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LARTET DN-107, Operation Manual, Page: 4 / 27

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LARTET DN-107 Operation Manual Download Page 4

1.

 

GENERAL CHARACTERISTICS 

1.1.

 

Electrical characteristics of the displays 

1.1.1.

 

Electrical characteristics of the dn-107 displays 

Supply voltage

 ...................................... 100 to 240 VAC 50/60Hz. Option 24VDC. 

Consumption

 ........................................ See section 2.2 

Display

 ................................................... 7 segments of 57mm  decimal point. 

 ................................................................ Red LED. Reading distance 30 meters. 

Parameter memory

 ............................... Eeprom. 

Communication protocol

 ..................... Profinet RT class 1 v2.3 

Environmental conditions

 ................... Working temperature: -20 to 60ºC. 

 ................................................................ Storage temperature: -30ºC to 70ºC. 
 ................................................................ Humidity: 20-9 0% RH non-condensing. 
 ................................................................ Maximum ambient illumination: 1000 lux. 
 ................................................................ Protection: IP41. 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

 

Summary of Contents for DN-107

Page 1: ...1227K34A OPERATION MANUAL OF THE DN 107NN DISPLAYS ...

Page 2: ...5 1 2 2 Fixing DN 107 displays 6 2 INSTALLATION 7 2 1 Power supply 7 2 2 Profinet line connection 8 3 OPERATION 9 3 1 Initial commissioning 9 3 2 Programming parameters 9 4 2 1 Access to parameter settings 10 4 2 2 Access to parameter settings 11 5 PROTOCOL AND OPERATION OF WORK 14 5 1 PROFINET Protocol 15 5 1 1 Before the configuration 15 5 1 2 Downloading the GSD file 16 5 1 3 Generating a cutom...

Page 3: ...s with an easy to program code system The height of the digits of 57mm which allows a reading distance of up to 30m is one of the main features The field of application of these visualizers is very wide in applications where it is required to display numerical values resulting from industrial processes sent from a PLC PC by PROFINET communication PROFINET PROFINET Display PC PROFINET Supervisor PL...

Page 4: ...tion 24VDC Consumption See section 2 2 Display 7 segments of 57mm height decimal point Red LED Reading distance 30 meters Parameter memory Eeprom Communication protocol Profinet RT class 1 v2 3 Environmental conditions Working temperature 20 to 60ºC Storage temperature 30ºC to 70ºC Humidity 20 9 0 RH non condensing Maximum ambient illumination 1000 lux Protection IP41 ...

Page 5: ...2 Dimensions and fixation of the displays 1 2 1 Dimensions of DN 107 3 displays 120 70 40 All measurements are in millimeters 1 1 1 Dimensions of DN 107 4 displays 245 120 70 40 All measurements are in millimeters ...

Page 6: ...1 2 2 Fixing DN 107 displays 100 150 400 600 90 º 73 5 7 15 52 52 All measurements are in millimeters Fixing plate M8 ...

Page 7: ...direct incidence of the sun s rays on the display be allowed because we would lose visibility In the electrical installation proximity to lines circulating very high intensities high voltage lines as well as high frequency generators and U F converters for motors should be avoided 2 1 Power supply The power supply can be from 100 to 240VAC 50 60Hz or in option at 24VDC The section of the power con...

Page 8: ...orates a module with 2 Profinet connectors For the connection between the display and the control device PC PLC it is recommended 1 Direct cable 100Base T4 CAT 5E if the connection is made through a Switch Hub 2 Crossover cable of identical characteristics if connected directly to the control device Profinet Power supply connector To connect several displays the internal ports of the Profinet modu...

Page 9: ...e without data shows a hyphen in each digit 3 2 Programming parameters Before proceeding to use the visualizer the configuration parameters must be programmed to parameterize the equipment according to the numerical values that we want to represent The configuration of the parameters is done through a menu that is selected by two buttons located on the inside of the display The field that can be m...

Page 10: ...git until it reaches the maximum value the next press goes to the minimum value If the parameter entered is incompatible with the computer that parameter will not be accepted For example our equipment has a parameter code for each protocol 2 ISO 1745 3 ModBus 10 Profinet etc In a DN NN family viewer that in this version can only work in Profinet it will not accept any parameter other than 10 2 Sel...

Page 11: ...tocol 2 ISO 1745 3 ModBus 10 Profinet etc This release will not accept any parameter other than the one specified 4 2 2 3 Parameter 3 Time without receiving data This parameter allows you to schedule a time to warn that no data is being received The warning occurs if the scheduled time is exceeded Every time a piece of data is received time is zeroed The code 00 No time does not produce any warnin...

Page 12: ...s the trigger level The heavier digit allows you to set a negative value Parameter B Left digit Control bit Right digit Activation 0 ON if Value Parameter C 0 No delay or 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 2 2 4 2 Configuring the internal bit r2 With the D parameter...

Page 13: ... the color configured red is used in the parameter programming 4 2 2 6 Parameter F To modify parameters To exit modifying parameters click the key Before exiting the parameters are saved If you want to continue modifying parameters press the key until you reach the parameter you want to modify Color if no internal bit is enabled To change the color press the key Pressing moves to the next paramete...

Page 14: ...seen as 58h 88d or 1011000b as needed to be described at the time The number 15 ASCII can be described as 31h 35h 49d 53d or 110001d 110101d depending on the context Definitions of words used in the description of this chapter Offline Parameterization to be performed on the visualizer through the configuration options of the equipment itself or configuration software applications prior to the inst...

Page 15: ...w configuration Let s see in which cases the use of this tool may or may not be necessary 1 In the Profinet network there is only one display of the DN NN family Our displays are configured from the factory with a default DeviceName which corresponds to the model of the computer For example If we have a DN 107 of 4 characters on one side our reference DN 107 4S the DeviceName assigned is dn1x9 Thi...

Page 16: ...Name we must use the SW67602 software to modify the Profinet parameters generate the new GSD and update the Firmware of the visualizer On the Profinet display website we will find the file FW_DNNN_Vx xx zip which contains the configuration project of the DN NN family visualizers Once unzipped we will have the FW_DN1x9_10C folder available FW_DN1x9_10C is also compatible with DN 107 NN displays Onc...

Page 17: ...ause the display to malfunction With the communication data updated to the requirements of the installation we accept the changes and click on the PROFINET XML option to generate a new updated GSD We assign a name in the data field accept and automatically generate the new GSD which we can locate within the folder that contains the configuration project which will be located within the Projects fo...

Page 18: ...ill have the viewer ready to install it with the TIA Portal utility or similar In case of not finding the device when a Ping is made it will show us the message Error Check the IP Address This can happen in already installed equipment that works with an IP dynamically assigned by the PLC or in offline equipment which for some reason has changed the default IP address If the IP of a computer is unk...

Page 19: ...of the visualizers which will be included in the project and press the Install button Wait for the installation process to complete and you can configure the devices in the following steps 1 Add the displays to the project Press the Devices and networks button 1 then the drop down list in the Hardware catalog section display Other field devices 2 select the serial module and in the Version field 3...

Page 20: ...l have in the Profinet network By double clicking on a certain viewer the device view will be accessed 3 Assign the I P address space of the displays In the device view validate that the name of the tag 1 corresponds to the DeviceName assigned to the device TIA Portal to avoid duplication of names add the suffix _1 2 n If necessary correct the name to match that of the device Fig 9 Define the conn...

Page 21: ...ntly no data is returned 4 Compile and upload the Project to the PLC With all items added and configured compile the project using the button Compile 1 Once verified that there are no compilation errors the configuration will be loaded into the PLC using the button Charging on device 2 In the Advanced loading window select the computer s network card in the PG PC interface field 3 and set the Prof...

Page 22: ...int encoded according to Table 1 in word format only 2 bytes of the data will be sent To work with the different numeric types we will follow the following steps 1 Configuring display parameters Through the keys of the computer we enter the menu and adjust the parameter 1 according to the type of data that you want to work Parameter 2 must be set to the value 10 PROFINET If you want to set a time ...

Page 23: ...te MSB B1 Lower Weight Byte of Numeric Value LSB Example The following table shows some examples for displaying numeric values with different types of data with the range of addresses defined in fig Fig 10 B4 B5 Decimal point possition 01h 00000000 0 02h 0000000 00 04h 000000 000 08h 00000 0000 10h 0000 00000 11h 000 000000 12h 00 0000000 14h 0 00000000 Table 1 Decimal point encoding QBx QBx 1 QBx...

Page 24: ...ed in accordance with paragraph 0 2 Sending the message character sequence over the Profinet network The numeric value of each digit will be encoded in ASCII and sent in the sequence mentioned above Valid characters include some alphanumeric characters that can be represented in digits of 7 segments The valid characters accepted by the viewer are as follows Character 0 1 2 3 4 5 6 7 8 9 A b HEX 30...

Page 25: ... yellow This way when the current value is within a defined range it will be displayed in the specified color As it was commented in section 4 2 3 4 two internal bits r1 r2 are used as triggers for the color representation Each one of these bits uses two control parameters B C for r1 and D E for r2 The parameters B and D define the activation condition for r1 and r2 respectively and C and D parame...

Page 26: ...has status indicators which signal problems with duplicate IPs repeated DeviceNames or problems in the ARs between controller and networked devices the following table describes the meaning of the different leds Values 250 250 Values 500 Values 500 Color nr Color r1 Color r3 r1 r2 OFF r1 ON r2 OFF r1 r2 ON LED MEANING BF Bus failure ON The Ethernet connection is faulty the IP address is duplicated...

Page 27: ...ur 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 en...

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