Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Subscribe to Our Youtube Channel
Related Manuals for Lumel DL11
Summary of Contents for Lumel DL11
- Page 1 LARGE SIZE DIGITAL DISPLAYS DL11, DL12 and DL13 types USER’S MANUAL...
-
Page 3: Table Of Contents
LARGE SIZE DIGITAL DISPLAYS DL11, DL12 and DL13 types CONTENTS: 1. APPLICATION ..........................2 2. DISPLAY SET ..........................2 3. BASIC REQUIREMENTS, OPERATIONAL SAFETY ..............2 4. DESIGN DESCRIPTION AND INSTALLATION ................2 5. ELECTRICAL CONNECTIONS ....................4 6. CONFIGURATION OF THE DL DISPLAY ..................5 6.1 Configuration of the connection .....................6 6.2 Changing transmission parameters ..................6 6.3 Display configuration ......................6 6.4 Setting time/date ........................7 6.5 Setting the luminosity brightness ...................8 6.6 Display status ........................8 6.7 configuration of the display for data read-out from additional devices ........8 7. INTERFACE ..........................9... -
Page 5: Application
It is possible to make the display in the configuration required by the customer. 2. DISPLAY SET The display set is composed of: - DL11, DL12 or DL13 display 1 pc - Suspension holder 2 pcs... -
Page 6: Design Description And Installation
The protection degree ensured by the housing is defined as IP40. The view and overall dimensions of DL11, DL12 and DL13 displays are presented on fig. 1, 2 and 3. The design enables to fix the display on a wall. - Page 7 Fig.1 overall dimensions of the DL11 display. Fig.2 overall dimensions of the DL12 display.
-
Page 8: Electrical Connections
Fig.3 overall dimensions of the DL13 display 5. ELECTRICAL CONNECTIONS Caution: the installation and display connections should be carried out by a qualified personnel. The connection of supplying wires and interface should be carried out only in accordance with the user’s manual. - Page 9 Fig.4. Markings of connectors for DL11, DL12, DL13:...
-
Page 10: Configuration Of The Dl Display
6. CONFIGURATION OF THE DL DISPLAY The DL11 display is default configured to the display of values being in the register 7500. The change of display parameters is carried out through the suitable modification of values in configuring registers. To change parameters, one can use any program destined to read-out and write registers in MODBUS RTU networks. -
Page 11: Display Configuration
6.3. Display configuration The dialog window Display Configuration serves to the display configuration. The display field can be freely configured. It is admitted that one display row is destined to display one quantity. The DL1 program services displays composed maximally of four rows. In order to change display configuration it is recommended to read out the current configuration, and next to modify it suitably. -
Page 12: Setting The Luminosity Brightness
The write of time parameters and their write in the display or the selection of the Synchronize option, what will cause the time and date sampling from the computer and the write of these quantities to the display. The selection of the Synchronize option performs the synchronization of the internal display clock with the computer clock with a one-second precision, however time write, by giving the date and time value, is carried... -
Page 13: Interface
INTERFACE DL11, DL12 and DL13 displays are equipped with two communication interfaces working in MODBUS RTU standard. The type of transmission frame and the baud rate are configured through the write of suitable values into the register. - Page 14 and the value written in these registers is not stored after switching the supply off. The value introduced in general registers with addresses: 7614...7641, is written in the non-volatile controller memory. The switching of the panel on does not cause the lost of values written in these registers. If the register value to display is higher than 1E+20, then it will be decreased to the 1E+20 value.
- Page 15 4009 Switch the alarm on Row number II 4010 0…20 Number of digits in the second row 4011 0…3 Display format - number of places after the decimal point Number of the register to display, as the shift in respect to the 4012 0…149 address 7500 4013 Switch the alarm on Row number III 4014 0…20 Number of digits in the third row 4015 0…3 Display format - number of places after the decimal point Number of the register to display, as the shift in respect to the 4016 0…149 address 7500 4017 Switch the alarm on Row number IV 4018 0…20 Number of digits in the fourth row 4019 0…3 Display format - number of places after the decimal point Number of the register to display, as the shift in respect to the 4020 0…149 address 7500 4021 Switch the alarm on Time and date 4022...
- Page 16 Status of devices added to the display. Successive bits inform about the transmission state with slave devices: Bit 15 – There were transmission errors; Bit 09 – error of the device number 10; Bit 08 – error of the device number 9; Bit 07 – error of the device number 8; 4030 No concerns Bit 06 – error of the device number 7; Bit 05 – error of the device number 6; Bit 04 – error of the device number 5; Bit 03 – error of the device number 4; Bit 02 – error of the device number 3; Bit 01 – error of the device number 2; Bit 00 – error of the device number 1; Access code to the calibration data and some configuration 4031 No concerns settings. In order to change calibration coefficients, one must introduce the correct password. 7.2. Registers 4300... 4349 Register Opera- Range Description address tions Device number 1 4300 0,1…247 Slave device address. 0 - switches the device off 4301 0…65535 Basic address 4302 1…10 Number of read out registers Register type: 0 - variable of char type 1 - variable of unsigned char type...
- Page 17 Device number 3 4310 0,1…247 Slave device address. 0 - switches the device off 4311 0…65535 Basic address 4312 1…10 Number of read out registers Register type: 0 - variable of char type 1 - variable of unsigned char type 2 - variable of integer type 4313 0…6 3 - variable of unsigned integer type 4 - variable of long type 5 - variable of unsigned long type 6 - variable of float type Review period in seconds. Defines the asking frequency of the slave 4314 1…60 device. Device number 4 4315 0,1…247 Slave device address. 0 - switches the device off 4316 0…65535 Basic address 4317 1…10 Number of read out registers Register type: 0 - variable of char type 1 - variable of unsigned char type 2 - variable of integer type 4318 0…6 3 - variable of unsigned integer type 4 - variable of long type 5 - variable of unsigned long type...
- Page 18 Register type: 0 - variable of char type 1 - variable of unsigned char type 2 - variable of integer type 4328 0…6 3 - variable of unsigned integer type 4 - variable of long type 5 - variable of unsigned long type 6 - variable of float type Review period in seconds. Defines the asking frequency of the slave 4329 1…60 device. Device number 7 4330 0,1…247 Slave device address. 0 - switches the device off 4331 0…65535 Basic address 4332 1…10 Number of read out registers Register type: 0 - variable of char type 1 - variable of unsigned char type 2 - variable of integer type 4333 0…6 3 - variable of unsigned integer type 4 - variable of long type 5 - variable of unsigned long type 6 - variable of float type Review period in seconds. Defines the asking frequency of the slave 4334 1…60 device. Device number 8 4335 0,1…247 Slave device address. 0 - switches the device off 4336...
-
Page 19: Registers 7500
Review period in seconds. Defines the asking frequency of the slave 4344 1…60 device. Device number 10 4345 0,1…247 Slave device address. 0 - switches the device off 4346 0…65535 Basic address 4347 1…10 Number of read out registers Register type: 0 - variable of char type 1 - variable of unsigned char type 2 - variable of integer type 4348 0…6 3 - variable of unsigned integer type 4 - variable of long type 5 - variable of unsigned long type 6 - variable of float type Review period in seconds. Defines the asking frequency of the slave 4349 1…60 device. 7.3. Registers 7500... 7653 Adres rejestru Operacje Zakres Opis 7500 n.d. Device 1 – First register read out 7501 n.d. - Page 20 7523 n.d. Device 3 – fourth register read out 7524 n.d. Device 3 – Fifth register read out 7525 n.d. Device 3 – Sixth register read out 7526 n.d. Device 3 – Seventh register read out 7527 n.d. Device 3 – Eighth register read out 7528 n.d. Device 3 – Ninth register read out 7529 n.d. Device 3 – Tenth register read out 7530 n.d. Device 4 – First register read out 7531 n.d. Device 4 – Second register read out. 7532 n.d. Device 4 – Third register read out 7533 n.d. Device 4 – fourth register read out 7534 n.d. Device 4 – Fifth register read out 7535 n.d. Device 4 – Sixth register read out 7536 n.d.
- Page 21 7562 n.d. Device 7 – Third register read out 7563 n.d. Device 7 – fourth register read out 7564 n.d. Device 7 – Fifth register read out 7565 n.d. Device 7 – Sixth register read out 7566 n.d. Device 7 – Seventh register read out 7567 n.d. Device 7 – Eighth register read out 7568 n.d. Device 7 – Ninth register read out 7569 n.d. Device 7 – Tenth register read out 7570 n.d. Device 8 – First register read out 7571 n.d. Device 8 – Second register read out. 7572 n.d. Device 8 – Third register read out 7573 n.d. Device 8 – fourth register read out 7574 n.d. Device 8 – Fifth register read out 7575 n.d.
- Page 22 7601 n.d. General register nr 2 7602 n.d. General register nr 3 7603 n.d. General register nr 4 7604 n.d. General register nr 5 7605 n.d. General register nr 6 7606 n.d. General register nr 7 7607 n.d. General register nr 8 7608 n.d. General register nr 9 7609 n.d. General register nr 10 7610 n.d. Alarm 1 – down limitation 7611 n.d. Alarm 1 – up limitation 7612 n.d. Alarm 2 – down limitation 7613 n.d. Alarm 2 – up limitation 7614 n.d.
-
Page 23: Technical Data
8. TECHNICAL DATA Readout field: Digit height:100 mm DL11 one row of 3 digits + unit field DL12 two rows of 3 digits + unit field DL13 three rows of 3 digits + unit field Colour of the readout field:... -
Page 24: Order Codes
9. ORDER CODES Table 1 DIGITAL DISPLAY DL11 - X XX Colour of display field: Red ................R Yellow ................Y Green................G Kind of versions: Standard ................00 custom-made* ..............XX Table 2 DIGITAL DISPLAY DL12 - X XX Colour of the I display field: Red ................R Yellow ................Y Green................G Colour of the II display field: Red ..................R Yellow .................. Y Green...................G Kind of versions: Standard ..................00 custom-made* ................XX Table 3 DIGITAL DISPLAY DL13 - X XX Colour of the I display field: Red ................R... -
Page 25: Before A Damage Will Be Declared
Coding Example The Code: DL13 - R Y G 00 means: DL13 - Digital display consisting of 3 rows R - digits in the upper row are red Y - digits in the middle row are yellow G - digits in the lower row are green 00 - in standard version Other versions of displays are possible acc. customer’s needs after agreeing with the manufacturer. 10. BEFORE A DAMAGE WILL BE DECLARED If the display remains inconsistently with the customer expectations, one must firstly check the display configuration. Problem Solution Lack of display One must check the connection correctness Displayed symbol The displayed symbol signals a lack of transmission with... -
Page 26: Maintenance And Service
1. After the dispatch date and within the period stated in the guarantee card One should return the device to the LUMEL’s Quality Inspection Dept. If the device has been used in compliance with the instructions, LUMEL S.A. guarantees to repair it free of charge. - Page 28 § CUSTOM-MADE PRODUCTS SALES PROGRAM MEASUREMENT CONTROL DIGITAL and BARGRAPH PANEL METERS RECORDING MEASURING TRANSDUCERS ANALOG PANEL METERS (DIN INSTRUMENTS) ANALOG and DIGITAL CLAMP-ON METERS INDUSTRIAL and HOUSEHOLD CONTROLLERS CHART AND PAPERLESS RECORDERS POWER CONTROL UNITS and RELAYS AUTOMOTIVE DASHBOARD INDICATORS ELECTRONIC WATT-HOUR-METERS ACCESSORIES FOR MEASURING INSTRUMENTS MEASURING SYSTEMS (ENERGY, HEAT, CONTROL) CUSTOM-MADE PRODUCTS WE ALSO OFFER OUR SERVICES IN THE PRODUCTION OF: ALUMINIUM ALLOY PRESSURE CASTINGS PRECISION ENGINEERING AND THERMOPLASTICS PARTS ASSEMBLY OF PC BOARDS and ELECTRONIC DEVICES QUALITY PROCEDURES According to ISO 9001 and ISO 14001 international requirements. All our instruments have CE mark . For more information, please write to or phone our Export Department Lubuskie Zak³ady Aparatów Elektrycznych LUMEL S.A. ul. Sulechowska 1, 65-022 Zielona Góra, Poland Tel.: (48-68) 329 51 00 (exchange) Fax: (48-68) 329 51 01 e-mail:lumel@lumel.com.pl http://www.lumel.com.pl Export Department: Tel.: (48-68) 329 53 02 or 53 04 Fax: (48-68) 325 40 91 e-mail: export@lumel.com.pl...
Need help?
Do you have a question about the DL11 and is the answer not in the manual?
Questions and answers