RP1A23D5M1

SSR, PCB MOUNT, 265VAC, 34VDC, 5A

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Manufacturer: CARLO GAVAZZI
Product type: Solid State Relays
Load Current: 5A
Relay Mounting: PCB
Switching Mode: Zero Crossing
Relay Terminals: Through Hole
Control Voltage Max: 32VDC
Control Voltage Min: 3VDC
Operating Voltage Max: 265Vrms
Operating Voltage Min: 12Vrms

Delivery and price
Units per pack	10
Price	42.13 €
Current stock	10+
Lead time	30 days

Datasheet

## **Solid State Relays PCB, 1-Phase ZS/IO Types RP1A, RP1B** 

- **•AC Solid State Relay for PCB mounting** 

- **•Zero switching or instant-on** 

- **•Rated operational current: 3, 5 or 5.5 AACrms** 

- **•Rated operational voltage: Up to 480 VACrms** 

- **•Surface mount technology** 

- **•Flexible encapsulation for extended life** 

**•Control voltage: 3 to 32 VDC* / 16 to 32 VAC**** 

**•Opto-isolation: > 4000 VACrms** 

- **•Blocking voltage: Up to 1000 Vp** 

- **•Non-repetitive surge current: Up to 250 Ap** 

## **Product Description** 

## **Ordering Key** 

**y RP 1 A 23 D 3** of components.  Opto-isola- **Solid State Relay (PCB)** tion and load switching are **Number of poles** performed by individual com- **Switching mode** ponents, providing higher reli- **Rated operational voltage** ability than monolithic **Control voltage** designs.  Additionally RP1..6 **Rated operational current** is a special version with high current surge capability that reduces fusing requirements. This relay can also drive higher AC53a loads up to 5 A. The Solid State technology used can withstand peak voltages of 1000V, making the RP1 series suitable to drive AC loads such as valve solenoids and small induction motors. 

The RP1 is an SSR series for socketor PCB-mounting, providing an ideal interface between logic controls and AC loads. The RP1 is designed for resistive and inductive loads up to 480VACrms.  Two regulated control voltage ranges cover most standard input requirements in an economic package.  These features allow a direct substitution of existing PCB mounted relays with RP1.  Internally this new series enjoys an improved technical design with the introduction of stress-free flexible encapsulation and automated assembly 

## **Type Selection** 

|**Type Selectionype Selectione Selection**||||
|---|---|---|---|
|**Switching mode**|**Rated operational voltage**|**Rated operational current**|**Control voltage**|
|A: Zero switching|23: 230 VACrms|3: 3 AACrms|D:<br>3 to 32 VDC*|
|B: Instant-On switching|40: 400 VACrms|5: 5 AACrms|A:<br>16 to 32 VAC**|
||48: 480 VACrms|6: 5.5 AACrms|* 4 to 32 VDC for RP1A48..|
||||4 to 32 VDC for RP1B40.. and RP1B48..|
||||** Only available for 230V, 5.5 A|



## **Selection Guide** 

|**Rated operational**<br>**voltage**|**Non-rep. voltage**<br>**Control voltage**<br>**Rated operational current**<br>**3 AACrms**<br>**5 AACrms**<br>**5.5 AACrms**|
|---|---|
|230 VACrms|650 Vp<br>3 to 32 VDC<br>**RP1A23D3**<br>**RP1A23D5**<br>**RP1A23D6**<br>**RP1B23D3**<br>**RP1B23D5**<br>**RP1B23D6**|
||16 to 32 VAC<br>-<br>-<br>**RP1A23A6**|
|400 VACrms|850 Vp<br>3 to 32 VDC<br>**RP1A40D3**<br>**RP1A40D5**<br>**RP1A40D6**|
||4 to 32 VDC<br>**RP1B40D3**<br>**RP1B40D5**<br>**RP1B40D6**|
|480 VACrms|1000 Vp<br>4 to 32 VDC<br>**RP1A48D3**<br>**RP1A48D5**<br>**RP1A48D6**<br>**RP1B48D3**<br>**RP1B48D5**<br>**RP1B48D6**|



## **Selection Guide (mounted on DIN EN adaptor)** 

|**Rated operational**|**Non-rep. voltage**|**Control voltage**|**Rated operational current**|**Rated operational current**||
|---|---|---|---|---|---|
|**voltage**|||**3 AACrms             5 AACrms**|**3 AACrms             5 AACrms**|**5.5 AACrms**|
|230 VACrms|650 Vp|5 to 34 VDC|**RP1A23D3M1**|**RP1A23D5M1**|**RP1A23D6M1***|
||||**RP1B23D3M1**|**RP1B23D5M1**|**RP1B23D6M1**|
|||16 to 32 VAC|**-**|**-**|**RP1A23A6M1**|



* For operational voltages ≥ 230 VACrms add suffix M2 to part no. 

**1** 

Specifications are subject to change without notice (28.02.2007) 

**RP 1** 

## **General Specifications** 

||**RP1.23..**||**RP1.40..**||**RP1.48..**|
|---|---|---|---|---|---|
|Operational voltage range||||||
|RP1A...|12 - 265 VACrms||20 - 440 VACrms||20 - 530 VACrms|
|RP1B...|12 - 265 VACrms||12 - 440 VACrms||12 - 530 VACrms|
|Blockingvoltage|650 Vp||850 Vp||1000 Vp|
|Rated insulation input to output|4 kVACrms||4 kVACrms||4 kVACrms|
|Operational frequencyrange|45 - 65 Hz||45 - 65 Hz||45 - 65 Hz|
|Power factor|> 0.5||> 0.5||> 0.5|
|Zero voltage turn-on|< 10 V||< 10 V||< 10 V|
|Approvals|UL,cUL,VDE*||UL,cUL,VDE*||UL,cUL,VDE*|
|CE-marking|Yes||Yes||Yes|



* VDE 0700, VDE 0805 (excluding RP1A23A6) 

## **Input Specifications** 

|**Input Specificationsput Specificationsut Specificationspecificationsecifications**||||
|---|---|---|---|
||**RP1...A.**||**RP1A23A6**|
|Control voltage<br>RP1.23.. RP1A40..<br>RP1B40.. RP1.48..|3-32 VDC<br>4-32 VDC||16 - 32 VAC<br>-<br>-|
|Pick-up voltage<br>RP1.23.. RP1A40..<br>RP1B40.. RP1.48..|2.8 VDC<br>3.8 VDC||10 VAC<br>-<br>-|
|Drop-out voltage|1.2 VDC||5 VAC|
|Max. input curent<br>RP1A...<br>RP1B...|10 mADC<br>15 mADC||13 mAAC<br>-<br>-|
|Max. reverse voltage|32 VDC||-|
|Response time pick-up<br>RP1A...<br>RP1B...   12 VDC/ 50 Hz<br>5 VDC/ 50 Hz|< 10 ms<br>< 160 µs<br>< 320µs||-<br>-<br>-|
|Response time drop-out<br>RP1A...<br>RP1B...|< 10 ms<br>< 10 ms||< 20 ms<br>-<br>-|



## **Output Specifications** 

||**RP1....3**|
|---|---|
|Rated operational current<br>AC 51 @ Ta= 25ºC<br>AC 53a@Ta= 25ºC|3 A<br>2 A|
|Min. operational load current|20 mA|
|Rep. overload current t=1 s|10 AACrms|
|Non-rep. surge current t=20 ms|65 Ap|
|Off-state leakage current|< 1 mA|
|I2t for fusingt=10 ms|20 A2s|
|Critical dV/dt off state min.|250 V/µs|
|On-state voltage drop<br>@ rated current|< 1.2 Vrms|



|**RP1....5**||**RP1....6**|
|---|---|---|
|5 A||5.5 A|
|3 A||5 A|
|20 mA||20 mA|
|12 AACrms||16 AACrms|
|80 Ap||250 Ap|
|< 1 mA||< 1 mA|
|50 A2s||340 A2s|
|500 V/µs||500 V/µs|
|< 1.2 Vrms||< 1.2 Vrms|



## **Thermal Specifications** 

|Operatingtemperature|-20° to +70°C(-4° to +158°F)|
|---|---|
|Storage temperature|-40° to +100°C (-40° to +212°F)|



## **Insulation Input - Output** 

|Insulation resistance|≥1010 Ω|
|---|---|
|Insulation capacitance|≤8 pF|



**2** 

Specifications are subject to change without notice  (28.02.2007) 

**RP 1** 

## **Functional Diagram** 

## **Applications** 

These relays  can be used  to switch  heaters, motors, lights, valves or solenoids. 

**==> picture [234 x 304] intentionally omitted <==**

**----- Start of picture text -----**<br>
31(~)(~)(+) 13<br>ZC<br>Control IO<br>input<br>42(~)(~)(-) I | 24<br>J es<br>Po<br>Derating Curveg Curve Curve<br>6<br>5<br>4 SCT<br>3 a<br>D6<br>D5<br>2<br>Pe<br>D3<br>1<br>P| EE<br>0<br>Pt tt ty<br>20        30 40 50 60        70<br>Surrounding temp. (˚C)<br>REGULATION<br>Load current (AACrms)<br>**----- End of picture text -----**<br>


## **Derating Curveg Curve Curve** 

When used at full load current, the relays must be placed vertically. If more than one relay is mounted, please allow a minimum distance of 20 mm in between for sufficient air cooling. 

## **Housing Specifications** 

**==> picture [245 x 69] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|Weight|Approx. 20 g|
|Housing material|PBT,|grey|
|a_i|
|Terminals|Copper alloy, tin-plated|
|Terminals soldering temperature max. 300°C for 5 sec.|
|Potting compound|Flame-retardant flexible|
|silicone rubber|

**----- End of picture text -----**<br>


## **Increased Current Options** 

**==> picture [223 x 119] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||
|---|---|---|---|
|Ipeak|
|Inom|
|Tamb = 25°C|oo|
|t|
|I peak (Amps)|6|8|10|
|D5 : t (minutes)|15|5|3|
|D6 : t (minutes|15|5|3|

**----- End of picture text -----**<br>


Note: Even though the D3 can withstand a slight increase in   current for a limited time, it is not recommended for this purpose. 

Derating curve is used for finding max. load current at an elevated ambient temperature. The 3 lines in the graph represent the 3 nominal current ratings of the RP1 series (RP1...D3/D5/D6). 

## **Dimensions** 

**==> picture [179 x 207] intentionally omitted <==**

**----- Start of picture text -----**<br>
11M M = 1/10” = 2.54 mm<br>9M<br>3M 4M<br>43 *<br>+1        2        +3  4<br>*  = ± 0.2 mm<br>4 x ø1 ** = ± 0.5 mm<br>10.5 **<br>1M<br>25.4  *<br>6 **<br>**----- End of picture text -----**<br>


## **Accessories** 

M1 DIN-rail adaptor (photo) M2 DIN-rail adaptor (for V > 230VAC) Varistors Fuses For further information refer to “General Accessories”. 

**3** 

Specifications are subject to change without notice (28.02.2007)

Updated at February 9, 2023

Founded in Milan in 1931, Carlo Gavazzi is a globally recognized leader in the design and manufacture of high-quality automation components. For nearly a century, the company has driven technological innovation in the industrial and building automation markets. With ISO 9001-certified production facilities across Europe and Asia, Carlo Gavazzi delivers state-of-the-art solutions tailored for demanding applications, including HVAC, renewable energy, semiconductor manufacturing, and electric vehicle charging infrastructure. Our extensive portfolio of Carlo Gavazzi components focuses heavily on their industry-leading switching and sensing technologies. We carry a comprehensive selection of solid state relays, contactors, and power relays engineered for exceptional reliability and thermal performance. Alongside these robust switching solutions, our range features a wide array of precision sensors, with a strong emphasis on proximity switches and light sensors that are critical for automated manufacturing processes, mobile equipment, and access control systems. Beyond core sensing and switching, the Carlo Gavazzi lineup extends into essential power management, circuit protection, and control devices. This includes highly efficient AC/DC converters, thermal magnetic circuit breakers, and advanced panel instrumentation designed to monitor and optimize energy efficiency. From current sensing transformers to motor starters, engineers consistently trust Carlo Gavazzi to provide competitive, dependable, and forward-thinking components for their most complex automation challenges.

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