Lovato ADXL 0030 600 Instruction Manual Download Page 7

 

 

         Doc: I456GB06_16.docx                                       29/06/2016

 

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Main menu 

 

To access the main menu, press the 

and 

buttons together when the motor is stopped. 

 

This provides you access to the following functions: 

 

FUNCTION 

CODE 

DISPLAY 

Set password (if enabled – see P03 ) 

PAS 

PASSWORD 

Launch SETUP menu 

SET 

SETUP 

Enter EVENTS log list 

EVE 

EVENTS 

Launch COMMANDS menu 

CnD 

COMMANDS 

Starter serial number 

Sn 

SERIAL N. 

Starter firmware revision 

Sr 

REV. NUM. 

Quit main menu 

ESC 

EXIT 

 
 
 
 
 
 
 
 
 

 

Select the required function by pressing 

 and 

 

 

Press START to confirm.

 

 
Password-protected access 

 

The password is used to enable or block access to the setting menu and the control menu. 

 

The password is deactivated and access is free on new equipment (default). If the passwords are enabled, they must be entered to access the equipment (the passwords are numeric). 

 

See 

P03 PASSWORD

 menu for how to enable and define passwords. 

 

There are two access levels, according to the entered code: 

 

User level access – allows you to display parameters but not to modify them. 

 

Advanced level access - the same rights as the user, with the addition of being able to edit all settings. 

 

If the password is enabled, you are prompted to enter the password when you call up the main menu. 

 

The password setting window will appear: 

 

Use the 

and 

buttons to change the value of the current digit in the range 0 to 9. 

 

Press START to move to the next digit on the right.   

 

The respective unlock message will appear when the entered password corresponds to the 

User level password

 or to the 

Advanced level password

 

After having unlocked the password, access will remain enabled until: 

o

 

the equipment is switched off. 

o

 

the equipment is reset (after closing the settings menu). 

o

 

two minutes elapse without the operator touching any button.  

o

 

press the STOP button to abort setting the password. 

 
Inputs, outputs, internal variables 

 

The ADXL's inputs and outputs are identified by a code and a sequential number. For example, the digital inputs are named INPx, where x is the input number. In the same way, the digital 

outputs are denominated OUTx and the communications ports COMx.

 

 

The respective configuration menus allow you to map any function to any input/output. The default programming maps the most commonly used functions, to facilitate commissioning the 

soft starter.

 

 

CODE 

DESCRIPTION 

RANGE 

INPx 

Digital inputs 

1…3 

OUTx 

Digital outputs 

1…3 

COMx 

Communication ports 

 

 

Like the inputs/outputs, there are internal variables (bit) which may be associated to the outputs or combined. For example, limit thresholds can be applied to the measurements performed 

by the system (voltage, current etc.). In this case, the internal variable, named LIMx, will be activated when the measurement is beyond the limits defined by the user by means of the 
respective setting menu. 

 

The following table shows all the internal variables managed by the ADXL with their range (number of variables per type). 

 

CODE  DESCRIPTION 

RANGE 

LIMx 

Limit thresholds on measurements 

1…4 

REMx 

Variables controlled remotely 

1…8 

UAx 

User alarms 

1…4 

  

  

 
Limit thresholds (LIMx) 

 

The LIMx limit thresholds are internal variables the status of which depends on a measurement performed by the system exceeding the limits defined by the user (e.g. total active power 

higher than 25kW). 

 

To speed up setting considering that each threshold can span across an extremely wide range, each threshold can be set to a base value + a multiplying coefficient (e.g.: 25 x 1k = 

25000). 

 

Two thresholds are available for each LIM (upper and lower). The upper threshold must always be set to a value higher than the lower value.   

 

The meaning of the thresholds depends on the following functions: 

 
Min function

: with the Min function the lower threshold is the tripping threshold and the upper threshold is the resetting threshold. The threshold is activated after the set delay when the 

value of the selected measurement is under the lower limit. Reset is activated after the set delay when the value of the measurement is higher than the upper threshold.  

Max function: 

with the Max function the upper threshold is the tripping threshold and the lower threshold is the resetting threshold. The threshold is activated after the set delay when the 

value of the selected measurement is higher than the upper limit. Reset is activated after the set delay when the value of the measurement is lower than the lower threshold. 

 

Min+Max function: 

 with the Min+Max function both the upper and the lower thresholds are trip thresholds. The threshold is activated after the respective delays when the value of the 

selected measurement is either lower than the lower limit or higher than the upper limit. Resetting is immediate as soon as the value returns within the limits. 
 

 

Tripping may mean energising or de-energising the LIM limit according to the setting. 

 

If the LIM limit is set with memory, manual resetting is possible using the specific control in the commands menu. See the P10 settings menu.

 

 

Summary of Contents for ADXL 0030 600

Page 1: ... or solvents Contents Page Description 2 Front button functions 2 Front LEDs 2 Display indications 2 AUTOSET guided configuration 3 Navigating the display pages 4 Operational status 4 Remote keypad 4 Startup methods 5 Protections 5 Motor thermal protection 6 Motor thermal protection via PTC 6 Starter thermal protection 6 Main menu 7 Password protected access 7 Inputs outputs internal variables 7 L...

Page 2: ...lay indication and alarm pre alarm thresholds Advanced self diagnostics NFC interface for programming with smartdevice Front mounted optical interface for programming and maintenance Isolated RS485 interface optional mounted in a dedicated slot with Modbus protocol Alarms with language specific messages and user programmable properties Compatible with the SAM1 App NFC App Synergy supervision softw...

Page 3: ...ion in sequence STEP INFORMATION DEFAULT RANGE 1 Display language ENG ENG ITA FRA ESP POR DEU 2 Nominal motor current 100 ADXL rating Example for ADXL0030600 30 0A 50 100 ADXL rating Example for ADXL0030600 15 0 30 0A 3 Type of starter application General purpose General purpose GP Centrifugal pump Fire fighting pump Belt conveyor Fan Mixer 4 Starter duty level Normal Light e g low inertia no load...

Page 4: ... does not press the navigation keys to view values the text bar indicates the starter s status The possible statuses are given in the following table with their explanations STATUS DISPLAY DESCRIPTION Line absent NO POWER No power to terminals L1 L2 L3 Starter ready READY Power present starter ready to run Start delay xx DELAY XX Delay applicable to the current start command A countdown displays S...

Page 5: ...ing a less gradual acceleration than the torque ramp Together with these two starting methods there is the maximum starting current limitation function o Current limit P01 02 If the current delivered by the highest of the three phases reaches or exceeds the set limit the ADXL reduces its voltage on the motor so as to remain below the maximum limit setting P01 02 This behaviour has priority over bo...

Page 6: ...maximum value which is 140 and trips alarm A14 Motor thermal protection The trip time is shown in the tables given below as a function of the overload current The curves for the various graphs refer to the curve selected with parameters P04 02 and P04 03 The cold trip curves indicate the trip time starting from thermal status 0 while the hot trip curves start from thermal status 100 With the motor...

Page 7: ...mmunication ports 1 Like the inputs outputs there are internal variables bit which may be associated to the outputs or combined For example limit thresholds can be applied to the measurements performed by the system voltage current etc In this case the internal variable named LIMx will be activated when the measurement is beyond the limits defined by the user by means of the respective setting men...

Page 8: ... the text of the message which must appear on the display when the condition occurs 3 the properties of the alarm like for the standard alarms i e so as to interact with the genset control For example going beyond a threshold may be a condition which generates the alarm In this case the source must be one of the LIMx limit thresholds If instead the alarm must be displayed as a consequence of the a...

Page 9: ...measurements set parameters download events and send collected data via e mail Parameter setting from smartphone or tablet with NFC You can use the Lovato Electric NFC App available for Android tablets and smartphones to program the parameters in a simple intuitive manner without the need for cables and even with the ADXL powered off Simply place the smart device against the ADXL s front panel to ...

Page 10: ...must be set in such a way that the motor starts running slowly immediately after the start command P01 04 With torque control enabled P05 01 ON this parameters determines the time required to reach 100 motor torque and thus sets the acceleration ramp slope If the torque demand from the load is less than 100 the time required to deliver it will be shorter in proportion to keep the slope constant If...

Page 11: ...l input or as PTC sensor input P04 06 This function is used in unsupervised applications with 2 wire motor starting command If the motor is stopped by an alarm with Automatic reset enabled after a time defined in P04 07 the alarm resets and hence the motor starts again If after the reset the motor does not restart a number of motor reset and restarting attempts are made as set During the alarm sta...

Page 12: ... Selected input contact closing delay P06 n 05 Selected input contact opening delay P07 PROGRAMMABLE OUTPUTS OUTn n 1 3 UoM Default Range P07 n 01 Output function OUT1 ALL GLB OUT2 LIN CONT OUT3 RUN see Output functions table P07 n 02 Function index x 1 1 8 P07 n 03 Normal status OFF OFF ON P07 n 04 ON delay sec 0 0 0 6000 0 P07 n 05 OFF delay sec 0 0 0 6000 0 Note This menu is divided into 3 sect...

Page 13: ...eshold remains stored and must be manually reset using the control menu ON or whether it resets automatically OFF P13 USER ALARMS UAn n 1 4 Default Range P13 n 01 Reference value OFF OFF INPx OUTx LIMx REMx P13 n 02 Channel no x 1 OFF 1 99 P13 n 03 Function UAn text 16 characters Note this menu is divided into 4 sections for user alarms UA1 4 P13 n 01 This defines the digital input or internal var...

Page 14: ... bypass A09 MOTOR LOAD TOO LOW Motor load torque lower than setting during bypass A10 STARTING TOO LONG Starting time from start to bypass longer than setting A11 BYPASS RELAY FAULT Bypass relay contacts did not close or open A12 MOT THERMAL WARNING Imminent motor protection trip with motor in bypass A13 STARTER TH WARNING Imminent soft starter protection trip A14 MOTOR THERMAL TRIP Motor thermal ...

Page 15: ...input Used as a source for user alarms for instance 11 CONTROL Runs the Cx commands menu The number of the command to be executed is x set in P06 n 02 Programmable inputs default settings The following table gives the factory default settings for the programmable inputs If necessary these settings can be changed with menu P06 Programmable inputs INPUT TERMINALS DEFAULT FUNCTION INP1 IN1 START INP2...

Page 16: ...ST LOW POWER MOTOR ADVANCED Test with low power motor Ignores current related alarms for a bench test with low power motors Installation Recommendations Switch off power to the soft starter every time you need to work on the electrical or mechanical equipment of the system or machine A disconnecting device such as switch disconnector line contactor etc must always be included to cut off the power ...

Page 17: ...485 communications interface code EXC1042 2 wire starting Motor PTC connection Starting with reversible rotation Timer delayed at de energisation code TMD 2 T1 1 L1 4 T2 6 T3 3 L2 5 L3 A1 FU1 QF1 PROG OUT A2 A1 QS2 11 14 12 21 24 34 FAN FAN C IN1 IN2 IN3 PROG IN KM1 A B RS485 OUT1 OUT2 OUT3 2 KM1 KM2 KM2 KM1 SB4 SB2 KM2 KM1 OUT2 KM2 SB2 SB4 KM1 KM2 T1 ...

Page 18: ...Doc I456GB06_16 docx 29 06 2016 p 18 20 Mechanical dimensions ADXL0030 ADXL0045 ADXL0060 ADXL0075 ADXL0085 ADXL0115 Terminal layout A1 A2 11 14 12 21 24 34 C IN1 IN2 IN3 FAN ...

Page 19: ... FWP 80B 80FE ADXL 0045 600 125 5 600 FWP 125A 120FEE ADXL 0060 600 160 5 600 FWP 150A 160FEE ADXL 0075 600 250 10 600 FWP 175A 180FEE ADXL 0085 600 315 10 600 FWP 200A 200FEE ADXL 0115 600 400 10 600 FWP 250A 250FM ADXL 0135 600 450 10 600 FWP 300A 315FM ADXL 0162 600 500 10 600 FWP 500A 500FMM ADXL 0190 600 630 10 600 FWP 600A 630FMM ADXL 0250 600 700 18 600 FWP 700A 700FMM ADXL 0320 600 800 18 ...

Page 20: ...g IEC EN 60068 2 27 Vibration resistance 0 7g IEC EN 60068 2 6 Supply relay connections Terminal types Screw type fixed Wire cross section min and max 0 2 4 mm2 26 10 AWG Tightening torque 0 8 Nm 7 lbin Fan supply and digital input connections Terminal types Screw type fixed Wire cross section min and max 0 2 2 5 mm2 24 12 AWG Tightening torque 0 44 Nm 4 lbin Power connections Terminal types Fixed...

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