Enco Control Parts list manual

ENCO Control
Technical description
•Kulautuvos g. 45a , LT-47190 Kaunas •Tel. [phone] •Faks. ([phone] •[email protected] •www.axis.lt
1
Universal controller
ENCO Control
Technical description
Lithuania 2015

ENCO Control
Technical description
•Kulautuvos g. 45a , LT-47190 Kaunas •Tel. [phone] •Faks. ([phone] •[email protected] •www.axis.lt
2
SAFETY REQUIREMENTS
Before operating the controller Enco Control (hereinafter device), please read this technical
description and user's manual thoroughly and follow their instructions. You must observe all
instructions for use that are enclosed with other components of system.
Caution: If this equipment is used in a manner not specified by the manufacturer, the
protection provided by the equipment may be impaired.
Enco Control device is a limited access area unit (It is intended for installation in
the cabinet). The device complies with safety class II with an additional
grounding. Power supply from 230 V AC. The device is used to control power
circuits up to 230 V.
It is necessary to follow general safety requirements during installation and
maintenance process. To eliminate risk, only qualified technical personnel may
install and maintain devices (certificates for electrical installation work with
equipment up to 1000 V are required). Personnel must be familiar with
appropriate technical documentation and general safety instructions.
Before changing, repairing, connecting or disconnecting system parts is
required: (the switch is built-in the same cabinet as the
controller);
(electromagnetic actuators, pumps, actuators, etc.);
to make sure that they are not powered.
Protection of circuits of external battery is provided by fuse RXE185, 50V, 1.8A.
Controller does not protect external circuits of circulation pumps and valve
actuators. It is necessary to use additional protection circuits to protect
circulation pumps and valve actuators against over current.
Use only the battery specified in the manufacturer's instructions. Using other
types of batteries may result in a fire or explosion hazard.
It is recommended use the instructions and recommendations of the battery
manufacturer when installing or replacing batteries.
When the controller operating in the system, all devices of system for which it is
provided (required), must be connected to the protective earth, regardless of
their location in the system.
To protect power circuits against over current, short-circuit or fault of
grounding of primary circuit in the building installation must be installed
automatic protective device - 2-pole circuit breaker (distance between contacts
must be = 3 mm).
Only approved qualified technical personnel may install and maintain the device.
Installation and maintenance carry out not qualified personnel is strictly
forbidden.
The device must be installed in a locked area with restricted access - in the
electric cabinet, protection class IP65, in the horizontal position on DIN rail

ENCO Control
Technical description
•Kulautuvos g. 45a , LT-47190 Kaunas •Tel. [phone] •Faks. ([phone] •[email protected] •www.axis.lt
3
(Figure 20, Figure 21).
Cabinet, where the device is mounted, must be marked with symbol №5036 on
ISO 3864:
Danger! Risk of death from electric shock.
Environmental conditions:
- Ambient temperature from + 5 C to + 55 C,
- Relative humidity up to 93 
TRANSPORTATION AND STORAGE
Packed equipment may be transported in any type of covered vehicle. Equipment
should be anchored reliably to avoid shock and possibility to shift inside vehicle.
Transportation temperature from -25 Cto +55 C, relative humidity up to 95 at +25
Cand atmospheric pressure of 84 kPa up to 106,7 kPa.
Equipment should be protected against mechanical damage and shock.
Equipment should be stored in dry, heated premises, where environment temperature
is not lower than +5 co. No aggressive chemical substances should be stored together
because of corrosion hazard.
SWITCHING ON/OFF
Switch on the power (Fig. 1). The device is ready for operation.
Device status indicates LED1 (Fig. 2): Power is on - the LED1 lights up and blinking,
power is off LED1 is not lit.
The device switches off with the automatic switch (2-pole circuit breaker).
Automatic switch should be installed close to device and so that it was easily available
to service personnel.
Fig.1 Connection to the mains supply
Enco Control
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 J28 J27 J21 J29
PSU 230V
N
2A
L
N
L
PE

ENCO Control
Technical description
•Kulautuvos g. 45a , LT-47190 Kaunas •Tel. [phone] •Faks. ([phone] •[email protected] •www.axis.lt
4
Fig.2. General view of the front of the Enco Control
Application field
Universal controller Enco Control (hereinafter Device) is designed as controller for process
control in district heating / hot water and ventilation systems. Also as data collection device for
remote meter reading and their subsequent storage in the internal memory, analysis and
transmission to the central data acquisition system.
Functions
Data registration
Device performs:
Monitoring of all recorded data or registering selected data or variables
Selecting of the frequency (period) archiving (from 1s)
Archiving of parameters technological process and variables in the heating system
every 5 minutes to 7 days
Sending of message, if parameter value exceeds the limits (up to 32 selected
parameters).
Meter reading
The controller can read all meters that support MBUS protocol. Reading is performed Wild
addresses. There is a possibility to read out only one meter, without using
algorithm. Meter reading data is decoded and selected parameters are saved to the archive
(only those parameters are saved in the archive that are selected by the user). Meter reading
frequency is freely selectable.
Green LED 2
Information about the presence / absence of
apower supply voltage 15V
Display (LCD)
For indicating the
device‘s operating state
Keyboard (5 - button) for
viewing information on the
display and for input settings

ENCO Control
Technical description
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Remote communication
The device can communicate via Ethernet, GSM / GPRS. It supports protocols TCP / IP, UDP,
DHCP.
There is possibility to setup parameters, download archive files, and update the firmware
remotely.
The selected system messages are sent to the user remotely:
- Power supply Off / On;
- Changing of firmware (updating);
- Changing of the state of the logic inputs (high / low level);
Read archived data;
Change settings of HVAC and meter reading.
Explanation of Abbreviations
PSU
Power supply unit
MCU
Microprocessor
LCD
Liquid Crystal Display
SIM
Subscriber identification module (card)
RFID
Radio frequency identification
CN1
USB port
RTC
Real-time clock
DC
Direct current
AC
Alternating current
HVAC
Heating, ventilation and air conditioning systems
Environmental conditions
Ambient temperature
5°C ÷ 55°C
Relative humidity
Up to 93%
Degree of protection of housing to IEC 60529
IP30 (The device is designed for
installation in a cabinet, corresponding to
the class IP65)
Overall dimensions
202 mm x 126 mm x 100 mm
Power supply
Power supply for 9 NO semiconductor relays
230 V, 50 Hz, ~ 1,2 A for each of 9 relays,
~ 4 A total
Mains supply for internal PSU
230 V, 50 Hz, ~100 mA max;
Backup battery
12 V, 800 mA max., 1,2 - 2.2 Ah
Internal Lithium battery for real time clock (RTC)
3 V
Inputs / outputs for connecting remote devices

ENCO Control
Technical description
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Number of optically isolated discrete inputs
4
Number of optically isolated power outputs
(NO semiconductor relays) AC 110-230V, <1.2 A
for each, total load (current) cannot exceed 4 A.
9
Number of optically isolated current outputs
2 (may be installed under a separate
order in place of optically isolated
discrete inputs)
Inputs / outputs for connecting local devices
Number of discrete inputs
3
Number of analog inputs
1
Number of pressure measuring inputs (4-20 mA
measurement channels)
4
Number of temperature sensors
16
Communication modules and interfaces
GPRS 900/1800 MHz
1
Ethernet
1
RS232
2
3.3V
1
RS485
1
Mbus/CL
1
Card reader RFID
1
Screens displayed on LCD during operation are linked together and form well organized menu
structure. For convenience, the screens are grouped into levels. Review of menu items is
performed using five control buttons on the front panel of device or remote control buttons
(up, down, left, right, and confirm "OK"). By pressing button
next menu level, by pressing button back toward the root
of the main menu). By pressing buttons "Up" and "Down" you can select the appropriate
menu item.
It is possible to view and set up all the main settings of device:

ENCO Control
Technical description
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Main meniu
1. HVAC
2. General settings
3. Modules
4. Receivers
5. Temper. Sensors
6. Outputs/Inputs
7. Connection state
8. Set date & time
9. Lock configuration
Field
Description
1. HVAC
Settings for regulation of HVAC circuit
2.General
settings
Information about general device settings
3.Modules
Settings for reading external devices (meters)
4.Receivers
Settings for clear channel of communication
5. Temper.
Sensors
Review and control of Status of temperature sensors connected to the
controller
6.Outputs/Inputs
Review and control of status of Outputs/Inputs
7.Connection
state
Status of communication systems
8.Set date & time
Setting up date and time
9.Lock
configuration
Lock possibility of configuration
1. HVAC system type selection
The controller is capable of controlling different HVAC systems (circuits).
1. HVAC
1.HVAC - - -
2.HVAC - - -
3.HVAC - - -
1.1. HVAC settings
1.HVAC type - - -
1.1.1. HVAC type
1. - - -
2. DHW
3. HEAT
4. VENT
Field
Description
1. - - -
Circuit is off
2.DHW
Hot water preparation circuit
3.HEAT
Heating control circuit
4.VENT
Ventilation control circuit
After selecting the type of desired system (circuit), click "OK" to return to the previous menu,
and when you return to the previous menu in the box that appears confirm you choice:
DHW
Yes No
In the same way, select all desired types of HVAC systems:

ENCO Control
Technical description
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1. HVAC
1.HVAC DHW
2.HVAC - - -
3.HVAC - - -
1. HVAC
1.HVAC DHW
2.HVAC HEAT
3.HVAC VENT
Configuring HVAC system
Choose HVAC type for setting up desired parameters:
1.1. HVAC settings
1. HVAC type DHW
2. HVAC state Auto
3. Recalculation 2
4. Transition 20
5. Integration 30
6. ECO temper. -10.0
7.NIGTH temper. -5.0
8.DAY temper. 0.0
9.Valves settings
10.Pump settings
11.Temper. settings
12.Temperatures
13.Curves
14.Schedule
Field
Description
1.HVAC type
Controller type
2.HVAC state
Operating mode
3.Recalculation
Recalculation time of drive control
4.Transition
Transition time period during which circuit gradually changeovers from
one schedule to another
5.Integration
Integration time
6. ECO temper.
Desired temperature for economic mode
7. NIGHT
temper.
Desired night temperature
8. DAY temper.
Desired day temperature
9.Valves settings
Settings of drive valve control (address)
10.Pump settings
Settings of pump control (address)
11. Temper.
Settings
Settings of the temperature sensors (address)
12.Temperatures
Setting desired temperatures for control
13.Curves
Settings of the heat curve depending on outside temperature
14.Schedule
Weekly schedule of control
By pressing button " " you can to change the value of the selected parameter:
1.1.2. HVAC state
1.Off
2.Manual
3.Auto
4.Aut.Off
5.Economic
6.Night
7.Comfort
DHWRecalculation
Yes No
2
DHWTransition
Yes No
30

ENCO Control
Technical description
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DHWIntegration
Yes No
30
DHWECO temper.
Yes No
-10.0
DHWNIGHT temper.
Yes No
-7.5
1.2.9. Valves settings
1. Valve On 0
2. Valve Off 1
3. Full run 90
1.2.10. Pump settings
1. Pump inv. No
2. Twin. head No
3. Work time 24
4. Pump port 4
5. Pump port 2 6
6. Pump fail port 9
1.2.11. Temper. settings
1. T0 2
2. T1 1
3. T2 3
4. Tair 6
5. Troom 6
1.2.12. Temperatures
1. Cut of Tair 14.0
2. Hister. Tair 5.0
3. Tout low lim. 5.0
4. Width zone 0 0.5
5. Width zone 1 1.5
6. Aver. Const 10
7. Propor.band 0 80
8. Propor.band 1 60
2.
2. General settings
1. Connect. type Ethr
2. Modem settings
3. DHCP settings
4. Ping settings
5. NTP settings
6. Summer correct. On
7. Reboot On
8. Reboot per. 1440
9. UDP hello 37770
10.Device ID 1
11.Firmw. Vers. 1.16
12.FDate Apr 27 2012
13.FTime 15:41:31
You can select "LAN" or "GPRS".
2.1. Connect. type
1. Ethr
2. GPRS
If you use GPRS connection, then you will need to set your modem settings "Modem settings":
2.2. Modem settings
1. Port settigs
2. GPRS ping On
3. GPRS period 100
4. IP 192.168.0.1
5. Check signal On
6. Chack sim pin On
7. SIM card pin 3438
Field
Description
1.Port settings
Settings of serial port of modem
2. GPRS ping
On / Off
3. GPRS period
Ping period
4.IP
Remote server IP address
5. Check signal
GSM network signal strength
6. Check sim pin
SIM card PIN code On/Off
7. SIM card pin
Setting up a SIM PIN
If you using a LAN connection, you can set a fixed IP address or activate the automatic IP
address assignment via DHCP:

ENCO Control
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2.3. DHCP settings
1. DHCP Off
2. IP 10.2.3.207
3. GW 10.2.3.254
4. MK 255.255.255.0
Field
Description
1. DHCP
On/Off
2. IP
device IP address
3. GW
gateway IP address
4. MK
network mask
Ping settings with Remote Server via LAN:
2.4. Ping settings
1. Ping Off
2. Ping gateway On
3. Ping period 1440
4. IP 0.0.0.0
Field
Description
1. Ping
On/Off
2. Ping gateway
On / Off
3. Ping period
Ping period
4. IP
Remote server's IP address, if Ping does not take place with gateway
Setting time synchronization of device via network:
2.5. NTP settings
1. Check time Off
2. NTP interface Ethr
3. NTP period 1440
4. NTP port 123
5. IP 192.168.0.1
6. Time zone +2
Field
Description
1. Check time
Time synchronization On/Off
2. NTP interface
Communication interface to synchronize the time
3. NTP period
Time synchronization period
4. NTP port
Number of port of synchronization server
5 IP
IP address of synchronization server
6. Time zone
Select time zone
Automatic changes over to daylight saving time (On/Off):
2.6. Summer correct.
1. Off
2. On
activate (deactivate) the automatic summer / winter time.
Select reboot device (On/Off):

ENCO Control
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2.7. Reboot
1. Off
2. On
Restart the device if there is no communication with the outside server for a specified period of
time:
DHWReboot per.
Yes No
1440
communication channel (port) for configuration of device via network.
Using this port, it is possible to find the device's on the local network, without knowing its IP
address:
DHWUDP hello
Yes No
37770
3. settings for reading external devices (meters):
3. Modules
1. Module - - -
2. Module - - -
3. Module - - -
4. Module - - -
5. Module - - -
6. Module - - -
7. Enable connect On
8. Connect. type Ethr
9. Connect prt 37777
10.Remote enable Off
11.IP 192.168.0.211
12.Remote port 37775
13.Connect per. 3600
Select the required device type:
3.1. Module
1. Type - - -
3.1.1. Module
1. - - -
2. SKS-3
3. SKM-1-M
4. SKM-01M
5. SKU01
6. SKU01SF
7. SKU01M
8. M-BUS
9. HEAT SYS
10.MODBUS R
11.MODBUS
12.SR-1K
3.1. Module
1. Type SKS-3
2. State On
3. Ext. port Off
4. Interf. Mbus[0]
5. Baud rate 9600
6. Parity Even
7. Array 0
8. Addr|ID 254
9. Period 3600
10.Module date
Select type of communication interface:

ENCO Control
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3.1.4. Interf.
1. Mbus[0]
2. CL[0]
3. Inv.CL[0]
4. RS-232[0]
5. RS-232[1]
6. RS-485[1]
7. Waveport
Select data transfer rate. It should be the same as stated on readout device settings:
3.1.5. Baud rate
1. 300
2. 600
3. 1200
4. 2400
5. 4800
6. 9600
7. 19200
8. 38400
9.56700
10.115200
Set up parity. It should be the same as stated on readout device settings:
3.1.6. Parity
1. None
2. Odd
3. Even
4. Mark
5. Space
Select database (data archive), wherein will be stored data, collected from an external device:
3.1.7. Array
1. 0
2. 1
3. 2
4. 3
Set up device address or number (depending what applicable):
DHWAddr|ID
Yes No
254
Meter reading period:
DHWPeriod
Yes No
3600
3.1.10. Module data
1. Module Idle
2. Slaves found 12
Field
Description
1. Module
2. Slaves found
Displays the number of connected to the interface and scanned devices

ENCO Control
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clear channel communications for reading of data of externally devices via
the Internet, using specialized programs. The settings are analogous to modem settings:
4. Receivers
1. UART0
2. UART2
4.1. Port settings
1. Interf. Off
2. Baud rate 9600
3. Parity None
4. Bits 8
5. Stopbits 1
temperature sensors status:
5. Temper. sensors
1. Reinit sensors
2. Sensors count 3
3. T[01] 49.95°C
4. T[02] 38.87°C
5. T[03] 15.01°C
Field
Description
1. Reint sensors
New search of all connected sensors
2. Sensors count
Shows the number of sensors that have been found
3. T[xx]
Shows temperature value of corresponding sensor. It is possible to
change the sensor number
review and control of inputs / outputs status
6. Outputs/Inputs
1. Output0
2. Output1
3. Output2
4. Output3
5. Output4
6. Output5
7. Output6
8. Output7
9. Output8
10. Input0
11. Input1
12. Input2
13. Input3
14. Input4
15. Input5
16. Input6
The black dot inside the circle means that the input / output are active /actuated. An empty
circle (white circle) indicates that the input / output are not active / disabled.
status of communication channel
7. Connection state
1. Modem connected
2. Signal quality 19
3. GPRS state
4. LAN state
Field
Description
1. Modem
Modem status indicates whether the device is connected to the GPRS
2. Signal quality
Level of GSM signal
3. GPRS state
Review of GPRS communication parameters

ENCO Control
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4. LAN state
Review of LAN communication parameters
Address GPRS:
7.3. GPRS state
1. IP 82.15.131.228
2. MK 255.255.255.0
3. DNS1 213.226.131.1
4. DNS1 193.219.88.36
Address LAN:
7.4. LAN state
1. IP 192.168.2.100
2. GW 192.168.2.254
3. MK 255.255.255.0
4. DNS1 212.59.1.1
5. DNS1 192.168.2.254
set up date and time manually.
8. Set date & time
1. Date 2012-01-21
2. Time 09:25:19
3. Week day 3
Device performs:
Monitoring of all recorded data or registering selected data or variables
Selecting of the frequency (period) archiving (from 1s)
Archiving of parameters technological process and variables in the heating system
every 5 minutes to 7 days
Sending of message, if parameter value exceeds the limits (up to 32 selected
parameters).
The controller can read all meters that support MBUS protocol. Reading is performed Wild
card search algorithm. The data from the meters can be read out to the primary or secondary
addresses. There is a possibility to read out only one meter, without using
algorithm. Meter reading data is decoded and selected parameters are saved to the archive
(only those parameters are saved in the archive that are selected by the user). Meter reading
frequency is freely selectable.
The device can communicate via Ethernet, GSM / GPRS. It supports protocols TCP / IP, UDP,
DHCP.

ENCO Control
Technical description
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There is possibility to setup parameters, download archive files, and update the software
remotely.
The selected system messages are sent to the user remotely:
- Power supply Off / On;
- Changing of Software (updating);
- Changing of the state of the logic inputs (high / low level);
The device should be mounted in the cabinet on a DIN rail, in horizontal position. Protection
class of cabinet must be IP65 (Figure 20, Figure 21).
The necessary switches must be provided during the installation (distance between switches
contacts must be = 3 mm.) With which you can turn off the power supply. It is recommended to
establish the device in the same cabinet as the switches for cutting off power supply. The
switches should be adjusted for the power used by the equipment (max. 15VA).
Connection cables must comply with IEC 60227 or IEC 60245 standards. Cross-section of
cable is calculated by the allowable continuous current load.
Caution: If this equipment is used in a manner not specified by the manufacturer, the
protection provided by the equipment may be impaired.
Fig. 11. Device Enco Control general view
Fig. 12. Device Enco Control. Top view

ENCO Control
Technical description
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Numbering of terminals
62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37
1 2 3 4 5 6 7 8 9
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
LCD
GPRS modem
CN1
J28 J27 J29J21
R
F
SIM
PSU

ENCO Control
Technical description
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Table 11. Numbering of terminals
Terminal
number
Marking
Description
Permissible line
length, m
1
Input
230V ,
100mA Max
L1
Mains power supply 230V АС, L1
2
N
Mains power supply 230V АС, Neutral
3
Protective earthling
4
Battery 12 V
800 mA
B-
Battery (-)
<= 3 m
5
B+
Battery (+)
<= 3 m
6
Semiconductor
relays (NO)
O6-O8
230 V, 50Hz
1,2A each, Total
current for all
relays
4 A Max
O6
O6
Power output 6
<= 3 m
7
8
O7
O7
Power output 7
<= 3 m
9
10
O8
O8
Power output 8
<= 3 m
11
12
Discrete inputs
D0-D3
0-24 ,
15 mA Max
D0-
D0+
Discrete input 0 ( -)
<= 10 m
13
Discrete input 0 (+)
14
D1-
D1+
Discrete input 1 ( -)
<= 10 m
15
Discrete input 1 (+)
16
D2-
D2+
Discrete input 2 ( -)
<= 10 m
17
Discrete input 2 (+)
18
D3-
D3+
Discrete input 3 ( -)
<= 10 m
19
Discrete input 3 (+)
20
15 V,
100 mA
max
GND
Ground
<= 10 m
21
V+
Power supply output for external devices
<z= 10 m
22
RFID Antenna
R1
Antenna RFID
<= 0,3 m
23
R2
24
T sensor
GND
GND for digital temperature sensors
<= 70 m
25
DATA
Signal terminal for digital temperature sensors
<= 70 m
26
+5 V
+ 5 V power supply voltage for digital
temperature sensors
<= 70 m
27
Analog inputs
A0-A3
4-20 mA
A3
Analog input 3 for pressure sensor
<= 3 m
28
GND
Ground
<= 3 m
29
A2
Analog input 2 for pressure sensor
<= 3 m
30
GND
Ground
<= 10 m
31
A1
Analog input 1 for pressure sensor
<= 3 m
32
Outpu
t
+15 V
Power supply for external devices
(15V, to up 80 mA.)
<= 10 m
33
A0
Analog input 0 for pressure sensor
<= 3 m
34
Output
0-15 V
50 mA max
OL0
DO0-15V / AO 4-20 mA (Analog output is
galvanically isolated)
<= 3 m
35
GND
Ground
<= 3 m
36
OL1
DO0-15V / AO 4-20 mA (Analog output is
galvanically isolated)
<= 3 m
37
Mbus/CL
Cl-
<= 20 m

ENCO Control
Technical description
•Kulautuvos g. 45a , LT-47190 Kaunas •Tel. [phone] •Faks. ([phone] •[email protected] •www.axis.lt
18
Examples of wiring diagrams
Discrete input wiring diagram:
а) Power is supplied from the internal DC voltage 15 V
38
Cl+
30V max., 10 mA. Max.
<= 20 m
39
Analog input
A4
0-3V
A4
Analog input 4 (0-3V), Rin 10 kOhm
<= 3 m
40
A4
<= 3 m
41
GND
Ground
<= 10 m
42
Discrete input
D4
0-3 V,
10 mA max
D4
Discrete input 4 (0-3V) Rin 100 R
<= 3 m
43
D4
44
15 V,
100 mA max
V+
Power supply for external devices
<= 10 m
45
GND
Ground
<= 10 m
46
Discrete inputs
D5-D6
0-3 V,
10 mA max
D 5
Discrete input 5 (0-3V) Rin 100 R
<= 3 m
47
48
GND
Ground
<= 10 m
49
D 6
Discrete input 6 (0-3V) Rin 100 R
<= 3 m
50
51
Semiconductor
relays (NO)
O0-O5
230 V, 50Hz
1,2A each, Total
current for all
relays
4 A Max
O5
O5
Power output 5
<= 3 m
52
53
O4
O4
Power output 4
<= 3 m
54
55
O3
O3
Power output 3
<= 3 m
56
57
O2
O2
Power output 2
<= 3 m
58
59
O1
O1
Power output 1
<= 3 m
60
61
O0
O0
Power output 0
<= 3 m
62
J28
J28
Serial interface
<= 3 m
J27
J27
Serial interface
<= 3 m
J21
J21
Ethernet network port
<= 100 m
J29
J29
RS485 interface
<= 50 m

ENCO Control
Technical description
•Kulautuvos g. 45a , LT-47190 Kaunas •Tel. [phone] •Faks. ([phone] •[email protected] •www.axis.lt
19
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 J28 J27 J21 J29
PSU 230V Enco Control
DIN0 DIN1 DIN2 DIN3 - +
б) Power is supplied from the external DC voltage 24 V
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 J28 J27 J21 J29
PSU 230V Enco Control
DIN0 DIN1 DIN2 DIN3 - +
PSU 24 VDC
-
+

ENCO Control
Technical description
•Kulautuvos g. 45a , LT-47190 Kaunas •Tel. [phone] •Faks. ([phone] •[email protected] •www.axis.lt
20
Analog input wiring diagram
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 J28 J27 J21 J29
PSU 230V Enco Control
DIN6 DIN5 DIN4 AIN4
10k
+5V
10k
+5V
100R
100R
+5V
100R
100R
+5V
100R
100R
M-BUS device connection
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 J28 J27 J21 J29
PSU 230V Enco Control
GND GND A1A3 A2 +V A0
M-BUS
device
M-BUS
device
Pressure sensors wiring diagram (4 sensors, 4-20 мА)
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36
62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 J28 J27 J21 J29
PSU 230V Enco Control
GND GND A1A3 A2 +V A0
120R
120R 120R 120R
P3 P2 P1 P0