Sensata Crydom GA8 Series Solid State Relay, 5 A Load, PCB Mount, 280 V rms Load, 28 V dc Control

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RS Stock No.:
231-3392
Mfr. Part No.:
84065030
Brand:
Sensata / Crydom
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Brand

Sensata / Crydom

Maximum Load Current

5 A

Mounting Type

PCB Mount

Maximum Load Voltage

280 V rms

Maximum Control Voltage

28 V dc

Minimum Control Voltage

3 V dc

Switching Type

Zero Cross

Control Voltage Range

3 → 32 V dc

Minimum Load Current

0.05 mA

Terminal Type

PCB Pin

Output Device

Triac

Package Style

SIP

Relay Type

Solid State Relay

Series

GA8

Load Voltage Range

24 → 280V

Dimensions

43.2 x 10.2 x 25.4mm

Maximum Operating Temperature

+80°C

Height

25.4mm

Capacitance

8pF

Minimum Operating Temperature

-30°C

Standards Met

CE, RoHS Compliant

Operating Temperature Range

-30 → +80°C

Length

43.2mm

Depth

10.2mm

COO (Country of Origin):
MX

Sensata | Crydom Solid-State Relay, 24 to 280V Load Voltage Range, 4kV Optical Isolation - GA8 Series - 84065030


Sort out your switching needs with this solid-state relay from Sensata | Crydom. This component has a broad load voltage range of 24 to 280V, making it a versatile piece of kit. It mounts onto a PCB, so you can build it into your system without a hitch using its pin terminals. Zero-cross switching means it switches on when the voltage is near zero, helping to minimise noise for more efficient performance. A triac output makes this unit suitable for switching medium-power AC loads, so it's just the thing for domestic lighting networks or motor control installations.

Features & Benefits


• Performs reliably in a temperature range of -30°C to +80°C for use in harsh industrial environments
• Compact dimensions of 43.2 (L) x 10.2 (W) x 25.4mm (H) to add minimal bulk to your system
• Optical isolation of 4kV for protection against shorts, transients and ground loops

What's optical isolation?


Optical isolation converts an electrical signal into a light signal using an LED. A photosensor then receives that light signal and converts it back to an electrical one, blocking any harmful currents trying to flow across the device.

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