■ Application

-Multi functional time relay can be used for industrial equipment, lighting control, heating element control, motor, fan control

It has 10 delay modes, covering a delay range of 0.1 seconds to 10 days.

■ Characteristics

-10 delay modes: -5 delay modes controlled by power supply

-4 delay modes controlled by signals

-1 pulse conversion mode

-Ultra wide delay range, adjustable from 0.1 seconds to 10 days (10 levels).

-Available in AC/DC 12V-240V ultra wide operating voltage specifications.

-The working status of the relay is indicated by LED indicator lights.

-Ultra small size, only 18mm width, 35mm card rail installation.

Product model and its meaning

Main technical parameters

■function diagram

Delay setting

Outline and dimensions of wiring diagram (mm)

A: Power on delay

When relay Un is powered on, the relay begins to delay, and after a delay of t, the output contacts close. relay

After the power is cut off, the output contact is disconnected, and the S control signal is invalid in this functional mode.

B: off delay

When the relay Un is powered on, the output contact of the relay immediately closes, causing a delay. After a delay of t, the output is delayed

If the contact is disconnected, and the delay time t has not reached the point where the relay Un loses power, the output contact will be disconnected, and S will control it

The signal is invalid in this functional mode.

C: Loop delay (starting from OFF)

When relay Un is powered on, the relay begins to delay, and after a delay of t, the output contacts close. At the same time

After a delay time t, the relay output contact opens, and this cycle continues until the relay Un

Power loss, the S control signal is invalid in this functional mode.

D: Loop delay (ON start)

When the relay Un is powered on, it closes and begins to delay. After a delay of t, the output contact opens

After a delay time t, the relay output contact closes, and this cycle continues until the relay is delayed

Un loses power, S control signal is invalid in this functional mode.

E: Delay disconnection (starting from triggering the falling edge of S)

When the relay Un is in the powered state, when the S control terminal is turned on, the relay closes and the S control terminal

When disconnected, the relay starts to delay, and after a delay of t, the output contact opens. During the delay of t, the S control terminal

Reconnect, reset delay t to zero, and then delay again.

F: Delay disconnection (starting from S rising edge triggering)

When the relay Un is in the powered state, when the S control terminal is turned on, the relay closes, and at the same time, the relay

Start delay, after delay t, the output contact will disconnect, and during the delay t process, the S control terminal will reconnect. Delay t will protect

Continue to delay without change.

G: S falling edge triggers closure, delayed disconnection

When the relay Un is in the powered state and the S control terminal is disconnected, the relay closes, and at the same time, the relay

Start the delay, and after a delay of t, the output contact will disconnect. During the delay of t, the S control terminal will reconnect and disconnect, causing a delay

Keep t unchanged and continue to delay.

H: Connection and disconnection delay

When the relay Un is in the powered state and the S control terminal is turned on, the relay starts to delay. After a delay of t

The output contact is closed, and when the S control terminal is disconnected, the relay starts to delay. After a delay of t, the output contact opens.

I: Pulse conversion

When the relay Un is in the powered state and the S control terminal is connected, the relay output contact state transitions.

J: pulse output

After the relay Un is powered on, the relay starts to delay. After the delay time t, the output contact of the relay closes for 0.5s

Later disconnect.

Delay setting

Wiring diagram

Appearance and size