Dayton
Dayton 24EP44 Time Delay Relay Off Delay 12V DC DPDT 10A
Off-delay time relay switches 10 A loads at 240 V AC after an adjustable 0.05 s to 30 min delay from a 12 V DC coil
- Adjustable timing from 0.05 sec to 30 min via potentiometer
- True off-delay function holds contacts after power removal
- DPDT contacts rated 10 A at 240 V AC and 8 A at 28 V DC
- 12 V DC coil voltage suits low-voltage control circuits
- Octal 8-pin socket mount with IP20 enclosed housing
What this relay does
The Dayton 24EP44 is a single-function time-delay relay designed for control circuits that require a true off-delay action. It mounts in an octal socket and operates from a 12V DC coil, making it suitable for industrial machinery, automotive equipment and panel-board applications.
The timing range that decides fit
Adjustment is by potentiometer and covers a continuous span from 0.05 second up to 30 minutes. If your sequence needs a delay longer than 30 minutes or a resolution finer than 0.05 second, this relay will not meet the requirement.
Who should use it and who should not
It suits engineers wiring motor starters, lighting sequences or safety circuits that demand DPDT contacts rated at 10 A @ 240 V AC or 8 A @ 28 V DC. Buyers who need multiple independent delay functions, an on-delay mode, or a different coil voltage should look at other models.
Highlights
- Adjustable timing from 0.05 sec to 30 min via potentiometer
- True off-delay function holds contacts after power removal
- DPDT contacts rated 10 A at 240 V AC and 8 A at 28 V DC
- 12 V DC coil voltage suits low-voltage control circuits
- Octal 8-pin socket mount with IP20 enclosed housing
Specifications
| Brand | DAYTON |
|---|
Questions about this item
How long can the 24EP44 keep a circuit live after power is removed?
The off-delay timer is adjustable from 0.05 seconds up to 30 minutes, so the relay holds its contacts for the set interval once the 12 V DC supply drops.
What socket standard does the octal base fit, and what current does that limit?
The 8-pin octal base plugs into standard octal sockets; the relay itself is rated for 10 A at 240 V AC and 8 A at 28 V DC.
Will the enclosed IP20 body fit a standard DIN-rail socket in my panel?
The relay uses an 8-pin octal plug-in base, so it mounts in any matching octal socket — check your socket cut-out, not a DIN-rail footprint.
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