EATON D99 Series Solid-State Relays

Eaton D99 solid-state relays are designed to control the flow of electric current in commercial and industrial settings. They incorporate a zero-cross-switching method that allows rapid on-and-off ...Read More

Filter
StyleModelPrice (inc. GST)
A
D99240ACZ1
- SGD 242.80
RFQ
A
D99225ACZ1
- SGD 219.85
RFQ
A
D99225ACZ2
- SGD 206.16
RFQ
A
D99640ACZ1
- SGD 332.84
RFQ
A
D99625ACZ1
- SGD 279.45
RFQ
A
D99210ACZ1
- SGD 183.21
RFQ
A
D99610ACZ2
- SGD 256.50
RFQ
A
D99240ACZ2
- SGD 233.62
RFQ
A
D99210ACZ2
- SGD 167.96
RFQ
A
D99625ACZ2
- SGD 273.34
RFQ
A
D99610ACZ1
- SGD 270.27
RFQ
A
D99640ACZ2
- SGD 317.59
RFQ

Features

  • These solid-state relays use components like semiconductor diodes, transistors and thyristors to control the flow of electrical current.
  • The relay receives a low-voltage DC signal which is then processed by the control circuit of the relay.
  • During this process, an optoisolator is used for separating the low-voltage control signal from the high-voltage signal.
  • Once this isolation is completed, the output circuit of the solid-state relay is activated.
  • The output circuit consists of a thyristor capable of handling high currents and voltages.
  • As the output circuit is activated, the thyristor allows current to flow through the load circuit.

Standards and Approvals

  • UL
  • CSA

Frequently Asked Questions

What is the use of an IP20 enclosure?

IP20 enclosure allows a level of protection against dust, moisture and other environmental factors to prevent damage to the device.

Do the Eaton D99 Series solid-state relays require any maintenance?

No, these relays have no moving parts, which means they require little to no maintenance, thus making them reliable for use in harsh conditions.

How do I mount the solid-state relay?

These relays can be mounted by either screwing the unit to the equipment or incorporating a DIN rail. This provides a secure connection and prevents loosening due to vibrations.

We are here to help!

Looking for a part not listed here?