Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Carlo Gavazzi RKD2A23D50C two-pole panel-mounted solid state relay with zero-cross switching, dual control, 50 A rated current per pole and 24–265 V AC operating voltage.
£73.31
The Carlo Gavazzi RKD2A23D50C is a robust two-pole solid state relay (SSR) designed for reliable switching of two-phase AC loads in industrial automation, heating and electrical control applications. As part of the Carlo Gavazzi RK series, it uses zero-cross switching technology to help reduce electrical transients and electromagnetic interference when switching AC loads.
This panel-mounted solid state relay provides semiconductor switching without the mechanical contacts associated with conventional electromechanical relays. Its two-pole configuration provides independent control of each pole, while built-in overvoltage protection helps protect the semiconductor switching stage in demanding industrial environments.
With a rated operating current of 50 A per pole at AC-51 and an operating voltage range of 24–265 V AC, the RKD2A23D50C is suitable for a wide range of industrial AC loads. The relay uses a 4–32 V DC control input, zero-cross switching and connector-pin control termination, providing a practical interface for industrial automation systems.
Solid state relays such as the Carlo Gavazzi RKD2A23D50C use semiconductor switching technology to control AC loads without mechanical contacts. The zero-cross switching function switches the load close to the AC voltage zero crossing, helping reduce electrical stress, switching transients and electromagnetic interference.
The RK series is designed for industrial automation, heating and electrical control applications where dependable solid state switching is required. The RKD2A23D50C combines two-pole switching, a 24–265 V AC operating range, built-in overvoltage protection and a low-voltage DC control input in a compact panel-mounted format. Its dual-control configuration allows the two poles to be controlled independently where required.
Tick the specs you need, then view products that match.
| Device Type | Solid State Relay | |
|---|---|---|
| Terminal Type | Screw | |
| Mounting Type | Panel | |
| Coil / Supply Voltage | 12 V DC, 24 V DC, 5 V DC | |
| IP Rating | IP20 | |
| Manufacturer | Carlo Gavazzi | |
| Series | RK | |
| Model | RKD2A23D50C | |
| Product type | Two-pole solid state relay | |
| Output switching mode | Zero cross | |
| Number of poles | 2 | |
| Number of phases | 2 | |
| Rated operating current AC-51 | 50 A per pole | |
| Rated operating current AC-53a | 12 A | |
| Operating voltage | 24–265 V AC | |
| Peak blocking voltage | 600 V | |
| Control voltage | 4–32 V DC | |
| Control configuration | Dual control | |
| Control termination | Connector pins | |
| Power connection | Screw with captive clamp | |
| Mounting type | Panel mounting / heatsink mounting | |
| Operating temperature | -40–80 °C | |
| Power factor | ≥ 0.5 | |
| Protection rating | IP20 | |
| Overvoltage protection | Integrated | |
| Certification | EN 60335-1 |
This solid state relay is used for reliable two-pole switching of AC loads in industrial automation, heating and electrical control applications.
The relay has a rated operating current of 50 A per pole at AC-51 and a rated operating current of 12 A at AC-53a.
The RKD2A23D50C operates across a 24–265 V AC supply range and has a 600 V peak blocking voltage.
The relay uses a 4–32 V DC control input and provides dual control for the two switching poles.
The RKD2A23D50C uses zero-cross switching, which helps reduce electrical transients when switching AC loads.
Carlo Gavazzi RK solid state relays provide reliable semiconductor switching, zero-cross technology and robust industrial construction for modern automation, heating and control systems.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.