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SSR-60DA Solid State Relay DC to AC (Input 3-32V DC Output 24-380V AC) with Heat Sink, 60A

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$13.90

$ 6 .99 $6.99

In Stock
  • Model: SSR-60DA, single phase Solid State Relay 60A DC to AC control, CE Compliant to EN60950-1
  • Input voltage 3-32V DC, Load voltage 24-380V AC, Max load current 60 Amp
  • Rugged epoxy encapsulation construction, high isolation over than 50MΩ(500VDC), high dielectric over than 2.5KV, output snubber circuit protection
  • No EMI/EFI & Low surge by Zero Cross Trigger method, specially suited to control sensitive, capacitive and Non-saturated inductive loads
  • SSR switches use semiconductor component acts as a switch for the relay, no moving parts inside, no mechanical wear, no action noise, no mechanical failure, and high reliability


DMWD Low cost single phase solid state relay SSR-60DA

Input voltage 3-32V DC

Load voltage 24-380V AC

Load current 60Amp


60A 3-32V DC to AC solid state relay (SSR) features high structural strength, good impact resistance, and strong shock resistance. The SSR offers a reliable switching the commercial and industrial loads, such as computer peripheral interface device, printing machine, molding machine, food machine, packaging machine, and so on.


  • Built in RC absorption
  • Photoelectric isolation
  • SCR output
  • LED indicator for operation status
  • Panel mount
  • Zero-crossing switch type
  • UL Approved, CE Compliant to EN60950-1


Note:

* When the load current is higher than 10A, a heat sink must be installed to the solid state relay, or the SSR relay should be mounted on a metal base plate with heat dissipation effect, and the thermal grease is applied between them.

* When the load current is 40A or more, a fan cooling radiator or water cooling radiator must be equipped.

* Heat sink is included.


Package Content:

1 x Solid State Relay

1 x All Aluminium Heat Sink


Size/Weight:

SSR(58x45x28mm/85g)

Heat Sink(78*50*50mm/80g)


Warranty:

Free new replacement in 5 years, Have faith in quality


Scott.
Reviewed in the United States on September 8, 2024
I purchased 2 over two years ago ,one for each of the 120v lines that cloths dryer uses.My dryers uses a microcontroller to shut off power once the chosen time is over. Rather than a mechanical timer.Noticed dyer isn’t blowing hot , looked and noticed the relay that controls the heater coil burned up.For this being a simple mosfet transistor on a large heat sink I’m impressed it lasted this long , will buy a replacement . And will try to replace them before they burn up again.
Sam W
Reviewed in the United States on July 1, 2024
Was installed with the included heatsink, and with thermal transfer compound (not included). Failed in less than a week, controlling a load only about 2/3 of its rating - ~40A of 60A rating.
Muy buen equipo oara el costo es excelente 👌
Reviewed in the United States on March 9, 2024
Tengo un problema con estos SCR . Los conecte a 12v dc. Y en la parte de corriente alterna cuando ya se desconectan los 12v ellos siguen encendidos. Los tengo conectados para encender un calentador de agua cada uno. El consumo eléctrico por cada calentador es de 17 amp. Y los scr son de 60 amp. Que puedo hacer para que ellos desconecten la corriente ?
~Crash~
Reviewed in the United States on April 14, 2024
This is the second unit I purchased due to the first one burning out... but it was totally my fault. I looked at the power rating and my application was way under the upper amperage limit so I thought I could forgo the heat sink. WRONG! I fried the first one. I ordered a second and put it in a larger enclosure and included the heat sink this time. It's been working perfectly ever since. I use the switch to turn on a dust collection system for one of my CNC routers. The switching signal is taken of the spindle control of the CNC's control box. Works great!
Jerry
Reviewed in the United States on October 7, 2023
I bought an SSR-60DA to switch a standard US 4500 Watt Water Heater. That is just less than 19 Amps, which is what my meter measured.Asking it to do 1/3rd of its rating seems reasonable to me.In 12 min the heat sink was 162º, it went up to about 170ºAny engineers out there who can advise me on, is that safe? Is it wording as it is designed to?Update; I bought a second one, an SSR-100DA thinking maybe it was a fluke, perhaps one rated for 100 amps would do better, struggling with 19.Strangely they both performed within a few degrees of exactly the same overheating, with or without thermal paste, driving them with 5v or 15vDC. Ambient temperature was 67ºf during the tests.I notice that most reviews are from users asking for just a few Amps, so likely mush lower loads are normal for these devices, but I would not think they are anywhere near as specified.I wouldn't install electronics that operated above 140º without a fan.I returned them both.