HVX HVX Drive For Xylem High Efficiency Motor Control Instruction Manual
- June 15, 2024
- xylem
Table of Contents
HVX HVX Drive For Xylem High Efficiency Motor Control
Product Information
Specifications
- Product: HVX, HVX+ Drive for Xylem high-efficiency motor control
- Firmware Version: 01.00.00
Product Description
The product is a drive for controlling high-efficiency motors installed on Xylem pump units.
Part Names
- Radio equipment approval sticker
- Drive
- Drive display
- Data plate
- Power supply and signal cable inlets
- Connection to the motor
- Drive warning sticker
Data Plate
- Model
- Input operating limits
- Identification code
- Output operating limits
- Serial number
- Room temperature range
Product Usage Instructions
Installation
Precautions
- Before starting, make sure that the safety instructions shown in Introduction and Safety have been fully read and understood.
- DANGER: Installation and all the electrical connections must be completed by a technician possessing the technical-professional requirements outlined in the current regulations.
- WARNING: Always wear personal protective equipment.
- WARNING: Always use suitable working tools.
- WARNING: When selecting the place of installation and connecting the unit to the electric power supplies, strictly comply with current regulations.
Electrical Measures
- DANGER: Electrical hazard. Before starting work, check that the electric power supply is disconnected and locked out, to avoid unintentional restart of the unit, the control panel, and the auxiliary control circuit.
FAQ
Q: What is the purpose of this manual?
A: The purpose of this manual is to provide installation, operation, and
programming instructions for the HVX, HVX+ Drive for Xylem high-efficiency
motor control.
Q: Who should use this unit?
A: This unit should be used only by qualified users who are able to
recognize the risks and avoid hazards during installation, use, and
maintenance of the unit.
Q: How should I dispose of the packaging and product?
A: Please comply with the current regulations on sorted waste disposal for
the proper disposal of packaging and the product.
Installation, Operation and Programming Manual
HVX, HVX+
Drive for Xylem high-efficiency motor control
Firmware Version: 01.00.00
HVX, HVX+ Installation, Operation and Programming Manual
Introduction and Safety
en – Original Instructions
1.1 Introduction
Purpose of this manual
This manual provides information on how to do the following in the correct
manner: · Installation · Operation · Programming.
Supplementary instructions
The instructions and warnings of this manual apply to the standard unit as
described in the sale documentation. Special version pumps may be supplied
with supplementary instruction manuals. For situations not considered in the
manual or in the commercial documentation, contact Xylem or the Authorised
Distributor.
1.2 Hazard levels and safety symbols
Before using the unit, the user must read, understand and comply with the indications of the danger warnings in order to avoid the following risks: · Injuries and health hazards · Damage to the product · Unit malfunction.
Hazard levels
Hazard level
DANGER:
Indication
It identifies a dangerous situation which, if not avoided, causes serious
injury, or even death.
WARNING:
It identifies a dangerous situation which, if not avoided, may cause serious injury, or even death.
ATTENTION:
It identifies a dangerous situation which, if not avoided, may cause small or medium level injuries.
NOTE:
It identifies a situation which, if not avoided, may cause damage to property but not to people.
Complementary symbols Symbol
Description Electrical hazard
Hot surface hazard
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1.3 User safety
Strictly comply with current health and safety regulations. Qualified
personnel
This unit must be used only by qualified users. Qualified users are people
able to recognise the risks and avoid hazards during installation, use and
maintenance of the unit.
1.4 Protection of the environment
Disposal of packaging and product Comply with the current regulations on
sorted waste disposal.
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HVX, HVX+ Installation, Operation and Programming Manual
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2 Product Description
The product is a drive for controlling high-efficiency motors installed on
Xylem pump units.
2.1 Part names
1. Radio equipment approval sticker 2. Drive 3. Drive display 4. Data plate
5. Power supply and signal cable inlets 6. Connection to the motor 7. Drive
warning sticker
2.2 Data plate
1. Model 2. Input operating limits 3. Identification code 4. Output operating limits 5. Serial number 6. Room temperature range
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2.3 Drive warning sticker
2.4 Radio equipment approval sticker
1. United States of America 2. Canada 3. Other countries
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HVX, HVX+ Installation, Operation and Programming Manual
Installation
en – Original Instructions
3.1 Precautions
General precautions
Before starting, make sure that the safety instructions shown in Introduction
and Safety on page 5 have been fully read and understood.
DANGER: Installation and all the electrical connections must be completed by a
technician possessing the technical-professional requirements outlined in the
current regulations.
WARNING: Always wear personal protective equipment.
WARNING: Always use suitable working tools.
WARNING: When selecting the place of installation and connecting the unit to
the electric power supplies, strictly comply with current regulations.
Electrical measures
DANGER: Electrical hazard Before starting work, check that the electric power
supply is disconnected and locked out, to avoid unintentional restart of the
unit, the control panel and the auxiliary control circuit.
Ground
NOTE: The mains voltage and frequency must match the values indicated on the
drive data plate.
DANGER: Electrical hazard Always connect the external protection conductor
(ground) to the ground terminal before attempting to make any other electrical
connections.
DANGER: Electrical hazard Connect all the electrical accessories of the unit to the ground.
DANGER: Electrical hazard
Check that the external protection conductor (ground) is longer than the phase
conductors. In case of accidental disconnection of the unit from the phase
conductors, the protection conductor must be the last one to detach itself
from the terminal.
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DANGER: Electrical hazard Install suitable systems for protection against
indirect contact, in order to prevent lethal electric shocks.
3.2 Guidelines for electrical connection
1. Check that the electrical leads are protected against: · High temperature
· Vibrations · Collisions · Liquids.
2. Check that the power supply line is provided with: · A short circuit
protection device of appropriate size · A mains disconnection device with
contact opening distance ensuring complete disconnection for overvoltage III
category conditions.
3.3 Guidelines for the control panel
NOTE: The control panel must match the ratings on the unit data plate.
3.3.1 Fuses and/or automatic switches
· An electronically activated drive function ensures motor overload
protection. The overload protection function calculates the increment level in
order to activate the timing of the trigger function (motor stop). The higher
the input current, the faster the response. The function provides Class 20
protection for the motor.
· The drive must be equipped with overcurrent and short-circuit protection to
prevent the overheating of the power supply cables. Line fuses or automatic
switches must be installed to ensure this protection. Fuses and automatic
switches must be provided by the installer as part of the installation.
· Use the recommended fuses and/or automatic switches on the power supply side
as protection in the event of drive component failure (first failure). The use
of the recommended fuses and automatic switches ensures that possible damage
to the drive is limited to the inside of the same. For other types of
protection, ensure that the passing energy is equal to or less than that of
the recommended models.
· The fuses shown in the table are suitable for use on a circuit capable of
releasing 5000 Arms (symmetrical), maximum 480 V. With the indicated fuses,
the short-circuit current rating (SCCR) for the drive is 5000 Arms.
The figure shows the recommended fuses and switches.
HVX, HVX+ model
B C D B C D
Xylem motor model
Three-phase power supply voltage, Vac
EXM…/3….B.. EXM…/3….C.. EXM…/3….D.. EXM…/4….B.. EXM…/4….C.. EXM…/4….D..
200 – 240 380 – 480
Non-UL UL fuses, type T, manufacturer and model
fuses, type Bussmann Edison gG, A
Littelfuse FerrazShawmut
16
JJN-15 TJN (15) JLLN 15 A3T15
30
JJN-30 TJN (30) JLLN 30 A3T30
63
JJN-60 TJN (60) JLLN 60 A3T60
16
JJS-15 TJS (15) JLLS 15 A6T15
30
JJS-30 TJS (30) JLLS 30 A6T30
63
JJS-60 TJS (60) JLLS 60 A6T60
MCB S203 model ABB Switches
C16 C32 C63 C16 C32 C63
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HVX, HVX+ Installation, Operation and Programming Manual
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3.3.2 Residual current devices, RCD (GFCI)
When using ground fault circuit breakers, GFCI, or residual current devices,
RCD, also known as automatic earth leakage circuit breakers, ELCD, check that:
· They are suitable sized for the system configuration and environment of use
· They have a starting delay to prevent faults caused by transient ground
currents · They can detect alternate or direct current, they are marked with
the symbols shown in the
figure.
NOTE: When using an automatic earth leakage switch or a ground fault switch,
make sure to consider the total earth leakage current of all the electric
devices of the system.
3.4 Guidelines for the drive
3.4.1 Assembly
1. Motor 2. Drive 3. Fastening screw 4. Seal
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1. Lubricate the seal with alcohol. 2. Move the drive close to the motor. 3.
Tighten the screws with a Torx spanner.
Tightening torque: · Size B and C: 6 Nm (55 lbf·in) ± 15% · Size D: 8 Nm (70
lbf·in) ± 15%.
3.4.2 Power supply connection
1. Drive 2. Terminals 3. Screws of the cover 4. Phase conductors 5. Cable
Gland 6. Power supply cord 7. Protection conductor (ground) 8. Cover 9.
Additional ground connection
1. Remove the cover and observe the wiring diagrams inside. 2. Insert the
power cable in the cable gland. 3. Tightly connect the conductors, making sure
that the protection one is longer than the
phase ones. For size D only, tighten the terminal screws with a Pozidriv
screwdriver. Tightening torque: 4 Nm (35 lbf·in). 4. Tighten the cable gland.
5. Fit the cover and tighten the screws. Tightening torque: 3 Nm (27 lbf·in) ±
15%.
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HVX, HVX+ Installation, Operation and Programming Manual
3.4.3 Auxiliary connections
HVX+
en – Original Instructions
Position number 1 2 3 4 5 6 7 8 9 10
11 12
13 14 15 16 17 18
Name
Description
Default setting
Analogue input 1 Power supply +24 VDC, max. 60 mA (total, terminals 1 + 5)
Configurable analogue input 1
Electronic GND
Reserved
For internal use, do not connect
Analogue input 2 Power supply +24 VDC, max. 60 mA (total, terminals 1 + 5)
Configurable analogue input 2
Electronic GND
External Start/Stop Digital start/stop input, internal pull-up +24 VDC, contact current 6 mA
Electronic GND
External Lack of Low water level digital input, internal pull-up +24 VDC, contact current 6
Water
mA
Electronic GND
Digital Input 3
Configurable digital input 3, internal pull-up +24 VDC, contact current 6 mA
Electronic GND
Analogue output Configurable analogue output
Electronic GND
Analogue input 3 Power supply +24 VDC, max. 60 mA (total, terminals 16 and 19)
Configurable analogue input 3
Electronic GND
Pressure sensor 1
Not selected
–
Emergency start at maximum speed Motor Speed Not selected
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Position number 19 20 21 22
23 24
25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45
Name
Description
Default setting
Analogue input 4
Digital Input 4
Digital Input 5
10 VDC power supply Communication Bus 1
Communication Bus 2
Communication Bus 1
Communication Bus 2
Relay 1
Relay 2
Power supply +24 VDC, max. 60 mA (total, terminals 16 and 19) Configurable analogue input 4 Electronic GND Configurable digital input 4, internal pull-up +24 VDC, contact current 6 mA Electronic GND Configurable digital input 5, internal pull-up +24 VDC, contact current 6 mA Electronic GND Power supply +10 VDC, max. 3 mA Electronic GND RS485 port 1: RS485-1B N (-) RS485 port 1: RS485-1A P (+) RS485 port 1: RS485-COM RS485 port 2: RS485-2B N (-) RS485 port 2: RS485-2A P (+) RS485 port 2: RS485-COM RS485 port 1: RS485-1B N (-) RS485 port 1: RS485-1A P (+) RS485 port 1: RS485-COM RS485 port 2: RS485-2B N (-) RS485 port 2: RS485-2A P (+) RS485 port 2: RS485-COM Configurable relay 1: normally open Configurable relay 1: normally closed Configurable relay 1: common contact Configurable relay 2: normally open Configurable relay 2: normally closed Configurable relay 2: common contact
Not selected Not selected Not selected Multipump Modbus Multipump Modbus Error Reporting Motor start
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HVX, HVX+ Installation, Operation and Programming Manual
HVX
en – Original Instructions
Position number 1 2 3 4 5 6 7 8 9 10
11 12
13 14 15 28 29 30 31 32 33
Name
Description
Default setting
Analogue input 1 Power supply +24 VDC, max. 60 mA (total, terminals 1 + 5)
Configurable analogue input 1
Electronic GND
Reserved
For internal use, do not connect
Analogue input 2 Power supply +24 VDC, max. 60 mA (total, terminals 1 + 5)
Configurable analogue input 2
Electronic GND
External Start/Stop Digital start/stop input, internal pull-up +24 VDC, contact current 6 mA
Electronic GND
External Lack of Low water level digital input, internal pull-up +24 VDC, contact current 6
Water
mA
Electronic GND
Digital Input 3
Configurable digital input 3, internal pull-up +24 VDC, contact current 6 mA
Electronic GND
Analogue output Configurable analogue output
Electronic GND
Communication RS485 port 1: RS485-1B N (-)
Bus 1
RS485 port 1: RS485-1A P (+)
RS485 port 1: RS485-COM
Communication RS485 port 2: RS485-2B N (-)
Bus 2
RS485 port 2: RS485-2A P (+)
RS485 port 2: RS485-COM
Pressure sensor 1
Not selected
–
Emergency start at maximum speed Motor Speed Multipump
Modbus
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Position number 34 35 36 37 38 39 40 41 42 43 44 45
Name
Description
Communication Bus 1
Communication Bus 2
Relay 1
Relay 2
RS485 port 1: RS485-1B N (-) RS485 port 1: RS485-1A P (+) RS485 port 1: RS485-COM RS485 port 2: RS485-2B N (-) RS485 port 2: RS485-2A P (+) RS485 port 2: RS485-COM Configurable relay 1: normally open Configurable relay 1: normally closed Configurable relay 1: common contact Configurable relay 2: normally open Configurable relay 2: normally closed Configurable relay 2: common contact
Default setting Multipump Modbus Error Reporting Motor start
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HVX, HVX+ Installation, Operation and Programming Manual
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4 Control
Introduction
DANGER: Electrical hazard If the drive display is damaged, contact Xylem or
the Authorised Distributor.
WARNING: Hot surface hazard Only touch the drive display buttons. Pay
attention to the high temperature released by the unit.
Depending on model, please observe the instructions in the paragraphs HVX+
drive display on page 17 or HVX drive display on page 20.
4.1 HVX+ drive display
Position number 1 2 3
4
Name Display ON/OFF button
UP and DOWN arrow keys
RIGHT and LEFT arrow keys
Function
· Start and stop the unit · Reset the errors by pressing for 5 seconds. · Move
vertically between menu options · Perform a manual switch-over on a multi-pump
system by pressing the DOWN arrow
(extended pressure) · Rotate the display 180° by simultaneously pressing ENTER
and the UP arrow (extended
pressure). · Move horizontally to navigate home screens and menus · Lock and
unlock the display by simultaneously pressing the RIGHT and LEFT arrows
(extended pressure).
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Position number 5 6 7
8
9
Name SEND button Unit LED on Unit status LED
Connection status LED
Multifunction button
Function
· Advancing through the menu levels · Confirm the selection of a parameter ·
Confirm the value of a parameter.
Indicate that the unit is powered.
Indicate: · Motor not powered (off) · Alarm active and motor stopped (yellow)
· Unit error and motor stopped (red) · Motor started (green) · Alarm active
and motor started (yellow alternating green).
Indicate: · BMS communication disabled (off) · BMS communication active
(green) · Wireless communication with mobile device established (fixed blue) ·
Wireless communication with mobile device being established (flashing blue) ·
Wireless communication and BMS communication active (blue alternating green).
· Access the parameter menu or additional functions according to the screen on
the display.
· Enable the unit to a mobile device (extended pressure)
4.1.1 Graphic display
Position number
1
Name Header bar
2
Main screen
3
Lower bar
Description
It shows static information and messages relating to the operating conditions,
such as: · Alarms · Errors · Multi-pump operation.
It shows the main information and allows the operating parameters to be
changed. There are up to 5 screens, which can be navigated by pressing the
RIGHT and LEFT arrow keys.
The symbol next to an entry indicates an editable parameter.
Show: · On the left, the essential operating information, such as the actual
adjustment value
and the speed percentage at which the unit is operating · On the right, the
buttons available for interaction in the main screen.
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HVX, HVX+ Installation, Operation and Programming Manual
4.1.2 Parameter menu, HVX+
en – Original Instructions
Position number
1
2
Name
Header bar Parameter list
3
Lower bar
Description
It shows the parameter path at menu and submenu level.
Show: · The index, · The name, · The preview of the value of the parameters
for the current menu level. To advance a level or change the value, press SEND
or the RIGHT arrow key.
Show: · On the left, the essential operating information, such as the actual
adjustment value
and the speed percentage at which the unit is operating · On the right, the
buttons available for interaction in the main screen.
The menu is split into 3 levels: · Main · Submenu · Parameters.
To display or change a parameter: 1. Press the function button in the main
screen. 2. Enter the password using the arrow keys. 3. Press SEND.
Note: after 10 minutes of inactivity, the password must be re-entered. 4.
Press the RIGHT arrow key or SEND to advance between levels, or the LEFT arrow
key to
return.
4.1.3 Unit start using the HVX+ drive display
1. Check the connection between the START/STOP and GND inputs on the terminal
board. 2. Press ON/OFF to start the unit.
Note: if parameter 1.0.45 Autostart is configured to “Yes”, it will not be
necessary to press ON/OFF again at the next start. 3. With the unit in
operation, the working setpoint can be changed by switching to the second
screen.
4.1.4 Operating mode change, HVX+
The unit parameters are set at the factory and the unit is ready for use. To
change parameters and advanced features, access the configuration menu. 1.
Press the multi-function button. 2. Enter the password using the arrow keys.
3. Press SEND. 4. Navigate through the menus to locate the parameter or
function to be changed.
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4.1.5 Error reset, HVX+
In the event of an error, the unit automatically makes several attempts to
reset itself, where permitted: if the attempts are unsuccessful, the unit
stops and the display shows the error code. To eliminate the error: 1. Open
the first main screen by pressing SEND. 2. Read the description of the error
in the screen. 3. Identify the cause and follow the troubleshooting
instructions 4. Reset the error by pressing and holding down ON/OFF for 3
seconds: the unit returns to
the status before the error.
4.2 HVX drive display
Position number 1
2
3 4
Name
Function
Menu indicator
Seven-segment display Speed bar Multi-pump communication indicator
Indicate: · Navigation through the menu items (steady light) · The display of a parameter value (flashing light).
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HVX, HVX+ Installation, Operation and Programming Manual
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Position number 5 6 7
8
9 10 11
12
13
Name
Function
Unit of measure indicator ON/OFF button UP and DOWN arrow keys
RIGHT and LEFT arrow keys
SEND button
Unit LED on Unit status LED
Connection status LED
Wireless technology communication button
· Start and stop the unit · Reset the errors by pressing for 5 seconds.
· Quickly change the setpoint in the main display · Navigate through the
submenus and change the parameter displayed in the parameter
menu · Perform a manual switch-over on a multi-pump system by pressing the
DOWN arrow
(extended pressure) · Rotate the display 180° by simultaneously pressing ENTER
and the UP arrow (extended
pressure).
· Show speed and pressure in alternation in the main display · Navigate the
parameter menu levels · LEFT arrow only, confirm the changed value · Lock and
unlock the display by simultaneously pressing the RIGHT and LEFT arrows
(extended pressure). · RIGHT arrow only, navigate through the active error
codes, if more than one are present
· Advancing through the menu levels · Confirm the value of a parameter · Enter
the parameter configuration menu (extended pressure).
Indicate that the unit is powered.
Indicate: · Motor not powered (off) · Alarm active and motor stopped (yellow)
· Unit error and motor stopped (red) · Motor started (green) · Alarm active
and motor started (yellow alternating green).
Indicate: · BMS communication disabled (off) · BMS communication active
(green) · Wireless communication with mobile device established (fixed blue) ·
Wireless communication with mobile device being established (flashing blue) ·
Wireless communication and BMS communication active (blue alternating green).
Connect the unit to a mobile device.
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4.2.1 Main visualization
Glyph
Name OFF
STOP
Description
Unit stopped with ON/OFF button or BMS. Note: lower priority in relation to
STOP.
START/STOP and GND digital inputs open.
Start request Alarm Error
Request to start the unit with the ON/OFF button. It remains active for a few
seconds, then the following appears: · Unit in operation, or · Alarm, or ·
Error.
Alarm code of the unit in alarm status, in alternation with the main display.
The unit status LED can be: · Yellow= motor stopped · Yellow in alternation
with green = motor started.
Error code of the unit in error status.
Unit in operation Unit in operation and selected unit of measure display: ·
Speed, 10xRPM · Pressure in bar or psi.
Display blocked Display locked by the operator and button operation inhibited.
4.2.2 Parameter menu, HVX
The menu is split into 3 levels: · Main · Submenu · Parameters.
To display or change a parameter: 1. Press the SEND button (extended
pressure). 2. Enter the password using the arrow keys. 3. Press SEND.
Note: after 10 minutes of inactivity, the password must be re-entered. 4.
Press the UP and DOWN arrow keys to navigate through the menus. 5. Press SEND
or the RIGHT arrow to go to the menu sub-levels until the parameter value is
found. 6. Press the UP and DOWN arrow keys to increase or decrease the
parameter value. 7. Press SEND or the LEFT arrow key to confirm.
Note: after 5 seconds of inactivity, the parameter returns to the previously
set value.
Glyph
Name
Notes
Main menu
· Menus numbered from 1 to 9. · Menu indicator: fixed light.
Submenu
· Submenus numbered from 1 to 9. · Menu indicator: fixed light.
Parameter
Navigation in the parameter level. · Parameters numbered from 0 to 99. · Submenus numbered from 1 to 9. · Menu indicator: fixed light.
Parameter value Parameter value modification. · Menu indicator: light flashing. · Parameter value while editing: flashing.
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HVX, HVX+ Installation, Operation and Programming Manual
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4.2.3 Unit start using the HVX drive display
1. Check the connection between the START/STOP and GND inputs on the terminal
board. 2. Press ON/OFF to start the unit.
Note: if parameter 1.0.45 Autostart is configured to “Yes”, it will not be
necessary to press ON/OFF again at the next start. 3. With the unit in
operation, the control setpoint can be changed with immediate effect using the
UP and DOWN arrow keys.
4.2.4 Operating mode change, HVX
The unit parameters are set at the factory and the unit is ready for use. To
change parameters and advanced features, access the configuration parameters.
- Press the SEND button (extended pressure). 2. Enter the password using the
arrow keys. 3. Press SEND. 4. Select the parameter to be changed in the M01
menu.
4.2.5 Error reset, HVX
In the event of an error, the unit automatically makes several attempts to reset itself, where permitted: if the attempts are unsuccessful, the unit stops and the display shows the error code. To eliminate the error: 1. Identify the cause and follow the troubleshooting instructions 2. Reset the error by pressing and holding down ON/OFF for 3 seconds: the unit returns to
the status before the error.
4.3 Xylem X App
Introduction
Available for mobile devices with wireless technology operating system. Use the App to: · Check the status of the unit · Configure parameters · Interact with the unit and obtain data during installation and maintenance · Generate a work report · Contact the assistance service.
Download the App and connect the mobile device with the unit
1. Download the Xylem X App to the mobile device from App Store 1 or Google Play 2 by scanning the QR code:
1 Compatible with iOS® operating systems with version 15.0 and above 2 Compatible with Android operating systems with version 10.0 and above
HVX, HVX+ Installation, Operation and Programming Manual
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en – Original Instructions 2. Complete the registration.
3. On the drive display, press the wireless communication button. 4. Add the
unit to the user profile.
5. When the connection has been established, the connection light turns blue
steady: it is now possible to control the unit using the mobile device.
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HVX, HVX+ Installation, Operation and Programming Manual
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5 Programming
Firmware version
The firmware version can be displayed through parameter P03.4.19.
Symbols used
Symbol (G)
(X+) (X) (A) (R)
Description Global. The change of this parameter in one unit of a multi-pump system is transmitted to all other units. If the symbol is not present, the parameter is only applied to the unit in which it is displayed. Only available on HVX+. Only available on HVX. Only available on HVX when using the Xylem X app. Read only. The parameter cannot be changed. If the symbol is not present, the parameter can be changed.
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5.1 M01, home menu
Frequently used parameters or their aliases.
5.1.1 S01.0 application
Parameter Type P01.0.01 (X+) P01.0.05 (G)
Name Language System Type
Description See parameter P09.0.01. See parameter P04.0.01.
P01.0.06 (G) P01.0.10 (G) P01.0.11 P01.0.15 (G)
Control Mode System Configuration Multipump Address Start Value
See parameter P04.0.02. See parameter P06.0.01. See parameter P06.0.03. See parameter P04.0.05.
P01.0.20 (G)
Lack Of Water Delay
See parameter P04.3.11.
P01.0.31 (G)
Pressure – Minimum Threshold See parameter P04.3.01.
P01.0.32 (G) (X+)
P01.0.33 (G) (X+)
P01.0.34 (G) (X+)
P01.0.40 (G)
Flow – Minimum Threshold See parameter P04.3.02.
Temperature – Minimum Threshold
See parameter P04.3.03.
Level – Minimum Threshold See parameter P04.3.04.
Minimum Threshold Delay See parameter P04.3.10.
P01.0.45 (G) P01.0.46
P01.0.50 (X+) P01.0.51 (X+)
Auto Start On/Off Set
Date Hour
See parameter P04.0.06. Select the ON (On) or OFF ( ) Off status of the pump unit. Corresponds to the action on the ON/OFF button. See parameter P09.0.11. See parameter P09.0.12.
Value
Default = English
Default = depending on the pump unit model
Default = constant pressure
Default = single pump unit
Min = 1
Min = 0% Max = 100% Default = 100%
Min = 1 s Max = 100 s Default = 1 s
Min = P01.1.11 Max = P01.1.12 Default = P01.1.11 (disabled)
Min = P01.1.21 Max = P01.1.22 Default = P01.1.21 (disabled)
Min = P01.1.31 Max = P01.1.32 Default = P01.1.31 (disabled)
Min = P01.1.41 Max = P01.1.42 Default = P01.1.41 (disabled)
Min = 1 s Max = 100 s Default = 1 s
Default = yes
Default = Off
–
–
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HVX, HVX+ Installation, Operation and Programming Manual
5.1.2 S01.1 sensors
Parameter Type P01.1.00
Name Measuring Unit Selection
P01.1.01
Actuator – Zero Value
Description See parameter P04.0.09.
See parameter P05.0.01.
P01.1.02
Actuator – Full Scale
See parameter P05.0.02.
P01.1.11 (G)
Pressure – Zero Value
See parameter P05.0.11.
P01.1.12 (G)
Pressure – Full Scale
See parameter P05.0.12.
P01.1.21 (G) (X+)
P01.1.22 (G) (X+)
P01.1.31 (G) (X+)
P01.1.32 (G) (X+)
P01.1.41 (G) (X+)
P01.1.42 (G) (X+)
Flow – Zero Value
See parameter P05.0.21.
Flow – Full Scale
See parameter P05.0.22.
Temperature – Zero Value
See parameter P05.0.31.
Temperature – Full Scale
See parameter P05.0.32.
Level – Zero Value
See parameter P05.0.41.
Level – Full Scale
See parameter P05.0.42.
en – Original Instructions
Value
Default = International System units
Min = 0 rpm Max = 9999 rpm Default = 0 rpm
Min = 0 rpm Max = 9999 rpm Default = 3600 rpm
Min = -5 bar Max = 10 bar Default = 0 bar
Min = 0 bar Max = 100 bar Default = depending on the pump unit model Min = 0
m3/h Max = 9999 m3/h Default = 0 m3/h Min = 0 m3/h Max = 9999 m3/h Default =
100 m3/h
Min = -100 °C Max = 9999 °C Default = 0 °C
Min = -100 °C Max = 9999 °C Default = 100 °C
Min = -999 m Max = 9999 m Default = 0 m
Min = -999 m Max = 9999 m Default = 10 m
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en – Original Instructions
5.1.3 S01.2 setpoint
Parameter Type P01.2.01 (G)
Name Speed Setpoint 1
Description See parameter P04.1.01.
P01.2.02 (G)
Speed Setpoint 2
See parameter P04.1.02.
P01.2.03 (G) (X+)
P01.2.04 (G) (X+)
P01.2.11 (G)
Speed Setpoint 3 Speed Setpoint 4 Pressure Setpoint 1
See parameter P04.1.03. See parameter P04.1.04. See parameter P04.1.11.
P01.2.12 (G)
Pressure Setpoint 2
See parameter P04.1.12.
P01.2.13 (G) (X+)
P01.2.14 (G) (X+)
P01.2.21 (G) (X+)
P01.2.22 (G) (X+)
P01.2.23 (G) (X+)
P01.2.24 (G) (X+)
P01.2.31 (G) (X+)
P01.2.32 (G) (X+)
P01.2.33 (G) (X+)
P01.2.34 (G) (X+)
Pressure Setpoint 3
See parameter P04.1.13.
Pressure Setpoint 4
See parameter P04.1.14.
Flow Setpoint 1
See parameter P04.1.21.
Flow Setpoint 2
See parameter P04.1.22.
Flow Setpoint 3
See parameter P04.1.23.
Flow Setpoint 4
See parameter P04.1.24.
Temperature Setpoint 1
See parameter P04.1.31.
Temperature Setpoint 2
See parameter P04.1.32.
Temperature Setpoint 3
See parameter P04.1.33.
Temperature Setpoint 4
See parameter P04.1.34.
Value
Min = P04.2.31 Max = P04.2.32 Default = 2000 rpm
Min = P04.2.31 Max = P04.2.32 Default = 2000 rpm
Min = P04.2.31 Max = P04.2.32 Default = 2000 rpm
Min = P04.2.31 Max = P04.2.31 Default = 2000 rpm
Min = P01.1.11 Max = P01.1.12 Default = 3,5 bar
Min = P01.1.11 Max = P01.1.12 Default = 3,5 bar
Min = P01.1.11 Max = P01.1.12 Default = 3,5 bar
Min = P01.1.11 Max = P01.1.12 Default = 3,5 bar
Min = P01.1.21 Max = P01.1.22 Default = 0 m3/h
Min = P01.1.21 Max = P01.1.22 Default = 0 m3/h
Min = P01.1.21 Max = P01.1.22 Default = 0 m3/h
Min = P01.1.21 Max = P01.1.22 Default = 0 m3/h
Min = P01.1.31 Max = P01.1.32 Default = 25°C
Min = P01.1.31 Max = P01.1.32 Default = 25°C
Min = P01.1.31 Max = P01.1.32 Default = 25°C
Min = P01.1.31 Max = P01.1.32 Default = 25°C
28
HVX, HVX+ Installation, Operation and Programming Manual
Parameter Type P01.2.41 (G)
(X+)
P01.2.42 (G) (X+)
P01.2.43 (G) (X+)
P01.2.44 (G) (X+)
Name Level Setpoint 1
Level Setpoint 2
Level Setpoint 3
Level Setpoint 4
5.1.4 S01.4 Jog mode
Parameter Type P01.4.01
Name Jog Speed
P01.4.02 (G)
Min. speed
5.1.5 S01.5 safety
Parameter Type P01.5.10
Name Password Entry
P01.5.11 P01.5.12
Logout Set Password
Description See parameter P04.1.41.
See parameter P04.1.42.
See parameter P04.1.43.
See parameter P04.1.44.
en – Original Instructions
Value
Min = P01.1.41 Max = P01.1.42 Default = 0 m
Min = P01.1.41 Max = P01.1.42 Default = 0 m
Min = P01.1.41 Max = P01.1.42 Default = 0 m
Min = P01.1.41 Max = P01.1.42 Default = 0 m
Description
Select the speed for Jog mode. It is used to run the pump unit at a specific
speed, to prime the pump unit and to determine the minimum speed.
See parameter P04.2.31
Value
Min = 0 Max = P04.2.32 Default = 0
Min = 0 Max = P04.2.32 Default = depending on the pump unit model
Description See parameter P09.4.01
See parameter P09.4.02 See parameter P09.4.03
Value Min = 0 Max = 999
Min = 0 Max = 999 Default = 66
HVX, HVX+ Installation, Operation and Programming Manual
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en – Original Instructions
5.2 M02, Error Log
Shows the errors stored in the log, in chronological order: Error 1 is the
last recorded. Each log entry includes a counter indicating how many times the
same error code has been logged. If a new error generated has the same code as
the last error recorded, the counter is increased by 1; if, however, the error
code is different, a new record is created.
5.2.1 S02.0 errors
Parameter Type
Name
Description
Value
P02.0.01 (R)
Error 1 (Most Recent)
–
(G)
P02.0.02 (R)
Error 2
–
(G)
P02.0.03 (R)
Error 3
–
(G)
P02.0.04 (R)
Error 4
–
(G)
P02.0.05 (R)
Error 5
–
(G)
P02.0.06 (R)
Error 6
–
(G)
P02.0.07 (R)
Error 7
–
(G)
P02.0.08 (R)
Error 8
–
(G)
P02.0.09 (R)
Error 9
–
(G)
P02.0.10 (R)
Error 10
–
(G)
30
HVX, HVX+ Installation, Operation and Programming Manual
en – Original Instructions
5.3 M03, pump unit information
It groups the parameters useful for application, pump unit and drive
diagnostics.
5.3.1 S03.0 measured values
Parameter Type P03.0.01 (R) P03.0.02 (R) P03.0.03 (R) P03.0.04 (R) P03.0.10 (R)
Name Current pressure Actual Flow Current liquid temperature Actual Level Effective Required Value
P03.0.20 (R) (G)
P03.0.30 (R) (G)
Required Value Pump status
Description
Value
Current measured pressure value.
–
Current measured flow value.
–
Current measured liquid temperature value
–
Current value of the liquid level.
–
Current requested effective value. It’s the result of proportional or quadratic pressure control, head losses compensation and offset function.
Current requested value It’s the current setpoint, before the calculation of proportional or quadratic pressure control, head losses compensation or offset function.
Displays the current status of the unit.
–
0-Off (Off): the unit is set to stand still (OFF).
1-Run (run): the unit is running (the motor is rotating).
2-Alarm, unit stopped (ALS): the unit is not running because the
START/STOP contact is open and an alarm is active.
3-Alarm, unit running (ALr): the unit is running (the motor is
rotating) and an alarm is active.
4-Alarm, unit in on (ALn): the unit is not running but is ready to
start (ON) and an alarm is active.
5-Alarm, unit in off (ALO): the unit is set to stand still (OFF) and an
alarm is active.
6-Error (Err): the unit is not running because an error is active.
7-Stop (Stp): the unit is not running because the START/STOP
contact is open.
8-On (On): the unit is not running but is ready to start (ON).
5.3.2 S03.1 counters
Parameter Type
P03.1.01 (R) (G) (A)
P03.1.02 (R) (G) (A)
P03.1.05 (R) (G) (A)
Name Unit Powered Time
Operating time
Energy Counter
Description
Value
Displays the total time elapsed from the electrically powered pump unit.
Displays the total time the motor has spent running.
–
Displays the total energy used by the pump unit.
–
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31
en – Original Instructions
5.3.3 S03.2 motor
Parameter Type
P03.2.01 (R) (G)
P03.2.02 (R) (G)
P03.2.05 (R) (G)
P03.2.06 (R) (G)
P03.2.07 (R) (G)
P03.2.08 (R) (G)
P03.2.09 (R) (G)
P03.2.20 (R) (G)
P03.2.21 (R) (G)
P03.2.22 (R) (G)
Name Motor Speed Motor Speed % Motor current Motor load Motor Voltage Grid Voltage DC Bus Voltage Power Module Temperature Inverter Temperature Motor PTC
Description
Value
Displays the actual motor speed in rpm.
–
Displays the actual motor speed in percentage.
–
Displays the actual motor input current.
–
Displays the actual motor electric power input.
–
Displays the actual voltage provided to the motor.
–
Displays the actual voltage provided by the power grid.
–
Displays the actual DC bus voltage.
–
Displays the actual temperature of the power module responsible for the current supplied to the motor.
Displays the actual temperature of the air inside the drive,
–
measured on the electronic board.
Displays the actual motor PTC reading, if present.
–
5.3.4 S03.3 status of inputs/outputs
Parameter Type P03.3.01 (R)
(A)
P03.3.11 (R)
Name Digital I/O Status
Analogue Input 1 Value
Description
Value
Displays the status of the digital inputs and outputs, in the following order:
DI5 DI4 DI3 LOW START REL2 REL1
/STOP 0/1 0/1 0/1 0/1 0/1 0/1 0/1 The status of each digital I/O is
represented by: · 0 if contact is open (relay de-energised) · 1 if the contact
is closed (relay energised).
Displays the raw value of the analogue input 1.
–
P03.3.12 (R)
Analogue Input 2 Value
Displays the raw value of the analogue input 2.
–
P03.3.13 (R)
Analogue Input 3 Value
Displays the raw value of the analogue input 3.
–
(X+)
P03.3.14 (R)
Analogue Input 4 Value
Displays the raw value of the analogue input 4.
–
(X+)
P03.3.20 (R)
Analogue Output Value
Displays the value of the analogue output.
–
P03.3.30 (R)
Flow Sensor Value
Displays the value measured by the pump unit flow sensor, if present. –
P03.3.31 (R)
Temperature Sensor Value Displays the value measured by the pump unit temperature sensor, if present.
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HVX, HVX+ Installation, Operation and Programming Manual
5.3.5 S03.4 Product information
Parameter Type
P03.4.01 (R) (A)
Name Unit Part Number
Description Product code (PN) of the complete pump unit.
P03.4.02 (R) (A)
Unit Production Date
Production date (PD) of the complete pump unit.
P03.4.03 (R) (A)
Unit Serial Number
Serial number (SN) of the complete pump unit.
P03.4.05 (R) (A)
P03.4.06 (R) (A)
P03.4.10 (R) (G) (A)
P03.4.11 (R) (G) (A)
P03.4.12 (R) (G) (A)
P03.4.13 (R) (G) (A)
P03.4.14 (R) (A)
Drive Production Date Drive Serial Number Hmi Firmware Version
Drive production date (PD). Drive serial number (SN). Firmware version of the user interface board.
Hmi-Bt Firmware Version
Version of the wireless communication board firmware.
Power Card Firmware Version Firmware version of the power board.
Control Card Firmware Version Firmware version of the control board.
Map File Version
Version of the map file.
P03.4.15 (R) (A)
Default File Version
Version of the default file.
P03.4.16 (R) (A)
Parameter File Version
Version of the parameter file.
P03.4.17 (R) (X+)
Language File Version
Version of the language file.
P03.4.19 (R)
Firmware Version
Device firmware cumulative version.
en – Original Instructions
Value –
HVX, HVX+ Installation, Operation and Programming Manual
33
en – Original Instructions
5.4 M04, pump unit configuration
It groups the parameters to configure the pump unit for the desired
application.
5.4.1 S04.0 configuration
Parameter Type Name P04.0.01 (G) System Type P04.0.02 (G) Control Mode
P04.0.03 (G) Regulation Mode P04.0.05 (G) Start Value
Description
Value
Select the type of system.
Default = depending
0-Pressurisation (PrS): for open-circuit systems, e.g. systems for supplying water to on the pump unit
the upper floors of a building, filling or emptying a reservoir, irrigation, etc.
model
Select the control mode for the pump unit.
Default = constant
0-Actuator (ACT): the unit works as a constant-speed actuator, varying the motor pressure
speed according to an external speed signal or to one or more programmed speeds.
It can only be used for one unit in single operation.
1-Constant pressure (CP): the unit maintains constant pressure regardless of flow
variation. The pressure feedback is read through a sensor connected to an analogue
input or through fieldbus.
2-Proportional Pressure (PP): the unit increases the pressure setpoint (actual
required value) in a linear manner in proportion to the flow. The flow can be
approximated using the motor speed or measured using a flow sensor connected to
an analogue input or through fieldbus. The pressure feedback is read through a
sensor connected to an analogue input or through fieldbus.
(X+) 3-Proportional Quadratic Pressure: the unit increases the pressure setpoint
(actual required value) in a quadratic manner in proportion to the flow. The flow can
be approximated using the motor speed or measured using a flow sensor connected
to an analogue input or through fieldbus. The pressure feedback is read through a
sensor connected to an analogue input or through fieldbus.
(X+) 4-Constant flow: the unit varies the motor speed to keep a constant flow. The
flow feedback is read through a sensor connected to an analogue input or through
fieldbus.
(X+) 5-Constant temperature: the unit varies the motor speed to keep a constant
temperature. The temperature feedback is read through a sensor connected to an
analogue input or through fieldbus.
(X+) 6-Constant Level: the unit varies the motor speed to maintain a constant level,
for example of a tank or well. The level feedback is read through a sensor connected
to an analogue input or through fieldbus.
Select the adjustment mode. 0-Normal (Nor): the motor speed increases when the measured value is below the setpoint. 1-Inverse (Inu): the motor speed increases when the measured value is above the setpoint.
Default =Normal
Select the start value after the stop of the system due to the setpoint having been Min = 0%
reached, as a percentage of the setpoint.
Max = 100%
In a pressure boosting system, if the setpoint is reached and there is no more liquid Default = 100%
demand, it stops. The pump unit restarts when the pressure drops below the Start
Value. For example, if the setpoint is set to 10 bar, the start value set to 90% will start
the pump unit at 9 bar.
Caution: if the value is set too low, for example below the suction pressure, the pump
unit will not start. If set to 100%, the function is disabled.
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HVX, HVX+ Installation, Operation and Programming Manual
en – Original Instructions
Parameter Type Name
Description
Value
P04.0.06 (G) Auto Start
Select the status of the pump unit when restarting after an electric power supply Default = yes failure. 0-Yes: when the electric power supply returns, the system returns to the status it was in before the disconnection. 1-No: when the electric power supply returns, the system is set to OFF.
P04.0.07 (G) Configuration of minimum Select the behaviour of the pump unit when the setpoint and minimum speed are Default = Zero speed
speed
reached.
In actuator control mode, this parameter selects the behaviour of the pump unit
when the speed setpoint is lower than the minimum speed.
0-Minimum speed (Nin): the pump unit continues at minimum speed.
1-Null velocity (0): the pump unit reaches speed 0 and stops.
P04.0.09
Measuring Unit Selection Select the measuring unit set used by the unit.
Default = International System units
P04.0.11
(G) Pressure Measuring Unit Select the measuring unit for the pressure. (X+)
Default = bar
P04.0.12
(G) Flow Measuring Unit (X+)
Select the measuring unit for the flow.
Default = m3/h
P04.0.13
(G) Temperature Measuring Select the measuring unit for the temperature. (X+) Unit
Default = °C
P04.0.14
(G) Level Measuring Unit (X+)
Select the measuring unit for the level.
Default = m
P04.0.21
Setpoint 1 Selection
Select the reference origin for setpoint 1. 0-Analogue(AnA): the setpoint reference is provided through one of the analogue inputs. 1-Parameter (PAr): the setpoint reference is provided through one of the dedicated parameters.
Default = Parameter
P04.0.22
Setpoint 2 Selection
Select the reference origin for setpoint 2. 0-Off (): the setpoint is not used. 1-Analogue (AnA): the setpoint reference is provided through one of the analogue inputs. 2-Parameter (PAr): the setpoint reference is provided through one of the dedicated parameters.
Default = Parameter
P04.0.23 (X+) Setpoint 3 Selection
Select the reference origin for setpoint 3.
Default = Parameter
0-Off: The setpoint is not used.
1-Analogue: the setpoint reference is provided through one of the analogue inputs.
2-Parameter: the setpoint reference is provided through one of the dedicated
parameters.
P04.0.24 (X+) Setpoint 4 Selection
Select the reference origin for setpoint 4.
Default = Parameter
0-Off: the setpoint is not used.
1-Analogue: the setpoint reference is provided through one of the analogue inputs.
2-Parameter: the setpoint reference is provided through one of the dedicated
parameters.
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35
en – Original Instructions
5.4.2 S04.1 setpoint
Parameter Type P04.1.01 (G)
Name Speed – Set. 1
P04.1.02 (G)
Speed – Set. 2
P04.1.03 (G) (X+)
P04.1.04 (G) (X+)
P04.1.11 (G)
Speed – Set. 3 Speed – Set. 4 Pressure – Set. 1
P04.1.12 (G)
Pressure – Set. 2
P04.1.13 (G) (X+)
P04.1.14 (G) (X+)
P04.1.21 (G) (X+)
P04.1.22 (G) (X+)
P04.1.23 (G) (X+)
P04.1.24 (G) (X+)
P04.1.31 (G) (X+)
P04.1.32 (G) (X+)
P04.1.33 (G) (X+)
P04.1.34 (G) (X+)
Pressure – Set. 3 Pressure – Set. 4 Flow – Set. 1 Flow – Set. 2 Flow – Set. 3 Flow – Set. 4 Temperature – Set. 1 Temperature – Set. 2 Temperature – Set. 3 Temperature – Set. 4
Description Select the value for Setpoint 1 in Actuator control mode.
Select the value for Setpoint 2 in Actuator control mode.
Select the value for Setpoint 3 in Actuator control mode.
Select the value for Setpoint 4 in Actuator control mode.
Select the value for Setpoint 1 in one of the Pressure control modes. Select
the value for Setpoint 2 in one of the Pressure control modes. Select the
value for Setpoint 3 in one of the Pressure control modes. Select the value
for Setpoint 4 in one of the Pressure control modes. Select the value for
Setpoint 1 in Constant Flow control mode.
Select the value for Setpoint 2 in Constant Flow control mode.
Select the value for Setpoint 3 in Constant Flow control mode.
Select the value for Setpoint 4 in Constant Flow control mode.
Select the value for Setpoint 1 in Constant Temperature control mode. Select
the value for Setpoint 2 in Constant Temperature control mode. Select the
value for Setpoint 3 in Constant Temperature control mode. Select the value
for Setpoint 4 in Constant Temperature control mode.
Value
Min = P04.2.31 Max = P04.2.32 Default = 2000 rpm
Min = P04.2.31 Max = P04.2.32 Default = 2000 rpm
Min = P04.2.31 Max = P04.2.32 Default = 2000 rpm
Min = P04.2.31 Max = P04.2.31 Default = 2000 rpm
Min = P01.1.11 Max = P01.1.12 Default = 3,5 bar
Min = P01.1.11 Max = P01.1.12 Default = 3,5 bar
Min = P01.1.11 Max = P01.1.12 Default = 3,5 bar
Min = P01.1.11 Max = P01.1.12 Default = 3,5 bar
Min = P01.1.21 Max = P01.1.22 Default = 0 m3/h
Min = P01.1.21 Max = P01.1.22 Default = 0 m3/h
Min = P01.1.21 Max = P01.1.22 Default = 0 m3/h
Min = P01.1.21 Max = P01.1.22 Default = 0 m3/h
Min = P01.1.31 Max = P01.1.32 Default = 25°C
Min = P01.1.31 Max = P01.1.32 Default = 25°C
Min = P01.1.31 Max = P01.1.32 Default = 25°C
Min = P01.1.31 Max = P01.1.32 Default = 25°C
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HVX, HVX+ Installation, Operation and Programming Manual
Parameter Type P04.1.41 (G)
(X+)
P04.1.42 (G) (X+)
P04.1.43 (G) (X+)
P04.1.44 (G) (X+)
P04.1.60 (G)
Name Level – Set. 1 Level – Set. 2 Level – Set. 3 Level – Set. 4 Limit setpoint saving
en – Original Instructions
Description
Value
Select the value for Setpoint 1 in Constant Level control mode.
Min = P01.1.41 Max = P01.1.42 Default = 0 m
Select the value for Setpoint 2 in Constant Level control mode.
Min = P01.1.41 Max = P01.1.42 Default = 0 m
Select the value for Setpoint 3 in Constant Level control mode.
Min = P01.1.41 Max = P01.1.42 Default = 0 m
Select the value for Setpoint 4 in Constant Level control mode.
Min = P01.1.41 Max = P01.1.42 Default = 0 m
Select Yes to limit how often the Setpoint is saved in
Default = No
memory, in order to prolong its life. Useful in applications
where a BMS control device continuously varies the value.
0-No: the unit limits the saving of the setpoint in the
memory.
1-Yes: the setpoint is saved in the memory each time it is
changed.
HVX, HVX+ Installation, Operation and Programming Manual
37
en – Original Instructions
5.4.3 S04.2 adjustment
Parameter Type P04.2.01 (G)
Name Window
P04.2.02 (G)
Hysteresis
P04.2.06 (G) P04.2.07 (G)
Lift Speed Linear Lift Amount
P04.2.08 (G) (X+)
Quadratic Lift Amount
P04.2.11 (G)
Ramp 1
P04.2.12 (G)
Ramp 2
P04.2.13 (G) P04.2.14 (G)
Ramp 3 Ramp 4
Description
Value
Select the adjustment window. This parameter defines a band around the setpoint as a percentage of the setpoint itself. When the measured value is outside the window, the system uses ramps 1 and 2. When inside, it uses ramps 3 and 4.
Min = 0% Max = 100% Default = 10%
Select the adjustment hysteresis band.
Min = 0%
This parameter defines a band, around the setpoint, as a
Max = 100%
percentage of the adjustment window. The limits of the hysteresis Default = 80%
band define where the system changes between acceleration and
deceleration ramps.
Select the speed value at which the setpoint value starts to increase, if a lift amount is set.
Min = o rpm Max = P04.2.32 Default = P04.2.31
Select the linear setpoint increment value at maximum speed, as Min = 0% a percentage of the setpoint itself, to compensate for friction Max = 200% losses. The increment is linear, starting from 0% when the motor Default = 0% is at Increment Speed, up to the Linear Increment Value when the motor is at maximum speed.
Select the quadratic setpoint increment value at maximum speed Min = 0% as a percentage of the setpoint itself to compensate for friction Max = 9999% losses. The increment is quadratic, starting from 0% when the Default = 50% motor is at Increment Speed, up to Linear Increment Value when the motor is at maximum speed
Select the fast acceleration ramp time. This ramp is used when the motor speed is above the Minimum speed and the measured value is outside the range defined by the adjustment window.
Min = 1 s Max = 999 s Default = 5 s (P 5.5 kW) 10 s (5.5 P 11 kW) 15 s (P > 11 kW)
Select the fast deceleration ramp time. This ramp is used when the motor speed is above the Minimum speed and the measured value is outside the range defined by the adjustment window.
Min = 1 s Max = 999 s Default = 5 s (P 5.5 kW) 10 s (5.5 P 11 kW) 15 s (P > 11 kW)
Select the slow acceleration ramp time. This ramp is used when the measured value is within the adjustment window.
Min = 1 s Max = 999 s Default = 85 s
Select the slow deceleration ramp time. This ramp is used when the measured value is within the adjustment window.
Min = 1 s Max = 999 s Default = 85 s
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HVX, HVX+ Installation, Operation and Programming Manual
Parameter Type P04.2.15 (G) P04.2.16 (G) P04.2.31 (G) P04.2.32 (G) P04.2.35 (G)
en – Original Instructions
Name Acceleration ramp minimum speed
Deceleration ramp minimum speed
Min. speed
Max RPM set
Min Speed Time
Description Select the acceleration ramp time below minimum speed. This ramp
is used when the motor speed is below the Minimum Speed.
Select the deceleration ramp time below the minimum speed. This ramp is used
when the motor speed is below the Minimum Speed.
Select the minimum speed.
Select the maximum speed.
Select the time the motor spends at minimum speed before coming to a complete
stop. This parameter is only active if the parameter Minimum Speed
Configuration is set to Zero Speed.
Value
Min = 1 s Max = 25 s Default = 2 s (P 5.5 kW) 4 s (P > 5.5 kW)
Min = 1 s Max = 25 s Default = 2 s (P 5.5 kW) 4 s (P > 5.5 kW)
Min = 0 Max = depending on the pump unit model Default = depending on the pump
unit model
Min = min Speed Max = depending on the pump unit model Default = depending on
the pump unit model
Min = 0 s Max = 100 s Default = 0 s
HVX, HVX+ Installation, Operation and Programming Manual
39
en – Original Instructions
5.4.4 S04.3 thresholds
Parameter Type P04.3.00 (G)
P04.3.01 (G)
P04.3.02 (G) (X+)
P04.3.03 (G) (X+)
P04.3.04 (G) (X+)
P04.3.10 (G)
P04.3.11 (G)
Name
Description
Value
Automatic Error Reset
Select the type of error reset.
Default = yes
0-Yes: the unit will automatically reset the error, if possible, up to
a maximum of 5 times in 1 hour.
1-No: in the event of an error, the unit will remain stationary,
waiting for a user-controlled error reset.
Pressure – Minimum Threshold Select the minimum threshold limit for pressure control: if the Min = P01.1.11
value is not reached within the Minimum threshold delay, then Max = P01.1.12
the unit stops giving the error “E22 Minimum threshold”.
Default = P01.1.11 (disabled)
Flow – Minimum Threshold
Select the minimum threshold limit for flow control: if the value is Min = P01.1.21
not reached within the Minimum threshold delay, then the unit Max = P01.1.22
stops giving the error “E22 Minimum threshold”.
Default = P01.1.21 (disabled)
Temperature – Minimum Threshold
Select the minimum threshold limit for temperature control: if the Min = P01.1.31
value is not reached within the Minimum threshold delay, then Max = P01.1.32
the unit stops giving the error “E22 Minimum threshold”.
Default = P01.1.31 (disabled)
Level – Minimum Threshold
Select the minimum threshold limit for level control: if the value Min = P01.1.41
is not reached within the Minimum threshold delay, then the unit Max = P01.1.42
stops giving the error “E22 Minimum threshold”.
Default = P01.1.41 (disabled)
Minimum Threshold Delay
Select the minimum threshold protection time delay. This delay is the time given to the pump unit to reach the minimum threshold value: if not reached, the unit stops giving the “E22 Minimum threshold” error.
Min = 1 s Max = 100 s Default = 1 s
Lack Of Water Delay
Select the water shortage protection time delay (LOW). This delay is the time that passes between the opening of the LOW contact and the actual activation of error “E21 Lack of water (LOW)”.
Min = 1 s Max = 100 s Default = 1 s
5.4.5 S04.4 self-test
Parameter Type P04.4.01 (G)
Name Test Run Speed
P04.4.02 (G)
Test Run Timeout
P04.4.03 (G) P04.4.05
Test Run Time Test Run Command
Description Select the motor speed for the test run.
Select the time that must elapse for the self-test to start. The pump unit
must have been stationary for the time set in this parameter for the self-test
to start. To enable the self-test, the START/STOP terminals must be closed.
Select the duration time of the test run.
Select ON to manually start the test run.
Value Min = 0 rpm Max = P04.2.32 Default = P04.2.31 Min = 0 h Max = 255 h
Default = 100 h
Min = 0 s Max = 180 s Default = 5 s
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HVX, HVX+ Installation, Operation and Programming Manual
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5.4.6 S04.6 pipe filling
Check the filling of the hydraulic system when not pressurised, to avoid water
hammer. When enabled, this function starts if the measured pressure is below
the Pipe Filling Threshold and one of the following cases occurs: · The unit
is switched on · The start/stop contact switches from open to closed · The
unit is set to ON · An error is reset. When the function is active, the unit
runs at the minimum speed for the pipe filling stabilisation time and the
pressure is monitored: · If during the stabilisation time the pressure is
constant, the speed is increased by the pipe
filling speed increase value and the pressure is monitored again for another
stabilisation time, etc.
· If the pressure is not constant, the speed is not increased · If the pipe
filling threshold is reached during the pipe filling time, the unit switches
to the
set standard control. The pipe-filling function parameter allows to disable
the function or select the status of the unit if the pipe-filling threshold is
not reached within the pipe-filling time.
Parameter Type P04.6.01 (G)
P04.6.03 (G) P04.6.05 (G) P04.6.06 (G) P04.6.10 (G)
P04.6.15 (G)
Name Pipe Filling Function
Pipe Filling Threshold Pipe Filling Time No. of pipe filling pumps Pipe
filling stabilisation time
Pipe filling speed increase
Description
Value
Disable the function or select the unit status if the pipe-filling Default = Disabled threshold is not reached within the pipe-filling time. 0-Disabled (DIS): the function is disabled. 1-Alarm (ALA): the failure of the function generates alarm “A29 Pipe Filling” and the unit continues the procedure. As long as the function is active, the minimum pressure threshold is disabled.
Select the pressure the system has to reach to exit the pipe filling Min = 0 bar
function.
Max = P04.1.11
Default = P04.1.11 – 1.5 bar
Select the maximum time given to the pipe filling function to reach the Pipe filling threshold.
Min = 0 s Max = 999 s Default = 180 s
Select the number of pump units that will run simultaneously during the Pipe filling function.
Min = 1 Max = P06.0.02 Default = 1
Select the time given to the unit to check whether the measured Min = 1 s pressure is constant. The pressure is considered constant if its Max = P04.6.05 value is within the window calculated on the setpoint, centred on Default = 5 s the pressure measured at the beginning of the current stabilisation time.
Select the amount of speed, in percentage of the maximum Min = 5%
speed, that the unit will add to the current speed if the measured Max = 100%
pressure is stable for the pipe filling steady time.
Default = 10%
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en – Original Instructions
5.5 M05, I/O settings
It groups the parameters for configuring digital and analogue inputs and
outputs.
5.5.1 S05.0 measuring intervals
Parameter Type P05.0.00
Name Actual Value Source
P05.0.01 P05.0.02 P05.0.11 (G) P05.0.12 (G)
Actuator – Zero Value Actuator – Full Scale Pressure – Zero Value Pressure – Full Scale
P05.0.21 (G) (X+)
P05.0.22 (G) (X+)
P05.0.31 (G) (X+)
P05.0.32 (G) (X+)
Flow – Zero Value Flow – Full Scale Temperature – Zero Value Temperature – Full Scale
Description
Value
Select the input type for the controlled value.
Default = Auto AI
0-AI Auto (AUT): the current value is automatically taken from the
analogue input set to the same size as the control mode.
1-AI Differential (dIf): the actual value is the absolute value
resulting from the difference of 2 analogue inputs set to the same
size as the control mode.
2-AI Auto – Minor (LOU): the current value is taken from the lowest
of the analogue inputs set to the same size as the control mode.
3-AI Auto – Major (KIG): the current value is taken from the
highest of the analogue inputs set to the same size as the control
mode.
4-Selection DI ( ): dI . N the analogue value is selected through the
digital input status set to “sensor selection 1/2”.
Select the zero value of the regulation feedback sensor when the Min = 0 rpm
system is set to Actuator control mode.
Max = 9999 rpm
Default = 0 rpm
Select the full range of the regulation feedback sensor when the Min = 0 rpm
system is set to Actuator control mode.
Max = 9999 rpm
Default = 3600 rpm
Select the zero value of the regulation feedback sensor when the Min = -5 bar
system is set to one of the Pressure control modes.
Max = 10 bar
Default = 0 bar
Select the full range of the regulation feedback sensor when the system is set to one of the Pressure control modes.
Min = 0 bar Max = 100 bar Default = depending on the pump unit model
Select the zero value of the regulation feedback sensor when the Min = 0 m3/h
system is set to Constant Flow control mode.
Max = 9999 m3/h
Default = 0 m3/h
Select the full range of the regulation feedback sensor when the Min = 0 m3/h
system is set to Constant Flow control mode.
Max = 9999 m3/h
Default = 100 m3/h
Select the zero value of the regulation feedback sensor when the Min = -100°C
system is set to Constant Temperature control mode.
Max = 9999°C
Default = 0°C
Select the full range of the regulation feedback sensor when the Min = -100°C
system is set to Constant Temperature control mode.
Max = 9999°C
Default = 100°C
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HVX, HVX+ Installation, Operation and Programming Manual
Parameter Type P05.0.41 (G)
(X+)
P05.0.42 (G) (X+)
Name Level – Zero Value
Level – Full Scale
5.5.2 S05.1 analogue inputs
Parameter Type P05.1.01
Name Analogue Input 1 Function
P05.1.02 P05.1.11
Analog Input 1 Type Analogue Input 2 Function
P05.1.12
Analog Input 2 Type
en – Original Instructions
Description
Value
Select the zero value of the regulation feedback sensor when the Min = -999 m
system is set to Constant Level control mode.
Max = 9999 m
Default = 0 m
Select the full range of the regulation feedback sensor when the Min = -999 m
system is set to Constant Level control mode.
Max = 9999 m
Default = 10 m
Description
Value
Select the function of analogue input 1.
Default = Pressure
0-Off (Off): the analogue input is disabled
1-Pressure (PrE): a pressure sensor is connected to the analogue
input.
(X+) 2-Flow: a flow sensor is connected to the analogue input.
(X+) 3-Temperature: a temperature sensor is connected to the
analogue input.
(X+) 4-Level: a level sensor is connected to the analogue input.
5-Setpoint (SET): a setpoint reference is connected to the
analogue input.
Select the type of analogue input connected to analogue input 1. Default = 4 to 20 mA 0-0 to 20 mA ( ). 0.20 1-4 to 20 mA ( ). 4.20 2-0 to 10 V ( ). 0.10 3-2 to 10 V ( ). 2.10
Select the function of analogue input 2.
Default = Off
0-Off (Off): the analogue input is disabled.
1-Pressure (PrE): a pressure sensor is connected to the analogue
input.
(X+) 2-Flow: a flow sensor is connected to the analogue input.
(X+) 3-Temperature: a temperature sensor is connected to the
analogue input.
(X+) 4-Level: a level sensor is connected to the analogue input.
5-Setpoint (SET): a setpoint reference is connected to the
analogue input.
Select the type of analogue input connected to analogue input 2. Default = 4 to 20 mA 0-0 to 20 mA ( ). 0.20 1-4 to 20 mA ( ). 4.20 2-0 to 10 V ( ). 0.10 3-2 to 10 V ( ). 2.10
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en – Original Instructions
Parameter Type P05.1.21 (X+)
Name Analogue Input 3 Function
P05.1.22 (X+)
Analog Input 3 Type
P05.1.31 (X+)
Analogue Input 4 Function
P05.1.32 (X+)
Analog Input 4 Type
P05.1.40 (X+)
Sensor Curve
P05.1.50
Analogue Actuator Type
Description
Value
Select the function of analogue input 3.
Default = Off
0-Off: the analogue input is disabled.
1-Pressure: a pressure sensor is connected to the analogue input.
2-Flow: a flow sensor is connected to the analogue input.
3-Temperature: a temperature sensor is connected to the
analogue input.
4-Level: a level sensor is connected to the analogue input.
5-Setpoint: a setpoint reference is connected to the analogue
input.
Select the type of analogue input connected to analogue input 3. Default = 4 to 20 mA 0-0 to 20 mA. 1-4 to 20 mA. 2-0 to 10 V. 3-2 to 10 V.
Select the function of analogue input 4.
Default = Off
0-Off: the analogue input is disabled
1-Pressure: a pressure sensor is connected to the analogue input
2-Flow: a flow sensor is connected to the analogue input
3-Temperature: a temperature sensor is connected to the
analogue input
4-Level: a level sensor is connected to the analogue input
5-Setpoint: a setpoint reference is connected to the analogue
input
Select the type of analogue input connected to analogue input 4. Default = 4 to 20 mA 0-0 to 20 mA 1-4 to 20 mA 2-0 to 10 V 3-2 to 10 V
Select the mathematical function (curve) that determines the Default = Linear current value based on the sensor signal, when set as flow sensor. 0-Linear: suitable for flow sensors with signal linearly proportional to the measured flow. With this selection, all analogue inputs set by flow will be considered linear. 1-Quadratic: suitable for flow measurement through calibrated bore and differential pressure sensor or 2 pressure sensors, where the sensor signal is quadratically proportional to the flow. With this selection, all analogue inputs set by flow will be considered quadratic.
Select profile type for actuator mode, when referenced through analogue input. 0-Hydrovar HVL (KUL): the profile is the same as that used in the Hydrovar HVL; see the dedicated diagram. 1-Manual (NAn): the profile can be adjusted through the configuration parameters.
Default = Hydrovar HVL
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HVX, HVX+ Installation, Operation and Programming Manual
en – Original Instructions
5.5.3 S05.2 digital inputs
Parameter P05.2.03
Type Name
Digital Input 3 Function
P05.2.04
(X+) Digital Input 4 Function
P05.2.05
(X+) Digital Input 5 Function
Description
Value
Select digital input function 3.
Default = Run Only
0-Disabled (DI5): function not used.
1-Setpoint selection ( ): SE.S the digital input is used to select the current Setpoint.
2-Sensor selection 1/2 ( ): S12 . the digital input is used to switch between Analogue
Input 1 and Analogue Input 2.
3-Minimum speed (NIn): closing the DI forces the motor to run at minimum speed.
4-Maximum speed (NAK): closing the DI forces the motor to run at maximum speed.
5-Solo Run ( ): Sr . n closing the DI forces the motor to run at maximum speed,
bypassing most errors. Caution: the motor will run even if the pump unit is set to Off
or if the Start/Stop or LOW contacts are open.
6-Error Reset (rES): closing the DI resets the error condition.
7-External error (EEC): opening the DI activates error “E16 External DI error”.
8-External Alarm (EAC): opening the DI activates alarm “A16 External DI alarm”.
Select digital input function 4.
Default = Disabled
0-Disabled: function not used.
1-Setpoint selection: the digital input is used to select the current setpoint.
2-Sensor selection 1/2: the digital input is used to switch between Analogue Input 1
and Analogue Input 2.
3-Minimum speed: closing the DI forces the motor to run at minimum speed.
4-Maximum speed: closing the DI forces the motor to run at maximum speed.
5-Run only: closing the DI forces the motor to run at maximum speed bypassing most
errors. Caution: the motor will run even if the pump unit is set to Off or if the
Start/Stop or LOW contacts are open.
6-Error Reset: closing the DI resets the error condition.
7-External error: opening the DI activates error “E16 External DI error”
8-External alarm: opening the DI activates alarm “A16 External DI alarm”.
Select digital input function 5.
Default = Disabled
0-Disabled: function not used.
1-Setpoint selection: the digital input is used to select the current setpoint.
2-Sensor selection 1/2: the digital input is used to switch between Analogue Input 1
and Analogue Input 2.
3-Minimum speed: closing the DI forces the motor to run at minimum speed.
4-Maximum speed: closing the DI forces the motor to run at maximum speed.
5-Run only: closing the DI forces the motor to run at maximum speed bypassing most
errors. CAUTION: the motor will run even if the pump unit is set to Off or if the
Start/Stop or LOW contacts are open.
6-Error Reset: closing the DI resets the error condition.
7-External error: opening the DI activates error “E16 External DI error”.
8-External alarm: opening the DI activates alarm “A16 External DI alarm”.
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en – Original Instructions
5.5.4 S05.3 analogue output
Parameter Type P05.3.01
Name Analogue Output Function
P05.3.02
Analogue Output Type
Description
Value
Select the analogue output function.
Default = Motor speed
0-Current value (UAL): the analogue output replicates the current
measured value.
1-Actual value required (Eff): the analogue output replicates the
actual requested value.
2-Motor speed (Spd): the analogue output replicates the current
motor speed.
3-Motor power (Pur): the analogue output replicates the current
motor power input.
4-Motor current (Cur): the analogue output replicates the actual
motor input current.
5-Value AN1 (An1): the analogue output replicates the value read
at analogue input 1.
6-Value AN2 (An2): the analogue output replicates the value read
at analogue input 2.
(X+) 7-Value AN3: the analogue output replicates the value read
at analogue input 3.
(X+) 8-Value AN4: the analogue output replicates the value read
at analogue input 4.
(X+) 9-Temperature: the analogue output replicates the current
measured liquid temperature.
(X+) 10-Estimated flow: the analogue output replicates the
current estimated flow value.
(X+) 11-Flow: the analogue output replicates the current
measured flow.
Select the signal type for the analogue output. 0-0 to 20 mA ( ). 0.20 1-4 to 20 mA ( ). 4.20 2-0 to 10 V ( ). 0.10 3-2 to 10 V ( ). 2.10
Default = 4 to 20 mA
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HVX, HVX+ Installation, Operation and Programming Manual
5.5.5 S05.4 digital outputs
Parameter Type P05.4.01
Name Relay 1 Function
P05.4.02
Relay 2 Function
en – Original Instructions
Description
Value
Select the Relay 1 function.
Default = Error
0-Off (Off): the relay is disabled.
1-Power supply (PUr): the relay is active when the unit is powered
from the mains.
2-Run (rUN): the relay is active when the motor is running.
3-Motor heating (NHE): the relay is active when the motor heating
function is active.
4-Error (Err): the relay is active when no error is active.
5-Alarm or error (ALA): the relay is active when no alarm or error is
active.
6-On (On): the relay is active when the unit is in the On status
(stopped but ready to run).
7-Reset error (rES): the relay is active when the Automatic error
reset parameter is set to “Yes” and the maximum number of
automatic resets has been reached.
Select the Relay 2 function.
Default = Run
0-Off (Off): the relay is disabled.
1-Power supply (PUr): the relay is active when the unit is powered
from the mains.
2-Run (rUN): the relay is active when the motor is running.
3-Motor heating (NHE): the relay is active when the motor heating
function is active.
4-Error (Err): the relay is active when no error is active.
5-Alarm or error (ALA): the relay is active when no alarm or error is
active.
6-On (On): the relay is active when the unit is in the On status
(stopped but ready to run).
7-Reset error (rES): the relay is active when the Automatic error
reset parameter is set to “Yes” and the maximum number of
automatic resets has been reached.
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en – Original Instructions
5.5.6 S05.8 calibrations
Parameter Type P05.8.01 P05.8.02 P05.8.11 P05.8.12 P05.8.21 (X+) P05.8.22 (X+) P05.8.31 (X+) P05.8.32 (X+)
Name Offset AI 1 Gain AI 1 Offset AI 2 Gain AI 2 Offset AI 3 Gain AI 3 Offset AI 4 Gain AI 4
Description
Value
Select the offset value at zero value of analogue input 1.
–
Select the gain of analogue input 1.
–
Select the offset value at zero value of analogue input 2.
–
Select the gain of analogue input 2.
–
Select the offset value at zero value of analogue input 3.
–
Select the gain of analogue input 3.
–
Select the offset value at zero value of analogue input 4.
–
Select the gain of analogue input 4.
–
5.6 M06, multi-pump
It groups the parameters to configure a multi-pump system.
5.6.1 S06.0 measuring intervals
Parameter Type P06.0.01 (G)
Name System Configuration
P06.0.02 (G)
Max Units
P06.0.03
P06.0.04 (A) P06.0.05
Multipump Address
Multipump Map Multipump Priority
Description
Value
Select the system configuration.
Default = single pump unit
0-Single Pump unit (SnG): the unit is set to run alone, without
interaction with other units.
1- Serial Cascade (NSE): in this configuration, several units
operate together, connected through the RS485 interface. Only
the last unit started varies its speed, while the units already
running run at full speed.
2-Synchronous Cascade (NSY): in this configuration, several units
operate together, connected through the RS485 interface. All
running units operate at the same variable speed.
Select the maximum number of units that operate simultaneously Min = 0
in a multi-pump system.
Max = 8 (X+), 4 (X)
Default = 6 (X+),
3 (X)
Select the address of the pump unit in a multi-pump system. Each unit has a unique address, with a value from 1 to 8.
Min = 1 Max = 8 (X+), 4 (X) Default = 1
Displays the map of the connected units in the multi-pump
–
system.
Displays the unit priority in the multi-pump system.
–
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HVX, HVX+ Installation, Operation and Programming Manual
5.6.2 S06.1 adjustment
Parameter Type P06.1.11 (G)
Name Pressure – Inc. value
P06.1.12 (G)
Pressure – Dec. value
P06.1.21 (G) (X+)
P06.1.22 (G) (X+)
P06.1.31 (G) (X+)
P06.1.32 (G) (X+)
P06.1.41 (G) (X+)
P06.1.42 (G) (X+)
P06.1.61 (G)
Flow – Inc. value Flow – Dec. value Temperature – Inc. value Temperature – Dec. value Level – Inc. value Level – Dec. value Multipump Enable Speed
P06.1.71 (G)
Synchronous Limit
en – Original Instructions
Description
Value
Select the increment value in the multi-pump system. This value, in conjunction with the actual decrease value, will be used to calculate the effective required value in a multi-pump system.
Min = 0 bar Max = P05.0.12 Default = 0,35 bar
Select the decrease value in the multi-pump system. This value, in conjunction with the actual increase value, will be used to calculate the effective required value in a multi-pump system.
Min = 0 bar Max = P05.0.12 Default = 0,15 bar
Select the increment value in the multi-pump system. This value, in conjunction with the actual decrease value, will be used to calculate the effective required value in a multi-pump system.
Min = 0 m3/h Max = P05.0.22 Default = 1,5 m3/h
Select the decrease value in the multi-pump system. This value, in conjunction with the actual increase value, will be used to calculate the effective required value in a multi-pump system.
Min = 0 m3/h Max = P05.0.22 Default = 1,5 m3/h
Select the increment value in the multi-pump system. This value, in conjunction with the actual decrease value, will be used to calculate the effective required value in a multi-pump system.
Min = 0 °C Max = P05.0.32 Default = 1,5 °C
Select the decrease value in the multi-pump system. This value, in conjunction with the actual increase value, will be used to calculate the effective required value in a multi-pump system.
Min = 0 °C Max = P05.0.32 Default = 1,5 °C
Select the increment value in the multi-pump system. This value, in conjunction with the actual decrease value, will be used to calculate the effective required value in a multi-pump system.
Min = 0 m Max = P05.0.42 Default = 0,15 m
Select the decrease value in the multi-pump system. This value, in conjunction with the actual increase value, will be used to calculate the effective required value in a multi-pump system.
Min = 0 m Max = P05.0.42 Default = 0,15 m
Select the enabling speed for subsequent pump units.
Min = P04.2.31
The next pump unit starts when the following conditions are true: Max = P04.2.32
– the motor speed is equal to or higher than the multi-pump Default = depending on the
enable speed – the current value falls below Setpoint – Decrement pump unit model
value
Select the speed limit for synchronous cascade mode. The pump unit with priority P2 switches off when its speed falls below this value.
Min = P04.2.31 Max = P04.2.32 Default = depending on the pump unit model
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en – Original Instructions
Parameter Type P06.1.72 (G)
P06.1.81 (G)
Name Synchronous Window
Automatic Switchover Interval
Description
Value
Select the speed window for synchronous cascade mode. The pump unit with priority P3 will shut off when its speed goes below synchronous limit + synchronous window, the pump unit with priority P4 will shut off when its speed goes below synchronous limit + 2 x synchronous window, and so on.
Min = 0 rpm Max = P04.2.32 Default = 150 rpm
Select the time interval for automatic switching: enables an Min = 0 h
automatic priority switching between the master pump unit and Max = 250 h
the other pump units.
Default = 24 h
At the end of this time interval, the next pump unit becomes the
master and the timer starts again; this allows the working hours to
be distributed evenly among the pump units. The automatic
switching interval is only active if the master pump unit never
comes to a stop.
5.7 M07, inverter
5.7.1 S07.0 switching frequency settings
Parameter Type P07.0.01
P07.0.02
Name Maximum Switching Freq.
Min Switching Frequency
Description
Value
Select the maximum switching frequency of the inverter modulation. Range: 2 to 16 KHz
Min = 2 kHz Max = 16 kHz Default = 16 kHz (P 5.5 kW) 10 kHz (5.5 P 11 kW) 8 kHz (P > 11 kW)
Select the minimum switching frequency. In case of overheating, Min = 2 kHz
the unit will automatically decrease the switching frequency down Max = 16 kHz
to this value.
Default = 2 kHz
5.7.2 S07.1 speed skip function
Parameter Type P07.1.01 (G)
Name Skip Speed Center
P07.1.02 (G)
Skip Speed Range
Description Select the center of the speed band that will be avoided by the
motor.
Select the range of the speed band that will be avoided by the motor.
Value
Min = 0 rpm Max = P04.2.32 Default = 0 rpm (disabled)
Min = 0 rpm Max = 300 rpm Default = 0 rpm
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HVX, HVX+ Installation, Operation and Programming Manual
5.7.3 S07.2 motor overheating
Parameter Type P07.2.01 (G)
Name Motor heating function
P07.2.02 P07.2.03 (G)
Motor heating current Motor heating temperature
en – Original Instructions
Description
Value
Select the activation of the motor heating function. A stream of Default = Off warm air is injected into the motor to prevent condensation or ice formation. The injected stream does not cause the motor to turn. 0-Off (Off): the function is disabled 1-On (On): the function is enabled and activates when the motor is stopped and the inverter temperature falls below the motor heating temperature (P07.2.03). 2-Always active ( ): A.On the function is always active when the motor is stopped, regardless of the inverter temperature
Select the amount of current, in percentage of the maximum Min = 0 %
current, that will flow through the motor when the motor heating Max = 100 %
function is running.
Default = 50 %
Select the temperature below which the motor-heating function is Min = -5°C
active. This parameter is only active if the Motor heating function Max = 30°C
(7.2.01) parameter is set to On.
Default = 0°C
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en – Original Instructions
5.8 M08, communication
5.8.1 S08.0 ports
Parameter Type P08.0.01
Name Com 1 Function
P08.0.02
Com 2 Function
5.8.2 S08.1 Modbus RTU
Parameter Type P08.1.01
Name Modbus RTU Address
P08.1.02
Modbus RTU Baudrate
P08.1.08
Modbus RTU Format
5.8.3 S08.2 Bacnet MS/TP
Parameter Type P08.2.01
Name Bacnet MS/TP Mac Address
P08.2.02
Bacnet MS/TP Baudrate
P08.2.03
P08.2.04 P08.2.05
Bacnet MS/TP Format
Bacnet MS/TP Device Id Bacnet MS/TP Max Master
Description
Select the function of the communication port 1 (RS 485.1). 0-Disabled (dIS):
the communication port is not active 1-Modbus RTU (NOd): the selected protocol
is Modbus RTU slave 2-BACnet MS/TP (BAC): the selected protocol is BACnet
MS/TP 3-Multi-pump (NP): the selected protocol is hydrovar X multipump
Select the function of the communication port 2 (RS 485.2). 0-Disabled (dIS):
the communication port is not active 1-Modbus RTU (NOd): the selected protocol
is Modbus RTU slave 2-BACnet MS/TP (BAC): the selected protocol is BACnet
MS/TP
Value Default = Multi-pump
Default = Modbus RTU
Description
Value
Select the unit address in the Modbus RTU network.
Min = 0 Max = 127 Default = 1
Select the unit network baudrate in order to match the baudrate Min = 1200 bps
of the Modbus RTU master.
Max = 115200 bps
Default = 115200 bps
Select the unit network format in order to match the format of the Default = 8N1 Modbus RTU master.
Description
Value
Select the unit address in the RS-485 network.
Min = 0 Max = P08.2.05 Default = 1
Select the unit network baudrate in order to match the baudrate Min = 1200 bps
of the other BACnet MS/TP devices in the network.
Max = 115000 bps
Default = 38400 bps
Select the unit network format in order to match the format of the Default = 8N1 other BACnet MS/TP devices in the network.
Select the BACnet MS/TP device ID.
Default = 84003
Select the BACnet MS/TP maximum number of masters.
Min = 0 Max = 127 Default = 127
52
HVX, HVX+ Installation, Operation and Programming Manual
en – Original Instructions
5.8.4 S08.3 Enable Wireless Communication
Parameter Type P08.3.01
Name
Enable Wireless Communication
Description
Select activation of the unit’s wireless communication. 0-Off (Off): Wireless
communication is disabled and the unit cannot connect to a mobile device 1-On
(On): Wireless communication is enabled and a mobile device with the X app
running can connect to the unit
Value Default = On
5.9 M09, general
5.9.1 S09.0 localisation
Parameter Type P09.0.01 (X+) P09.0.11 (X+) P09.0.12 (X+)
Name Language Date Hour
Description Select the display language. Select the unit calendar date. Set the unit clock.
Value Default = English –
5.9.2 S09.1 display
Parameter Type P09.1.01
Name Display Energy Saving
P09.1.02 P09.1.10
Energy Saving Time Display Orientation
Description
Value
Select the activation of the display power-saving function.
Default = On (X+)
0-Off (Off): the unit keeps the display always on
Off (X)
1-On (On): the unit switches the display off when the power saving
interval expires
Select the time in minutes that must pass from the last keyboard Min = 1 min
action before the display dims.
Max = 999 min
Default = 10 min
Select the orientation of the display. 0-Hours 6 (6): the orientation of the display is suitable for a horizontal pump unit 1-Hours 12 (12): the orientation of the display is suitable for a vertical pump unit
Default = depending on the pump unit model
HVX, HVX+ Installation, Operation and Programming Manual
53
en – Original Instructions
6 Modbus RTU
6.1 Communication
The unit uses the RS485 serial interface, which defines: · The connection pins
· The wiring · The signal levels · The transmission baud rates · The parity
check. Controllers communicate with a master-client solution, where only the
master can initiate a transfer, or polling. The other devices (client) respond
by providing the master with the requested data, or by terminating the action
requested in the query.
6.2 Transmission
Function not supported.
6.3 Data Protection
Standard Modbus serial networks use two types of error checks: · The parity
check (even or odd), which can be applied optionally to each character · The
frame check (LRC or CRC), applied to the entire message. Both the parity check
and the frame check are generated in the master device and applied to the
message content before transmission. The client device checks each character
and the entire message frame during reception.
6.4 Protocol transmission modes
The data managed by the unit can be accessed considering the Modbus virtual
memory, consisting of Holding Registers for all values. When setting the
parameters of the S08.0 Ports menu, the Modbus RTU protocol transmission mode
is available. The serial port communication parameters: · P08.0.01 Address ·
P08.0.02 Baud rate · P08.0.08 Format must be selected according to the network
configuration.
NOTE: The mode and serial parameters must be the same for all devices in the
Modbus network.
When setting P08.0.08 Format parameter, the following modes are available: ·
8N1 1 start bit, 8 data bits, 1 stop bit, no parity · 8N2 1 start bit, 8 data
bits, 2 stop bits, no parity · 8E1 1 start bit, 8 data bits, 1 stop bit, even
parity · 8O1 1 start bit, 8 data bits, 1 stop bit, odd parity. The default
configuration of the serial port is: · P08.0.01 Address=1 · P08.0.02 Baud
rate=115200 · P08.0.08 Format=8N1.
54
HVX, HVX+ Installation, Operation and Programming Manual
en – Original Instructions
6.5 Supported function codes
The Modbus protocol function codes implemented in the unit are: · Read Holding
Registers (hex code 0x03), to read both Holding Registers representing
Parameters and Information · Write Multiple Registers (hex code 0x10), to
write Holding Registers representing the
Parameters.
6.5.1 Example 1
0x03 Read Holding Registers – READ COMMAND reads the binary content of holding registers in the client. Note: Modbus registers are addressed from zero, for example, a Holding Register indexed as 0xBBA must be addressed as 0XBB9.
Example: Current Pressure Reading
Query
Client address Function Starting address High Starting address Low Number of
points High Number of points Low CRC Error Check-High CRC Error Check-Low
0x01 0x03 Read Holding Register 0x0B 0xB9 => 3001 DEC => Modbus address of current pressure (FLOAT32) 0x00 0x02 Reading of two registers as FLOAt32 0x17 0xCA CRC-Checksum generated
Response
Client address Function Byte count Data High Data Low Data High Data Low CRC
Error Check-High CRC Error Check–Low
0x01 0x03 0x04 0x40 0xA0 0x00 0x00 0xEF => 0x40A00000 HEX = 5.2f FLOAT32 => Actual value = 5.2 bar 0xD1 CRC-Checksum generated
HVX, HVX+ Installation, Operation and Programming Manual
55
en – Original Instructions
6.5.2 Example 2
0x10 Write Multiple Registers – WRITE COMMAND writes values in a block of contiguous registers. Note: Modbus registers are addressed from zero, e.g. a Holding Register indexed as 0x1074 must be addressed as 0x1073.
Example: set Ramp 1 and Ramp 2 to 25 s, Ramp 3 and Ramp 4 to 100 s.
Query
Client address Function Starting address High Starting address Low Registers
Quantity High Registers Quantity Low Byte Count Reg Value High Reg Value Low
Reg Value High Reg Value Low Reg Value High Reg Value Low Reg Value High Reg
Value Low CRC Error Check-High CRC Error Check-Low
0x01 0x10 Write Multiple Registers 0x10 0x74 => 4211 DEC => the first register is Ramp 1 0x00 0x04 a total of 4 registers (Ramp 1 to Ramp 4) to be written 0x08 2 * Quantity of Registers 0x00 0x19 => 19 HEX = 25 DEC => set ramp 1 to 25 sec 0x00 0x19 => 19 HEX = 25 DEC => set ramp 2 to 25 sec 0x00 0x64 => 64 HEX = 100 DEC => set ramp 3 to 100 sec 0x00 0x64 => 64 HEX = 100 DEC => set ramp 4 to 100 sec 0xED 0x6D CRC-Checksum generated
Response
Client address Function Starting address High Starting address Low Registers
Quantity High Registers Quantity Low CRC Error Check-High CRC Error Check-Low
0x01 0x10 0x00 0xCA 0x00 0x04 a total of 4 registers (Ramp 1 to Ramp 4) written 0xF4 0xE1 CRC-Checksum generated
56
HVX, HVX+ Installation, Operation and Programming Manual
en – Original Instructions
6.6 Connections and data management, Modbus RTU
For detailed information on the installation, wiring and configuration of the
unit, please refer to the Additional Installation, Operation and Maintenance
Instructions manual. · When Modbus RTU communication between the drive and an
external device is active, the
drive display connection status light comes on. · Set parameter P04.1.60 Limit
Setpoint Saving to Yes to write to the volatile memory area
and extend the life of the non-volatile EEPROM memory.
NOTE: Do not connect terminal (C) of the control board to different voltage
potentials or PE.
Connect a single pump unit to an external device
1. Remove the cover of the drive and observe the wiring diagrams inside. 2.
Connect terminals 31 (B), 32 (A) and 33 (C) to the external device, for
example PLC, BMS,
etc.
Connecting a multi-pump system to an external device
Multi-pump mode allows the connection of two or three motor drives in Multi-
Master MultiPump configuration. · Each unit of the booster set has its own
unique Modbus address and provides a complete
list of registers to the external device · Parameter P08.1.01 Address must be
set to a unique value on each unit of the booster set.
Parameter P08.1.01 Address consists of the unit identification number in the
Modbus network. · Terminals 31 (B), 32 (A) and 33 (C) are used by default for
communication with an external control device (e.g. PLC, BMS, etc.). · To
facilitate cascade connections of RS485 port signals, the terminals for each
port are replicated on two connector rows. · RS485.2 port signals are
replicated on both terminal combination 31-31-33 and terminal combination
37-38-39.
HVX, HVX+ Installation, Operation and Programming Manual
57
en – Original Instructions
As the drive is also connected in a multi-pump system, special care must be
taken in case an external device (through Modbus protocol) requests to read
and write drive parameters. In particular: · In a multi-pump system, in
response to a “Read Registers” request on the Modbus, each
unit only returns its own parameters to the external device, and not those of
the other connected drives in the booster set. · In a multi-pump system,
“Write Registers” requests on the Modbus must be sent from the external device
to all the connected units, even if the parameters to be written are “Global”
(for the booster set).
58
HVX, HVX+ Installation, Operation and Programming Manual
6.7 List of registers
Address [Dec] 0
1 2001 2002 2004 2006 2008 2010 2011 2013 2015 2017 2019 2021 2023 2025 2027
2029 2031 2033 2035 2037 2039 2040 2042 2044 2046 2048 2049 2051 2053 2055
2057 2059 2061 2063 2065 2067 2069 2071 2073 2075 2077 2078 2080 2082 2084
2086 2087 2089 2091
Menu ID Name
–
P02.0.01 P02.0.02 P02.0.03 –
Start/Stop: 0-Stop 1-Start Error Reset Command Error 1 (Most Recent) Error 1 – Date Error 1 – Time Error 1 – End Date Error 1 – End time Log: Error Counter Log: Error 1 Bitfield Log: Error 2 Bitfield Log: Alarm 1 Bitfield Log: System Status Log: Error code Log: Flow Rate Log: Head Log: Power Module Temperature Log: Motor Current Log: Motor Voltage Log: Inverter Temperature Log: Motor load Log: DC Bus Voltage Log: Grid Voltage Error 2 Error 2 – Date Error 2 – Time Error 2 – End Date Error 2 – End time Log: Error Counter Log: Error 1 Bitfield Log: Error 2 Bitfield Log: Alarm 1 Bitfield Log: System Status Log: Error code Log: Flow Rate Log: Head Log: Power Module Temperature Log: Motor Current Log: Motor Voltage Log: Inverter Temperature Log: Motor load Log: DC Bus Voltage Log: Grid Voltage Error 3 Error 3 – Date Error 3 – Time Error 3 – End Date Error 3 – End time Log: Error Counter Log: Error 1 Bitfield Log: Error 2 Bitfield Log: Alarm 1 Bitfield
Properties Type Unit
R/W
ENUM –
R/W
ENUM –
R
UINT16 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT16 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
FLOAT32 P04.0.12 – Flow Unit
R
FLOAT32 P04.0.11 – Pressure Unit
R
FLOAT32 P04.0.13 – Temperature Unit
R
FLOAT32 A
R
FLOAT32 V
R
FLOAT32 P04.0.13 – Temperature Unit
R
FLOAT32 –
R
FLOAT32 V
R
FLOAT32 V
R
UINT16 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT16 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
FLOAT32 P04.0.12 – Flow Unit
R
FLOAT32 P04.0.11 – Pressure Unit
R
FLOAT32 P04.0.13 – Temperature Unit
R
FLOAT32 A
R
FLOAT32 V
R
FLOAT32 P04.0.13 – Temperature Unit
R
FLOAT32 –
R
FLOAT32 V
R
FLOAT32 V
R
UINT16 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
R
UINT16 –
R
UINT32 –
R
UINT32 –
R
UINT32 –
HVX, HVX+ Installation, Operation and Programming Manual
en – Original Instructions
Min
Max
0
1
0
1
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59
en – Original Instructions
2093 –
Log: System Status
2095 –
Log: Error code
2097 –
Log: Flow Rate
2099 –
Log: Head
2101 –
Log: Power Module Temperature
2103 –
Log: Motor Current
2105 –
Log: Motor Voltage
2107 –
Log: Inverter Temperature
2109 –
Log: Motor load
2111 –
Log: DC Bus Voltage
2113 –
Log: Grid Voltage
2115 P02.0.04 Error 4
2116 –
Error 4 – Date
2118 –
Error 4 – Time
2120 –
Error 4 – End Date
2122 –
Error 4 – End time
2124 –
Log: Error Counter
2125 –
Log: Error 1 Bitfield
2127 –
Log: Error 2 Bitfield
2129 –
Log: Alarm 1 Bitfield
2131 –
Log: System Status
2133 –
Log: Error code
2135 –
Log: Flow Rate
2137 –
Log: Head
2139 –
Log: Power Module Temperature
2141 –
Log: Motor Current
2143 –
Log: Motor Voltage
2145 –
Log: Inverter Temperature
2147 –
Log: Motor load
2149 –
Log: DC Bus Voltage
2151 –
Log: Grid Voltage
2153 P02.0.05 Error 5
2154 –
Error 5 – Date
2156 –
Error 5 – Time
2158 –
Error 5 – End Date
2160 –
Error 5 – End time
2162 –
Log: Error Counter
2163 –
Log: Error 1 Bitfield
2165 –
Log: Error 2 Bitfield
2167 –
Log: Alarm 1 Bitfield
2169 –
Log: System Status
2171 –
Log: Error code
2173 –
Log: Flow Rate
2175 –
Log: Head
2177 –
Log: Power Module Temperature
2179 –
Log: Motor Current
2181 –
Log: Motor Voltage
2183 –
Log: Inverter Temperature
2185 –
Log: Motor load
2187 –
Log: DC Bus Voltage
2189 –
Log: Grid Voltage
2191 P02.0.06 Error 6
2192 –
Error 6 – Date
2194 –
Error 6 – Time
2196 –
Error 6 – End Date
2198 –
Error 6 – End time
60
R
UINT32 –
–
–
R
UINT32 –
–
–
R
FLOAT32 P04.0.12 – Flow Unit
–
–
R
FLOAT32 P04.0.11 – Pressure Unit
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 A
–
–
R
FLOAT32 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
–
R
FLOAT32 V
–
–
R
FLOAT32 V
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
FLOAT32 P04.0.12 – Flow Unit
–
–
R
FLOAT32 P04.0.11 – Pressure Unit
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 A
–
–
R
FLOAT32 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
–
R
FLOAT32 V
–
–
R
FLOAT32 V
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
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R
UINT32 –
–
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R
UINT32 –
–
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R
UINT16 –
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R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
FLOAT32 P04.0.12 – Flow Unit
–
–
R
FLOAT32 P04.0.11 – Pressure Unit
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 A
–
–
R
FLOAT32 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
–
R
FLOAT32 V
–
–
R
FLOAT32 V
–
–
R
UINT16 –
–
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R
UINT32 –
–
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R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
HVX, HVX+ Installation, Operation and Programming Manual
2200 –
Log: Error Counter
2201 –
Log: Error 1 Bitfield
2203 –
Log: Error 2 Bitfield
2205 –
Log: Alarm 1 Bitfield
2207 –
Log: System Status
2209 –
Log: Error code
2211 –
Log: Flow Rate
2213 –
Log: Head
2215 –
Log: Power Module Temperature
2217 –
Log: Motor Current
2219 –
Log: Motor Voltage
2221 –
Log: Inverter Temperature
2223 –
Log: Motor Power
2225 –
Log: DC Bus Voltage
2227 –
Log: Grid Voltage
2229 P02.0.07 Error 7
2230 –
Error 7 – Date
2232 –
Error 7 – Time
2234 –
Error 7 – End Date
2236 –
Error 7 – End time
2238 –
Log: Error Counter
2239 –
Log: Error 1 Bitfield
2241 –
Log: Error 2 Bitfield
2243 –
Log: Alarm 1 Bitfield
2245 –
Log: System Status
2247 –
Log: Error code
2249 –
Log: Flow Rate
2251 –
Log: Head
2253 –
Log: Power Module Temperature
2255 –
Log: Motor Current
2257 –
Log: Motor Voltage
2259 –
Log: Inverter Temperature
2261 –
Log: Motor Power
2263 –
Log: DC Bus Voltage
2265 –
Log: Grid Voltage
2267 P02.0.08 Error 8
2268 –
Error 8 – Date
2270 –
Error 8 – Time
2272 –
Error 8 – End Date
2274 –
Error 8 – End time
2276 –
Log: Error Counter
2277 –
Log: Error 1 Bitfield
2279 –
Log: Error 2 Bitfield
2281 –
Log: Alarm 1 Bitfield
2283 –
Log: System Status
2285 –
Log: Error code
2287 –
Log: Flow Rate
2289 –
Log: Head
2291 –
Log: Power Module Temperature
2293 –
Log: Motor Current
2295 –
Log: Motor Voltage
2297 –
Log: Inverter Temperature
2299 –
Log: Motor Power
2301 –
Log: DC Bus Voltage
2303 –
Log: Grid Voltage
2305 P02.0.09 Error 9
en – Original Instructions
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
FLOAT32 P04.0.12 – Flow Unit
–
–
R
FLOAT32 P04.0.11 – Pressure Unit
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 A
–
–
R
FLOAT32 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
–
R
FLOAT32 V
–
–
R
FLOAT32 V
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
FLOAT32 P04.0.12 – Flow Unit
–
–
R
FLOAT32 P04.0.11 – Pressure Unit
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 A
–
–
R
FLOAT32 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
–
R
FLOAT32 V
–
–
R
FLOAT32 V
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
FLOAT32 P04.0.12 – Flow Unit
–
–
R
FLOAT32 P04.0.11 – Pressure Unit
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 A
–
–
R
FLOAT32 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
–
R
FLOAT32 V
–
–
R
FLOAT32 V
–
–
R
UINT16 –
–
–
HVX, HVX+ Installation, Operation and Programming Manual
61
en – Original Instructions
2306 –
Error 9 – Date
2308 –
Error 9 – Time
2310 –
Error 9 – End Date
2312 –
Error 9 – End time
2314 –
Log: Error Counter
2315 –
Log: Error 1 Bitfield
2317 –
Log: Error 2 Bitfield
2319 –
Log: Alarm 1 Bitfield
2321 –
Log: System Status
2323 –
Log: Error code
2325 –
Log: Flow Rate
2327 –
Log: Head
2329 –
Log: Power Module Temperature
2331 –
Log: Motor Current
2333 –
Log: Motor Voltage
2335 –
Log: Inverter Temperature
2337 –
Log: Motor Power
2339 –
Log: DC Bus Voltage
2341 –
Log: Grid Voltage
2343 P02.0.10 Error 10
2344 –
Error 10 – Date
2346 –
Error 10 – Time
2348 –
Error 10 – End Date
2350 –
Error 10 – End time
2352 –
Log: Error Counter
2353 –
Log: Error 1 Bitfield
2355 –
Log: Error 2 Bitfield
2357 –
Log: Alarm 1 Bitfield
2359 –
Log: System Status
2361 –
Log: Error code
2363 –
Log: Flow Rate
2365 –
Log: Head
2367 –
Log: Power Module Temperature
2369 –
Log: Motor Current
2371 –
Log: Motor Voltage
2373 –
Log: Inverter Temperature
2375 –
Log: Motor Power
2377 –
Log: DC Bus Voltage
2379 –
Log: Grid Voltage
2381 –
Total Error Counter
2382 –
Total Alarms Counter
2383 –
Error 1 Bitfield:
0-IGBT Overtemperature
1-IGBT Internal Overtemperature
2-IGBT Overcurrent
3-Motor Overcurrent
4-Overvoltage DC-Bus
5-Undervoltage DC-Bus
6-Motor Startup Error
7-Generic Firmware Error
8-Ext-Flash Error
9-Ext-Eeprom Error
10-Motor Overtemperature
11-I2T Error
12-PowerClassRestrict
13-Inverter Overtemperature
14-*Reserved
62
R
UINT32 –
–
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R
UINT32 –
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R
UINT32 –
–
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R
UINT32 –
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R
UINT16 –
–
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R
UINT32 –
–
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R
UINT32 –
–
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R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
FLOAT32 P04.0.12 – Flow Unit
–
–
R
FLOAT32 P04.0.11 – Pressure Unit
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 A
–
–
R
FLOAT32 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
–
R
FLOAT32 V
–
–
R
FLOAT32 V
–
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R
UINT16 –
–
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R
UINT32 –
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R
UINT32 –
–
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R
UINT32 –
–
–
R
UINT32 –
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–
R
UINT16 –
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R
UINT32 –
–
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R
UINT32 –
–
–
R
UINT32 –
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–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
FLOAT32 P04.0.12 – Flow Unit
–
–
R
FLOAT32 P04.0.11 – Pressure Unit
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 A
–
–
R
FLOAT32 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
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R
FLOAT32 V
–
–
R
FLOAT32 V
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
HVX, HVX+ Installation, Operation and Programming Manual
15-Motor Connection
16-*Reserved
17-External Error
18-Sensor1 Error
19-Sensor2 Error
20-Sensor3 Error
21-Sensor4 Error
22-Setpoint 1 Error
23-Setpoint 2 Error
24-Setpoint 3 Error
25-Setpoint 4 Error
26-*Reserved
27-Multipump Bus Timeout
28-Internal Communication MOC
29-AOC Hardware Error
30-*Reserved
31-*Reserved
2385 –
Error2 BitField:
R
0-*Reserved
1-Ground Leakage
2-*Reserved
3-Grid Overvoltage
4-Power Failure
5-Minimum Threshold
6-Lack of Water
7-*Reserved
8-Missing Configuration files
9-Grid Undervoltage
10-Wrong Feedback Configuration
11÷31-*Reserved
2387 –
Alarm1 Bitfield:
R
0-Generic Firmware Alarm
1-Extenal Alarm
2-*Reserved
3-MultiPump Comm. Lost
4-MultiPump Address Conflict
5-MultiPump Incompatibility
6-Internal Communication MOC
7-Wrong Feedback Cfg
8-Wrong Setpoint Cfg
9-FieldBus Comm Lost
10-Pipe Filling Alarm
11-IGBT temperature derating
12-Internal Communication UI-AOC
13-AI1 Alarm
14-AI2 Alarm
15-AI3 Alarm
16-AI4 Alarm
17-Internal Communication UI-BLE
18-Factory Files not in Ext-Flash
3001 P03.0.01 Current pressure
R
3003 P03.0.02 Actual Flow
R
3005 P03.0.03 Current Fluid Temp.
R
[X+]
3007 P03.0.04 Actual Level
R
[X+]
3009 P03.0.10 Effective Value Required
R
3011 P03.0.20 Required Value
R
en – Original Instructions
UINT32 –
–
–
UINT32 –
–
–
FLOAT32 P04.0.11 – Pressure Unit
–
–
FLOAT32 P04.0.12 – Flow Unit
–
–
FLOAT32 P04.0.13 – Temperature Unit –
–
FLOAT32 P04.0.14 – Level Unit
–
–
FLOAT32 FLOAT32 –
–
–
–
–
HVX, HVX+ Installation, Operation and Programming Manual
63
en – Original Instructions
3013 P03.0.30 Pump status 3101 P03.1.01 Unit Powered Time 3103 P03.1.02
Operating time 3105 P03.1.05 Energy Counter 3201 P03.2.01 Motor Speed 3202
P03.2.02 Motor Speed % 3204 P03.2.05 Motor Current 3206 P03.2.06 Motor Power
3208 P03.2.07 Motor Voltage 3210 P03.2.08 Grid Voltage 3211 P03.2.09 DC Bus
Voltage 3220 P03.2.20 Power Module Temperature 3222 P03.2.21 Inverter
Temperature 3224 P03.2.22 Motor Ptc 3301 P03.3.01 Digital I/O Status 3302
P03.3.11 Analogue Input 1 Value 3304 P03.3.12 Analogue Input 2 Value 3306
P03.3.13 Analogue Input 3 Value
[X+] 3308 P03.3.14 Analogue Input 4 Value
[X+] 3310 P03.3.20 Analogue Output Value
3401 P03.4.01 Unit Part Number 3402 P03.4.01 Unit Part Number 3403 P03.4.01
Unit Part Number 3404 P03.4.01 Unit Part Number 3405 P03.4.01 Unit Part Number
3406 P03.4.01 Unit Part Number 3407 P03.4.01 Unit Part Number 3408 P03.4.01
Unit Part Number 3409 P03.4.02 Unit Production Date 3411 P03.4.03 Unit Serial
Number 3412 P03.4.03 Unit Serial Number 3413 P03.4.03 Unit Serial Number 3414
P03.4.03 Unit Serial Number 3415 P03.4.03 Unit Serial Number 3416 P03.4.03
Unit Serial Number 3417 P03.4.03 Unit Serial Number 3418 P03.4.03 Unit Serial
Number 3419 P03.4.05 Drive Production Date 3421 P03.4.06 Drive Serial Number
3422 P03.4.06 Drive Serial Number 3423 P03.4.06 Drive Serial Number 3424
P03.4.06 Drive Serial Number 3425 P03.4.06 Drive Serial Number 3426 P03.4.06
Drive Serial Number 3427 P03.4.06 Drive Serial Number 3428 P03.4.06 Drive
Serial Number 3429 P03.4.10 Hmi Firmware Version 3431 P03.4.11 Hmi-Bt Firmware
Version 3433 P03.4.12 Power Card Firmware Version 3435 P03.4.13 Control Card
Firmware Version 3437 P03.4.14 Map File Version 3439 P03.4.15 Default File
Version 3441 P03.4.16 Parameter File Version
64
R
ENUM –
–
–
R
UINT32 h
–
–
R
UINT32 h
–
–
R
FLOAT32 P04.0.16 – Energy Unit
–
–
R
UINT16 rpm
–
–
R
FLOAT32 %
–
–
R
FLOAT32 A
–
–
R
FLOAT32 P04.0.15 – Power Unit
–
–
R
FLOAT32 V
–
–
R
UINT16 V
–
–
R
UINT16 V
–
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 P04.0.13 – Temperature Unit –
–
R
FLOAT32 –
–
–
R
UINT16 –
–
–
R
FLOAT32 P05.1.02 – Type AI 1
–
–
R
FLOAT32 P05.1.12 – Type AI 2
–
–
R
FLOAT32 P05.1.22 – Type AI 3
–
–
R
FLOAT32 P05.1.32 – Type AI 1
–
–
R
FLOAT32 P05.3.02 – Analogue Output –
–
Type
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT16 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
R
UINT32 –
–
–
HVX, HVX+ Installation, Operation and Programming Manual
3443 P03.4.17 Language File Version
[X+]
3445 P03.4.19 Firmware Version
3447 –
Type of Drive
4001 P04.0.01 System Type
4002 P04.0.02 Control Mode
4003 P04.0.03 Regulation Mode
[X+]
4004 P04.0.05 Start Value
4005 P04.0.06 Auto Start
4006 P04.0.07 Configuration of minimum speed
4007 P04.0.09 Measuring Unit Selection
4008 P04.0.11 Pressure Measuring Unit
4009 P04.0.12 Flow Measuring Unit
[X+]
4010 P04.0.13 Temperature Measuring Unit
[X+]
4011 P04.0.14 Level Measuring Unit
[X+]
4012 P04.0.15 Power Measuring Unit
[X+]
4013 P04.0.16 Energy Measuring Unit
[X+]
4014 P04.0.17 Specific Energy Meas. Unit
[X+]
4021 P04.0.21 Setpoint 1 Selection
4022 P04.0.22 Setpoint 2 Selection
4023 P04.0.23 Setpoint 3 Selection
[X+]
4024 P04.0.24 Setpoint 4 Selection
[X+]
4101 P04.1.01 Speed Setpoint 1
R
UINT32 –
R
UINT32 –
R
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
UINT16 %
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
UINT16 rpm
4102 P04.1.02 Speed Setpoint 2
R/W
UINT16 rpm
4103 P04.1.03 Speed Setpoint 3 [X+] 4104 P04.1.04 Speed Setpoint 4 [X+] 4111 P04.1.11 Pressure-Setpoint 1
R/W
UINT16 rpm
R/W
UINT16 rpm
R/W
FLOAT32 P04.0.11 – Pressure Unit
4113 P04.1.12 Pressure-Setpoint 2
R/W
FLOAT32 P04.0.11 – Pressure Unit
4115 P04.1.13 Pressure-Setpoint 3 [X+] 4117 P04.1.14 Pressure-Setpoint 4 [X+] 4121 P04.1.21 Flow Setpoint 1 [X+]
R/W
FLOAT32 P04.0.11 – Pressure Unit
R/W
FLOAT32 P04.0.11 – Pressure Unit
R/W
FLOAT32 P04.0.12 – Flow Unit
HVX, HVX+ Installation, Operation and Programming Manual
en – Original Instructions
–
–
–
–
–
–
0
0
0
7
0
1
0
100
0
1
0
1
0
1
0
8
0
4
0
2
0
3
0
3
0
5
0
4
0
1
0
2
0
2
0
2
P04.2.31 Minimum Speed P04.2.31 Minimum Speed P04.2.31 Minimum Speed P04.2.31 Minimum Speed P05.0.11 Pressure – Zero Value P05.0.11 Pressure – Zero Value P05.0.11 Pressure – Zero Value P05.0.11 Pressure – Zero Value P05.0.21 Flow – Zero Value
P04.2.32 Maximum Speed P04.2.32 Maximum Speed P04.2.32 Maximum Speed P04.2.32 Maximum Speed P05.0.12 Pressure – Full Scale P05.0.12 Pressure – Full Scale P05.0.12 Pressure – Full Scale P05.0.12 Pressure – Full Scale P05.0.22 Flow – Full Scale
65
en – Original Instructions
4123 P04.1.22 Flow Setpoint 2 [X+] 4125 P04.1.23 Flow Setpoint 3 [X+] 4127
P04.1.24 Flow Setpoint 4 [X+] 4131 P04.1.31 Temperature-Setp. 1 [X+] 4133
P04.1.32 Temperature-Setp. 2 [X+] 4135 P04.1.33 Temperature-Setp. 3 [X+] 4137
P04.1.34 Temperature-Setp. 4 [X+] 4141 P04.1.41 Level Setpoint 1 [X+] 4143
P04.1.42 Level Setpoint 2 [X+] 4145 P04.1.43 Level Setpoint 3 [X+] 4147
P04.1.44 Level Setpoint 4 [X+] 4155 P04.1.60 Limit setpoint saving 4201
P04.2.01 Window 4202 P04.2.02 Hysteresis 4203 P04.2.06 Lift Speed
4204 P04.2.07 Linear Lift Amount 4205 P04.2.08 Quadrat. Incr. Val.
[X+] 4211 P04.2.11 Ramp 1 4212 P04.2.12 Ramp 2 4213 P04.2.13 Ramp 3 4214
P04.2.14 Ramp 4 4215 P04.2.15 Ramp Speed Min Acceleration 4217 P04.2.16 Ramp
Speed Min Deceleration 4231 P04.2.31 Min. speed 4232 P04.2.32 Max RPM set 4233
P04.2.35 Min Speed Time 4300 P04.3.00 Automatic Error Reset 4301 P04.3.01
Pressure – Minimum Threshold
4303 P04.3.02 Flow – Minimum Threshold [X+] 66
R/W
FLOAT32 P04.0.12 – Flow Unit
P05.0.21 – P05.0.22 –
Flow – Zero Flow – Full
Value
Scale
R/W
FLOAT32 P04.0.12 – Flow Unit
P05.0.21 – P05.0.22 –
Flow – Zero Flow – Full
Value
Scale
R/W
FLOAT32 P04.0.12 – Flow Unit
P05.0.21 – P05.0.22 –
Flow – Zero Flow – Full
Value
Scale
R/W
FLOAT32 P04.0.13 – Temperature Unit P05.0.31 – P05.0.32 –
Temperature – Temperature –
Zero Value Full Scale
R/W
FLOAT32 P04.0.13 – Temperature Unit P05.0.31 – P05.0.32 –
Temperature – Temperature –
Zero Value Full Scale
R/W
FLOAT32 P04.0.13 – Temperature Unit P05.0.31 – P05.0.32 –
Temperature – Temperature –
Zero Value Full Scale
R/W
FLOAT32 P04.0.13 – Temperature Unit P05.0.31 – P05.0.32 –
Temperature – Temperature –
Zero Value Full Scale
R/W
FLOAT32 P04.0.14 – Level Unit
P05.0.41 – P05.0.42 –
Level – Zero Level – Full
Value
Scale
R/W
FLOAT32 P04.0.14 – Level Unit
P05.0.41 – P05.0.42 –
Level – Zero Level – Full
Value
Scale
R/W
FLOAT32 P04.0.14 – Level Unit
P05.0.41 – P05.0.42 –
Level – Zero Level – Full
Value
Scale
R/W
FLOAT32 P04.0.14 – Level Unit
P05.0.41 – P05.0.42 –
Level – Zero Level – Full
Value
Scale
R/W
ENUM –
0
1
R/W
UINT16 %
1
100
R/W
UINT16 %
1
100
R/W
UINT16 rpm
P04.2.31 – P04.2.32 –
Minimum Maximum
Speed
Speed
R/W
UINT16 %
0
200
R/W
UINT16 %
0
999
R/W
UINT16 s
R/W
UINT16 s
R/W
UINT16 s
R/W
UINT16 s
R/W
FLOAT32 s
R/W
FLOAT32 s
R/W
UINT16 rpm
R/W
UINT16 rpm
R/W
UINT16 s
R/W
ENUM –
R/W
FLOAT32 P04.0.11 – Pressure Unit
R/W
FLOAT32 P04.0.12 – Flow Unit
1 1 1 1 0.1 0.1 0 2000 0 0 P05.0.11 Pressure – Zero Value P05.0.21 Flow – Zero Value
250 250 999 999 25 25 2000 4100 100 1 P05.0.12 Pressure – Full Scale P05.0.22 Flow – Full Scale
HVX, HVX+ Installation, Operation and Programming Manual
4305 P04.3.03 Temperature – Minimum Threshold [X+] 4307 P04.3.04 Level –
Minimum Threshold [X+] 4310 P04.3.10 Minimum Threshold Delay 4311 P04.3.11
Lack Of Water Delay 4401 P04.4.01 Test Run Speed
4402 P04.4.02 Test Run Timeout 4403 P04.4.03 Test Run Time 4404 P04.4.05 Test
Run Command 4601 P04.6.01 Pipe Filling Function 4602 P04.6.03 Pipe Filling
Threshold
4604 P04.6.05 Pipe Filling Time 4605 P04.6.06 Max Pipe Filling Pumps
4606 P04.6.10 Pipe Filling Steady Time
4607 P04.6.15 Pipe Filling Speed Step 5000 P05.0.00 Actual Value Source 5001
P05.0.01 Actuator – Zero Value 5002 P05.0.02 Actuator – Full Scale 5003
P05.0.11 Pressure – Zero Value 5005 P05.0.12 Pressure – Full Scale 5007
P05.0.21 Flow – Zero Value
[X+] 5009 P05.0.22 Flow – Full Scale
[X+] 5011 P05.0.31 Temperature – Zero Value
[X+] 5013 P05.0.32 Temperature – Full Scale
[X+] 5015 P05.0.41 Level – Zero Value
[X+] 5017 P05.0.42 Level – Full Scale
[X+] 5101 P05.1.01 Analogue Input 1 Function 5102 P05.1.02 Analog Input 1 Type
5103 P05.1.11 Analogue Input 2 Function 5104 P05.1.12 Analog Input 2 Type 5105
P05.1.21 Analogue Input 3 Function
[X+] 5106 P05.1.22 Analog Input 3 Type
[X+] 5107 P05.1.31 Analogue Input 4 Function
[X+] 5108 P05.1.32 Analog Input 1 Type
[X+] 5109 P05.1.40 Sensor Curve
[X+] 5110 P05.1.50 Analogue Actuator Type
en – Original Instructions
R/W
FLOAT32 P04.0.13 – Temperature Unit P05.0.31 – P05.0.32 –
Temperature – Temperature –
Zero Value Full Scale
R/W
FLOAT32 P04.0.14 – Level Unit
P05.0.41 – P05.0.42 –
Level – Zero Level – Full
Value
Scale
R/W
UINT16 s
1
100
R/W
UINT16 s
1
100
R/W
UINT16 rpm
0
P04.2.32 –
Maximum
Speed
R/W
UINT16 h
0
255
R/W
UINT16 s
0
180
R/W
ENUM –
0
1
R/W
ENUM –
0
1
R/W
FLOAT32 P04.0.11 – Pressure Unit
P05.0.11 – P05.0.12 –
Pressure – Zero Pressure – Full
Value
Scale
R/W
UINT16 s
0
999
R/W
UINT16 –
1
P06.0.02 –
Max. unit
R/W
UINT16 s
1
P04.6.05 –
Pipe Filling
Time
R/W
UINT16 %
5
100
R/W
ENUM –
0
5
R/W
UINT16 rpm
0
9999
R/W
UINT16 rpm
0
9999
R/W
FLOAT32 P04.0.11 – Pressure Unit
-5
10
R/W
FLOAT32 P04.0.11 – Pressure Unit
0
100
R/W
FLOAT32 P04.0.12 – Flow Unit
0
9999
R/W
FLOAT32 P04.0.12 – Flow Unit
0
9999
R/W
FLOAT32 P04.0.13 – Temperature Unit -100
9999
R/W
FLOAT32 P04.0.13 – Temperature Unit -100
9999
R/W
FLOAT32 P04.0.14 – Level Unit
-999
9999
R/W
FLOAT32 P04.0.14 – Level Unit
-999
9999
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
0
5
0
3
0
5
0
3
0
5
R/W
ENUM –
0
3
R/W
ENUM –
0
5
R/W
ENUM –
0
3
R/W
ENUM –
0
1
R/W
ENUM –
0
1
HVX, HVX+ Installation, Operation and Programming Manual
67
en – Original Instructions
5203 P05.2.03 Digital Input 3 Function 5204 P05.2.04 Digital Input 4 Function
[X+] 5205 P05.2.05 Digital Input 5 Function
[X+] 5301 P05.3.01 Analogue Output Function 5302 P05.3.02 Analogue Output Type
5401 P05.4.01 Relay 1 Function 5402 P05.4.02 Relay 2 Function 5801 P05.8.01
Analogue Input 1 Offset 5803 P05.8.02 Analogue Input 1 Gain 5805 P05.8.11
Analogue Input 2 Offset 5807 P05.8.12 Analogue Input 2 Gain 5809 P05.8.21
Analogue Input 3 Offset
[X+] 5811 P05.8.22 Analogue Input 3 Gain
[X+] 5813 P05.8.31 Analogue Input 4 Offset
[X+] 5815 P05.8.32 Analogue Input 4 Gain
[X+] 6001 P06.0.01 System Configuration 6002 P06.0.02 Max Units 6003 P06.0.03
Multipump Address 6004 P06.0.04 Multipump Map 6005 P06.0.05 Multipump Priority
6111 P06.1.11 Pressure – Inc. value
6113 P06.1.12 Pressure – Dec. value
6115 P06.1.21 Flow – Inc. value [X+] 6117 P06.1.22 Flow – Dec. value [X+] 6119
P06.1.31 Temperature – Inc. value [X+] 6121 P06.1.32 Temperature – Dec. value
[X+] 6123 P06.1.41 Level – Inc. value [X+] 6125 P06.1.42 Level – Dec. value
[X+] 6129 P06.1.61 Multipump Enable Speed
6130 P06.1.71 Synchronous Limit 6131 P06.1.72 Synchronous Window
68
R/W
ENUM –
R/W
ENUM –
0
8
0
8
R/W
ENUM –
0
8
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
ENUM –
R/W
FLOAT32 –
R/W
FLOAT32 –
R/W
FLOAT32 –
R/W
FLOAT32 –
R/W
FLOAT32 –
0
12
0
3
0
7
0
7
-10
10