3959_0 - AC Solid State Relay - 280V 25A

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€22.50
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Quick Overview

This SSR switches up to 280VAC / 25A and connects to any device with a digital output. This relay connects to the 1012 - PhidgetInterfaceKit 0/16/16.
3959_0 - AC Solid State Relay - 280V 25A

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  • 3959_0 - AC Solid State Relay - 280V 25A
  • 3959_0 - AC Solid State Relay - 280V 25A
  • 3959_0 - AC Solid State Relay - 280V 25A
  • 3959_0 - AC Solid State Relay - 280V 25A

Details

Product Features


This SSR switches up to 280VAC / 25A and connects to any device with a digital output.
 
Product Description

For AC switching applications, this solid state relay is economical and reliable. Using the digital outputs from a Phidgets device, you can control the relay to silently switch a AC circuit at 280V/25A or less. There's an indicator LED on the control side of the circuit so you can tell the state of the relay at a glance.

If your SSR is overheating, you should consider getting a heat sink for safety. See below for a list of compatible heatsinks. This SSR comes with a heat transfer pad that can be placed between the metal base of the SSR and the surface it's mounted to in order to help encourage heat flow. It also comes with a varistor that can be used to protect your SSR against voltage spikes in some applications.


Product Specifications


Electrical Properties

Isolation Method Photoelectric
Dielectric Strength 2.5 kV AC
Control Voltage Min 4 V DC
Control Voltage Max 32 V DC
Load Voltage Max (AC) 280 V AC
Load Current Max (AC) 25 A
Load Surge Current 260 A
Turn-on Time Max 2 ms

Physical Properties

Length 57 mm
Width 43 mm
Height 25 mm
Operating Temperature Min -20 °C
Operating Temperature Max 80 °C

Other Properties

Manufacturer Part Number KD20C25AX


Warnings


 
  1. If you're running the SSR close to it's maximum current rating, you'll probably need to mount it to a heat sink or a surface that can function as a heat sink.
  2. Use the heat transfer pad between the SSR and the heat sink. Failure to do so can cause overheating and could damage the relay.
  3. Make sure that the SSR terminal screws are tight. If the screws are not tight, the SSR will get damaged by heat generated when the power is ON.
  4. When an SSR fails, it most often fails permanently closed - leaving your load powered, and possibly creating a fire or safety hazard. Be sure to have failsafes in these situations.
  5. Make sure that you use the relay within the product specifications.
  6. Ensure that the relay terminals are covered or protected when switching high voltage loads.
 
Comes Packaged with

 

Accessories

This SSR comes with a heat transfer pad and a TMOV20RP200E varistor. Use the heat transfer pad whenever mounting the SSR on a heat sink or metal surface. If you're switching a load at 120V or less, you can put the varistor across the load terminals in parallel with the rest of the load circuit in order to protect your relay from voltage spikes. If you're switching a load higher than 120V, do not use the varistor. For more information, see the Solid State Relay Primer.

Connection


This relay connects to the 1012 - PhidgetInterfaceKit 0/16/16.
Just connect the positive control terminal of the SSR to the +5V terminal on the 1012, and connect the negative terminal to an open collector digital output on the 1012.

diagram

Alternatively, you could connect this relay to any device with a digital output, however because of the power requirements we recommend wiring two digital outputs to the relay and switching them both simultaneously.

diagram

Resources

 

Additional Information

SKU ES002118
Manufacturer Phidgets

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