Sensata / Crydom GNR 22.5 Series Solid State Relay, 30 A Load, DIN Rail Mount, 600 V ac Load, 32V dc Control

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142,41 €

(TVA exclue)

172,32 €

(TVA incluse)

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  • Expédition à partir du 25 mai 2026
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1 - 4142,41 €
5 - 9135,30 €
10 - 24128,17 €
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50 +113,93 €

*Prix donné à titre indicatif

N° de stock RS:
170-7348
Numéro d'article Distrelec:
137-43-955
Référence fabricant:
GNR30DCZ
Fabricant:
Sensata / Crydom
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Marque

Sensata / Crydom

Maximum Load Current

30A

Product Type

Solid State Relay

Mount Type

DIN Rail

Maximum Load Voltage

600V ac

Minimum Load Voltage

48V ac

Maximum Control Voltage

32V dc

Minimum Control Voltage

4V dc

Series

GNR 22.5

Terminal Type

Screw

Minimum Operating Temperature

-20°C

Switching Function

Zero Voltage Turn-On Switching

Maximum Operating Temperature

80°C

Height

97.8mm

Standards/Approvals

CE, RoHS

Length

22.5mm

Output Type

Triac

Off State Leakage Current

0.1mArms

Capacitance

8pF

Sensata | Crydom Solid-State Relay, 30A Rated Load Current, 4 to 32V DC Operating Voltage Range - GNR 22.5 Series - GNR30DCZ


Need your gear to switch at a moment's notice? Turn to this Sensata | Crydom solid-state relay. Its turn-on time of half a cycle means you'll have your system up and running in a flash. Thanks to its rated load current of 30A, it has what it takes to handle demanding industrial loads. It accepts input wire sizes between 24 and 16AWG, so it's a versatile choice. You'll find relays like this one used for measuring instruments and electronics manufacturing.

Features & Benefits


• Handy LED indicator shows input status for ease of monitoring

• Direct bond copper substrate ensures it keeps its cool during intense work periods

• Simple DIN rail or panel mounting to fit into your system in a snap

• Built-in overvoltage protection cuts back on disruption from electrical faults

What's the difference between SSRs and electromechanical relays?


Electromechanical relays control your circuits using moving parts, while SSRs like this one use optical signals. This means SSRs experience less wear, so they last longer than electromechanical relays.

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