REC2B48A40GKE

## **Solid State Motor Contactor 3-Phase Types REC2B, REC3B** 

- **AC electronic motor contactor** 

- **Instantaneous Switching** 

- **Three-pole with two-phase and three phase switching options** 

- **Control status LED indication** 

- **Two control input ranges: 15-32 VDC, 90-253 VAC** 

- **Motor rating up to 4kW / 5.5hp** 

- **Rated Operational Voltage up to 600 VAC** 

- **Opto-isolation at 4kVrms** 

- **Mechanical Contactor resemblance with covered heatsink** 

- **DIN-rail and panel mounting** 

## **Product Descri tion p** 

|**ProductDescrition**|**tion**||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|**Product Description**|**tion**|**Ordering Key**<br>**REC 3 B 48 A 3 **||||||**0 G K E**|||||
|REC is an electronic contactor<br>intended to replace the tradi-<br>tional mechanical counterpart<br>used to switch three phase<br>motors. The range includes 2<br>and 3 phase switching ver-<br>sions up to 4kW and 600Vrms.<br>Options with high surge cur-<br>rent and I²t for fusing purposes<br>are also available.<br>The relay switches instanta-|the control voltage to emulate<br>mechanical relay operation. A<br>covered heatsink resolves any<br>issues with regards to cables<br>running close to the heatsink<br>and eliminates the need for<br>protective earth cabling. The<br>product can be mounted on<br>DIN-rail or on a panel. Note:<br>Specifications stated at 25°C<br>unless specified.|**Electronic Contactor**<br>**Number of switched poles**<br>**Switching mode**<br>**Rated Operational Voltage**<br>**Control voltage**<br>**Motor Power rating**<br>**High ITSM option**<br>**Connection type for control**<br>**Connection type for power**<br>**Connection configuration**<br>~~==i~~|||||||||||
|neously upon application of|||||||||||||
|**Ordering Key**|||||||||||||
|**Switching**<br>**Switching**<br>**Rated operational**<br>**Control voltage**||**Motor**<br>**Itsm**<br>**Connection**<br>**Connection**||||||**Configuration**|||||
|**poles**<br>**mode**<br>**voltage**||**power rating**<br>**control**<br>**control**||**power**|||||||||
|REC2: 2 poles<br>B: Instant ON<br>48: 48-530 VAC|48: 48-530 VAC<br>D: 24 VDC,|2: 2.2kW<br>0: Standard G: Clamp||K: Screws||||E: Contactor|||||
|REC3: 3 poles|-15%, + 20%|3: 3.0kW<br>Itsm<br>R: Spring*|||||||||||
|60: 48-600 VAC|60: 48-600 VAC<br>A: 90 - 253 VAC|4: 4.0kW<br>1: High Itsm|||||||||||



* Available on request 

## **Selection Guide** 

|**Rated Voltage**|**No of Poles**|**Control voltage**|**Power Rating**||||
|---|---|---|---|---|---|---|
||||**2.2kW**|**2.2kW***|**3.0kW**|**4.0kW**|
|48-530Vrms|2|24Vdc, -15%, +20%**|REC2B48D20GKE|-|REC2B48D30GKE|REC2B48D40GKE|
|||90-253 VAC|REC2B48A20GKE|-|REC2B48A30GKE|REC2B48A40GKE|
||3|24Vdc, -15%, +20%|REC3B48D20GKE|REC3B48D21GKE|REC3B48D30GKE|-|
|||90-253 VAC|REC3B48A20GKE|-|REC3B48A30GKE|-|
|48-600Vrms|2|24Vdc, -15%, +20%|-|-|REC2B60D30GKE|-|
|||90-253 VAC|-|-|REC2B60A30GKE|-|
||3|24Vdc, -15%, +20%|REC3B60D20GKE|-|-|-|
|||90-253 VAC|REC3B60A20GKE|-|-|-|



- higher ITSM rating 

- ** according to EN61131-2 

**1** 

Specifications are subject to change without notice (10.11.2011) 

**REC2B, REC3B** 

## **General S ecifications p** 

|**General Specifications**||||
|---|---|---|---|
||**REC..48…**||**REC..60…**|
|Rated Operational voltage|480 VAC||600 VAC|
|Operational voltage Range|48-530 VAC +10%, -15%||48-600 VAC +10%, -15%|
|Blocking voltage|1200 Vp||1600 Vp|
|Operational frequency range|45 - 65 Hz||45 - 65 Hz|
|Power factor|>0.5 @ rated voltage||>0.5 @ rated voltage|



## **Control S ecifications p** 

|**Control Specifications**||||
|---|---|---|---|
||**REC...D..**||**REC...A..**|
|Rated Control input voltage|24 VDC||230 VAC|
|Control voltage range|15-32 VDC|||
||(according to EN61131-2)||90 - 253 VAC|
|Maximum Input current|10 mA||15 mA|
|Pick-up voltage|15 VDC||40 VAC|
|Maximum Reverse voltage|32 VDC||N/A|
|Drop-out voltage|1 VDC||10 VAC|
|Response time pick-up|1 ms||1.5 ms|
|Response time drop-out|10 ms||45 ms|
|Operational frequency range|N/A||45 - 65Hz|
|LEDs|Control ON: Green||Control ON: Green|



## **Connection S ecifications p** 

## **POWER CONNECTIONS (75°C,Copper Cables)** 

## **CONTROL CONNECTIONS (75°C,Copper Cables)** 

|Connection Type|Screw terminal|
|---|---|
|Illustration of terminal||
|Rigid||
|(Solid & Stranded)|2 x 1.5..2.5mm² (2 x AWG16..14)|
||2 x 2.5..6mm² (2 x AWG14..10)|
|Flexible (Finely stranded||
|with end sleeve<br>Flexible<br>w/o end sleeves|2 x 1..2.5mm² (2 x AWG17..14)<br>2 x 2.5..6mm² (2 x AWG14..10)<br>1 x 10mm² (1 x AWG8)<br>2 x 1.5..2.5mm² (2 x AWG16..14)|
||2 x 2.5..6mm² (2 x AWG14..10)|
|Stripping length|10mm|
|Tightening torque|2Nm (Pozidriv 2 bit)|
|Screw size|M4|
|Aperture for||
|termination lug||
|(fork type)|Max 11mm|



|Connection Type|Spring loaded*|Captive Clamp|
|---|---|---|
|Illustration of terminal|||
|Type|Pluggable|Pluggable|
|Stranded|-|1 x 0.05..1.5mm²|
|||( 1 x AWG30..16)|
|Solid|1 x 0.05..2.5mm²|1 x 0.05..2.5mm²|
||( 1 x AWG 24..14)|(1 x AWG30..14)|
|Stripping length|10mm|6 - 7.5mm|
|Tightening torque|N/A|0.5Nm|
|||(Philips bit)|
|Screw Size|N/A|M3|
|Withdrawal Force|1.5N|1.5N|
|Insertion Force|3N|3N|
|Max Contact|||
|Resistance|15mΩ|15mΩ|



* Available on request 

**2** 

Specifications are subject to change without notice (10.11.2011) 

**REC2B, REC3B** 

**Load Specifications (45mm space between adjacent units)** 

||**REC2B…..**|**REC2B…..**||||**REC3B…..**|**REC3B…..**||||
|---|---|---|---|---|---|---|---|---|---|---|
||**@ 40°**|**@ 50° @ 60°**||**Imin**|**Itsm ***|**@ 40° **|**@ **|**50° @ 60°**<br>**Imin**||**Itsm***|
|Rated Operational Current AC-53a @ 400Vrms,|||||||||||
|to IEC, for trip Classes 10, 20, 30|||||||||||
|REC..48..20|6.2A|5.8A|5.3A 150mA||325Ap|5.8A|5.3A||4.3A 150mA|325Ap|
|REC..60..20|-|-|-|-|-|5.8A|5.8A||4.9A 250mA|600Ap|
|REC…21|-|-|-|-|-|5.8A|5.3A||4.3A 250mA|600Ap|
|REC..48..30|7.6A|6.8A|5.8A 250mA||600Ap|7.6A|6.2A||5.3A 400mA|800Ap|
|REC..60..30|7.6A|6.8A|6.2A 250mA||600Ap|-||-|-<br>-|-|
|REC…40|9.2A|7.6A|6.2A 400mA||800Ap|-||-|-<br>-|-|
|No of poles|||2||||||3||
|Maximum On-state voltage drop|||||||||||
|@rated current|||1.6 Vrms||||||1.6 Vrms||
|Off-state leakage current|||||||||||
|@rated voltage and frequency|||< 3 mArms|||||< 3 mArms|||
|Critical dv/dt (@ Tj init = 25˚C)|||1000 V/µs|||||1000 V/µs|||



**Load Specifications (0mm space between adjacent units)** 

||**REC2B…..**|||**REC3B…..**|||
|---|---|---|---|---|---|---|
||**@ 40°**|**@ 50°**|**@ 60°**|**@ 40°**|**@ 50°**|**@ 60°**|
|Rated Operational Current AC-53a @ 400Vrms,|||||||
|to IEC, for trip Classes 10, 20, 30|||||||
|REC..48..20|6.2A|5.8A|5.3A|5.3A|4.9A|4.3A|
|REC..60..20|-|-|-|5.8A|4.9A|4.3A|
|REC…21|-|-|-|5.3A|4.9A|4.3A|
|REC..48..30|6.8A|6.2A|5.3A|6.2A|5.3A|4.3A|
|REC..60..30|6.8A|6.2A|5.3A|-|-|-|
|REC…40|7.6A|6.2A|5.3A|-|-|-|



**Motor Rating (45mm space between adjacent units)** 

||**HP @ 40 / 50 / 60°C, accordin**|**HP @ 40 / 50 / 60°C, accordin**|**according to UL508**||||**kW @ 40 / 50 / 60°C, according to IEC60947-4-2**|**kW @ 40 / 50 / 60°C, according to IEC60947-4-2**|**to IEC60947-4-2**|**to IEC60947-4-2**||
|---|---|---|---|---|---|---|---|---|---|---|---|
||**230V**|**400V**|**480V**|**600V**|||**230V**|**400V**|**480V**||**600V**|
|REC2…20|1½ / 1 / 1|3 / 2 / 2|3 / 3 / 3||-||1.5 / 1.1 / 1.1|2.2 / 2.2 / 2.2|3.0 / 3.0 / 2.2||-|
|REC2..48..30|2 / 2 / 1|3 / 3 / 2|5 / 3 / 3||-||1.5 / 1.5 / 1.1|3.0 / 2. 2 / 2.2|4.0 / 3.0 / 3.0||-|
|REC2..60..30|2 / 2 / 1½|3 / 3 / 3|5 / 3 / 3|5 / 5 / 5|5 / 5 / 5||1.5 / 1.5 / 1.5|3.0 / 2. 2 / 2.2|4.0 / 3.0 / 3.0|5.5 / 4.0 / 4.0|5.5 / 4.0 / 4.0|
|REC2…40|2 / 2 / 1½|3 / 3 / 3|5 / 5 / 3||-||2.2 / 1.5 / 1.5|4.0 / 3.0 / 2.2|4.0 / 4.0 / 3.0||-|
||**HP @ 40 / 50 / 60°C, accordin**||**according to UL508**||||**kW @ 40 / 50 / 60°C, according to IEC60947-4-2**||**to IEC60947-4-2**|||
||**230V**|**400V**|**480V**|**600V**|||**230V**|**400V**|**480V**||**600V**|
|REC3..48..20|1 / 1 / 1|2 / 2 / 2|3 / 3 / 2||-||1.1 / 1.1 / 0.75|2.2 / 2.2 / 1.5|3.0 / 2.2 / 2.2||-|
|REC3…21|1 / 1 / 1|2 / 2 / 2|3 / 3 / 2||-||1.1 / 1.1 / 0.75|2.2 / 2.2 / 1.5|3.0 / 2.2 / 2.2||-|
|REC3..60..20|1 / 1 / 1|2 / 2 / 2|3 / 3 / 3|3 / 3 / 3|3 / 3 / 3||1.1 / 1.1 / 1.1|2.2 / 2.2 / 1.5|3.0 / 3.0 / 2.2|4.0 / 4.0 / 3.0|4.0 / 4.0 / 3.0|
|REC3...30|2 / 1½ / 1|3 / 3 / 2|5 / 3 / 3||-||1.5 / 1.5 / 1.1|3.0 / 2.2 / 2.2|4.0 / 3.0 / 2.2|||



**3** 

Specifications are subject to change without notice (10.11.2011) 

**REC2B, REC3B** 

## **Environmental S ecifications p** 

|Operating Temperature|-25°C to 60°C|
|---|---|
|Storage Temperature|-40°C to 100°C|
|RoHS compliant|Yes|
|Impact resistance|15/11 g/ms|
|Vibration resistance|2g|
|Relative humidity|< 95% non-condensing@ 40 °C|
|Pollution degree|2|
|Installation category|III|
|Degree of fingerprotection<br>Installation altitude|IP20<br>0- 1000m. Above 1000m<br>derate linearly by 1% of FLC|
||per 100m up to a maximum of|
||2000m|



## **Housin S ecifications g p** 

|Weight|approx 380g|
|---|---|
|Housing Material|Nylon PA66|
|Flame class|UL94-V0|
|Housing Colour|RAL7035|
|Dimensions (h x w x d)||
|(without input plug)|105 x 45 x 99.4 mm|



## **Isolation** 

Dielectric withstand voltage input to output ≥ 4000V AC rms 

## **Short Circuit Protection (according to EN/IEC 60947-4-2 and UL508)** 

|**REC2B48.20**<br>**REC3B…..20**<br>Short Circuit Current Rating<br>5kA|**REC2B...30**<br>**REC3B48...30**|**REC2B48..40**|
|---|---|---|
||5kA|5kA|
|Type of coordination: 1<br>UL rated short circuit current RK5 fuse<br>12A<br>**REC2B48.20**<br>**REC3B48.20**<br>Type of coordination: 2<br>Rated short circuit Semiconductor fuse<br>J093802<br>6.6 CP URD 22.58 40|15A<br>**REC2B...30**<br>**REC3B60.20**<br>**REC3B48.21**|20A<br>**REC2B....40**<br>**REC3B48.30**|
||Y220913<br>6.9 CP GRC 22.58 50|X220912<br>6.9 CP GRC 22.58 63|



**4** 

Specifications are subject to change without notice (10.11.2011) 

**REC2B, REC3B** 

## **A enc A rovals & EMC g y pp** 

|**CE marking**||
|---|---|
|Low Voltage Directive|IEC / EN 60947-4-2|
|EMC Immunity|IEC / EN 61000-6-2|
|EMC Emission|IEC / EN 61000-6-4|
|**Electrostatic Discharge (ESD)**||
|**Immunity**|IEC / EN 61000-4-2|
||8kV, PC2 Air discharge<br>4kV, PC2 Contact|
|**Electrical Fast Transient**||
|**Burst Immunity**|IEC / EN 61000-4-4|
|Output: 4kV / 5kHz<br>Output: 4kV / 100kHz<br>Output: 2kV / 100kHz<br>Input: 4kV / 5kHz<br>Input: 2kV / 100kHz<br>Input: 4kV / 100kHz<br>**Voltage Interruptions Immunity**<br>0% for 5000ms|Performance criteria 1<br>Performance criteria 2<br>Performance criteria 1*<br>Performance criteria 1<br>Performance criteria 1<br>Performance criteria 2<br>IEC / EN 61000-4-11<br>Performance criteria 2|
|**Radio Interference voltage**||
|**emissions (conducted)**<br>30 -1000MHz|EC / EN 55011<br>Class A (industrial)**|



|**UL Approval**|cULus listed (E172877)|
|---|---|
|**Restrictions of hazardous**||
|**substances**|RoHS|
|**Radiated Radio Frequency**||
|**Immunity**|EN 61000-4-3|
|10 V/m, 80 - 1000 MHz,||
|1.4 - 2.0 GHz|Performance criteria 1|
|1 V/m, 2.0 - 2.7 GHz|Performance criteria 1|
|**Electrical Surge Immunity**|IEC / EN 61000-4-5|
|Output, line to line|1kV, performance criteria 1|
|Output, line to earth|2kV, performance criteria 2|
|Input, line to line|1kV, performance criteria 2|
|Intput, line to earth|2kV, performance criteria 2|
|**Conducted Radio Frequency**||
|**Immunity**|IEC / EN 61000-4-6|
|10V/m, 0.15 - 80 MHz|Performance criteria 1|
|**Voltage Dips Immunity**|IEC / EN 61000-4-11|
|0% for 10ms/20ms,||
|70% for 500ms|Performance criteria 2|
|40% for 200ms|Performance criteria 2|
|**Radio Interference field**|IEC / EN 55011|
|**emissions (radiated)**|Class B (light industry)|



- For DC Controlled versions. AC controlled version pass with performance criteria 2 

- ** This product is designed and constructed as an EMC Class A device. The use of this product in residential applications could lead to radio interferences. In such applications, additional external filtering may be required. 

## **Dimensions** 

**==> picture [182 x 192] intentionally omitted <==**

**----- Start of picture text -----**<br>
86 ± 0.5 mm<br>ft.  a<br>S |<br>|<br>@ o<br>Oe - of<br>82.2 ± 0.5 mm<br>45mm max. 99.4 ± 0.5 mm<br>55.1 ± 0.5mm<br>105 ± 0.5mm<br>**----- End of picture text -----**<br>


All dimensions in mm 

**5** 

Specifications are subject to change without notice (10.11.2011) 

**REC2B, REC3B** 

## **Connection Dia rams g** 

**==> picture [60 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1 L2 L3<br>**----- End of picture text -----**<br>


**==> picture [391 x 243] intentionally omitted <==**

**----- Start of picture text -----**<br>
L1 L2 L3<br>ok<br>REC2B ... REC3B ...<br>for star (wye) and delta for star (wye) and delta<br>**----- End of picture text -----**<br>


## **Inside Delta Connection** 

**==> picture [389 x 243] intentionally omitted <==**

**----- Start of picture text -----**<br>
Going from Inside-Delta connection<br>L1 L2 L3<br>Outside delta Inside-Delta<br>tt Uh<br>motor power (P): 4kW motor power (P): 4kW<br>Line voltage (V):400Vrms Line voltage (V):400Vrms<br>Power factor (cos φ): 0.9 Power factor (cos φ): 0.9<br>Motor efficiency: 0.8 Motor efficiency : 0.8<br>Motor current ( I )<br>Motor current ( I )<br>through REC :<br>through REC:<br>1 P<br>P ×<br>√3 × V × cos φ × motor eff. √3 √3 × V × cos φ × motor eff.<br>= 8.1Arms = 4.7Arms<br>For 4kW, 480V use REC..20 may be used to<br>REC..40 switch the same motor.<br>REC3B ...<br>inside-delta connection<br>**----- End of picture text -----**<br>


**6** 

Specifications are subject to change without notice (10.11.2011) 

**REC2B, REC3B** 

## **Characteristic Curves and O eratin C cles p g y** 

Maximum allowable number of starts depending on the Tn and Ton 

**==> picture [93 x 132] intentionally omitted <==**

**----- Start of picture text -----**<br>
In<br>Ie<br>IL<br>Tn Te Tx<br>TON<br>**----- End of picture text -----**<br>


In: Inrush current for direct on line starting Ie: Rated full load current IL: Load Current Tn: Time during inrush current In Te: Time during full load current Ie or IL Tx: Off time TON = Tn + Te 

Curves: No. of switching cycles per hour versus tON 

|**Ü~êí=kçK=N=**<br>e<br>n<br>I<br>I<br>Z TKOI=<br>e<br>L<br>I<br>I<br>Z N<br>**kìãÄÉê=çÑ=pïáíÅÜÉë=éÉê=eçìê=**<br>**ílk**<br>**EëF=**<br>qå**Z MKMRë=**<br>qå**Z MKNë=**<br>qå**Z MKOë=**<br>qå**Z MKQë=**<br>qå**Z MKUë=**<br>qå**Z NKSë=**<br>qå**Z PKOë=**<br>MKN=<br>NUMM=<br>VNM=<br>J<br>J<br>J<br>J<br>J<br>N<br>NRMM=<br>UMM=<br>QOM=<br>OOM=<br>NMO=<br>J<br>J<br>NM=<br>OUM=<br>PMM=<br>OR=<br>NSM=<br>VM=<br>QM=<br>NR=<br>NMM=<br>PU=<br>PU=<br>PU=<br>PR=<br>PR=<br>OR=<br>S=<br>NMMM=<br>J<br>J<br>J<br>J<br>J<br>J<br>J<br>~~|~~<br>~~=~~|**Ü~êí=kçK=N=**<br>e<br>n<br>I<br>I<br>Z TKOI=<br>e<br>L<br>I<br>I<br>Z N<br>**kìãÄÉê=çÑ=pïáíÅÜÉë=éÉê=eçìê=**<br>**ílk**<br>**EëF=**<br>qå**Z MKMRë=**<br>qå**Z MKNë=**<br>qå**Z MKOë=**<br>qå**Z MKQë=**<br>qå**Z MKUë=**<br>qå**Z NKSë=**<br>qå**Z PKOë=**<br>MKN=<br>NUMM=<br>VNM=<br>J<br>J<br>J<br>J<br>J<br>N<br>NRMM=<br>UMM=<br>QOM=<br>OOM=<br>NMO=<br>J<br>J<br>NM=<br>OUM=<br>PMM=<br>OR=<br>NSM=<br>VM=<br>QM=<br>NR=<br>NMM=<br>PU=<br>PU=<br>PU=<br>PR=<br>PR=<br>OR=<br>S=<br>NMMM=<br>J<br>J<br>J<br>J<br>J<br>J<br>J<br>~~|~~<br>~~=~~|
|---|---|
|**Ü~êí=kçK=O=**<br>e<br>n<br>I<br>I<br>Z TKOI=<br>e<br>L<br>I<br>I<br>Z MKS=<br>**kìãÄÉê=çÑ=pïáíÅÜÉë=éÉê=eçìê=**<br>**ílk**<br>**EëF=**<br>qå**Z MKMRë=**<br>qå**Z MKNë=**<br>qå**Z MKOë=**<br>qå**Z MKQë=**<br>qå**Z MKUë=**<br>qå**Z NKSë=**<br>qå**Z PKOë=**<br>MKN=<br>NVMM=<br>VMM=<br>J<br>J<br>J<br>J<br>J<br>N<br>NUMM=<br>URM=<br>QQM=<br>NOM=<br>NNM=<br>J<br>J<br>NM=<br>PVM=<br>PVM=<br>PRM=<br>NVM=<br>NMM=<br>RM=<br>OR=<br>NMM=<br>PU=<br>PU=<br>PU=<br>PU=<br>OR=<br>OR=<br>OM=<br>NMMM=<br>J<br>J<br>J<br>J<br>J<br>J<br>J<br>**Ü~êí=kçK=P=**<br>e<br>n<br>I<br>I<br>Z QI=<br>e<br>L<br>I<br>I<br>Z N<br>**kìãÄÉê=çÑ=pïáíÅÜÉë=éÉê=eçìê=**<br>**ílk=**<br>**EëF=**<br>qå**Z MKMRë=**<br>qå**Z MKNë=**<br>qå**Z MKOë=**<br>qå**Z MKQë=**<br>qå**Z MKUë=**<br>qå**Z NKSë=**<br>qå**Z PKOë=**<br>MKN=<br>RNMM=<br>OUMM=<br>J<br>J<br>J<br>J<br>J<br>N<br>OTMM=<br>NVMM=<br>NNMM=<br>SRM=<br>PRM=<br>J<br>J<br>NM=<br>ORM=<br>ORM=<br>ORM=<br>OVM=<br>OMM=<br>NQM=<br>TR=<br>NMM=<br>PS=<br>PS=<br>PS=<br>PS=<br>PS=<br>PS=<br>PM=<br>NMMM=<br>J<br>J<br>J<br>J<br>J<br>J<br>J<br>~~So~~<br>~~S=======~~<br>~~|~~<br>~~==~~||
|**Ü~êí=kçK=Q=**|e<br>n<br>I<br>I<br>Z QI=<br>e<br>L<br>I<br>I<br>Z MKS=|
|**ílk=**|**kìãÄÉê=çÑ=pïáíÅÜÉë=éÉê=eçìê=**|
|**EëF=**<br>qå**Z MKMRë=**|qå**Z MKNë=**<br>qå**Z MKOë=**<br>qå**Z MKQë=**<br>qå**Z MKUë=**<br>qå**Z NKSë=**<br>qå**Z PKOë=**|
|MKN=<br>RRMM=|OVMM=<br>J<br>J<br>J<br>J<br>J|
|N<br>PQMM=|OPMM=<br>NQMM=<br>TMM=<br>PRM=<br>J<br>J|
|NM=<br>PRM=|PRM=<br>PRM=<br>PRM=<br>OUM=<br>NTM=<br>UM=|
|NMM=<br>PS=|PS=<br>PS=<br>PS=<br>PS=<br>PS=<br>PS=|
|NMMM=<br>J|J<br>J<br>J<br>J<br>J<br>J|



**7** 

Specifications are subject to change without notice (10.11.2011) 

**REC2B, REC3B** 

## **Accessories** ~~en~~ 

Motor overload Relay adapter*. Part Number: REC3ADAPTOR Pack qty: 5pcs 

Compatible with: 

**Manufacturer Series Example** ABB TA TA25DU-8.5 Siemens 3RU11 3RU1126-1FB0 

- 1 adaptor is shipped with every REC unit. 

**8** 

Specifications are subject to change without notice (10.11.2011)