Dayton
Dayton 24EN88 Time Delay Relay Off Delay 24V AC/DC 10A 11 Pin
Off-delay time-delay relay with 24 V AC/DC coil, DPDT contacts rated 10 A at 240 V AC or 30 V DC, adjustable 3 s to 5 min, 11-pin octal plug-in base, IP20 enclosed
- Off-delay timing up to 5 minutes
- 10 A switching at 240 V AC or 30 V DC
- 24 V AC/DC coil fits common control voltages
- 11-pin octal base plugs into standard sockets
- IP20 enclosed housing protects contacts
Off-Delay Relay for Industrial Control
The Dayton 24EN88 is a single-function time-delay relay built for 24 V AC/DC control circuits. It provides an off-delay action that keeps the load energised for a set period after the input signal is removed. The unit suits panel builders and maintenance technicians who need repeatable timing in automation panels or machinery.
Plug-In Octal Base with IP20 Enclosure
The relay mounts in a standard 11-pin octal socket, allowing tool-free replacement without rewiring. An enclosed housing rated IP20 protects the internal contacts from dust and accidental contact during routine inspection. Screw-terminal sockets accept the flat pins securely for vibration-prone environments.
Adjustable Off Delay from Three Seconds to Five
A front-mounted potentiometer sets the delay continuously between 3 s and 5 min, so the same relay covers short interlock pauses and longer motor run-down cycles. DPDT contacts rated 10 A at 240 V AC or 30 V DC switch the load directly without an intermediate contactor.
Highlights
- Off-delay timing up to 5 minutes
- 10 A switching at 240 V AC or 30 V DC
- 24 V AC/DC coil fits common control voltages
- 11-pin octal base plugs into standard sockets
- IP20 enclosed housing protects contacts
Specifications
| Brand | DAYTON |
|---|
Questions about this item
What off-delay range does the 24EN88 cover?
The relay adjusts from 3 sec to 5 min using the built-in potentiometer, giving a single off-delay function across that span.
Will the 11-pin octal base fit my existing socket?
It plugs into any standard 11-pin octal socket; the flat-pin layout matches the octal footprint so no adapter is needed.
How do I wire the coil without triggering the delay prematurely?
Apply 24 V AC or DC to the coil pins — power must stay present during the delay; removing coil voltage starts the off-delay countdown.
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