Sensata / Crydom H1 Series Solid State Relay, 90 A Load, Panel Mount, 660 V ac Load, 32 V Control

RS Stock No.:: 291-2337
Mfr. Part No.:: H12WD4890
Manufacturer:: Sensata / Crydom

Sensata / Crydom H1 Series Solid State Relay, 90 A Load, Panel Mount, 660 V ac Load, 32 V Control

95 In stock for delivery within 3 working days

Added

Price Each

HK$1,164.18

units	Per unit
1 - 5	HK$1,164.18
6 - 11	HK$1,131.59
12 +	HK$1,085.02

RS Stock No.:: 291-2337
Mfr. Part No.:: H12WD4890
Manufacturer:: Sensata / Crydom

Product overview and Technical data sheets

Build or Request PCB Symbol & Footprint

Legislation and Compliance

COO (Country of Origin):: MX

Product Details

H12 50-90A, 480Vac, ac O/P SSRs

SCR output
AC loads to 90Amps
Load voltages up to 660Vac
Zero-voltage switching
Dimensions: H22.9 x W45.7 x D58.4mm
Terminal Type Screw; Saddle Clamp
8pF Input-Output Capacitance

Note

Heat sink not included. For load current de-rating and heat sink details see manufacturers datasheet

Caution

Derating will limit the maximum load current at temperatures above 25 °C

Approvals

UL; CSA; VDE

Sensata | Crydom Solid-State Relay, 90A Rated Load Current, 48 to 660V AC Operating Voltage Range - H1 Series - H12WD4890

Use this solid-state relay from Sensata | Crydom for high-power switching functions in your industrial environment. As the component has no moving parts, it's resistant to wear and tear for enhanced durability. A wide operating voltage range between 48 and 660V AC makes the unit compatible with a broad range of systems. The robust plastic housing offers effective insulation for increased workplace safety. You'll find this product used in control motors, medical equipment and SCR drives.

Features & Benefits

• Wide operating temperature range between -40°C and +80°C for use in demanding conditions
• Designed for panel mounting for ease of integration into your existing setup

How does a solid-state relay work?

A solid-state relay works by converting incoming electrical control signals to optical feeds via an infrared LED or similar device.

How do I choose the right solid-state relay for my application?

Ensure the electrical demands of your application, such as the current and voltage ranges, match that of the relay. The maximum load shouldn't exceed the relay's specifications to prevent failure.