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I651 

GB 

03 

22

                                                 31100488

3

3.      FRONTAL LAYOUT

4.      STATUS LED

POWER LED

(green) – presence of the auxiliary power supply (terminals A1-A2).

RUN LED 

(green) – flashing: ramp in progress. Steady on: full voltage (Top Of Ramp).

ALARM LED

(red) – active alarm. The type of alarm in progress is identified by the number of the flashes of the LED. For more information see the chapter 10 ALARMS. 

Basic version ADXNB

NFC version ADXNF

Advanced version ADXNP

Auxiliary supply voltage

(A1-A2) and start input

(ST)

Status 

LEDs

Relay outputs

(2 x 1NO)

3 potentiometers 

for basic settings:

– starting voltage 

  30...80%Ue

– acceleration ramp 

  1...20s

– deceleration 

  ramp 0...20s

Auxiliary supply voltage

(A1-A2) and start input

(ST)

Status

LEDs

NFC connectivity for

parameters settings

with smart devices

Relay outputs

(2 x 1NO)

3 potentiometers

for basic settings

(can be disabled

via NFC):

– starting voltage

  30…80%Ue

– acceleration

  ramp 1…20s

– deceleration

  ramp 0…20s

IR optical port for 

the connection of the

optional 

USB (CX01) or 

Wi-Fi (CX02) devices

or RS485 module

(CX04)

Auxiliary supply voltage

(A1-A2) and start input

(ST)

Status

LEDs

Relay outputs

(2 x 1NO)

NFC connectivity 

for parameters

settings with  

smart devices

G

B

Summary of Contents for ADXN Series

Page 1: ...nagement of the starting and stopping ramps 4 5 2 Management of starting ramps with current limit only for ADXNP 5 6 Functional diagram 5 7 Protections 6 7 1 Enabling the phase sequence control ADXNB...

Page 2: ...Fi CX02 for programming data download and diagnostic from a PC or App The following table shows the main differences between the functions of the three versions 2 GENERAL CHARACTERISTICS 2 phase cont...

Page 3: ...tatus LEDs Relay outputs 2 x 1NO 3 potentiometers for basic settings starting voltage 30 80 Ue acceleration ramp 1 20s deceleration ramp 0 20s Auxiliary supply voltage A1 A2 and start input ST Status...

Page 4: ...For instance setting a deceleration ramp time of 10 seconds and an end of deceleration step of 20 the actual deceleration time will be 10 seconds minus the contribution of the end of deceleration step...

Page 5: ...en setting this parameter If this situation occurs it will trip the protection for starting time too long or the motor thermal overload protection 6 FUNCTIONAL DIAGRAM Here below it is represented the...

Page 6: ...abled with parameter P03 09 ON trips when the motor thermal status overcomes the limit of the set thermal overload class with consequent trip of the alarm A10 Motor thermal overload protection The tri...

Page 7: ...e against the ADXN front panel it is possible to read or write the parameters Conditions for the operation The smart device must be provided with NFC connectivity which must be activated and the smart...

Page 8: ...ew seconds will be heard a beep 6 At the device recognition the Home Page of the LOVATO NFC App shows the information about the detected device 7 Press the button to access to the ADXN parameters menu...

Page 9: ...hic widgets view live charts to monitor the trends of the electric measures in real time With the Wi Fi device CX02 it is also possible to connect the soft starter ADXNP to the LOVATO SAM1 App freely...

Page 10: ...d V OFF OFF 170 760 P03 03 Minimum voltage trip delay s 5 0 600 P03 04 Maximum voltage threshold V OFF 170 760 OFF P03 05 Maximum voltage trip delay s 5 0 600 P03 06 Alarm reset mode STOP STOP START P...

Page 11: ...against pumps dry running or to detect failure of transmission chains or belts When the torque is lower than this setting after the delay set in P03 14 the alarm A13 Load too low is generated The trip...

Page 12: ...that the current limitation remains active for a time too long a symptom of a mechanical problem A starting time longer than this setting cause the alarm A15 Starting time too long P03 18 P03 19 Contr...

Page 13: ...start input ST is closed after the delay P03 08 the alarm is reset and the soft starter performs a restart attempt This operation is repeated up to a maximum number of attempts specified in P03 07 Wit...

Page 14: ...ont for the connection of the optional RS485 communication module code CX04 compatible with both type ADXNP auxiliary supply voltage 100 240VAC and ADXNP 24 auxiliary supply voltage 24VAC DC With this...

Page 15: ...imum instantaneous current 10 Unsigned long F94h 2 Status Unsigned integer FB0h 2 Motor thermal status Unsigned long FB2h 2 Thyristors temperature C 10 Signed long 2100h 1 ST start input status bool U...

Page 16: ...e capacitors connection can be controlled with a relay output of the soft starter programmed with function TOR Top Of Ramp Do not perform high potential dielectric test on the soft starter In case of...

Page 17: ...6 26 149 5 87 128 4 5 05 45 1 77 35 1 38 2 3 0 09 6 7 0 26 ADXN 025 ADXN 045 31 1 22 23 7 0 93 CX04 45 1 77 35 1 38 2 3 0 09 139 5 47 129 5 08 113 4 4 46 6 7 0 26 ADXNP006 ADXNP018 with CX04 RS485 com...

Page 18: ...elation 1HP kW 1 36 19 CHOOSING THE SOFT STARTER Number of starts hour WITHOUT FAN In 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 3A ADXN006 6A ADXN006 ADXN012 9A ADXN012 ADXN018 12A A...

Page 19: ...OORDINATION WITH THERMAL OVERLOAD RELAY ADXNB AND ADXNF The soft starter type ADXNB and ADXNF don t integrated the function of motor thermal overload protection which is present instead in the advance...

Page 20: ...he drillings Soft starter Motor protection MPCB thermal trip Maximum voltage circuit breaker MPCB adjustment range VAC ADXN 006 SM1R0650 4 6 5 600 ADXN 012 SM1R1400 9 14 600 ADXN 018 SM1R1800 13 18 60...

Page 21: ...C 15 10 Rated frequency 50 60Hz 5 Drawn dissipated power ADXN 100VAC 45mA 1 70W 6 18A 240VAC 27mA 2 40W w o fan 24VAC 135mA 1 85W 24VDC 75mA 1 80W ADXN 100VAC 55mA 2 55W 25 30A 240VAC 33mA 3 20W w o f...

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