MP-ZDA 48 40 00 AL5

## **Solid State Relay** 

## **Features** 

- Product Temperature withstand 150°C. 

**==> picture [83 x 36] intentionally omitted <==**

- “19.5 & 22.5 MM SLIM Height” SSR Design. 

- “31 MM Height” Inbuilt “C-56” Heat sink SSR Design. 

- With easy open & lock IP 20 protection Flaps on I/P & O/P Terminals. 

- Zero Voltage Turn-On SSR. 

- Rating from 16 Amp to 200 Amp @25°C 24-600V AC. 

- Short Circuit Protected SSR up to 115 Amp per phase current by help of suitable “B cule MCB. 

- No need to use semiconductor Fuse due to short circuit protected SSR. 

- Fire Retardant Plastic as per UL94 VO GRADE. 

- New improved SEMS Screw -Washers input & Output terminals. 

- Improved Direct Bonded Copper (DBC) for higher Amp Relays. 

- High resistance to aggressive chemicals and dust due to special Potting. 

- Logic compatibility, Fast switching, Low coupling capacitance 

- Inbuilt transient voltage suppressor. 

## **Advantages Of SSR Over Contractor / Mechanical** 

- Zero Voltage Turn-On 

- High resistance to shock, vibration and abrasion 

- High resistance to aggressive chemicals and dust 

- No electromechanical or acoustical noise 

- Logic compatibility 

- Low coupling capacitance 

- Long life cycle . Up to 10[11] cycles 

- Increased system temperature accuracy 

- Improved system reliability because SSRs have no moving parts or contacts to degrade 

- No contact arcing, low electromagnetic interference, high surge capability 

- Solid state Relays offer a very fast response time with absolutely NO contact bounce 

- SSRs are typically smaller than EMRs, conserving valuable real estate in printed-circuit board applications 

- SSRs can be provided as surface-mount technology (SMT)parts, which means lower cost and easier SMT printed-circuit board manufacture 

- Do not generate electrical noise 

## **General Specification** 

Max Barrier Layer Temperature (Tmax) : < 125°C Ambient Temperature Range (Tamb) : 0-85°C SSR Storage Temperature Range (Tst) : -40°C to 80°C Input Terminal Screw Torque Range : T = 1.6 N.m (Max.) Output Terminal Screw Torque Range : T = 2.5 N.m (Max.) Power Factor COSɸ @ Max. Load @ 480V AC : >0.55 Housing Material : UL-94 V0 Grade Base Plate : 5mm Aluminium, 2mm Copper, C-56 Heat Sink SSR Weight : ≤ 120 grams Control Input Electrical Wire Size (Max.) : Up to 2.1 sq mm (14 AWG) Power Output Electrical Wire Size ( Max.) : Up to 33.6 sq mm (2 AWG) 

Newark.com/multicomp-pro Farnell.com/multicomp-pro sg.element14.com/b/multicomp-pro 

10/04/25 V1.0 

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## **Solid State Relay** 

## **Input Technical Specifications** 

|**Parameters**|**Unit**|**ZDA**|
|---|---|---|
|Control Voltage Range|V|4-32V DC|
|Input FrequencyRange|Hz|--|
|Control SupplyCurrent Consumption|mA|4-16 mA|
|Input Impedance (Current Regulator<br>Circuit Impedance)|Ω|1kΩ-2kΩ|
|Minimum Turn ON Voltage|V DC|3.5V DC|
|Turn OFF Voltage|VDC|<3.25V DC|
|Control Input Status Indication|-|Green LED Indication|
|Maximum Turn ON Time|ms|≤1/2 Cycle(10 mS)|
|Maximum Turn ON Time|ms|≤1/2 Cycle(10 mS)|



## **ZDA Type** 

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Zero Cross Over DC to AC<br>**----- End of picture text -----**<br>


~~Ce~~ **Output Technical Specifications @ 25°C Unless Specified** ~~a~~ **Parameters Symbol Unit 25A 40A 50A 90A** 24-480V AC24-600V AC Back Operating Voltage Range VAC VRMS 3Q TRIAC To Back SCR ~~a~~ Operating Frequency Range f Hz 47-63 Hz ~~a~~ Peak Inverse Voltage PIV VPK 800 1600 ~~a~~ Max. Surge Voltage With Stand Capacity (<1 Second) VSurge VRMS 2700 VRMS (3800 VPK) ~~a~~ Rated Operational Current AC51a @ 20°C (Resistive Load) IT Amp 25 40 50 90 ~~a~~ Maximum Load Short Circuit Protection Current @ 55°C Isc Amp - 9 15 63 ~~GO~~ "B" Curve D.P. MCB Rating for Short Circuit Protection -- Amp - 10 16 63 ITSM AP 260 460 800 1200 NON Repetitive Surge Peak ON-State Current @ Rated @50 Hz VRRM applied for 1/2 Cycle t=10 mS / t=8.33 mS (50Hz/60Hz) ITSM AP 273 490 840 1260 @60 Hz 

Newark.com/multicomp-pro Farnell.com/multicomp-pro sg.element14.com/b/multicomp-pro 

10/04/25 V1.0 

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## **Solid State Relay** 

|Max. I2t for Fusing @t=10 mS(50Hz)|I2t|A2S|340|1060|3000|7200|
|---|---|---|---|---|---|---|
|Max. I2t for Fusing @t=8.33 mS(60Hz)|I2t|A2S|305|996|2750|6510|
|Max. Peak ON-state voltage Dropat Full Control|VTM|VRMS|≤1.2||||
|Minimum Isolation Resistance between Input Terminals<br>(+3,-4)to Output Terminals(~1,~2} @500V DC|Ω|GΩ|50||||
|Isolation Voltage Input Terminals (+3,-4) to Output Terminals<br>(-1,-2)for 1 Minute(ZDA type)|VISO|kV|6|8|||
|Isolation Voltage Input & Output Terminals (+3,-4,-1,-2) to<br>BodyIsolationfor 1 Minute|VISO|kV|6||||
|Max. Rate of Rise OFF-State Voltage|dV/dt|V/µS|400|1000|||
|Max. Rate of Rise OFF-State Current|di/dt|A/µS|22|50|100|150|
|Max. Peak Repetitive Forward OFF-State Voltage|IDRM|V|800|1200||1600|
|Max. Peak Repetitive Forward OFF-State current|IDRM|mA|0.05|0.01||0.15|
|Max. Peak repetitive reverse of-state Voltage|VRRM|V|800|1200||1600|
|Max. Peak repetitive reverse of-state current|IRRM|mA|0.05|0.01||0.15|
|Max. DC Gate Trigger Voltage|VGT|V|1.5||||
|Max. DC Gate Trigger Current|lGT|mA|50|||60|
|Turn OFF Time|tq|µS|20|50|120|200|
|Maximum LatchingCurrent|IL|mA|100|150|160|200|
|Maximum HoldingCurrent|IH|mA|75||150||
|Thermal Resistance Re(Junction to case}|Rᶱ(j-c)|°C/W|1.7|1.3|0.65|0.02|
|OFF State SSR Leakage Current @ Rated Voltage &<br>requency (Snubber Leakage)|Ileak|mA|For 230V AC<br>< 1mA|For 230V AC<br><1.5mA|||
||||For 440V AC<br>< 2mA|For 440V AC < 3<br>mA|||
|SCCR Current Rating (less than 100 1S)|ISCCR|kA|--|--|10 kA||
|Weight|W|gm|≤110|≤110||≤120|



## **Part Number Table** 

|**Part Number Table**||
|---|---|
|**Description**|**Part Number**|
|Solid State RelayWith Snubber, 4 to 32V DC, 24-480V AC, 25A|MP-ZDA 48 25 01 AL5|
|Solid State Relaywithout Snubber, 24 to 480V AC, 40A|MP-ZDA 48 40 00 AL5|
|Solid State RelayWithout snybber, 24 to 600V AC, 50A|MP-ZDA 60 50 00 AL5|
|Solid State RelayWithout snybber, 24 to 600V AC, 90A|MP-ZDA 60 90 00 CU2|



**Important Notice :** This data sheet and its contents (the “Information”) belong to the members of the AVNET group of companies (the “Group”) or are licensed to it. No licence is granted for the use of it other than for information purposes in connection with the products to which it relates. No licence of any intellectual property rights is granted. The Information is subject to change without notice and replaces all data sheets previously supplied. The Information supplied is believed to be accurate but the Group assumes no responsibility for its accuracy or completeness, any error in or omission from it or for any use made of it. Users of this data sheet should check for themselves the Information and the suitability of the products for their purpose and not make any assumptions based on information included or omitted. Liability for loss or damage resulting from any reliance on the Information or use of it (including liability resulting from negligence or where the Group was aware of the possibility of such loss or damage arising) is excluded. This will not operate to limit or restrict the Group’s liability for death or personal injury resulting from its negligence. Multicomp Pro is the registered trademark of Premier Farnell Limited 2019. 

Newark.com/multicomp-pro Farnell.com/multicomp-pro sg.element14.com/b/multicomp-pro 

10/04/25 V1.0 

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