Sensata Crydom HS501DR Series Solid State Relay, 10 A Load, DIN Rail Mount, 280 V ac Load, 32 V Control

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Subtotal (1 unit)*

£68.04

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£81.65

(inc. VAT)

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1 - 4£68.04
5 - 9£64.64
10 - 24£61.24
25 - 49£58.58
50 +£57.08

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RS Stock No.:
703-4574
Mfr. Part No.:
HS501DR-D2425
Brand:
Sensata / Crydom
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Brand

Sensata / Crydom

Maximum Load Current

10 A

Mounting Type

DIN Rail

Maximum Load Voltage

280 V ac

Minimum Load Voltage

24 V ac

Maximum Control Voltage

32 V

Minimum Control Voltage

3 V dc

Switching Type

Zero Cross

Control Voltage Range

3 → 32 V dc

Minimum Load Current

0.04 A

Load Voltage Range

24 → 280V ac

Series

HS501DR

Maximum Turn On Time

1/2 cycle

Dimensions

80 x 45.7 x 40.3mm

Depth

45.7mm

Length

80mm

Height

40.3mm

Off State Leakage Current

10 mA

COO (Country of Origin):
MX

Sensata | Crydom Solid-State Relay, 3 to 32V DC Control Voltage Range, 10A Rated Load Current - HS501DR Series - HS501DR-D2425


Looking for a reliable switching solution for your electrical equipment? Change to this solid-state relay from Sensata | Crydom. It's handy for low-power applications thanks to its rated load current of 10A. A maximum turn-on and turn-off time of half a cycle means it switches in the blink of an eye. This device has a thermally conductive epoxy encapsulation, so it keeps its cool during intense use. You'll find this relay used for consumer electronics.

• Snaps onto a DIN rail for installation in a jiffy
• Broad operating temperature range between -40°C and +80°C for use in harsh industrial conditions
• Light weight of 141g to place minimal strain on your rail

How large is this SSR?


This component has compact dimensions of 80 (L) x 45.7 (W) x 40.3mm (H), so it's a space-efficient choice for your setup.

What's zero-cross switching?


Zero-cross switching means the device starts up when the voltage approaches zero. This helps to minimise noise and increase efficiency.


Zero Voltage Relays

Note

Temperature can affect current rating; please consult the data sheet for potential derating.

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