05021505MAN_RJO_Users manual V1-00.pdf

1

USERS MANUAL

Date: 30 March 2005

Project name: BN688 MAR03-149 3MAJ

Project nr: 340533

Customer: Marflex BV

Author: R. de Jonge

Reference nr: 04101401MAN_RDJ

Revision: 1.00

Pages: 40

2

Index

1 Revisions.......................................................................................................................................4 2 Introduction....................................................................................................................................4 3 Definitions......................................................................................................................................4 4 Hardware.......................................................................................................................................5

4.1 Short description ....................................................................................................................5 Figure 4-1: Control overview ..............................................................................................5

4.2 Running a pump.....................................................................................................................6 Figure 4-2: Control flow-chart.............................................................................................6 Figure 4-3: Control signal-time diagram for starting and stopping a pump........................7

4.3 Control units on converter panels (local-control) ...................................................................8 Figure 4-4: Control-buttons on the PLC-cabinet ................................................................8 Figure 4-5: Control-buttons on the PLC-cabinet ................................................................8

5 Steps for controlling a pump in local-mode.................................................................................9 6 Control the system on the HMI-panel (remote-control)...............................................................10

Figure 6-1: HMI-panel ......................................................................................................10 6.1 Explaining the HMI-panel (remote-control) ..........................................................................10

Figure 6-2: Logo start-up screen and the main screen. ...................................................10 Figure 6-3: Screen parts...................................................................................................11

6.1.1 Common system information area................................................................................11 Figure 6-4: HMI system information area.........................................................................11

6.1.2 Menu buttons ................................................................................................................11 Figure 6-5: HMI menu buttons..........................................................................................11

6.1.3 Screen navigation .........................................................................................................12 Figure 6-6: Screens flowcharts.........................................................................................12

6.2 5: Main screen......................................................................................................................13 Figure 6-7: HMI main screen............................................................................................13

6.2.1 Starting a pump ............................................................................................................13 Figure 6-8: Starting a pump..............................................................................................13

6.3 The frequency converter window.........................................................................................14 Figure 6-9: The frequency converter window...................................................................14

6.3.1 Buttons in the converter window...................................................................................14 Figure 6-10: HMI stop-button ...........................................................................................14 Figure 6-11: HMI speed-buttons.......................................................................................14 Figure 6-12: HMI close window button.............................................................................15

6.3.2 Display areas in the converter window .........................................................................15 Figure 6-13: HMI run and error indications ......................................................................15 Figure 6-14: HMI graph displays ......................................................................................15 Figure 6-15: HMI converter-status display .......................................................................15 Figure 6-16: HMI process-values display.........................................................................16

6.4 Function buttons...................................................................................................................16 Figure 6-17: HMI converter window control buttons.........................................................16 Figure 6-18: HMI common alarm-area. ............................................................................16

6.5 6: Overview screen ..............................................................................................................17 Figure 6-19: HMI overview screen. ..................................................................................17

6.5.1 Opening the setvalue screen........................................................................................17 Figure 6-20: Opening the set value screen ......................................................................17

6.6 10: Setvalues screen ...........................................................................................................18

3

Figure 6-21: HMI set values screen. ................................................................................18 6.7 30: Trend screen 1...............................................................................................................19

Figure 6-22: HMI trend screen 1. .....................................................................................19 6.8 Trend 1 buttons ....................................................................................................................19

Figure 6-23: Trend 1 buttons............................................................................................19 6.8.1 Opening trend screen 2 ................................................................................................20

Figure 6-24: Opening trend screen 2 ...............................................................................20 6.9 31: Trend screen 2...............................................................................................................20

Figure 6-25: HMI trend screen 2. .....................................................................................20 6.10 Trend 2 buttons ................................................................................................................21

Figure 6-26: Trend 2 buttons............................................................................................21 6.10.1 Opening the messages screen.....................................................................................21

Figure 6-27: Opening the messages log-screen ..............................................................21 6.11 20: Messages log-screen .................................................................................................22

Figure 6-28: HMI Messages log-screen. ..........................................................................22 6.12 Message window buttons .................................................................................................23

Figure 6-29: Message window buttons ............................................................................23 6.12.1 Move buttons ................................................................................................................23 6.12.2 Start buttons..................................................................................................................23 6.12.3 End button.....................................................................................................................23 6.12.4 Acknowledge buttons....................................................................................................24 6.12.5 Message summary .......................................................................................................24 6.12.6 Opening the dry-run screen ..........................................................................................27

Figure 6-30: Opening the dry-run screen .........................................................................27 6.13 20: The dry-run screen .....................................................................................................27

Figure 6-31: HMI dry-run screen. .....................................................................................27 Figure 6-32: Opening the pop-up key-pad for entering the dry-run values......................28

7 Dry-run ........................................................................................................................................28 7.1 Explaining the dry-run warning and alarm on the HMI-panel ..............................................29

Figure 7-1: Dry-run time counter function ........................................................................29 8 Parameters..................................................................................................................................30 9 Fault tracing.................................................................................................................................30 10 PLC Symbol list .......................................................................................................................32

4

1 Revisions Rev. Date Author Changes 1.00 25-02-05 R. de Jonge Initial version

2 Introduction The controls for the cargo- and slop-pumps are based on a Vacon NX Frequency Converter! This Users Manual will provide you with the necessary information about installation, commissioning and for operating the control-panels including the operation of the HMI-panel

3 Definitions Item Definition Cargo-computer System for remote controlling the pumps by po-

tential-free contacts. Frequency-converter Component controlling the motor-speed by

changing the power frequency. Full matrix system Each pump on starboard side or on portside can

be controlled by each converter on starboard side or on portside.

Halve matrix system Each pump on starboard can be controlled by each converter on starboard and each pump on portside can be controlled by each converter on portside.

HMI Human Machine Interface. Interface screen for controlling the system.

I/O Inputs and outputs I/O bus Communication network between PLC in HMI-

panel and remote PLC systems in the converter panels

I Current (Ampere) Modbus Communication network between the PLC in

HMI-panel and converter panels Profibus DP Communication network between the cargo-

system and the cargo-computer. PLC Programmable Logic Controller RPM Speed (Rounds Per Minute) RIO Remote Inputs and Outputs

5

4 Hardware 4.1 Short description 8 frequency-converters are used to control 12 Cargo-pumps, 2 slop-pumps and 1 retention-pump. Starting and stopping the mentioned pumps is possible by the switches on the converter panels in local-control or by the HMI-panel in remote-control.

I/OI/OI/O

I/OI/O

Profibus DPProfibus DP

FC 1

HMI

FC 2 FC 3 FC 4

Matrix 1-1

RIO 1

Matrix 1-2

FC 5 FC 6 FC 7 FC 8RIO 2

Matrix 2-1 Matrix 2-2

CPU

Figure 4-1: Control overview To make the system work, all emergency signals and reset signals should be correctly wired. Press-ing an emergency-button will power-down the motor-contactors. During resetting of an emergency, the status of the contactors are checked (they should be switched off).

6

4.2 Running a pump

NO ERROR OREMERGENCY

ALL PUMPSAT 0 RPM?

YES

NO

DEACTIVATE ALLMOTOR

CONTACTORS

Starting one of the pumps isdone when the prev iousselection is decelerated!

PUMPSELCTION ISACTIVATED?

YES

NO

Af ter activ ating a pumpselection the selected motor

will start-up immediately

ACTIVATE THESELECTED

MOTORCONTACTOR

SELECTEDCONTACTORACTIVATED?

YES

NO

The f requency -conv ertershould be started when the

pump selection is made!

RUNFREQUENCY-CONVERTER

STOPACTIVATED?

YES

NO

STOPFREQUENCY-CONVERTER

ERROR?

YES

NO

EMERGENCY?

YES

NO

DEACTIVATE ALLMOTOR

CONTACTORS

Figure 4-2: Control flow-chart When no emergency or error is detected the frequency-converter is ready for running a pump. Start-ing one of the motors is possible in local-control by the switches on the main panels and the con-verters key-pad. The bus communication is used for starting the frequency-converters in remote-control (from HMI-panel or cargo-computer).

7

To stop a pump, press the stop button on the panel in local-control or press the stop-button on the HMI-panel, corresponding to the correct converter-section if remote-control is selected. The motor will decelerate to 0 RPM after which the contactor is switched-off.

Pump 1 button

Pump 2 button

Speed = 0 RPM

Contactor pump 1

Stop button

Contactor pump 2

Pump 1 remote input

Pump 2 remote input

Acceleration

Deceleration

Frequency-converter RUN

Stop remote input

Remote control

Remote inputs arenot working whenremote-control is notselected! A pump can be started when 0Hz

is detected to save componentsand for using the ramping curve.

The contactor is deactivatedwhen the pump is decelerated

Local controls are notworking when remote-control is selected!

Figure 4-3: Control signal-time diagram for starting and stopping a pump

8

4.3 Control units on converter panels (local-control) Besides the main-switch (and the emergency-stop on the PLC-cabinets), several control-units are used to control a halve Matrix system in local-control. In remote-control the buttons on the HMI-panel are used to control a full-matrix system.

Figure 4-4: Control-buttons on the PLC-cabinet Several key-switches on the PLC-cabinets are used to select the converter for running a pump. The frequency-converters on the starboard side panels are able to run the starboard pumps in local control and the converters on port side can be selected for running the portside pumps.

Figure 4-5: Control-buttons on the PLC-cabinet On the matrix-cabinets the pumps selection is made for controlling the selected pump in local mode, after-which the converter can be controlled by its key-pad.

9

5 Steps for controlling a pump in local-mode The following steps should be followed to select a pump and for controlling it in local-mode.

Step: Description: Example: 1. Select the converter for

running the pumps in lo-cal-mode by the desig-nated key-switch on the PLC-panel. For example, select converter

2. Select the pump for acti-vating the connection be-tween the pump-motor and the converter. The converter and the pump selection should be made on corresponding sides in local-mode (both on starboard or both on port-side). The start/stop button corresponding to the selected converter and the desired pump should be activated.

3. The selected converter can be controlled by its key-pad using menu 3, according to the Vacon Users Manual

4. When the pumps is stopped with the desig-nated stop-button, the Control Place selection (key-pad M3) should be set back to Fieldbus and the key-switch must be returned in its original position (remote).

10

6 Control the system on the HMI-panel (remote-control) Besides the main-switch, several control-units are used to control the system in remote-control on the HMI-panel.

Figure 6-1: HMI-panel 6.1 Explaining the HMI-panel (remote-control) After powering-up the system, connection is made between the HMI and the CPU. When the con-nection is OK the main screen appears for controlling all pumps.

Figure 6-2: Logo start-up screen and the main screen.

11

Roughly all screens are divided into 3 parts

Figure 6-3: Screen parts.

1. The upper left part of the screen is used for common system information like the actual screen name and number as well as the system status (error messages).

2. The upper right part of the screen is used for menu buttons. The menu buttons are used to navigate through all screens available.

3. The biggest part of the screen is used to display the necessary information for the opened screen.

6.1.1 Common system information area

The upper left-side of each screen is used to display the Marflex logo and the common system information.

Figure 6-4: HMI system information area Actual error or emergency messages are displayed one by one and are explained on the Fault trac-ing chapter. All displayed messages are logged in the MSG log screen of the HMI.

6.1.2 Menu buttons

The upper right-side of each screen is used to display the menu-buttons to navigate through the several HMI windows.

Figure 6-5: HMI menu buttons

12

6.1.3 Screen navigation The next figure displays the screen flowchart for controlling the HMI by the menu buttons. Several screens are used to control the pump installation.

Security level 5

Power-up

5:Main screen20:

MSG logscreen

30:Trend screens

10:Setvaluescreen

6:Overview

screen

Pass level 5entered?

NO

YES

15:Dry-run screen

Overviewbutton

1:Logo start-up

screen

Setvaluebutton

MSG logbutton

Trendbutton

Dry-runbutton

Closewindowbutton

Start-up ormain

screenbutton

PLCconnection OK

or screentouched?

NO

YES

Goto previous screen

Goto main screen

Goto setvalue screen

40:Single linescreens

Single linebutton

Figure 6-6: Screens flowcharts The following screens are available: 9 1: Logo start-up screen 9 5: Main screen 9 6: Overview screen 9 10: Set value screen 9 15: Dry-run screen (protected by pass word) 9 20: MSG log screen 9 30: Trend screen 1 9 31: Trend screen 2 9 40: Single-line screens

13

6.2 5: Main screen

Figure 6-7: HMI main screen.

6.2.1 Starting a pump Each section (converter panel) is controlled in a separate window. The selected window is opened after pressing a pump button on the ship layout. The corresponding contactors will be activated and the frequency-converter will be connected to the selected pump. Only one pump can be started at a time for each section (the selection-button is illuminated after the connection is made).

Figure 6-8: Starting a pump

14

The frequency-converter window contains the most important information for running a pump and provides the possibility for increasing and decreasing the speed-setting. 6.3 The frequency converter window

Figure 6-9: The frequency converter window

6.3.1 Buttons in the converter window

For each converter a stop button is available to stop the connected pump while running. Stop buttons are available on each screen.

Figure 6-10: HMI stop-button

Two speed buttons are available for changing the set-value of the speed to each converter.

Figure 6-11: HMI speed-buttons

15

To close a window, the buttons at the right upper-corner is used. In the main screen the frequency converter window is closed auto-matically after starting another pump (connected to an other con-verter).

Figure 6-12: HMI close window button

6.3.2 Display areas in the converter window

The run status (green led) and the error status (red led) of each con-verter are displayed in the upper left corner of the frequency converter window.

Figure 6-13: HMI run and error indications

Three graph displays are used to show the set-value (0-100%), the actual motor-speed (RPM) and the measured motor-current (A) of the selected pump. The speed and current are also displayed in numeric displays below the graphs.

Figure 6-14: HMI graph displays

A text display is used to show the status of each converter.

Figure 6-15: HMI converter-status display The following status messages are available for each machine mode: Initialising Emergency Error Stand-by Starting Running Stopping Local control OFF

16

Several process-values are displayed on the right side of the win-dow.

Figure 6-16: HMI process-values display 6.4 Function buttons

The buttons situated at the upper part of the working area are used for controlling the converter selection. To switch of converters indi-vidually for auto-selection the online buttons can be used. A con-verter is not available for running a pump when its offline.

Figure 6-17: HMI converter window control buttons

The common-alarm area on the lower right-side part of the screen is used to switch the buzzer on or off and to display an alarm status.

Figure 6-18: HMI common alarm-area.

17

6.5 6: Overview screen

Figure 6-19: HMI overview screen. After selecting the overview screen by the menu-button, a total overview of the installation is dis-played. The most important information for running all the pumps is available on one screen. Chang-ing the set-values to the frequency-converters is possible by opening the Set values screen or by pressing one of the converter areas in the Overview screen.

6.5.1 Opening the setvalue screen

Figure 6-20: Opening the set value screen

18

6.6 10: Setvalues screen

Figure 6-21: HMI set values screen. After selecting the set values screen, a total overview of all set values is displayed. The most impor-tant information for changing the set values for running all pumps are available on one screen. For each section (converter panel separate area (window) is available. Only one pump can be started at a time for each section.

19

6.7 30: Trend screen 1 The first trend-graph is displayed after opening the first trend-screen by the menu buttons. For each converter, the speed and the current are displayed in different colours and line styles. Viewing a his-torical graph and changing the time base is possible by several buttons and touch areas. As soon as the installation is powered-up the trend graph is logging the data, displayed in the two trend screens.

Figure 6-22: HMI trend screen 1. In trend screen 1, several buttons can be used for scrolling through the history data after pressing the history-button. 6.8 Trend 1 buttons

Figure 6-23: Trend 1 buttons

20

The first screen is displaying the measured data over a time-base of 10 minutes. This time-base can be changed to 7 hours by pressing the x-axis area in the trend-figure as displayed below.

6.8.1 Opening trend screen 2

Figure 6-24: Opening trend screen 2 6.9 31: Trend screen 2 The second trend-graph is used for displaying data over a longer period.

Figure 6-25: HMI trend screen 2.

21

6.10 Trend 2 buttons

Figure 6-26: Trend 2 buttons In trend screen 2, again buttons can be used for scrolling through the history data after pressing the history-button.

6.10.1 Opening the messages screen

Figure 6-27: Opening the messages log-screen

22

6.11 20: Messages log-screen

Figure 6-28: HMI Messages log-screen. After selecting the messages log-screen, a total overview of all logged system messages are dis-played in the black window. This window creates a historical display (summary) of the messages registered in the alarm history of the HMI line by line. You can also acknowledge messages by pressing the message menu buttons on the right. The following information is available for each logged message: Date (date of trigger) Trigger (time of trigger) Message (description of the message () Acknowledge (time) Recovered (time)

23

6.12 Message window buttons

Figure 6-29: Message window buttons The following buttons are available for editing the message window: Move 1 up button Move 10 up button Start button End button Acknowledge all button Acknowledge one button Move 1 down button Move 10 down button

6.12.1 Move buttons When one of the touch screen switches is touched, the cursor moves one row or 10 rows up or down (in the message area), after start editing is activated.

6.12.2 Start buttons This is used as the start key for performing editing operations in the message area. When the touch panel switch is pressed or when pressing the message window, a cursor appears in the message area. Moving and acknowledging messages is now possible.

6.12.3 End button When the touch panel is pressed, the cursor disappears, and all key input operation ends.

24

6.12.4 Acknowledge buttons The user can choose either of the following selections. Ack When the touch screen switch is touched, the Ack time for the currently selected row is displayed. Ack All When the touch screen switch is touched, the Ack times for all the currently displayed messages are displayed.

6.12.5 Message summary The following messages are available on the HMI. FCX = Frequency Converter X (X is the number of the converter)

Message: Explanation: Emergency error An emergency situation is detected by one of the emergency

units. Resetting an emergency situation is only possible by the reset-button on the HMI-panel when all emergency-switches are back in safe position.

Thermistor p1 (12310E2) A thermistor trip is detected by the hardware input on the PLC, corresponding to the number in the message






Thermistor spp (12312E2) A thermistor trip is detected by the hardware input on the PLC, corresponding to the number in the message

Thermistor ret (12312E4) A thermistor trip is detected by the hardware input on the PLC, corresponding to the number in the message

Thermistor s1 (13310E2) A thermistor trip is detected by the hardware input on the PLC, corresponding to the number in the message





Thermistor s6 (13311E6) A thermistor trip is detected by the hardware input on the PLC,

25

corresponding to the number in the message

Plow on cooling p Low-pressure is detected in the cool-water supply by the hardware input on the PLC

Plow on cooling s Low-pressure is detected in the cool-water supply by the hardware input on the PLC

External error An external error is detected by the hardware input on the PLC

Cooling filter error An external error for the cool-water filter is detected by the hardware input on the PLC

FCX; Overcurent (F1) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Overvoltage (F2) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Earth fault (F3) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Charging switch (F5) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Emergency stop (F6) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Saturation stop (F7) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Undervoltage (F9) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Input line supervision (F10) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Output phase superv. (F11) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Br. chopper superv. (F12) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; FC undertemp. (F13) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; FC overtemp. (F14) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Motor stalled (F15) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Motor overtemp. (F16) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Motor underload (F17) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; EEPROM checksum (F22) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Counter fault (F24) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; MP watchdog (F25) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Start-up prevented (F26) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Thermistor fault (F29) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

26

FCX; IGBT temp. (F31) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Fan cooling (F32) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; CAN bus com. (F34) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Control unit (F36) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Device change (F37) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Device added (F38) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Device removed (F39) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Device unknown (F40) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; IGBT temp. (F41) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Brake resistor (F42) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Encoder fault (F43) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Device change (F44) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Device added (F45) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Ana. in < 4mA (F50) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; External fault (F51) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Keypad com. (F52) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Fieldbus fault (F53) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; Slot fault (F54) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

FCX; PT100 temp. fault (F56) Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault

27

6.12.6 Opening the dry-run screen

code Figure 6-30: Opening the dry-run screen Before the dry-run screen is opened the correct pass-code for level 5 needs to be entered. 6.13 20: The dry-run screen

Figure 6-31: HMI dry-run screen.

28

The dry-run screen is used to enter all dry-run values for the CPU control. After pressing one of the numeric displays a keyboard will pop-up for entering the data.

Figure 6-32: Opening the pop-up key-pad for entering the dry-run values After entering the desired value, the next display will be activated for changing. Activating a display is also possible by touching it.

7 Dry-run A dry-run protection can be programmed in the HMI-panel as well as in the frequency-converter. For setting the under load-protection parameters in the converter, the protections chapter (P2.7.17 to P2.7.20) is used, according to the users manual (Multi-purpose control application). The settings on the HMI-panel for the dry-run protection can be changed individually for each pump. The dry-run screen is used to display the settings for the maximum speed and the minimum current at dry-run protection. Warning: The dry-run settings should only be changed by capable-personal and is accessible when all motors are switched off.

29

7.1 Explaining the dry-run warning and alarm on the HMI-panel The dry-run warning time is fixed at 120 sec. When a dry run is detected according to the formula below, a warning is generated in the HMI-panel to indicate that a controller should take action. Dry-run formula: DR = [(PS>SS) & (PI

30

8 Parameters The Multi-purpose control application is selected in the converter, which provides a wide range of parameters for controlling the connected motors. This application has a wide flexibility of I/O signals and therefore its important to keep the parameter settings unchanged. Changing the parameter set-tings can influence the starting and stopping sequence, which is important for a reliable control of the installation. All parameters are explained in the Vacon NX Users Manual (chapter 6).

9 Fault tracing When a fault is detected from one of the frequency converters, a message for the corresponding converter panel is showed on the HMI-panel. A converter fault is detected by the converter electron-ics after which the drive is stopped and the symbol F together with the original number of the fault appears on the converters display and in the message-logging window on the HMI. The different fault codes and correcting actions are presented in the fault-table in the Vacon NX Users Manual (All in one). Besides the converter faults several other faults and problems can be traced using the table below.

Fault or problem Possible cause Correcting measures All main-switches are turned on but the control supply in-dication is not illuminated and its not possible to start a pump in local-control.

The circuit breaker for the 230VAC control-power is not switched on or the control-power is not connected.

Connect the control-power 230VAC/50 or 60 Hz/ Ik < 25kA or switch on the circuit breaker.

Its not possible to reset an emergency situation.

1. The 2 input-circuits to the emergency relay are not closed.

2. Theres no closed loop in the reset circuit while resetting.

1. Turn all emergency-switches in safe posi-tion or check all wires and contacts.

2. One or more contac-tors where not switched off or check wires and contacts.

Its not possible to start one converter panel in remote con-trol.

1. One or more interface-relays are broken.

2. The converters pa-rameters are changed.

3. The bus-communication is not working or addressing is incorrect.

1. Check all interface-relays and wiring con-nections for remote-control.

2. Check all parameters in the converter.

3. Check the bus com-munication by the Vacon profibus man-ual or check the slave address settings

31

Fault or problem Possible cause Correcting measures Starting or stopping pumps is not possible, while all hard-ware seems to be OK.

Parameter settings in the con-verter are not correct.

Set all parameters according to the last settings

Resetting a converter fault is not possible.

The fault situation is not solved or the reset button is not work-ing.

Use the fault-table in the Vacon NX Users Manual (All in one) to solve the fault or check the wires and interface-relays in the panel.

The contactors can be con-trolled from the HMI-panel but the converters dont work

Theres a problem with the bus-communication for the fre-quency converters

Check all communication hardware, wiring and parame-ters.

The communication to the fre-quency converters seems to work, but the contactors etc. dont

Theres a problem with the I/O hardware in the matrix or PLC cabinets.

Check all RIO hardware, wir-ing and dipswitch settings on the I/O modules.

The communication between the HMI-panel and the fre-quency-converter is slower than normal.

The bus-communication is not working correctly, because of time-outs.

Check all wiring.

Resetting the emergency situation is not possible.

The reset input on the emer-gency-relay is not powered or one of the emergency channels was not switched-off while pressing an emergency-button.

Check all wiring.

Resetting the emergency situation is not possible.

The reset input on the emer-gency-relay is not powered or one of the emergency channels was not switched-off while pressing an emergency-button.

Check all wiring.

32

10 PLC Symbol list g_m_hmi_sw_remote M 800.0 BOOL HMI; Local remote control selection (0 = local, 1 = rem.) g_m_hmi_sw_buzzer M 800.1 BOOL HMI; Buzzer on/of selection button (0 = off, 1 = on) g_m_hmi_sw_rst M 800.2 BOOL HMI; Reset button (on pulse) g_m_hmi_sw_spd1_up M 801.0 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd1_dwn M 801.1 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd2_up M 801.2 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd2_dwn M 801.3 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd3_up M 801.4 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd3_dwn M 801.5 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd4_up M 801.6 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd4_dwn M 801.7 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd5_up M 802.0 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd5_dwn M 802.1 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd6_up M 802.2 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd6_dwn M 802.3 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd7_up M 802.4 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd7_dwn M 802.5 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd8_up M 802.6 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_sw_spd8_dwn M 802.7 BOOL HMI; Motor speed change button (on pulse) g_m_hmi_stp1 M 803.0 BOOL HMI; Stop converter button (on pulse) g_m_hmi_stp2 M 803.1 BOOL HMI; Stop converter button (on pulse) g_m_hmi_stp3 M 803.2 BOOL HMI; Stop converter button (on pulse) g_m_hmi_stp4 M 803.3 BOOL HMI; Stop converter button (on pulse) g_m_hmi_stp5 M 803.4 BOOL HMI; Stop converter button (on pulse) g_m_hmi_stp6 M 803.5 BOOL HMI; Stop converter button (on pulse) g_m_hmi_stp7 M 803.6 BOOL HMI; Stop converter button (on pulse) g_m_hmi_stp8 M 803.7 BOOL HMI; Stop converter button (on pulse) g_m_hmi_sel 1p M 804.0 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 2p M 804.1 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 3p M 804.2 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 4p M 804.3 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 5p M 804.4 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 6p M 804.5 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel spp M 804.6 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel ret M 804.7 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 1s M 805.0 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 2s M 805.1 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 3s M 805.2 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 4s M 805.3 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 5s M 805.4 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel 6s M 805.5 BOOL HMI; Pump selection button (on pulse) g_m_hmi_sel sps M 805.6 BOOL HMI; Pump selection button (on pulse) g_m_hmi_es M 902.0 BOOL HMI; Indication for emergency (0 = off, 1 = on) g_m_hmi_remote M 902.1 BOOL HMI; Indication for local remote control selection (0 =

local, 1 = rem.) g_m_hmi_run 1 M 902.2 BOOL HMI; Indication converter running (0 = off, 1 = on) g_m_hmi_run 2 M 902.3 BOOL HMI; Indication converter running (0 = off, 1 = on) g_m_hmi_run 3 M 902.4 BOOL HMI; Indication converter running (0 = off, 1 = on) g_m_hmi_run 4 M 902.5 BOOL HMI; Indication converter running (0 = off, 1 = on)

33

g_m_hmi_run 5 M 902.6 BOOL HMI; Indication converter running (0 = off, 1 = on) g_m_hmi_run 6 M 902.7 BOOL HMI; Indication converter running (0 = off, 1 = on) g_m_hmi_run 7 M 903.0 BOOL HMI; Indication converter running (0 = off, 1 = on) g_m_hmi_run 8 M 903.1 BOOL HMI; Indication converter running (0 = off, 1 = on) g_m_hmi_err1 M 903.2 BOOL HMI; Indication converter error (0 = off, 1 = on) g_m_hmi_err2 M 903.3 BOOL HMI; Indication converter error (0 = off, 1 = on) g_m_hmi_err3 M 903.4 BOOL HMI; Indication converter error (0 = off, 1 = on) g_m_hmi_err4 M 903.5 BOOL HMI; Indication converter error (0 = off, 1 = on) g_m_hmi_err5 M 903.6 BOOL HMI; Indication converter error (0 = off, 1 = on) g_m_hmi_err6 M 903.7 BOOL HMI; Indication converter error (0 = off, 1 = on) g_m_hmi_err7 M 904.0 BOOL HMI; Indication converter error (0 = off, 1 = on) g_m_hmi_err8 M 904.1 BOOL HMI; Indication converter error (0 = off, 1 = on) g_m_hmi_dis 1p M 905.0 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 2p M 905.1 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 3p M 905.2 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 4p M 905.3 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 5p M 905.4 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 6p M 905.5 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis spp M 905.6 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis ret M 905.7 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 1s M 906.0 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 2s M 906.1 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 3s M 906.2 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 4s M 906.3 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 5s M 906.4 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis 6s M 906.5 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_dis sps M 906.6 BOOL HMI; Pump selection button display (0 = off, 1 = on) g_m_hmi_1p1 M 907.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2p1 M 907.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3p1 M 907.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4p1 M 907.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5p1 M 907.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6p1 M 907.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7p1 M 907.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8p1 M 907.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1p2 M 908.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2p2 M 908.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3p2 M 908.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4p2 M 908.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5p2 M 908.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6p2 M 908.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7p2 M 908.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8p2 M 908.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1p3 M 909.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2p3 M 909.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3p3 M 909.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4p3 M 909.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5p3 M 909.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6p3 M 909.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7p3 M 909.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8p3 M 909.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1p4 M 910.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on)

34

g_m_hmi_2p4 M 910.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3p4 M 910.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4p4 M 910.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5p4 M 910.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6p4 M 910.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7p4 M 910.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8p4 M 910.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1p5 M 911.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2p5 M 911.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3p5 M 911.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4p5 M 911.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5p5 M 911.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6p5 M 911.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7p5 M 911.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8p5 M 911.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1p6 M 912.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2p6 M 912.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3p6 M 912.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4p6 M 912.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5p6 M 912.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6p6 M 912.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7p6 M 912.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8p6 M 912.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1s1 M 913.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2s1 M 913.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3s1 M 913.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4s1 M 913.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5s1 M 913.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6s1 M 913.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7s1 M 913.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8s1 M 913.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1s2 M 914.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2s2 M 914.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3s2 M 914.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4s2 M 914.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5s2 M 914.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6s2 M 914.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7s2 M 914.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8s2 M 914.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1s3 M 915.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2s3 M 915.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3s3 M 915.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4s3 M 915.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5s3 M 915.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6s3 M 915.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7s3 M 915.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8s3 M 915.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1s4 M 916.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2s4 M 916.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3s4 M 916.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4s4 M 916.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5s4 M 916.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on)

35

g_m_hmi_6s4 M 916.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7s4 M 916.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8s4 M 916.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1s5 M 917.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2s5 M 917.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3s5 M 917.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4s5 M 917.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5s5 M 917.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6s5 M 917.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7s5 M 917.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8s5 M 917.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1s6 M 918.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2s6 M 918.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3s6 M 918.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4s6 M 918.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5s6 M 918.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6s6 M 918.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7s6 M 918.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8s6 M 918.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1sps M 919.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2sps M 919.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3sps M 919.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4sps M 919.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5sps M 919.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6sps M 919.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7sps M 919.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8sps M 919.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1spp M 920.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2spp M 920.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3spp M 920.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4spp M 920.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5spp M 920.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6spp M 920.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7spp M 920.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8spp M 920.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_1ret M 921.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_2ret M 921.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_3ret M 921.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_4ret M 921.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_5ret M 921.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_6ret M 921.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_7ret M 921.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_8ret M 921.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_pwr1 M 922.0 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_pwr2 M 922.1 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_pwr3 M 922.2 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_pwr4 M 922.3 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_pwr5 M 922.4 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_pwr6 M 922.5 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_pwr7 M 922.6 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_pwr8 M 922.7 BOOL HMI; Contactor indication on HMI (0 = off, 1 = on) g_m_hmi_FC offline1 M 923.0 BOOL HMI; Switching a converter online or offline (0 = offline,

36

1 = online) g_m_hmi_FC offline2 M 923.1 BOOL HMI; Switching a converter online or offline (0 = offline,







1 = online) g_m_hmi_therm p1 M 924.0 BOOL HMI; Thermistor trip from hardware input (0 = OK, 1 =

trip) g_m_hmi_therm p2 M 924.1 BOOL HMI; Thermistor trip from hardware input (0 = OK, 1 =





trip) g_m_hmi_therm spp M 924.6 BOOL HMI; Thermistor trip from hardware input (0 = OK, 1 =

trip) g_m_hmi_therm ret M 924.7 BOOL HMI; Thermistor trip from hardware input (0 = OK, 1 =

trip) g_m_hmi_therm s1 M 925.0 BOOL HMI; Thermistor trip from hardware input (0 = OK, 1 =






trip) g_m_hmi_therm sps M 925.6 BOOL HMI; Thermistor trip from hardware input (0 = OK, 1 =

trip) g_m_hmi_Pcool p M 926.0 BOOL HMI; Low pressure detected in the cooling system (0 =

OK, 1 = low press.) g_m_hmi_Pcool s M 926.1 BOOL HMI; Low pressure detected in the cooling system (0 =

OK, 1 = low press.) g_m_hmi_ext err M 926.2 BOOL HMI; External error detected on hardware input (0 = OK,

1 = error) g_m_hmi_ext filt err M 926.3 BOOL HMI; Ext. error detected on hardware input for cooling-

water supply filter g_m_hmi_err M 926.4 BOOL HMI; Common error indication g_m_hmi_dr warn1 M 927.0 BOOL HMI; Dry-run warning

37

g_m_hmi_dr warn2 M 927.1 BOOL HMI; Dry-run warning g_m_hmi_dr warn3 M 927.2 BOOL HMI; Dry-run warning g_m_hmi_dr warn4 M 927.3 BOOL HMI; Dry-run warning g_m_hmi_dr warn5 M 927.4 BOOL HMI; Dry-run warning g_m_hmi_dr warn6 M 927.5 BOOL HMI; Dry-run warning g_m_hmi_dr warn7 M 927.6 BOOL HMI; Dry-run warning g_m_hmi_dr warn8 M 927.7 BOOL HMI; Dry-run warning g_m_hmi_buzzer M 928.0 BOOL HMI; Buzzer output signal to HMI (internal buzzer) g_m_hmi_rst M 928.1 BOOL HMI; Reset button g_mw_hmi_trip 1 MW 80 INT HMI; Trip code from converter g_mw_hmi_trip 2 MW 82 INT HMI; Trip code from converter g_mw_hmi_trip 3 MW 84 INT HMI; Trip code from converter g_mw_hmi_trip 4 MW 86 INT HMI; Trip code from converter g_mw_hmi_trip 5 MW 88 INT HMI; Trip code from converter g_mw_hmi_trip 6 MW 90 INT HMI; Trip code from converter g_mw_hmi_trip 7 MW 92 INT HMI; Trip code from converter g_mw_hmi_trip 8 MW 94 INT HMI; Trip code from converter g_mw_hmi_Idr_1p MW 110 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_2p MW 112 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_3p MW 114 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_4p MW 116 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_5p MW 118 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_6p MW 120 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_spp MW 122 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_ret MW 124 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_1s MW 126 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_2s MW 128 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_3s MW 130 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_4s MW 132 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_5s MW 134 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_6s MW 136 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_Idr_sps MW 138 WORD HMI; Imax setting for dry-run warning at each pump g_mw_hmi_RPMdr_1p MW 150 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_2p MW 152 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_3p MW 154 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_4p MW 156 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_5p MW 158 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_6p MW 160 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_spp MW 162 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_ret MW 164 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_1s MW 166 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_2s MW 168 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_3s MW 170 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_4s MW 172 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_5s MW 174 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_6s MW 176 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_RPMdr_sps MW 178 WORD HMI; RPM min setting for dry-run warning at each pump g_mw_hmi_mode1 MW 210 WORD HMI; Machine mode for converter g_mw_hmi_mode2 MW 212 WORD HMI; Machine mode for converter g_mw_hmi_mode3 MW 214 WORD HMI; Machine mode for converter g_mw_hmi_mode4 MW 216 WORD HMI; Machine mode for converter g_mw_hmi_mode5 MW 218 WORD HMI; Machine mode for converter

38

g_mw_hmi_mode6 MW 220 WORD HMI; Machine mode for converter g_mw_hmi_mode7 MW 222 WORD HMI; Machine mode for converter g_mw_hmi_mode8 MW 224 WORD HMI; Machine mode for converter g_mw_hmi_I1 MW 230 WORD HMI; Measured current from converter g_mw_hmi_I2 MW 232 WORD HMI; Measured current from converter g_mw_hmi_I3 MW 234 WORD HMI; Measured current from converter g_mw_hmi_I4 MW 236 WORD HMI; Measured current from converter g_mw_hmi_I5 MW 238 WORD HMI; Measured current from converter g_mw_hmi_I6 MW 240 WORD HMI; Measured current from converter g_mw_hmi_I7 MW 242 WORD HMI; Measured current from converter g_mw_hmi_I8 MW 244 WORD HMI; Measured current from converter g_mw_hmi_RPM1 MW 250 WORD HMI; Measured speed from converter g_mw_hmi_RPM2 MW 252 WORD HMI; Measured speed from converter g_mw_hmi_RPM3 MW 254 WORD HMI; Measured speed from converter g_mw_hmi_RPM4 MW 256 WORD HMI; Measured speed from converter g_mw_hmi_RPM5 MW 258 WORD HMI; Measured speed from converter g_mw_hmi_RPM6 MW 260 WORD HMI; Measured speed from converter g_mw_hmi_RPM7 MW 262 WORD HMI; Measured speed from converter g_mw_hmi_RPM8 MW 264 WORD HMI; Measured speed from converter g_mw_hmi_freq1 MW 280 WORD HMI; Output frequency from converter g_mw_hmi_freq2 MW 282 WORD HMI; Output frequency from converter g_mw_hmi_freq3 MW 284 WORD HMI; Output frequency from converter g_mw_hmi_freq4 MW 286 WORD HMI; Output frequency from converter g_mw_hmi_freq5 MW 288 WORD HMI; Output frequency from converter g_mw_hmi_freq6 MW 290 WORD HMI; Output frequency from converter g_mw_hmi_freq7 MW 292 WORD HMI; Output frequency from converter g_mw_hmi_freq8 MW 294 WORD HMI; Output frequency from converter g_mw_hmi_pmp sel1 MW 300 WORD HMI; Indication for the pump selection on FC1 g_mw_hmi_pmp sel2 MW 302 WORD HMI; Indication for the pump selection on FC2 g_mw_hmi_pmp sel3 MW 304 WORD HMI; Indication for the pump selection on FC3 g_mw_hmi_pmp sel4 MW 306 WORD HMI; Indication for the pump selection on FC4 g_mw_hmi_pmp sel5 MW 308 WORD HMI; Indication for the pump selection on FC5 g_mw_hmi_pmp sel6 MW 310 WORD HMI; Indication for the pump selection on FC6 g_mw_hmi_pmp sel7 MW 312 WORD HMI; Indication for the pump selection on FC7 g_mw_hmi_pmp sel8 MW 314 WORD HMI; Indication for the pump selection on FC8 g_mw_hmi_SV%1 MW 320 WORD HMI; Setvalue indication for converter g_mw_hmi_SV%2 MW 322 WORD HMI; Setvalue indication for converter g_mw_hmi_SV%3 MW 324 WORD HMI; Setvalue indication for converter g_mw_hmi_SV%4 MW 326 WORD HMI; Setvalue indication for converter g_mw_hmi_SV%5 MW 328 WORD HMI; Setvalue indication for converter g_mw_hmi_SV%6 MW 330 WORD HMI; Setvalue indication for converter g_mw_hmi_SV%7 MW 332 WORD HMI; Setvalue indication for converter g_mw_hmi_SV%8 MW 334 WORD HMI; Setvalue indication for converter g_mw_hmi_pop-up FC1 MW 340 WORD HMI; Activate pop-up window for converter g_mw_hmi_pop-up FC2 MW 342 WORD HMI; Activate pop-up window for converter g_mw_hmi_pop-up FC3 MW 344 WORD HMI; Activate pop-up window for converter g_mw_hmi_pop-up FC4 MW 346 WORD HMI; Activate pop-up window for converter g_mw_hmi_pop-up FC5 MW 348 WORD HMI; Activate pop-up window for converter g_mw_hmi_pop-up FC6 MW 350 WORD HMI; Activate pop-up window for converter g_mw_hmi_pop-up FC7 MW 352 WORD HMI; Activate pop-up window for converter g_mw_hmi_pop-up FC8 MW 354 WORD HMI; Activate pop-up window for converter g_mw_hmi_pop-up dr MW 356 WORD HMI; Activate pop-up window dry-run warning

39

g_mw_hmi_torque1 MW 370 WORD HMI; Measured torque from converter g_mw_hmi_torque2 MW 372 WORD HMI; Measured torque from converter g_mw_hmi_torque3 MW 374 WORD HMI; Measured torque from converter g_mw_hmi_torque4 MW 376 WORD HMI; Measured torque from converter g_mw_hmi_torque5 MW 378 WORD HMI; Measured torque from converter g_mw_hmi_torque6 MW 380 WORD HMI; Measured torque from converter g_mw_hmi_torque7 MW 382 WORD HMI; Measured torque from converter g_mw_hmi_torque8 MW 384 WORD HMI; Measured torque from converter g_mw_hmi_power1 MW 390 WORD HMI; Measured powerfrom converter g_mw_hmi_power2 MW 392 WORD HMI; Measured powerfrom converter g_mw_hmi_power3 MW 394 WORD HMI; Measured powerfrom converter g_mw_hmi_power4 MW 396 WORD HMI; Measured powerfrom converter g_mw_hmi_power5 MW 398 WORD HMI; Measured powerfrom converter g_mw_hmi_power6 MW 400 WORD HMI; Measured powerfrom converter g_mw_hmi_power7 MW 402 WORD HMI; Measured powerfrom converter g_mw_hmi_power8 MW 404 WORD HMI; Measured powerfrom converter g_mw_dr_cnt1 MW 430 WORD HMI; Actual dry-run warning status (counter-value) g_mw_dr_cnt2 MW 432 WORD HMI; Actual dry-run warning status (counter-value) g_mw_dr_cnt3 MW 434 WORD HMI; Actual dry-run warning status (counter-value) g_mw_dr_cnt4 MW 436 WORD HMI; Actual dry-run warning status (counter-value) g_mw_dr_cnt5 MW 438 WORD HMI; Actual dry-run warning status (counter-value) g_mw_dr_cnt6 MW 440 WORD HMI; Actual dry-run warning status (counter-value) g_mw_dr_cnt7 MW 442 WORD HMI; Actual dry-run warning status (counter-value) g_mw_dr_cnt8 MW 444 WORD HMI; Actual dry-run warning status (counter-value) g_mw_trend RPM1 MW 450 INT HMI; Trend value for RPM (scale in 0 - 100%) g_mw_trend RPM2 MW 452 INT HMI; Trend value for RPM (scale in 0 - 100%) g_mw_trend RPM3 MW 454 INT HMI; Trend value for RPM (scale in 0 - 100%) g_mw_trend RPM4 MW 456 INT HMI; Trend value for RPM (scale in 0 - 100%) g_mw_trend RPM5 MW 458 INT HMI; Trend value for RPM (scale in 0 - 100%) g_mw_trend RPM6 MW 460 INT HMI; Trend value for RPM (scale in 0 - 100%) g_mw_trend RPM7 MW 462 INT HMI; Trend value for RPM (scale in 0 - 100%) g_mw_trend RPM8 MW 464 INT HMI; Trend value for RPM (scale in 0 - 100%) g_mw_trend I1 MW 470 INT HMI; Trend value for I (scale in 0 - 100%) g_mw_trend I2 MW 472 INT HMI; Trend value for I (scale in 0 - 100%) g_mw_trend I3 MW 474 INT HMI; Trend value for I (scale in 0 - 100%) g_mw_trend I4 MW 476 INT HMI; Trend value for I (scale in 0 - 100%) g_mw_trend I5 MW 478 INT HMI; Trend value for I (scale in 0 - 100%) g_mw_trend I6 MW 480 INT HMI; Trend value for I (scale in 0 - 100%) g_mw_trend I7 MW 482 INT HMI; Trend value for I (scale in 0 - 100%) g_mw_trend I8 MW 484 INT HMI; Trend value for I (scale in 0 - 100%) g_mw_nxt FC MW 490 INT HMI; Next FC selection

Documents

05021505MAN_RJO_Users manual V1-00.pdf