROHS3 compliant and available in bulk packaging.

CD2425E2VH maintains the original input voltage specification (15–32 VDC) and is designated as the manufacturer-recommended substitute. This part is RoHS compliant and represents the direct functional equivalent.

Selection between these two substitutes depends on system input voltage requirements. If the control circuit operates at voltages below 15 VDC, CC2425W2VH is the appropriate choice. If the control circuit operates within the 15–32 VDC range, either substitute is acceptable; CD2425E2VH is the manufacturer-recommended option.

Frequently Asked Questions (FAQ)

Q: Can CC2425W2VH replace CC2425E2VH in all applications?

A: Yes, provided the system input voltage requirement does not exceed 32 VDC. The CC2425W2VH supports input voltages as low as 4 VDC, making it compatible with a broader range of control circuits than the original part.

Q: What is the difference between CC2425W2VH and CD2425E2VH?

A: Both parts maintain identical load current (25 A), load voltage range (24–280 V), circuit configuration (SPST-NO x 2), and package type (hockey puck). The primary difference is input voltage range: CC2425W2VH operates from 4–32 VDC, while CD2425E2VH operates from 15–32 VDC. CD2425E2VH is the manufacturer-recommended substitute.

Q: Are there any compliance differences between the substitutes?

A: CC2425W2VH is ROHS3 compliant, while CD2425E2VH is RoHS compliant. Both meet regulatory requirements for their respective product lines.

Q: Will the hockey puck package fit existing mounting locations?

A: Yes. All three parts (CC2425E2VH, CC2425W2VH, and CD2425E2VH) use identical hockey puck form factors and chassis mount configurations, ensuring mechanical compatibility with existing installations.

Q: What is the significance of zero-cross switching in these relays?

A: Zero-cross switching ensures the relay transitions at the AC voltage zero-crossing point, reducing electromagnetic interference and extending load component life by minimizing inrush current stress.