Quality Small solid-state relay 40A single-phase DC to AC control CDG1-1AA/1DA/1DD 25/10A factory
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Quality Small solid-state relay 40A single-phase DC to AC control CDG1-1AA/1DA/1DD 25/10A factory
Quality Small solid-state relay 40A single-phase DC to AC control CDG1-1AA/1DA/1DD 25/10A factory
Quality Small solid-state relay 40A single-phase DC to AC control CDG1-1AA/1DA/1DD 25/10A factory
Quality Small solid-state relay 40A single-phase DC to AC control CDG1-1AA/1DA/1DD 25/10A factory
>

Small solid-state relay 40A single-phase DC to AC control CDG1-1AA/1DA/1DD 25/10A

Product Summary

Model CDG1-1DD CDG1-1DA CDG1-1AA Load current 10A/25A/40A/60A/80A 10A/15A/20A/25A/30A/40A/60A/75A/80A/100A/120A Input control voltage DC3-32V AC80-280V Load voltage DC12-220V AC24-480V Input control current 5ma-30ma 5ma-20ma off-state leakage current ≤5mA off-state leakage current ≤1.6V on-off time ...

Product Custom Attributes

Basic Properties

Place of Origin:
foshan , china
Brand Name:
DELIXI
Certification:
3C
Model Number:
WH-CE025

Trading Properties

Minimum Order Quantity:
1 piece
Price:
usd1.2~usd18.5
Packaging Details:
carton
Delivery Time:
15-20 days after receive the payment
Payment Terms:
L/C,T/T
Supply Ability:
1000000piece/month

Product Description

Model

CDG1-1DD

CDG1-1DA

CDG1-1AA

Load current

10A/25A/40A/60A/80A

10A/15A/20A/25A/30A/40A/60A/75A/80A/100A/120A

Input control voltage

DC3-32V

AC80-280V

Load voltage

DC12-220V

AC24-480V

Input control current

5ma-30ma

5ma-20ma

off-state leakage current

5mA

off-state leakage current

1.6V

on-off time

10ms

Current safety factor

resistive load: 50%

Inductive load: 15%

Certification

3C

Solid-state relays switch circuits using electronic components, without relying on mechanical contacts. They isolate the control terminal and load terminal through optical signals
It resembles an electronic switch, primarily consisting of three parts: input, isolation, and output. When you apply a small voltage signal to the input terminal, the internal light-emitting diode (LED) will emit light. The light signal passes through the isolation layer, triggering the semiconductor device (such as a thyristor) at the output terminal, allowing a large current to pass through, thereby driving the load to operate. The entire process involves no mechanical action, relying solely on the cooperation of light and electricity. Electrically, the input and output are disconnected, ensuring high safety

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