Evco C-pro 3 giga User manual

EVCO S.p.A. c-pro 3 giga | Hardware Manual ver. 1.0 | Code 144CP3 E104
page 1 of 32
c-pro 3 giga
Programmable controllers
(up to 28 I/O)
Hardware Manual | ENGLISH
Code 144CP3 E104

EVCO S.p.A. c-pro 3 giga | Hardware Manual ver. 1.0 | Code 144CP3 E104
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Read this document carefully before installation and before using the device and take all the prescribed precautions. Keep this document with the device for
future reference. Only use the device in the ways described in this document.
The device must be disposed of according to local regulations governing the collection of electrical and electronic equipment.

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Index
1 INTRODUCTION ........................................................................................................................................................................................................ 4
2 MAIN FEATURES OF THE MODELS AVAILABLE AND PURCHASIN CODES ......................................................................................................................... 5
3 MEASUREMENTS AND INSTALLATION .......................................................................................................................................................................... 7
3.1 Measurements of open frame models ................................................................................................................................................................ 7
3.2 Measurements of models with housing ............................................................................................................................................................... 7
3.3 Installation ..................................................................................................................................................................................................... 8
4 DESCRIPTION ........................................................................................................................................................................................................... 9
5 ELECTRICAL CONNECTION ........................................................................................................................................................................................ 10
5.1 Connectors .................................................................................................................................................................................................... 10
5.2 Fitting the termination resistor of the RS-485 networks and the CAN network ........................................................................................................ 12
5.3 Example of electrical connection ...................................................................................................................................................................... 13
6 CONFI URATION...................................................................................................................................................................................................... 14
6.1 Initial information .......................................................................................................................................................................................... 14
6.2 Example of configuration using the remote EPJgraph user interface ...................................................................................................................... 14
7 SI NALLIN LEDS .................................................................................................................................................................................................... 17
8 CONFI URATION PARAMETERS .................................................................................................................................................................................. 18
8.1 Configuration parameters of the “Info” menu ..................................................................................................................................................... 18
8.2 Configuration parameters of the “Parameters” menu .......................................................................................................................................... 18
8.3 Configuration parameters of the “CAN Bus” sub-menu of the “Networks” menu ..................................................................................................... 21
8.4 Configuration parameters of the “UART1” sub-menu of the “Networks” menu ........................................................................................................ 22
8.5 Configuration parameters of the “UART2” sub-menu of the “Networks” menu ........................................................................................................ 23
8.6 Configuration parameters of the “Ethernet” sub-menu of the “Networks” menu ..................................................................................................... 23
8.7 Configuration parameters of the “USB” sub-menu of the “Networks” menu ............................................................................................................ 23
8.8 Configuration parameters of the “Password” menu ............................................................................................................................................. 24
8.9 Configuration parameters of the “Diagnostics” menu .......................................................................................................................................... 25
8.10 Configuration parameters of the “Debug” menu ................................................................................................................................................. 25
9 ACCESSORIES ......................................................................................................................................................................................................... 26
9.1 Connecting cable for Personal Computer ........................................................................................................................................................... 26
9.2 Connecting cable for USB flash drive ................................................................................................................................................................ 26
9.3 RS-485/USB serial interface ............................................................................................................................................................................ 26
9.4 INTRABUS/RS-485 serial interface.................................................................................................................................................................... 26
9.5 EVlink TTL/BLE module ................................................................................................................................................................................... 26
9.6 EVlink TTL/Wi-Fi module ................................................................................................................................................................................. 26
9.7 USB flash drive .............................................................................................................................................................................................. 27
9.8 Connection kit ............................................................................................................................................................................................... 27
10 TECHNICAL SPECIFICATIONS ............................................................................................................................................................................... 28

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1INTROD CTION
The range of c-pro 3-giga programmable controllers has up to 28 I/O, as well
as a wide range of communications ports and protocols, making possible ad-
vanced management of HVAC/R applications, also according to their use in
local or remote control systems.
The application software can be set up quickly and intuitively thanks to the
UNI-PRO 3 integrated development environment. The NODE versions have an
Ethernet port for the use of MODBUS TCP, BACnet IP and Web Server; all the
versions have a data-logging function.
In the 10 DIN module blind version, the controller is compatible with all the
displays of the programmable c-pro 3 range, available in a wide choice of for-
mats, technologies and installation methods.

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2MAIN FEAT RES OF THE MODELS AVAILABLE AND P RCHASING CODES
FORMAT
10 DIN modules, open frame • •
10 DIN modules with housing • •
SER INTERFACE
Blind version • • • •
INSTALLATION
On a DIN rail • • • •
CONNECTIONS
Fixed screw terminal blocks • •
Plug-in screw terminal blocks • •
POWER S PPLY
115... 230 VAC • • • •
ANALOG E-DIGITAL INP TS
PTC/NTC/Pt 1000 or dry contact digital input 5 5 5 5
PTC/NTC/Pt 1000/0-5 V/0-10 V/0-20 mA/4-20 mA or dry contact digital input 5 5 5 5
DIGITAL INP TS
Dry contact and for pulse trains up to 2 KHz 3 3 3 3
High voltage 2 2 2 2
ANALOG E O TP TS
0-10 V/PWM 4 4 4 4
DIGITAL O TP TS (ELECTRO-MECHANICAL RELAYS)
2 A SPST 2 2 2 2
3 A SPST 5 5 5 5
3 A SPDT 1 1 1 1
8 A SPST 1 1 1 1
COMM NICATIONS PORTS
TTL MODBUS 1 1 1 1
INTRABUS (RS-485 MODBUS master/slave using the EVIF22ISX serial interface) 1 1 1 1
RS-485 MODBUS slave 1 1 1 1
RS-485 (MODBUS master/slave, BACnet MS/TP)
(1)
1 1 1 1
CAN 1 1 1 1
USB 1 1 1 1
Ethernet (MODBUS TCP, WebServer, BACnet IP)
(1)
1 1
OTHER STANDARD FEAT RES
RTC • • • •
OPTIONAL FEAT RES ( SING ADDITIONAL ACCESSORIES)
BLE connectivity (using the EVIF25TBX module) • • • •
Wi-Fi connectivity (using the EVIF25TWX or EVIF25SWX module) • • • •

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P RCHASING CODES EP 9O EP 9B EP 9OHX EP 9BHX
Version BASIC BASIC NODE NODE
NOTES
(1)
the BACnet communication protocol is an alternative to the Web Server function.

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3MEAS REMENTS AND INSTALLATION
3.1 Measurements of open frame models
Measurements are expressed in mm (inches).
3.2 Measurements of models with housing
Measurements are expressed in mm (inches).

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3.3 Installation
On a DIN rail in a control panel.
To install the device, proceed as shown in figures 1 and 2.
To uninstall the device, first remove any plug-in screw terminal blocks at the bottom then proceed as shown in figures 3 and 4.
To re-install the device, first press the clip fully in.
INSTALLATION PRECAUTIONS
- ensure that the working conditions are within the limits stated in the TECHNICAL SPECIFICATIONS section
- do not install the device close to heat sources, equipment with a strong magnetic field, in places subject to direct sunlight, rain, damp, excessive dust, mechanical
vibrations or shocks
- in compliance with safety regulations, the device must be installed properly to ensure adequate protection from contact with electrical parts. All protective parts
must be fixed in such a way as to need the aid of a tool to remove them

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4DESCRIPTION
OPEN FRAME MODELS MODELS WITH HOUSIN
PART DESCRIPTION
1 Power supply
2 High voltage digital inputs
3 Digital outputs (electro-mechanical relays) 1... 3
4 Digital outputs (electro-mechanical relays) 4... 7
5 Digital outputs (electro-mechanical relays) 8... 9
6 Signalling LED
7 Ethernet port (MODBUS TCP, WebServer, BACnet IP)
8 Micro-switch for:
- fitting the termination resistor of the RS-485 network connected to the RS-485 MODBUS slave port
- fitting the termination resistor of the RS-485 network connected to the RS-485 (MODBUS master/slave, BACnet MS/TP) port
- fitting the termination resistor of the CAN network
9 USB port
10 CAN port, RS-485 (MODBUS master/slave, BACnet MS/TP) port, RS-485 MODBUS slave port and INTRABUS port
11 TTL MODBUS port
12 Analogue-digital inputs 1... 5 and dry contact digital inputs and for pulse trains up to 2 KHz
13 Analogue-digital inputs 6... 10
14 Analogue outputs

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5ELECTRICAL CONNECTION
N.B.
- use cables of an adequate section for the current running through them
- to reduce any electromagnetic interference, connect the power cables as far away as possible from the signal cables and, if necessary, connect to a RS-
485 MODBUS network and/or a CAN network by using a twisted pair
- the maximum number of devices that can be connected in a CAN network is 32 and depends on the BUS load: the BUS load depends, in turn, on the baud
rate of the CAN communication and on the type of device (for example, a CAN network can be made up of a programmable controller, 4 I/O expansions
and 4 remote user interfaces with a baud rate of 500,000 baud)
5.1 Connectors
CONN. DESCRIPTION
V~ device power supply (115... 230 VAC)
V~ device power supply (115... 230 VAC)
CONN. DESCRIPTION
DIHV1 high voltage digital input; DI1
DIHV2 high voltage digital input; DI2
COM common contact high voltage digital inputs
CONN. DESCRIPTION
NO1 K1 digital output normally open contact (3 A res. @ 250 VAC)
CO1 K1 digital output common contact
NO2 K2 digital output normally open contact (3 A res. @ 250 VAC)
CO2 K2 digital output common contact
NO3 K3 digital output normally open contact (3 A res. @ 250 VAC)
CO3 K3 digital output common contact
CONN. DESCRIPTION
NO4 K4 digital output normally open contact (3 A res. @ 250 VAC)
CO4 K4 digital output common contact
NO5 K5 digital output normally open contact (2 A res. @ 250 VAC)
CO5 K5 digital output common contact
NO6 K6 digital output normally open contact (3 A res. @ 250 VAC)
CO6 K6 digital output common contact
NO7 K7 digital output normally open contact (8 A res. @ 250 VAC)
CO7 K7 digital output common contact

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CONN. DESCRIPTION
NO8 K8 digital output normally open contact (2 A res. @ 250 VAC)
CO8 K8 digital output common contact
NC9 K9 digital output normally closed contact
NO9 K9 digital output normally open contact (3 A res. @ 250 VAC)
CO9 K9 digital output common contact
CONN. DESCRIPTION
CAN+ signal + CAN port
CAN- signal - CAN port
A1/+ signal+ RS-485 MODBUS slave port
B1/- signal - RS-485 MODBUS slave port
A2/+ signal + RS-485 (MODBUS master/slave, BACnet MS/TP) port
B2/- signal - RS-485 (MODBUS master/slave, BACnet MS/TP) port
IB INTRABUS port
ND reference ( ND)
12V power supply remote user interfaces (13 VDC)
The BACnet communication protocol is an alternative to the Web Server function.
The current UNI-PRO 3.16 version uses a standard BACnet® B-ASC device profile. Management of the Scheduler and Calendar objects is not included in this profile,
while it is in the B-AAC profile.
CONN. DESCRIPTION
ND reference ( ND)
DI3 digital input 3 (dry contact and for pulse trains up to 2 KHz); DI3
DI4 digital input 4 (dry contact and for pulse trains up to 2 KHz); DI4
DI5 digital input 5 (dry contact and for pulse trains up to 2 KHz); DI5
AI1 analogue input 1 (for PTC, NTC or Pt 1000 probes) AI1
can also be configured for dry contact digital input
AI2 analogue input 2 (for PTC, NTC or Pt 1000 probes) AI2
can also be configured for dry contact digital input
AI3 analogue input 3 (for PTC, NTC or Pt 1000 probes) AI3
can also be configured for dry contact digital input
AI4 analogue input 4 (for PTC, NTC or Pt 1000 probes) AI4
can also be configured for dry contact digital input
AI5 analogue input 5 (for PTC, NTC or Pt 1000 probes) AI5
can also be configured for dry contact digital input

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CONN. DESCRIPTION
ND reference ( ND)
AI6 analogue input 6 (for PTC, NTC or Pt 1000 probes, 0-5 V, 0-10 V, 0-20 mA or 4-20 mA transducers); AI6
can also be configured for dry contact digital input
AI7 analogue input 7 (for PTC, NTC or Pt 1000 probes, 0-5 V, 0-10 V, 0-20 mA or 4-20 mA transducers); AI7
can also be configured for dry contact digital input
AI8 analogue input 8 (for PTC, NTC or Pt 1000 probes, 0-5 V, 0-10 V, 0-20 mA or 4-20 mA transducers); AI8
can also be configured for dry contact digital input
AI9 analogue input 9 (for PTC, NTC or Pt 1000 probes, 0-5 V, 0-10 V, 0-20 mA or 4-20 mA transducers); AI9
can also be configured for dry contact digital input
AI10 analogue input 10 (for PTC, NTC or Pt 1000 probes, 0-5 V, 0-10 V, 0-20 mA or 4-20 mA transducers); AI10
can also be configured for dry contact digital input
+5V 0-5 V ratiometric transducers power supply (5 VDC)
VS transducers power supply (13 VDC)
CONN. DESCRIPTION
AO1 analogue output 1 (for 0-10 V or PWM signal)
AO2 analogue output 2 (for 0-10 V or PWM signal)
AO3 analogue output 3 (for 0-10 V or PWM signal)
AO4 analogue output 4 (for 0-10 V or PWM signal)
5.2 Fitting the termination resistor of the RS-485 networks and the CAN network
To fit the termination resistor of the CAN network, place the CANLT micro-switch in position ON.
To fit the termination resistor of the RS-485 network connected to the RS-485 MODBUS slave port, place the MBS1LT micro-switch in position ON.
To fit the termination resistor of the RS-485 network connected to the RS-485 (MODBUS master/slave, BACnet MS/TP) port, place the MBS2LT micro-switch in position
ON.

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5.3 Example of electrical connection
PRECAUTIONS FOR ELECTRICAL CONNECTION
- if using an electrical or pneumatic screwdriver, adjust the tightening torque
- if the device is moved from a cold to a warm place, humidity may cause condensation to form inside. Wait for about an hour before switching on the power
- make sure that the supply voltage, electrical frequency and power are within the set limits. See the section TECHNICAL SPECIFICATIONS
- disconnect the power supply before carrying out any type of maintenance
- do not use the device as a safety device
- for repairs and further information, contact the EVCO sales network

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6CONFIG RATION
6.1 Initial information
To configure the device, users will need a programmable controller with a built-in or remote user interface.
6.2 Example of configuration using the remote EPJgraph user interface
1. Make sure neither the device nor the remote user interface is powered up.
2. Connect the device and the remote user interface as shown in the diagram below without powering up the device.
3. Power up the device.
4. Use the remote user interface as shown in the following procedures.
5. Touch the LEFT and ENTER keys for 2 s: the dis-
play will show the “Network Status (CAN)”
screen.
6. Touch the ENTER key: the display will show the
main menu.
7. Touch the UP or DOWN key to select the “Net-
works” menu.
8. Touch the ENTER key.
9. Touch the UP or DOWN key to select the “CAN
BUS” sub-menu.
10. Touch the ENTER key to access the menu: the
display will show the "Input Password” screen.
11. Touch the ENTER key again.
12. Touch the UP or DOWN key to set “-19”.
13. Touch the ENTER key: the display will show the
“CAN Network” screen.
14. Touch the UP or DOWN key to select “Network
Node”.
15. Touch the ENTER key.
16. Touch the UP or DOWN key to set the device
node (for example “[1]”).
17. Touch the ENTER key.
18. Touch the DOWN key.
19. Touch the ENTER key.
20. Touch the UP or DOWN key to set the address of
the device node (default “1”).
21. Touch the ON/STAND-BY key a few times to re-
turn to the previous displays.
22. Disconnect the device from the mains.
23. Power up the device.

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24. Touch the LEFT and ENTER keys for 2 s: the dis-
play will show the “Network Status (CAN)”
screen.
Network Status (CAN)
local Address Status more...
Node 99 OK >>
node 1 : 1 OK >>
node 2 : 0 - >>
node 3 : 0 - >>
node 4 : 0 - >>
node 5 : 0 - >>
node 6 : 0 - >>
node 7 : 0 - >>
25. Touch the UP or DOWN key to select the device
node.
26. Touch the ENTER key: the display will show the
main menu of the device.
<c-pro 3 giga>
Info
English
Parameters
Networks
Backup/Restore
Diagnostic
Debug
To access a sub-menu:
27. Touch the UP or DOWN key to select the sub-
menu.
28. Touch the ENTER key.
If the display shows the “Input Password” screen:
29. Touch the ENTER key again.
30. Touch the UP or DOWN key to set “-19”.
31. Touch the ENTER key.
To modify a parameter:
32. Touch the UP or DOWN key to select the parame-
ter.
33. Touch the ENTER key.
34 Touch the UP or DOWN key to set the value.
35 Touch the ENTER key.
To set the language for viewing the application software:
27. From point 26, touch the UP or DOWN key to
select the “Language” menu.
28. Touch the ENTER key.
29. Touch the UP or DOWN key to set the language.
30. Touch the ENTER key.
To set the date and time:
27. From point 26, touch the UP or DOWN key to
select the date and time.
28. Touch the ENTER key.
29. Touch the UP or DOWN key to set the value.
30. Touch the LEFT or RI HT key to select another
field.
31. Touch the UP or DOWN key to set the value.
32. Touch the ENTER key.
To copy the device configuration onto a USB flash drive:
27. From point 26, connect the USB flash drive to the USB port of the
device (using the connecting cable 0810500025: see the section
ACCESSORIES).
28. Touch the UP or DOWN key to select the “Back-
up/Restore” menu then select “Parameters key”
(select “Backup memory” to copy the backup
memory).
29. Touch the UP or DOWN key to select “Application
par” to copy the application software parameters
(select “Hardware config” to copy the configura-
tion parameters).
30. Touch the UP or DOWN key to select “Save on
the key”.
31. Touch the ENTER key: it will begin copying the
configuration.
This normally takes a couple of seconds. If it fails
to copy, the system alarm LED will light up and
the message “Err” will appear in the configura-
tion parameter “Key Par”.
32. Disconnect the USB flash drive from the USB port of the device.

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To copy the device configuration from a USB flash drive:
27. From point 26, connect the USB flash drive to the USB port of the
device (using the connecting cable 0810500025: see the section
ACCESSORIES).
28. Touch the UP or DOWN key to select the “Back-
up/Restore” menu then select “Parameters key”
(select “Backup memory” to copy the backup
memory).
29. Touch the UP or DOWN key to select “Restore
from the key”.
30. Touch the ENTER key: it will begin copying the
configuration.
This normally takes a couple of seconds. If it fails
to copy, the system alarm LED will light up and
the message “Err” will appear in the configura-
tion parameter “Key Par”.
31. Disconnect the USB flash drive from the USB port of the device.
32. Disconnect the device from the mains.
33. Power up the device.
Copying is possible if the firmware of the device from which it originates and
the firmware of the destination device are the same.
To go back to previous displays:
32. Touch the ON/STAND-BY key a few times.

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7SIGNALLING LEDS
LED ON SLOW FLASH NORMAL FLASH RAPID FLASH OFF
ON device powered - - - device not powered
RUN application software compiled
and running in release mode
application software compiled
in debug mode
application software running
in debug mode
application software com-
piled, running in debug mode
and stopped at a breakpoint
- device not compatible with
the application software
- device not enabled to work
with special ABLs Applica-
tion Block Libraries)
system alarm activated that
cannot be reset using the
application software
access to the external FLASH
memory
system alarm with automatic
reset activated
system alarm with manual
reset activated
-
CAN device configured to com-
municate via CAN with an-
other device but communica-
tion non established
- CAN communication estab-
lished but not entirely correct
CAN communication estab-
lished and correct
no CAN communication
L1 can be set with UNI-PRO 3 development environment

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8CONFIG RATION PARAMETERS
8.1 Configuration parameters of the “Info” menu
PARAMETER MIN. MAX. U.M. DEF. DESCRIPTION
PROJ read-only parameter information concerning the application project (project, version and re-
vision)
FW read-only parameter information concerning the firmware (code, version, revision and sub-
revision)
HW read-only parameter information concerning the hardware (version, revision, generic ( ) or
special (S))
SW read-only parameter information concerning the UNI-PRO 3 development environment (ver-
sion and revision)
SN read-only parameter information concerning the serial number and outcome of the production
testing
MASK read-only parameter information concerning the mask (depends on the manufacturer's coding
system)
DATE read-only parameter date and time the application project was last compiled
8.2 Configuration parameters of the “Parameters” menu
PARAMETER MIN. MAX. U.M. DEF. DESCRIPTION
AI1 - - - - - - - - - NTC type of probe analogue input 1
PTC = PTC probe
NTC = NTC probe
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI2 - - - - - - - - - NTC type of probe analogue input 2
PTC = PTC probe
NTC = NTC probe
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI3 - - - - - - - - - NTC type of probe analogue input 3
PTC = PTC probe
NTC = NTC probe
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI4 - - - - - - - - - NTC type of probe analogue input 4
PTC = PTC probe
NTC = NTC probe
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI5 - - - - - - - - - NTC type of probe analogue input 5
PTC = PTC probe
NTC = NTC probe
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI6 - - - - - - - - - NTC type of probe analogue input 6
PTC = PTC probe

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NTC = NTC probe
0-20mA = 0-20 mA transducer
4-20mA = 4-20 mA transducer
0-5V = 0-5 V ratiometric transducer
0-10V = 0-10 V transducer
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI7 - - - - - - - - - NTC type of probe analogue input 7
PTC = PTC probe
NTC = NTC probe
0-20mA = 0-20 mA transducer
4-20mA = 4-20 mA transducer
0-5V = 0-5 V ratiometric transducer
0-10V = 0-10 V transducer
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI8 - - - - - - - - - NTC type of probe analogue input 8
PTC = PTC probe
NTC = NTC probe
0-20mA = 0-20 mA transducer
4-20mA = 4-20 mA transducer
0-5V = 0-5 V ratiometric transducer
0-10V = 0-10 V transducer
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI9 - - - - - - - - - NTC type of probe analogue input 9
PTC = PTC probe
NTC = NTC probe
0-20mA = 0-20 mA transducer
4-20mA = 4-20 mA transducer
0-5V = 0-5 V ratiometric transducer
0-10V = 0-10 V transducer
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
AI10 - - - - - - - - - NTC type of probe analogue input 10
PTC = PTC probe
NTC = NTC probe
0-20mA = 0-20 mA transducer
4-20mA = 4-20 mA transducer
0-5V = 0-5 V ratiometric transducer
0-10V = 0-10 V transducer
PT1000 = Pt 1000 probe
NTCK2 = type 2 NTC probe
NTCK3 = type 3 NTC probe
RESIST = electrical resistance reading
Al Err Time 0 240 s 2 analogue inputs timeout (when this time has elapsed with no communi-
cation with an analogue input, the controller signals the analogue input
error)
AO impulse 1 50 ms/10 20 phase cutting pulse duration
AO1 - - - - - - - - - 0-10V type of signal analogue output 1
FAN = FAN (for phase cutting module)
0-10V = 0-10 V
PWM = PWM (Pulse With Modulation)

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freq 10 2000 Hz 1000 frequency of PWM signal of analogue output 1
delay ph. 0 50 ms/10 0 shift of phase cutting impulse of analogue output 1
AO2 - - - - - - - - - 0-10V type of signal analogue output 2
FAN = FAN (for phase cutting module)
0-10V = 0-10 V
PWM = PWM (Pulse With Modulation)
freq 10 2000 Hz 1000 frequency of PWM signal of analogue output 2
delay ph. 0 50 ms/10 0 shift of phase cutting impulse of analogue output 2
AO3 - - - - - - - - - 0-10V type of signal analogue output 3
FAN = FAN (for phase cutting module)
0-10V = 0-10 V
PWM = PWM (Pulse With Modulation)
freq 10 2000 Hz 1000 frequency of PWM signal of analogue output 3
delay ph. 0 50 ms/10 0 shift of phase cutting impulse of analogue output 3
AO4 - - - - - - - - - 0-10V type of signal analogue output 4
FAN = FAN (for phase cutting module)
0-10V = 0-10 V
PWM = PWM (Pulse With Modulation)
freq 10 2000 Hz 1000 frequency of PWM signal of analogue output 4
delay ph. 0 50 ms/10 0 shift of phase cutting impulse of analogue output 4
I/O Timeout
(1)
1 240 s 60 timeout of the CANBUS communication to verify the remote values of
the I/O (when this time has elapsed with no CANBUS communication,
the controller I/O is disabled)
AI1 filter OFF ON - - - ON coefficient of analogue input 1 filter
AI2 filter OFF ON - - - ON coefficient of analogue input 2 filter
AI3 filter OFF ON - - - ON coefficient of analogue input 3 filter
AI4 filter OFF ON - - - ON coefficient of analogue input 4 filter
AI5 filter OFF ON - - - ON coefficient of analogue input 5 filter
AI6 filter OFF ON - - - ON coefficient of analogue input 6 filter
AI7 filter OFF ON - - - ON coefficient of analogue input 7 filter
AI8 filter OFF ON - - - ON coefficient of analogue input 8 filter
AI9 filter OFF ON - - - ON coefficient of analogue input 9 filter
AI10 filter OFF ON - - - ON coefficient of analogue input 10 filter
DI1 filter OFF ON - - - ON coefficient of digital input 1 filter
DI2 filter OFF ON - - - ON coefficient of digital input 2 filter
DI3 filter OFF ON - - - ON coefficient of digital input 3 filter
DI4 filter OFF ON - - - ON coefficient of digital input 4 filter
DI5 filter OFF ON - - - ON coefficient of digital input 5 filter
En. Prg Level
(1)
- - - - - - - - - NO enable access to the first page of the level by pressing a combination of
keys
YES = yes, proceeding as follow:
- hold down the ENTER key for 3 s to access
the first page of level 1
- hold down the ENTER and ESC keys for 3 s
to access the first page of level 2
- hold down the LEFT and RI HT keys for 3 s
to access the first page of level 3
Password indi
(1)
- - - - - - - - - NO password requirement for access to the different levels
NO = it is not necessary to set a password to access levels
lower than that which has already been accessed