SPECIFICATIONS

Brand Name: VENGIM

Certification: CE

Contact Arrange: SPDT

Contact Load: Low Power

EU LVD Voltage: High voltage: Above 50Vac or 75Vdc

High-concerned chemical: none

Model Number: 531T

Origin: Mainland China

Power Source: Ac

Protect Feature: Sealed

Theory: Time Relay

Use: General Purpose

Voltage: 220V

is_customized: Yes

Description

The VG531T is a multi-function electronic time relay. It provides 10 functions with 8 time ranges from 0.1 seconds to 10 days. This time relay operates with a rated control supply voltage of 220V AC & 12-240V AC/DC and has a 1 C/O(SPDT) output rated at 5A/16A.

It has 10 functions

1. Power On Delay

2. Asymmetric Cycle(Starting Off)

3. Interval(Power On)

4. Off Delay

5. Single Shot (Retriggerable)

6. Asymmetric Cycle (Starting On)

7. Pulse (Generator)

8. Single Shot

9. On / Off Delay

10. Memory Latch

Technical data

– Rated supply voltage：220 V AC or 12-240 V AC/DC

– Rated frequency： 50/60 Hz

– Time delay range：0.1 second - 10 days

– Operating temperature：-20℃~+55℃

– Storage temperature：-30℃~+70℃

– Setting accuracy-full range：±5%

– Contacts type：1 C/O (SPDT)

– Rated current：5A or 16A/240 VAC,24 VDC (Resistive Load)

– Discrete Output Type：Relay

– Dimension：18mm × 65mm × 90mm

1. Power On Delay

When the input voltage U is applied, delay t begins. Relay contacts R change state after delay t is complete. Contacts R return to their shelf state when input voltage U is removed.

2. Asymmetric Cycle(Starting Off)

When the input voltage U is applied, delay t begins. When delay t is complete, relay contacts R change state for time delay t. This cycle will repeat until input voltage U is removed.

3. Interval(Power On)

When the input voltage U is applied, relay contacts R change state immediately, and delay t begins. When delay t is complete, contacts return to shelf state. When input voltage U is removed, contacts will also return to their state.

4. Off Delay

Input voltage U must be applied continuously. When trigger S is closed, relay contacts R change state. When trigger S is opened, delay t begins. When delay t is complete, contacts R returns to their shelf state. If trigger S is closed before time delay t is complete, then time is reset. When trigger S is opened, the delay begins again, and relay contacts remain in their energized state, if the input voltage U is removed, relay contacts R return to their shelf state.

5. Single Shot (Retriggerable)

Input voltage U must be applied continuously. When trigger S is closed, relay contacts R change state, delay t begins. When delay t is complete, contacts R return to their shelf state Whether S is opened or not. If trigger S is closed before time delay t is complete, then time is reset. When trigger S is opened, the delay begins again, and relay contacts remain in their energized state, if input voltage U is removed, relay contacts R return to their shelf state.

6. Asymmetric Cycle (Starting On)

When the input voltage U is applied, relay contacts R change state immediately and delay t begins. When delay t is complete, contacts return to shelf state for time delay t. This cycle will repeat until input voltage U is removed.

7. Pulse (Generator)

When the input voltage U is applied, delay t begins, relay will output a pulse signal of 0.5 seconds when delay t complete.

8. Single Shot

Input voltage U must be applied continuously. When trigger S is closed, relay contacts R change state, delay t begins. When delay t is complete, contacts R return to their shelf state Whether S is opened or not. If trigger S is closed before time delay t is complete, delay t is not reset When trigger S is opened again, and relay contacts remain in their energized state, if input voltage U is removed, relay contacts R return to their shelf state.

9. On / Off Delay

Input voltage U must be applied continuously. When trigger S is closed, delay t begins. When delay t is complete, relay contacts R change state and remain transferred until trigger S is opened. When trigger S is opened, delay t begins. When delay t is complete, contacts R return to their shelf state. If input voltage U is removed, relay contacts R return to their shelf state.

10. Memory Latch

Input voltage U must be applied continuously. Output changes state with every trigger S closure. If input voltage U is removed, relay contacts R return to their shelf state.