1479K03H
TETRALEC E.I. S.L.
Certified company
OPERATION MANUAL
FOR DISPLAYS SERIES
DN-109NE, DN-119NE,
DN-129NE AND DN-189NE
Index
1. INTRODUCTION .............................................................................................................................. 1-1
2. GENERAL CHARACTERISTICS ..................................................................................................... 2-1
2.1. Electrical characteristics of the DN-109 displays ....................................................................... 2-1
2.2. Electrical characteristics of the DN-119 displays ....................................................................... 2-1
2.3. Electrical characteristics of the DN-189 displays ....................................................................... 2-1
2.4. Electrical characteristics of the DN-129 displays ....................................................................... 2-2
2.5. Display weight and power consumption .................................................................................... 2-3
2.5.1. DN-109 weight and power consumption ............................................................................. 2-3
2.5.2. DN-119 weight and power consumption ............................................................................. 2-3
2.5.4. DN-189 weight and power consumption ............................................................................. 2-4
2.5.5. DN-129 weight and power consumption ............................................................................. 2-4
2.6. Dimensions and mounting of the displays ................................................................................. 2-5
2.6.1. Dimensions and mounting of the DN-109 and DN-119 ...................................................... 2-5
2.6.2. Dimensions and mounting of the DN-129 and DN-189 ...................................................... 2-6
3. INSTALLATION ................................................................................................................................ 3-1
3.1. Power supply ............................................................................................................................. 3-1
3.2. Connecting to the Ethernet line ................................................................................................. 3-2
4. OPERATION ..................................................................................................................................... 4-1
4.1. Initial start-up ............................................................................................................................. 4-1
4.2. Parameter programming ............................................................................................................ 4-1
4.2.1. Enter to modify parameters ................................................................................................. 4-2
4.2.2. Exit modify parameters ....................................................................................................... 4-2
4.2.3. Function of each parameter ................................................................................................ 4-2
4.3. Protocols .................................................................................................................................... 4-5
4.3.1. TCP/IP Protocol .................................................................................................................. 4-5
4.3.2. UDP Protocol ...................................................................................................................... 4-5
4.3.3. Modbus/TCP Protocol ......................................................................................................... 4-5
4.3.4. Valid Characters .................................................................................................................. 4-8
4.4. IP Address. .............................................................................................................................. 4-10
4.5. Modifying the port settings. ...................................................................................................... 4-10
4.5.1. Configure to use the UDP/IP protocol ............................................................................... 4-11
4.5.2. Configure to use the ModBus/TCP protocol ..................................................................... 4-12
4.6. Colour configuration ................................................................................................................. 4-13
4.6.1. Parameters to define the internal bit r1. ............................................................................ 4-13
4.6.2. Parameters to define the internal bit r2. ............................................................................ 4-13
4.6.3. Parameters to define the colour. ....................................................................................... 4-14
4.6.4. Work with only one colour. ................................................................................................ 4-14
CHAPTER 1
INTRODUCTION
1-1
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
1. INTRODUCTION
The numerical displays for series DN-109NE, DN-119NE, DN-129NE, and DN-189NE are
industrial displays for control by Ethernet network and can be configured for use with TCP/IP, UDP et
Modbus/TCP protocols. All of the units have the option of adding a symbol, in text format, of a
maximum of three characters.
The selection of the parameters and the communication protocol is done using two buttons
with a system of easily programmable codes.
One of its main characteristics is the large size of the characters,
DN-109NE of 57mm high readable from 30m.
DN-119NE of 100 mm high readable from 50m.
DN-129NE of 250 mm high readable from 120m.
DN-189NE of 180 mm high, readable from 90m.
As with other display series, the DN-109NE, DN-119NE, DN-129NE and DN-189NE series is
also available in one or two-sided versions, which provides multiple solutions and installation
possibilities.
It is surface mounted, with fixtures to a wall or partition wall, or suspended by the side
anchoring.
The application field of these displays is very wide in all types of industrial applications utilising
the advantages of the Ethernet network. They can be used to display Scada program values, counter
values from a PLC.
ETHERNET
ETHERNET
CHAPTER 2 GENERAL CHARACTERISTICS 2-1
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
2. GENERAL CHARACTERISTICS
2.1. Electrical characteristics of the DN-109 displays
2.2. Electrical characteristics of the DN-109 displays
Supply Voltage ........................................... 88 to 264 VAC 47 to 63Hz or optional 19 to 36VDC.
Consumption ............................................. See “Display weight and power consumption”
Display ....................................................... 7 segments, 57mm high + decimal point.
..................................................................... Red LED colour. Viewing distance: max 30 meters.
Text (LED) ................................................... Formed by LEDs of 5mm diameter, 50mm character
..................................................................... height.
Text (Vinyl) ................................................. White vinyl. 50mm character height.
Parameter memory .................................... Eeprom.
Communication ......................................... Ethernet 10/100. RJ-45 connector.
Communication Protocols ........................ TCP/IP, UDP/IP and Modbus/TCP.
Environmental Conditions ........................ Operation Temperature: -20 to 60ºC.
..................................................................... Storage temperature: -30ºC to 70ºC.
..................................................................... Humidity: 5-95% RH non condensing.
..................................................................... Maximum environmental illumination: 1000 lux.
..................................................................... Sealing: IP41 or IP65.
2.3. Electrical characteristics of the DN-119 displays
Supply Voltage ........................................... 88 to 264 VAC 47 to 63Hz or optional 19 to 36VDC.
Consumption ............................................. See “Display weight and power consumption”
Display ....................................................... 7 segments, 100mm high + decimal point.
..................................................................... Red LED colour. Viewing distance: max 50 meters.
Text (LED) ................................................... Formed by LEDs of 5mm diameter, 65mm character
..................................................................... height.
Text (Vinyl) ................................................. White vinyl. 65mm character height.
Parameter memory .................................... Eeprom.
Communication ......................................... Ethernet 10/100. RJ-45 connector.
Communication Protocols ........................ TCP/IP, UDP/IP and Modbus/TCP.
Environmental Conditions ........................ Operation Temperature: -20 to 60ºC.
..................................................................... Storage temperature: -30ºC to 70ºC.
..................................................................... Humidity: 5-95% RH non condensing.
..................................................................... Maximum environmental illumination: 1000 lux.
..................................................................... Sealing: IP41 or IP65.
2.4. Electrical characteristics of the DN-189 displays
Supply Voltage ........................................... 88 to 264 VAC 47 to 63Hz or optional 19 to 36VDC.
Consumption ............................................. See “Display weight and power consumption”
Display ....................................................... 7 segments, 180mm high + decimal point.
..................................................................... Red LED colour. Viewing distance: max 90 meters.
Text (Vinyl) ................................................. White vinyl.
Parameter memory .................................... Eeprom.
Communication ......................................... Ethernet 10/100. RJ-45 connector.
Communication Protocols ........................ TCP/IP, UDP/IP and Modbus/TCP.
Environmental Conditions ........................ Operation Temperature: -20 to 60ºC.
..................................................................... Storage temperature: -30ºC to 70ºC.
..................................................................... Humidity: 5-95% RH non condensing.
..................................................................... Maximum environmental illumination: 1000 lux.
..................................................................... Sealing: IP41 or IP65.
2-2 GENERAL CHARACTERISTICS CHAPTER 2
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
2.5. Electrical characteristics of the DN-129 displays
Supply Voltage ........................................... 88 to 264 VAC 47 to 63Hz or optional 19 to 36VDC.
Consumption ............................................. See “Display weight and power consumption”
Display ....................................................... 7 segments, 250mm high + decimal point.
..................................................................... Red LED colour. Viewing distance: max 120 meters.
Text (Vinyl) ................................................. White vinyl.
Parameter memory .................................... Eeprom.
Communication ......................................... Ethernet 10/100. RJ-45 connector.
Communication Protocols ........................ TCP/IP, UDP/IP and Modbus/TCP.
Environmental Conditions ........................ Operation Temperature: -20 to 60ºC.
..................................................................... Storage temperature: -30ºC to 70ºC.
..................................................................... Humidity: 5-95% RH non condensing.
..................................................................... Maximum environmental illumination: 1000 lux.
..................................................................... Sealing: IP41 or IP54.
CHAPTER 2 GENERAL CHARACTERISTICS 2-3
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
2.6. Display weight and power consumption
2.6.1. DN-109 weight and power consumption
Reference
Display
Weight
(kg)
Power
(W)
Reference
Display
weight
(kg)
Power
(W)
Reference
Display
weight
(kg)
Power
(W)
DN-109/3S
3,0
5,9
DN-109/3S+TL
3,0
7,9
DN-109/3S+TV
3,0
5,9
DN-109/3D
3,0
10
DN-109/3D+TL
3,0
11,7
DN-109/3D+TV
3,0
10
DN-109/4S
3,0
7,54
DN-109/4S+TL
3,5
9,6
DN-109/4S+TV
3,5
7,54
DN-109/4D
3,5
14,44
DN-109/4D+TL
3,5
15,1
DN-109/4D+TV
3,5
14,44
DN-109/5S
3,0
9,2
DN-109/5S+TL
3,5
11,2
DN-109/5S+TV
3,5
9,2
DN-109/5D
3,5
18
DN-109/5D+TL
4,5
21,7
DN-109/5D+TV
4,0
18
DN-109/6S
3,5
10,7
DN-109/6S+TL
4,0
12,8
DN-109/6S+TV
4,0
10,7
DN-109/6D
4,0
20,85
DN-109/6D+TL
4,5
25
DN-109/6D+TV
4,0
20,85
DN-109/7S
4,0
12,36
DN-109/7S+TL
4,0
14,4
DN-109/7S+TV
4,0
12,36
DN-109/7D
4,5
24,1
DN-109/7D+TL
5,0
28,1
DN-109/7D+TV
5,0
24,1
DN-109/8S
4,0
14
DN-109/8S+TL
4,5
16
DN-109/8S+TV
4,5
14
DN-109/8D
5,0
27,3
DN-109/8D+TL
5,5
31,3
DN-109/8D+TV
5,5
27,3
DN-109/9S
4,5
15,7
DN-109/9S+TL
4,5
17,6
DN-109/9S+TV
4,5
15,7
DN-109/9D
5,0
30,5
DN-109/9D+TL
5,5
34,6
DN-109/9D+TV
5,5
30,5
DN-109/10S
4,5
17,2
DN-109/10S+TL
5,0
19,2
DN-109/10S+TV
5,0
17,2
DN-109/10D
5,5
33,7
DN-109/10D+TL
6,0
37,7
DN-109/10D+TV
6,0
33,7
2.6.2. DN-119 weight and power consumption
Reference
Display
Weight
(kg)
Power
(W)
Reference
Display
weight
(kg)
Power
(W)
Reference
Display
weight
(kg)
Power
(W)
DN-119/3S
4,0
10,8
DN-119/3S+TL
4,5
13,4
DN-119/3S+TV
4,5
10,8
DN-119/3D
4,0
18
DN-119/3D+TL
5,0
20
DN-119/3D+TV
5,0
18
DN-119/4S
4,5
14
DN-119/4S+TL
5,5
16.6
DN-119/4S+TV
5,5
14
DN-119/4D
5,0
26,6
DN-119/4D+TL
5,5
31,9
DN-119/4D+TV
5,5
26,6
DN-119/5S
5,0
17
DN-119/5S+TL
5,5
19,7
DN-119/5S+TV
5,5
17
DN-119/5D
5,5
32,9
DN-119/5D+TL
6,0
38,1
DN-119/5D+TV
6,0
32,9
DN-119/6S
5,5
20,2
DN-119/6S+TL
6,0
22,8
DN-119/6S+TV
6,0
20,2
DN-119/6D
6,0
39,2
DN-119/6D+TL
6,5
44,5
DN-119/6D+TV
6,5
39,2
DN-119/7S
6,0
23,3
DN-119/7S+TL
7,0
25,9
DN-119/7S+TV
7,0
23,3
DN-119/7D
3,5
25,5
DN-119/7D+TL
7,5
50,8
DN-119/7D+TV
7,5
25,5
DN-119/8S
6,5
26,4
DN-119/8S+TL
7,5
29
DN-119/8S+TV
7,5
26,4
DN-119/8D
7,0
51,6
DN-119/8D+TL
8,0
56,8
DN-119/8D+TV
8,0
51,6
DN-119/9S
7,0
29,4
DN-119/9S+TL
8,0
32
DN-119/9S+TV
8,0
29,4
DN-119/9D
7,5
57,6
DN-119/9D+TL
8,5
62,9
DN-119/9D+TV
8,5
57,6
DN-119/10S
7,5
32,5
DN-119/10S+TL
8,5
35,2
DN-119/10S+TV
8,5
32,5
DN-119/10D
8,0
64
DN-119/10D+TL
9,0
69
DN-119/10D+TV
9,0
64
2-4 GENERAL CHARACTERISTICS CHAPTER 2
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
2.6.4. DN-189 weight and power consumption
Reference
Display
Weight (kg)
Power
(W)
Reference
Display
weight (kg)
Power
(W)
DN-189/2S
4,0
13,3
DN-189/2S+TV
5,5
13,3
DN-189/2D
4,5
25,8
DN-189/2D+TV
6,5
25,8
DN-189/3S
5,0
19,4
DN-189/3S+TV
6,5
19,4
DN-189/3D
6,0
38,2
DN-189/3D+TV
8,0
38,2
DN-189/4S
6,0
25,7
DN-189/4S+TV
7,5
25,7
DN-189/4D
7,5
50,8
DN-189/4D+TV
9,0
50,8
DN-189/5S
7,0
31,8
DN-189/5S+TV
9,0
31,8
DN-189/5D
8,5
63,2
DN-189/5D+TV
10,5
63,2
DN-189/6S
8,5
37,8
DN-189/6S+TV
10,0
37,8
DN-189/6D
10,0
75,5
DN-189/6D+TV
11,5
75,5
DN-189/7S
9,5
44
DN-189/7S+TV
11,0
44
DN-189/7D
11,0
88,1
DN-189/7D+TV
13,0
88,1
DN-189/8S
10,5
50,3
DN-189/8S+TV
12,0
50,3
DN-189/8D
12,5
100,6
DN-189/8D+TV
14,0
100,6
DN-189/9S
11,0
56,6
DN-189/9S+TV
13,0
56,6
DN-189/9D
13,5
113,2
DN-189/9D+TV
15,5
113,2
DN-189/10S
12,0
62,9
DN-189/10S+TV
14,0
62,9
DN-189/10D
15,0
125,8
DN-189/10D+TV
16,5
125,8
2.6.5. DN-129 weight and power consumption
Reference
Display
Weight (kg)
Power
(W)
Reference
Display
weight (kg)
Power
(W)
DN-129/2S
6,5
13
DN-129/2S+TV
9,5
13
DN-129/2D
8,0
26
DN-129/2D+TV
11,5
26
DN-129/3S
8,5
20
DN-129/3S+TV
11,5
20
DN-129/3D
10,5
40
DN-129/3D+TV
13,5
40
DN-129/4S
10,5
26
DN-129/4S+TV
13,0
26
DN-129/4D
13,0
52
DN-129/4D+TV
16,0
52
DN-129/5S
12,0
32
DN-129/5S+TV
15,0
32
DN-129/5D
15,5
64
DN-129/5D+TV
18,5
64
DN-129/6S
14,0
40
DN-129/6S+TV
17,0
40
DN-129/6D
18,0
77
DN-129/6D+TV
21,0
77
DN-129/7S
16,0
45
DN-129/7S+TV
18,5
45
DN-129/7D
20,0
90
DN-129/7D+TV
23,5
90
DN-129/8S
17,5
51
DN-129/8S+TV
20,5
51
DN-129/8D
23,0
102
DN-129/8D+TV
26,0
102
DN-129/9S
19,5
58
DN-129/9S+TV
22,5
58
DN-129/9D
25,5
115
DN-129/9D+TV
28,5
115
DN-129/10S
21,5
64
DN-129/10S+TV
24,0
64
DN-129/10D
28,0
128
DN-129/10D+TV
31,0
128
CHAPTER 2 GENERAL CHARACTERISTICS 2-5
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
2.7. Dimensions and mounting of the displays
2.7.1. Dimensions and mounting of the DN-109 and DN-119
Reference
A B Reference
A
B
DN-109/3S
288
122
DN-109/3S+T
288
122
DN-109/4S
288
122
DN-109/4S+T
336
122
DN-109/5S
288
122
DN-109/5S+T
382
122
DN-109/6S
336
122
DN-109/6S+T
430
122
DN-109/7S
382
122
DN-109/7S+T
478
122
DN-109/8S
430
122
DN-109/8S+T
526
122
DN-109/9S
478
122
DN-109/9S+T
574
122
DN-109/10S
526
122
DN-109/10S+T
622
122
DN-119/3S
324
177
DN-119/3S+T
504
177
DN-119/4S
414
177
DN-119/4S+T
594
177
DN-119/5S
504
177
DN-119/5S+T
684
177
DN-119/6S
594
177
DN-119/6S+T
774
177
DN-119/7S
684
177
DN-119/7S+T
864
177
DN-119/8S
774
177
DN-119/8S+T
954
177
DN-119/9S
864
177
DN-119/9S+T
1044
177
DN-119/10S
954
177
DN-119/10S+T
1134
177
B
A
120
85
40
9
9
4 x ø 5
All measures are in millimetres.
2-6 GENERAL CHARACTERISTICS CHAPTER 2
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
2.7.2. Dimensions and mounting of the DN-129 and DN-189
Reference
A
B C Reference
A
B
C
DN-189/2S
340
251
67
DN-189/2S+TV
660
251
67
DN-189/3S
500
251
67
DN-189/3S+TV
820
251
67
DN-189/4S
660
251
67
DN-189/4S+TV
980
251
67
DN-189/5S
820
251
67
DN-189/5S+TV
1140
251
67
DN-189/6S
980
251
67
DN-189/6S+TV
1300
251
67
DN-189/7S
1140
251
67
DN-189/7S+TV
1460
251
67
DN-189/8S
1300
251
67
DN-189/8S+TV
1620
251
67
DN-189/9S
1460
251
67
DN-189/9S+TV
1780
251
67
DN-189/10S
1620
251
67
DN-189/10S+TV
1940
251
67
DN-129/2S
515
366
186
DN-129/2S+TV
985
366
186
DN-129/3S
750
366
186
DN-129/3S+TV
1220
366
186
DN-129/4S
985
366
186
DN-129/4S+TV
1455
366
186
DN-129/5S
1220
366
186
DN-129/5S+TV
1690
366
186
DN-129/6S
1455
366
186
DN-129/6S+TV
1925
366
186
DN-129/7S
1690
366
186
DN-129/7S+TV
2160
366
186
DN-129/8S
1925
366
186
DN-129/8S+TV
2395
366
186
DN-129/9S
2160
366
186
DN-129/9S+TV
2630
366
186
DN-129/10S
2395
366
186
DN-129/10S+TV
2865
366
186
B
A
120
85
40
40
C
9
9
8 x ø 5
All measures are in millimetres
CHAPTER 3
INSTALLATION
3-1
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
3. INSTALLATION
The installation of the DN-109NE, DN-119NE, DN-129NE and DN-189NE is not particularly
delicate but some important considerations must be taken into account.
The display must not be anchored to places subject to vibrations, nor should it be installed in
places which generally surpass the limits specified in the display characteristics, both in terms of
temperature and humidity.
The degree of protection of displays DN-109NE, DN-119NE, DN-129NE and DN-189NE is
IP41, meaning that they are protected against penetration by solid foreign objects of a diameter of
about 1mm and against the vertical fall of water droplets.
Displays DN-109NE, DN-119NE, DN-129NE and DN-189NE should not be installed in places
with an illumination level in excess of 1000 lux. Neither should the display be placed in direct sunlight
as visibility would be lost.
In the electrical installation, proximity to lines of high intensity circulation and high voltage lines
must be avoided, as well as proximity to High Frequency generators and U/F converters for motors.
3.1. Power supply
The power supply must be 88 to 264 VAC 47 to 63Hz or 19 to 36VDC.
The power supply conductor section will be in line with consumption and the ground conductor
will be a minimum section of 1.5mm².
The power supply connector for 220VAC has 3 contacts and is situated in the lower part of the
unit. Connect the power wires following the schema below
The power supply connector for 24VDC has 4 contacts and is situated in the lower part of the
unit. Connect the power wires following the schema below
1
3
2
1- 230V
2- 230V
3- GND
1
3
2
1- 24V
2- 0V
3- GND
4
3-2 INSTALLATION CHAPTER 3
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
3.2. Connecting to the Ethernet line
Ethernet line connection is carried out using an RJ-45 connector located in the lower part of
the unit.
The connection between a display and a computer using an Ethernet link can be done in two
ways: Direct connection using a crossover cable or connection via a switch type concentrator or hub
and a category 5 100Base-T4 cable is recommended.
For direct connection between a computer and a display, a crossover cable must be used.
ETHERNET
To connect various displays, a switch type concentrator or hub must be used with a port for
each unit.
ETHERNET
IMPORTANT: Displays with IP54 or IP65 protection level need a special RJ45 connector to ensure the
level of protection. The connector is included in the equipment. The connector has assembly
instructions that must be followed strictly. It is essential to use this connector for the input cable to the
equipment.
Failure to use it implies loss of warranty.
CHAPTER 4
OPERATION
4-1
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4. OPERATION
4.1. Initial start-up
Before connecting the display to the network, we must ensure that all of the connections have
been carried out correctly and that the display is firmly in place.
Each time we connect the display to the power supply network, an initial reset occurs which
tests all of the segments comprising the display. The test consists of the sequential illumination of all
of the digits with the number "8", all of the digits with the value "0", all of the decimal points are lit up
and finally the version code. From this point any one of the following three situations may occur:
The display receives data from the Ethernet network and displays it.
The display does not receive data and the time without data equals zero. Continues to
show the decimal points.
The display does not receive data and the time without data is not equal to zero. After
a time without data it displays a dash in each digit.
4.2. Parameter programming
Displays DN-109NE, DN-119NE, DN-129NE and DN-189NE can be adapted to the
specifications of each client by the programming of parameters. The parameters which can be
configured are:
1- Reserved Not used
2- End of block code
3- Time without receiving data
4- Response Message
5- Unit MAC code
6- Load the default configuration to the Ethernet port
Displays with color option
b- Activation conditions and timing of output/colour 1.
c- Value of the alarm 1.
d- Activation conditions and timing of output/colour 1.
e- Value of the alarm 2.
nr – Colour if no relay is activated
r1 - Colour if bit r1 is activated
r2 - Colour if bit r2 is activated
r3 - Colour if bit r1 and r2 are activated
7- Exit modifying parameters
To program the parameters, the digits on the right of the display are used. The number of the
parameter is indicated by the digit on the left and the decimal point flashes while the digit on the right
is off.
4-2 OPERATION CHAPTER 4
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.2.1. Enter to modify parameters
In order to enter the sequence to modify the parameters, the Advance key “*” must be pressed
and held for three seconds. After this, the first parameters will be displayed, with the digit flashing.
There are then two options:
1- Modify the parameter value
By pressing the Advance key "*", entry is gained to modify the parameter value.
To go back to displaying the parameter number, press “*”again.
To increase the parameter value, press the “+” key. After parameter 7 it returns to 1.
2- Select another parameter
In order to select another parameter, the parameter number must be made to flash using the
“*” key and then the new parameter may be selected using the “+” key.
4.2.2. Exit modify parameters
In order to exit the sequence for modifying parameters, parameter 7 must be selected then
press "*".
4.2.3. Function of each parameter
4.2.3.1. Parameter 1:Protocol
0 = Protocols TCP/IP and UDP/IP
1 = Protocol Modbus/TCP
4.2.3.2. Parameter 2:End of Block. Only TCP/IP and UDP/IP protocols
Allows for code selection to indicate that the block has been completely sent.
Value
End of block
0
CR
0Dh
1
LF
0Ah
2
CR LF
0Dh 0Ah
3
LF CR
0Ah 0Dh
4 03h
5 02h
6
* CR
2Ah 0Dh
7 04h
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OPERATION
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DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.2.3.3. Parameter 3:Time without receiving data
This parameter allows the programming of a time to warn that it is not receiving data or that
the data is incorrect. The warning occurs if the programmed time is exceeded.
Each time that a communication is received correctly, the time is reset to zero. The code “00”
(No time) does not trigger any warning.
To indicate that the time limit has been exceeded, a dash will be displayed on each digit.
Code
Time
Code
Time
00
No time
11
1 min.
01
2 s 12
2 min.
02
4 s 13
5 min.
03
6 s 14
10 min.
04
8 s 15
20 min.
05
10 s
16
40 min.
06
14 s
17
1 hour.
07
20 s
18
2 hours.
08
26 s
19
5 hours.
09
30 s
20
10 hours.
10
40 s
21
25 hours.
4.2.3.4. Parameter 4: Response Message. Only TCP/IP and UDP/IP protocols
For configuring the display's response message.
Value
Response message
0
Without response
1
06h + End of block
2
ACK + End of Block
3
06h
4
ACK
The end of block is the one selected in parameter 3.
If value 1 has been selected, the 06h code is sent, followed by the block selected in parameter
2
If value 2 has been selected, the ACK characters are sent followed by the block selected in
parameter 2.
4.2.3.5. Parameter 5: MAC
The MAC code is a code which identifies each port which connects to an Ethernet network. It
is unique to each unit and is needed to configure the port.
The MAC code is formed by 6 bytes in a hexadecimal format. The 3 bytes on the left are
always the same for units DN-109NE/DN-119NE /DN-129NE/DN-189NE.
This parameter allows you to ascertain the 3 bytes on the right. In order to identify them, a
decimal point is used. Byte 4 has the point of the right digit activated. Byte 5 has the point of the left
digit activated. Byte 6 has both points activated.
Byte 1
Byte 2
Byte 3
Byte 4
Byte 5
Byte 4
00h
20h
4Ah
XX.
X.X
X.X.
4-4 OPERATION CHAPTER 4
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.2.3.6. Parameter 6: Load the default configuration to the port
If the configuration of the port has been modified and the factory parameters cannot be reset,
this parameter can be used to load them.
To load the factory parameters, value 99 must be input and the advance key “*” pressed.
During the parameter loading time, the three digits are displayed flashing. When finished, parameter 6
is displayed.
4.2.3.7. Exit parameter configuration
In order to exit parameter configuration, select parameter 7 and press the advance key “*”.
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4-5
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.3. Protocols
In this paragraph, the different protocols will be explained, as well as the programmation of the
displays through them. The formats of values of the numbers and characters are written in this manual
are:
When telling about a hexadecimal number, this will be followed by an “h”.
When telling about a decimal number, this will be followed by a “d”.
When telling about a binary number, this will be followed by a “b”.
When telling about an ASCII character, this will be explained in the context.
As an example, the X ASCII character can be explained as 58h, 88d or 1011000b, as needed
in the moment. Number 15 ASCII can be seen as 31h 35h, 49d 53d or 110001d 110101d.
4.3.1. TCP/IP Protocol
In order to use TCP/IP and Modbus/TCP protocols, the communication port must be
programmed with the default configuration. See 4.2.3.6 “Parameter 6: Load the default configuration to
the port”.
In order for the display to be able to accept a block, it must end with an end of block that is
recognised by the display. The end of block coding which the display expects to receive can be found
in 4.2.3.2 “Parameter 2:End of Block. Only TCP/IP and UDP/IP protocols”
The last character sent is displayed on the right of the display.
Port 10001 must be used.
4.3.2. UDP Protocol
In order for the display to be able to accept a block, it must end with an end of block that is
recognised by the display. The end of block coding which the display expects to receive can be found
in 4.2.3.2 “Parameter 2:End of Block. Only TCP/IP and UDP/IP protocols”
The last character sent is displayed on the right of the display.
In order to use UDP protocol, the communication port must be programmed with the default
configuration (See 4.2.3.6 “Parameter 6: Load the default configuration to the port”.) excepting the
following parameters.
Local port 10001 must be used for UDP/IP.
UDP Datagram Mode
Datagram Type must be set to 01.
Active Connection
Remote Host: IP address of the computer to which it is connected.
Remote Port: Port of the computer to which it is connected.
See 4.5.1 “Configure to use the UDP/IP protocol” to learn how to make changes.
4.3.3. Modbus/TCP Protocol
End of block not necessary.
The last character sent is displayed on the right of the display.
Port 502 must be used.
The data block transmitted must have the following values:
Byte 6. Slave ID = 01h.
Byte 7. Function Code = 16(10h)
Byte 8 and 9. Start address = 00h 00h.
4-6 OPERATION CHAPTER 4
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.3.3.1. Function 06h.
It allows to use integers with or without sign. The address sent determines if the values are
signed or unsigned.
Parameter 1 can be equal to 1 or 2. See 4.2.3.1 “Parameter 1:Protocol”.
Address 40003 (02h) ........... Signed integer. - 32767 to +32767
Address 40007 (06h)........... Unsigned integer. 0 to 65535
In this example the identifier has the value 01C9h and the value to write is –4096.
Block to send:
Identifier
Protocol
Number of
bytes
Unit
Function
Start Address
Data
01h C9h
00h 00h
00h 06h
01h
06h
00h 02h
F000h
Response from the display:
The response from the display is the same block received.
4.3.3.2. Function 10h mode Word
It allows the user to send blocks with ASCII characters to the display
Parameter 1 must have value 2. See 4.2.3.1 “Parameter 1:Protocol”.
In the block, the following values must be codified:
Unit = 01h
Function = 10h
It allows to use integers with or without sign. The address sent determines if the values are
signed or unsigned.
Address 40003 (02h) ........... Signed integer. - 2147483647 a +2147483647
Address 40007 (06h)........... Unsigned integer. 0 a 4294967295
The Data field must contain 3 Words. The two first fields must contain the Data and the third
must contain the position of the decimal point
Value 0001h for 00000000,0
Value 0010h for 0000,00000
Value 0002h for 0000000,00
Value 0011h for 000,000000
Value 0004h for 000000,000
Value 0012h for 00,0000000
Value 0008h for 00000,0000
Value 0014h for 0,00000000
Example 3:
Identifier
Protocol
Number of
bytes
Unit
Function
Start Address
01h 65h
00h 00h
00h 0Dh
01h
10h
00h 02h
Number of
registers
Number of
bytes
Data
00h 03h
06h
00BCh 614Eh 0002h
In this example the visualized value is: 123456,78.
Response from the display:
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DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
The response from the display is the same block received from the identifier until the number
of registers.
Identifier
Protocol
Number of
bytes
Unit
Function
Start Address
Number of
registers
01h 65h
00h 00h
00h 0Dh
01h
10h
00h 02h
00h 03h
Example 4:
Identifier
Protocol
Number of
bytes
Unit
Function
Start Address
01h 65h
00h 00h
00h 0Dh
01h
10h
00h 06h
Number of
registers
Number of
bytes
Data
00h 03h
06h
8761h 2C36h 0000h
In this example the visualized value is: 123456,78.
Response from the display:
The response from the display is the same block received from the identifier until the number
of registers.
Identifier
Protocol
Number of
bytes
Unit
Function
Start Address
Number of
registers
01h 65h
00h 00h
00h 0Dh
01h
10h
00h 06h
00h 03h
4.3.3.3. Function 10h mode ASCII
It the user to send blocks with ASCII characters to the display
Parameter 1 must have value 1. See 4.2.3.1 “Parameter 1:Protocol”.
In the block, the following values must be codified:
Unit = 01h
Function = 10h
Start Address = Any Address. Recommended 00h 00h.
Example 1
Identifier
Protocol
Number of
bytes
Unit
Function
Start Address
00h 24h
00h 00h
00h 0Fh
01h
10h
00h 00h
Number of
registers
Number of
bytes
Data
00h 04h
08h
34h 36h 37h 31h 33h 30h 39h 38h
In this example the visualized value is: 46713098.
4-8 OPERATION CHAPTER 4
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
Response from the display:
The response from the display is the same block received from the identifier until the number
of registers.
Identifier
Protocol
Number of
bytes
Unit
Function
Start Address
Number of
registers
00h 24h
00h 00h
00h 0Fh
01h
10h
00h 00h
00h 04h
Example 2
Identifier
Protocol
Number of
bytes
Unit
Function
Start Address
00h 24h
00h 00h
00h 0Fh
01h
10h
00h 00h
Number of
registers
Number of
bytes
Data
00h 03h
06h
34h 32h 36h 38h 2Eh 33h
In this example the visualized value is: 4268,3.
4.3.4. Valid Characters
Numerical displays can only display numbers and some characters. All valid characters and
their representation in hexadecimal format are shown below.
Character
0 1 2 3 4 5 6 7 8 9 A
B
HEXA
30h
31h
32h
33h
34h
35h
36h
37h
38h
39h
41h
62h
DEC
48d
49d
50d
51d
52d
53d
54d
55d
56d
57d
65d
98d
Character
C c d E F H h i J L n O HEXA
43h
63h
64h
45h
46h
48h
68h
69h
4Ah
4Ch
6Eh
6Fh
DEC
67d
99d
100d
69d
70d
72d
104d
105d
74d
76d
110d
111d
Character
P r U u , . - _ ‘ ¯
=
Hexa
50h
72h
55h
75h
20h
2Ch
2Eh
2Dh
16h
27h
28h
3Dh
DEC
80d
114d
85d
117d
32d
44d
46d
45d
22d
39d
40d
61d
For a character or group of characters to be displayed, flashing codes 08h(Start) and 09h(End) must
be used.
Example Protocols TCP/IP and UDP/IP:
On a 6-digit display to display: 123456 with digits 3 and 4 flashing.
In decimal code the following must be sent: 49d 50d 08d 51d 52d 09d 53d 54d + end of block.
In hexa code the following must be sent: 31h 32h 08h 33h 34h 09h 35h 36h + end of block.
Example Protocols Modbus/TCP:
On a 6-digit display to display: 123456 with digits 3 and 4 flashing.
In decimal code the following must be sent: 49d 50d 08d 51d 52d 09d 53d 54d.
In hexa code the following must be sent: 31h 32h 08h 33h 34h 09h 35h 36h.
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DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
Colour Option: In the displays with the option colour, the colour may be modified using a
command. Character X (58h) followed by the colour code force the display to use that colour. While
using colour control by code, parameters B and D must be equal to 0 and colour control depending on
displayed value must not be used. Colour is only applicable in function 10h ASCII and TCP/IP.
The colour codes are:
- 0 (30h) -> Red colour
- 1 (31h)-> Green colour
- 2 (32h)–> Yellow colour.
4-10 OPERATION CHAPTER 4
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.4. IP Address.
Before being able to communicate with the display an IP address must be assigned. To assign
an IP address the DeviceInstaller program from Lantronix must be used, which can be downloaded
free from their website: www.lantronix.com
Select: Support → Technical Support → Firmware/Downloads.
Select: DeviceInstaller.
Once the program is installed and running, press the “Search” button to locate the connected
displays. The display must be turned on and connected to the network.
If there are no network problems, a screen similar to this should be displayed.
The IP address with which the equipment is supplied is: 10.30.90.10
The Hardware Address is the unit MAC code.
To assign the IP address you must first select the equipment by clicking on the XPort-03 to
which you wish to assign the address. Then press Assign IP and follow the instructions.
IMPORTANT: All units are dispatched from the factory with the same IP address.
Therefore to configure various units, they must be connected to the Ethernet and the address
must be assigned one by one.
4.5. Modifying the port settings.
To modify the port configuration the DeviceInstaller program from Lantronix must be used,
which can be downloaded free from their website: www.lantronix.com
Select: Support → Technical Support → Firmware/Downloads.
Select: DeviceInstaller.
Once the program is installed and running, press the “Search” button to locate the connected
displays. The display must be turned on and connected to the network.
If there are no network problems, the same screen for configuring an IP address should be
displayed. See 4.4 “IP Address.”
To access the setup you must first select the unit clicking on the XPort-03 that you wish to
modify.
Then press Web Configuration and the GO key placed at the right side of IP address.
Enter your computer User Name and Password.
You will see a screen similar to the one above.
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DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
To access the setup the Local Port, select Channel1->Connection.
You will see a screen similar to the one above.
In Local Port insert the new value and click OK on the bottom of the page.
4.5.1. Configure to use the UDP/IP protocol
To access the setup the Local Port select Channel1->Connection.
Select the protocol: UDP in Connect Protocol.
Select Datagram Type = 1 in Datagram Mode.
In Endpoint Configuration set:
Local Port = 10001
Remote Host: IP address of the computer to which it is connected.
Remote Port: Port of the computer to which it is connected.
Click OK on the bottom of the page.
Click Apply Settings on the menu.
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DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.5.2. Configure to use the ModBus/TCP protocol
To use the ModBus protocol is recommended to set Enable Packing bit. Follow the steps below:
On the left side menu select Channel 1-> Serial Settings.
Set Enable Packing bit in the Pack Control area.
Click OK on the bottom of the page.
Click Apply Settings on the menu.
In order to check Enable Packing bit setting you must exit the Web Configuration page and re-enter.
Click Search on menu and enter again into the Web Configuration.
Remember to set the Local Port to 502. See paragraph 4.5
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DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.6. Colour configuration
The colour option allows you to modify automatically the display colour according to the
present value. The possible colours are: Red, Green and Yellow.
In order to be able to manage the colour 2 internal bits are used, they change depending on
display value. Eight parameters are needed to set up the levels. Four parameters are used to define
the activation form and the activation level. The other four allow defining the colour according to a
combination of the 2 internal bits.
4.6.1. Parameters to define the internal bit r1.
To set up the internal bit r1 parameters b and C are used.
Parameter b is used to set up the activation form and delay or hysteresis.
Parameter C is used to set up the trigger level. The most significant digit allow setting up a
negative value.
Parameter b
Left Digit
Control bit
Right Digit
Set/Reset
0
ON if Value > Parameter C
0 No delay / No hysteresis
1
ON if Value < Parameter C
1
Delay 1s
2
Always OFF
2
Delay 2s
3
Delay 4s
4
Delay 6s
5
Delay 10s
6 Hysteresis = 2
7 Hysteresis = 4
8 Hysteresis = 8
9 Hysteresis = 12
4.6.2. Parameters to define the internal bit r2.
To set up the internal bit r2 parameters d and E are used.
Parameter d is used to set up the activation form and delay or hysteresis.
Parameter E is used to set up the trigger level. The most significant digit allow setting up a
negative value.
Parameter d
Left Digit
Control bit
Right Digit
Set/Reset
0
ON if Value > Parameter E
0 No delay / No hysteresis
1
ON if Value < Parameter E
1
Delay 1s
2
Always OFF
2
Delay 2s
3
Delay 4s
4
Delay 6s
5
Delay 10s
6 Hysteresis = 2
7 Hysteresis = 4
8 Hysteresis = 8
9 Hysteresis = 12
4-14 OPERATION CHAPTER 4
DN-109NE, DN-119NE, DN-129NE and DN-189NE display series
4.6.3. Parameters to define the colour.
To define the colour the 2 internal bits (r1 and r2) are used.
The following parameters are used to define colours.
Colour if internal bits are OFF. To change the colour press * key. Upon pressing
+ the next parameter is shown.
Colour if internal bit r1 is ON. To change the colour press * key. Upon pressing
+ the next parameter is shown.
Colour if internal bit r2 is ON. To change the colour press * key. Upon pressing
+ the next parameter is shown.
Colour if internal bits r1 and r2 are ON. To change the colour press * key. Upon
pressing + the next parameter is shown.
4.6.4. Work with only one colour.
To work always with only one colour set up the following parameters:
Parameter
Value
b
20
C
0
d
20 E 0
nr
colour
r1
colour
r2
colour
r3
colour
Parameters C and E may have any value.
Parameters nr, r1, r2 and r3 should have the same colour.
Independently of work colour, the parameters set up always uses RED colour.
Revision history
Revision E (March 2013).
Updated introduction in 4.4.
Added paragraph 4.5.1
Added paragraph 4.6.
Revision F (September 2013).
Updated dimensions and weight of DN-109/3. Paragraphs 2.2.1 and 2.3.1.
Revision G (October 2014)
Updated electrical characteristics of the 24VDC power. Paragraphs 2.1 and 3.1.
Updated section 4.2.3.2
Added remote colour specifications
Revision H (October 2015)
Updated Configure ModBus/TCP. Paragraph 4.5.2
STATEMENT OF CONFORMITY
Tetralec Electronica Industrial S.L.
c/ Severo Ochoa, 80
Polígono Industrial Font del Radium
08403 Granollers
As the builder of the equipment of the LARTET brand:
DN-109NE in all versions.
DN-119NE in all versions.
DN-129NE in all versions.
DN-189NE in all versions.
We declare under our sole responsibility that the aforementioned product
complies with the following European directives:
Directive: LVD 2006/95/CEE Low Voltage Directive.
Standard UNE-EN61010-1 Security in electric equipment.
Directive: EMC 2014/30 UE Electromagnetic Compatibility
Standard UNE-EN 61000-6-4 Generic Emission Standard. Industrial environment.
Standard UNE-EN 61000-6-2 Generic Immunity Standard. Industrial environment.
Directive 2011/65/CE: Restriction of the use of certain hazardous substances in
electrical and electronic equipment
Granollers, 18th November 2015
Josep Mª Bisbe
Technical Director
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