HL2-H-AC24V-F Equivalent & Substitute Parts

Part Overview

The HL2-H-AC24V-F is a general purpose relay manufactured by Panasonic Electric Works, featuring a DPDT (2 Form C) contact configuration with a 24VAC coil and 10A contact rating. This socketable relay is designed for standard industrial switching applications. The product is currently obsolete, making equivalent substitute parts necessary for ongoing maintenance, repair, and new design implementations where this relay type is specified.

Substiute Parts

HL2-H-AC24V-F

Panasonic Electric WorksIn Stock: 933HL2-H-AC24V-F Datasheet

Current PartRFQ

K10P-11A15-24

TE Connectivity Potter & Brumfield RelaysIn Stock: 986K10P-11A15-24 Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

The K10P-11A15-24 qualifies as a substitute for the HL2-H-AC24V-F based on the following critical parameters:

Matching Parameters:

• Coil voltage: 24VAC (identical)
• Contact form: DPDT (2 Form C) (identical)
• Mounting type: Socketable (identical)
• Termination style: Plug In, Quick Connect - 0.187" (4.7mm) (identical)
• Coil type: Non Latching (identical)
• Relay type: General Purpose (identical)

Allowable Differences:

• Contact rating: 15A (substitute) vs. 10A (main part) — higher rating is acceptable for applications requiring 10A or less
• Coil current: 52 mA (substitute) vs. 50 mA (main part) — within acceptable tolerance for 24VAC coil designs
• Operating temperature: -45°C ~ 70°C (substitute) vs. -50°C ~ 70°C (main part) — acceptable for most industrial applications
• Switching voltage: 120VAC Max (substitute) vs. 125VAC Nom (main part) — compatible for standard AC switching

Parameter Comparison

Engineering Selection Recommendations

The K10P-11A15-24 is an active product from TE Connectivity Potter & Brumfield Relays and serves as a direct functional substitute for the obsolete HL2-H-AC24V-F. The substitute part maintains identical coil voltage, contact configuration, mounting type, and termination style, ensuring mechanical and electrical compatibility in socketable relay applications.

The higher contact rating (15A vs. 10A) of the substitute part provides additional current capacity without compromising performance in applications designed for 10A operation. The substitute's faster switching times (13ms operate, 10ms release vs. 25ms for both) represent an operational improvement.

The K10P-11A15-24 is RoHS non-compliant and REACH affected, which may require evaluation against your specific regulatory requirements. The HL2-H-AC24V-F product status as obsolete makes the K10P-11A15-24 the appropriate selection for new designs and ongoing supply continuity.

Frequently Asked Questions (FAQ)

Q: Can the K10P-11A15-24 directly replace the HL2-H-AC24V-F in existing applications?

A: Yes. Both relays share identical coil voltage (24VAC), contact form (DPDT), mounting type (socketable), and termination style (0.187" quick connect). The substitute's higher current rating (15A) is compatible with 10A applications.

Q: What are the key compatibility factors for this substitution?

A: The critical matching parameters are 24VAC coil voltage, DPDT contact configuration, socketable mounting, and 0.187" quick connect termination. These parameters ensure mechanical fit and electrical functionality.

Q: Are there differences in switching performance between these relays?

A: The K10P-11A15-24 operates faster (13ms vs. 25ms) and releases faster (10ms vs. 25ms) than the HL2-H-AC24V-F. For applications sensitive to switching timing, this difference should be evaluated against circuit requirements.

Q: What is the packaging difference?

A: The HL2-H-AC24V-F packaging is listed as standard, while the K10P-11A15-24 is supplied in trays. Both are socketable relays with identical termination, so packaging does not affect functional compatibility.

Q: Should compliance status affect my selection?

A: The K10P-11A15-24 is RoHS non-compliant and REACH affected. If your application requires RoHS compliance or REACH compliance, these factors must be evaluated against your regulatory requirements before selection.