THE DLM-080 FUTURE DIGITAL RECORDER – USER’S MANUAL VERSION 1.1 Sp. z o.o. [Ltd.] 41-250 Czeladź ul. Wojkowicka 21, Poland Tel. +48 (32) 763 77 77, 763 78 15÷18 Fax.:+48(32) 763 – 75 - 94 www.mikster.com mikster@mikster.com (26.11.
The DLM-080 FUTURE Digital Recorder – User’s Manual TABLE OF CONTENTS TABLE OF CONTENTS ............................................................................................................................. 2 1. APPLICATIONS ................................................................................................................................. 4 2. THE DLM-080 RECORDER CONSOLE ............................................................................................ 4 3.
The DLM-080 FUTURE Digital Recorder – User’s Manual TECHNICAL DATA DIMENSIONS: • assembly hole size: 142+1mm X 237+1mm • assembly depth including terminals: 55mm • outside dimensions: 265x152 WEIGHT: • • 1250 g (RECORDER) 800 g (TRANSFORMER) POWER SUPPLY: • ~24V(AC), 220-24V TRANSFORMER INCLUDED IN THE SET STRUCTURE: • SINGLE ELEMENT, “FRONT PANEL”-TYPE PROTECTION CLASS: (ACCORDING TO IEC 529) • from terminal side: IP 20 • from front side: IP 65 HUMIDITY: • 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual 1. APPLICATIONS DLM-080 Digital Recorder is a multifunctional microprocessor device used for the purposes of recording, control and visualisation of manufacturing processes in many branches of industry. In particular it is designed to co-operate with master computer (software for PC computers delivered together with the recorder), which also allows performing analysis of registered data in graphic form.
The DLM-080 FUTURE Digital Recorder – User’s Manual Keys on the console are arranged in the following keypads : • the status block -1- with the following functions : • real-time display 1.1 • function keys 1.2 with signal diodes 1.3 • parameter value increase / decrease keys 2.5 • 8 measurement channel status keypads -2- with the following functions : • read out / set value display 2.1 • display field showing the measure of a physical value being measured 2.3 • function keys with signal diodes 2.
The DLM-080 FUTURE Digital Recorder – User’s Manual - press the key (a diode built-in in the key blinks) - press the key and hold it for approximately 3 sec. After 3 seconds the symbol F-00 will be displayed in the real-time display field. At this moment enter number of a special function by pressing the in the real-time display field. Accept the selected special function by pressing the 3.1.1 3.2 keys key.
The DLM-080 FUTURE Digital Recorder – User’s Manual In case if correct value is entered, the DLM-080 will switch to the SET-CLOCK mode (diodes of real-time clock display blinks and the diode built-in in the 3.2.1 key is on). Setting hours and minutes (the SET-CLOCK mode) (the diode built-in in the key is off) • by pressing the following format: HOUR:MINUTE. 3.2.
The DLM-080 FUTURE Digital Recorder – User’s Manual 3.3 MODIFICATION OF PARAMETERS IN THE SETUP MEMORY (THE SETUP MODE) The SETUP mode permits to edit the DLM-080 configuration parameters (as described in Table 1). The device will switch to the SET-UP mode after selecting the F00 special function.
The DLM-080 FUTURE Digital Recorder – User’s Manual 3.3.2 Exiting the SETUP mode • press the key (the SET EEP message will be displayed, and at the same time configuration parameters will be stored in memory). 3.4 The MEASURE Mode This mode permits to preset for individual channels the measure of displayed / controlled physical quantity, e.g. (°C, bar, %, etc.), which will be displayed in the measure display field.
The DLM-080 FUTURE Digital Recorder – User’s Manual • then, in case if channel is defined as 0.20 mA or 4.20 mA input, channel no. 4 display field will show value indicated for 0 mA (4 mA) current, and channel no. 6 display field will show value indicated for 20 mA current. 3.5.1 Change of active measurement channel • in order to change currently active measurement channel press the 3.5.2 keys in channel 1 display field. Measurement channel tuning procedure for the PT-100 input.
The DLM-080 FUTURE Digital Recorder – User’s Manual 3.5.3 Measurement channel tuning procedure for the 0..20,4..20mA input 1 - select channel to tune by pressing the display field. keys in channel 1 2 - preset model signal value, e.g. 20mA 3 - enter indicated value for 0 mA (4 mA) current by pressing the keys in channel 4 display field. 4 - enter indicated value for model signal by pressing the channel 6 display field (e.g.
The DLM-080 FUTURE Digital Recorder – User’s Manual f) an hour-meter (range from 0 to 999) g) multivibrator (second or minute or hour base) 4.1 THE PT-100 MEASUREMENT CHANNEL In case if a measurement channel is defined as PT-100, readout values will be displayed in a dynamic way, that is: • within range from -99.9 to -10.0 with accuracy of 1 °C • within range from -9.9 to +99.9 with accuracy of 0.1 °C • within range from +100.0 to +399.9 with accuracy of 1 °C 4.2 THE 0..20 (4..
The DLM-080 FUTURE Digital Recorder – User’s Manual time-meter will be reset to zero and as soon as Tini contact closes the count down will be repeated, if the time-meter does not reach the set value and Tini contact will open, time count down will stop and as soon as Tini contact closes the count down will be further repeated • F62-F69 = 2 then - if Tini contact closed, time-meter counts down until reaching the set value – each opening of the Tini contact will result in resetting the timemeter to zero and
The DLM-080 FUTURE Digital Recorder – User’s Manual 4.5 CONTROLLER RELAY OUTPUTS As a standard the DLM-080 uses the algorithm of on-off controller with hysteresis. The hysteresis value must be specified in the F14-F29 (SETUP) functions. Depending on parameter setting in functions F30-F37 it is possible to define controller relay state as NR (normally open, algorithm 1) or NZ (normally closed, algorithm 2).
The DLM-080 FUTURE Digital Recorder – User’s Manual (Algorithm 3) 3-state controller according to algorithm ALGORITHM 3 Hg Wz Hd ZaŁ REL1 WyŁ ZaŁ REL9* WyŁ * for F46 Æ REL9 ; for F47 Æ REL10 ; for F48 Æ REL11 ; for F49 Æ REL12 ATTENTION! In case if channel is defined as time-meter, relay contact state changes immediately after reaching the set value. Blinking message in the MEASURE field indicates controller contact closed state! 4.
The DLM-080 FUTURE Digital Recorder – User’s Manual 2. if channel 1 is declared as humidity readout, (F55 = 1) then “wet” temperature sensor is connected to channel no. 2 and “dry” temperature sensor is connected to channel no. 1 3. if channel 1 is declared as humidity readout, (F56 = 1) then “dry” temperature sensor is connected to channel no. 3 and “wet” temperature sensor is connected to channel no. 4 4.
The DLM-080 FUTURE Digital Recorder – User’s Manual 6. ALARMS The DLM-080 Recorder enables setting of alarm thresholds in relation to set value. It is required to preset the alarm threshold value in the F70-F77 (SETUP) functions. In order to activate alarm press the key in field of the channel, for which exceeded threshold value is to be signalled. In case if value = 0 is set in the F70-F77 functions, threshold exceeding control is off, and alarm is off no matter what is current state of the key.
The DLM-080 FUTURE Digital Recorder – User’s Manual • 1 stop bit Correct method of making cable connections is shown on Drawing 2 Press the key in order to print the recording heading and current readouts. Press the key and hold it for approximately 2 [s] (diode built-in in the key is on) in order to make periodic printouts of data from the recorder. In this case the recording heading will be printed and readouts from the recorder will be printed with frequency specified in the F05 (SETUP) function.
The DLM-080 FUTURE Digital Recorder – User’s Manual INTERLOCK DISABLE - press and hold the key in the display field of channel no. 2 - press and hold the key in the display field of channel no. 5 - release the key in the display field of channel no. 2 - release the key in the display field of channel no. 5 Word OPEN. will be displayed in the real-time display field ATTENTION ! In case if keyboard interlock is on, pressing of any key results in word CLOS.
The DLM-080 FUTURE Digital Recorder – User’s Manual - keep pressing the - press the keys in the real time field until F-00 is shown key (the Recorder displays will show [CODE set-up]) - keep pressing the is shown keys in the display field of channel no. 3 until 888 - keep pressing the is shown keys in the display field of channel no.
The DLM-080 FUTURE Digital Recorder – User’s Manual 6- connect model resistor R0=100 Ω to Recorder terminals nos. 67,68,69 7- carry out correction of zero for the converter - press the key blinks) key in the display field of channel no. 2 (a diode in the 8- connect model resistor R100=138.5 Ω to Recorder terminals nos.
The DLM-080 FUTURE Digital Recorder – User’s Manual 10.2 CHANNEL No. 8 AS THE 0..20 mA MEASUREMENT INPUT (with measured values ranging from 100 to 500) The procedure: 1- set position of the A/D converter input type switch (back panel of the Recorder, the switch in upper position) ON 1 2 3 4 Ch8 2- turn on the Recorder 3- switch to the SETUP mode - press the key (a diode built-in in the key blinks) - press the key and hold it for approximately 3 sec.
The DLM-080 FUTURE Digital Recorder – User’s Manual - keep pressing the shown - press the keys in the display field of channel no. 4 until 5 is key (parameters will be stored in memory) 5- switch to the SERVICE mode - press the key (a diode built-in in the key blinks) - press the key and hold it for approximately 3 sec. (After 3 seconds the symbol F-00 will be displayed in the real-time display field.
The DLM-080 FUTURE Digital Recorder – User’s Manual 9- carry out correction of amplification for the converter - press the key blinks) key in the display field of channel no. 2 (a diode in the 10- finish configuring measurement channel no. 8 - press the 10.3 key (parameters will be stored in memory) CHANNEL No. 2 AS THE 4..20 mA MEASUREMENT INPUT (with measured values ranging from 5.50 to 8.
The DLM-080 FUTURE Digital Recorder – User’s Manual - keep pressing the is shown - press the keys in the display field of channel no. 4 until 888 key (the following will be displayed: SET-UP, function number – F00, and function value) 4- set channel type as 4..20mA, display accuracy: 0.01 keep pressing the is shown keys in the display field of channel no. 3 until F55 - keep pressing the shown keys in the display field of channel no.
The DLM-080 FUTURE Digital Recorder – User’s Manual 7- preset displayed value [5.50] for the I=4mA current keep pressing the is shown keys in the display field of channel no. 4 until 5.50 - 8- preset displayed value [8.00] for the I=20mA current - keep pressing the is shown keys in the display field of channel no. 4 until 8.00 9- carry out correction of amplification for the converter - press the key blinks) key in the display field of channel no.
The DLM-080 FUTURE Digital Recorder – User’s Manual - keep pressing the keys in the real time field until F-00 is shown - press the key (the Recorder displays will show [CODE set-up]) - keep pressing the is shown keys in the display field of channel no. 3 until 888 - keep pressing the is shown keys in the display field of channel no.
The DLM-080 FUTURE Digital Recorder – User’s Manual 11. DLM-080 – SPECIAL APPLICATIONS 11.1 DLM-080 AS PARAMETER RECORDER USED AT POULTRY SLAUGHTERHOUSES. Due to necessity to record technological parameters while slaughtering poultry it is possible to configure the DLM-080 so that it meets requirements set in this case.
The DLM-080 FUTURE Digital Recorder – User’s Manual 4.4) F19 0 0..999 The To time length for CHANNEL 6 (see Point 4.4) F20 0 0..999 The To time length for CHANNEL 7 (see Point 4.4) F21 0 0..999 The To time length for CHANNEL 8 (see Point 4.4) F22 1.0 Meter constant If the value set in setup function F85 is (1), then the real-time clock display shows value obtained from impulse counter according to the formula: Displayed value = quantity F23 0 0..1 Transmission protocol F24 0 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual F37 2 0..25.5 The controller’s upper hysteresis value for CHANNEL 4. similarly as before F38 2 0..25.5 The controller’s lower hysteresis value for CHANNEL 5. similarly as before F39 2 0..25.5 The controller’s upper hysteresis value for CHANNEL 5. similarly as before F40 2 0..25.5 The controller’s lower hysteresis value for CHANNEL 6. similarly as before F41 2 0..25.5 The controller’s upper hysteresis value for CHANNEL 6.
The DLM-080 FUTURE Digital Recorder – User’s Manual (4..20mA) 8 – RANGE 000..999 (4..20mA) 9 – NOT USED 10 – NOT USED 11 – TIME RANGE: 0..999 SECONDS (forward counting) 12 – TIME RANGE: 0..999 MINUTES (forward counting) 13 – TIME RANGE: 0..999 HOURS (forward counting) F55 0 0..13 Analogue input type definition and display range definition for CHANNEL 2 as before F56 0 0..13 Analogue input type definition and display range definition for CHANNEL 3 as before F57 0 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual time-meter (F44) F69 0 0..2 Procedure of operation for CHANNEL 8 defined as time-meter (F45) F70 0 0..255 Allowable difference between set value and read out value for channel 1. Alarm will indicate cases, when this difference is exceeded. F71 0 0..255 Allowable difference between set value and read out value for channel 2. Alarm will indicate cases, when this difference is exceeded. F72 0 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual “1” – relay as the 3-rd state in a 3-state algorithm for channel 1 F87 0 0..1 Relay status – REL 10 “0” – relay off “1” – relay as the 3-rd state in a 3-state algorithm for channel 2 F88 0 0..1 Relay status – REL 11 “0” – relay as an alarm signalling device “1” – relay as the 3-rd state in a 3-state algorithm for channel 3 F89 0 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual MODBUS RTU The DLM-080 digital recorder communicates with master systems through two-wire serial link (RS-485) using two transmission protocols: MIKSTER-BUS (protocol used in-house by MIKSTER) and MODBUS RTU.
The DLM-080 FUTURE Digital Recorder – User’s Manual Function 4 (Recorder Register Reading) Master >>> Slave Value / variable Definition 1 ADDEV Slave address in the rs485 network (range 1..
The DLM-080 FUTURE Digital Recorder – User’s Manual Function 65 (Real-time Clock – RTC Setting) Master >>> Slave Byte number Value / variable Range Definition 1 ADDEV 0..31 Slave address in the rs485 network 2 65 (41h) 0..255 Function number 3 RTC_rok 00..99 Year 4 RTC_miesiąc 1..12 Month 5 RTC_dzień 1..31 Day 6 RTC_ godzina 0..23 Hour 7 RTC_ minuta 0..59 Minute 8 RTC_ sekunda 0..59 Second 9 CRC_h 0..255 CRC-16 control total 10 CRC_l 0..255 36 26.11.
The DLM-080 FUTURE Digital Recorder – User’s Manual Function 66 (Measure) Master >>> Slave Byte number Value / variable Range Definition 1 ADDEV 0..31 Slave address in the rs485 network 2 66 (42h) 0..255 Function number 3 Wym_kan_1 0..3 0- °C 1- % 2- bar 3- „clock” 4 Wym_kan_2 0..3 As before 5 Wym_kan_3 0..3 As before 6 Wym_kan_4 0..3 As before 7 Wym_kan_5 0..3 As before 8 Wym_kan_6 0..3 As before 9 Wym_kan_7 0..3 As before 10 Wym_kan_8 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual Function 67 (Saving Setup Parameters) Master >>> Slave Byte number Value / variable Range Definition 1 ADDEV 0..31 Slave address in the rs485 network 2 67 (43h) 0..255 Function number 3 Setup_Reg 0..255 Block of setup registers transmitted from . MASTER to SLAVE, length: 128 bytes. . Data format same as SETUP area in the memory . 130 map. 131 CRC_h 0..255 132 CRC_l 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual The Memory Map : Multipurpose Registers ADDRESS Definition Range 0000H RTC – second 0..59 0001H RTC – minute 0..59 0002H RTC – hour 0..23 0003H RTC – day 1.31 0004H RTC – month 1..12 0005H RTC – YEAR 0.99 0006H reserved 0007H reserved 0008H reserved 0009H reserved 000AH reserved 000BH reserved 000CH reserved 000DH reserved 000EH reserved 000FH reserved 0010H Set value (L); Channel 1 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual 002BH As before for channel 8 0..255 As before for channel 8 0030H Read out value (L); Channel 1 0..255 0031H Read out value (H); Channel 1 0..255 Set value for Channel 1 is stored in four successive memory bytes in the following format: 0032H Read out value (HH); Channel 1 0..255 0033H Read out value (HHH); Channel 1 0..255 0034H As before for channel 2 0..255 As before for channel 2 As before for channel 3 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual The Memory Map: SETUP Address 0200h FUNCTION No. F00 F01 F02 F03 F04 F05 F06 F07 F08 F09 F10 F11 F12 F13 F14 021Fh 0..999 Second digit of safety code for SETUP setting (L) 0..255 Recording printing frequency 0..999 Digital recording frequency (the same for all channels) In case if F05=0 is set, printing is interlocked. (L) Free (L) Free (L) Free (L) Free (L) Free (L) Free (L) Free (L) (L) 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual 0220h F16 F17 F18 F19 F20 F21 (L) 0..999 The To time length for CHANNEL 5 (see Point 4.4) (L) 0..999 The To time length for CHANNEL 6 (see Point 4.4) (L) 0..999 The To time length for CHANNEL 7 (see Point 4.4) (L) 0..999 The To time length for CHANNEL 8 (see Point 4.4) (H) 022Bh 022Ch The To time length for CHANNEL 4 (see Point 4.4) (H) 0229h 022Ah 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual 023Ah F29 (H) 023Bh 023Ch Free (L) F30 0..25.5 The controller’s lower hysteresis value for CHANNEL 1. Depending on measurement input type : For PT-100 F30=2 corresponds to 0.2°C; for 0..20mA (4..20mA) F30=2 corresponds to 0.02/00.2/002 of measured value (depending on configuration) 023Dh F31 0..25.5 The controller’s upper hysteresis value for CHANNEL 1. Depending on measurement input type : For PT-100 F31=2 corresponds to 0.2°C; for 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual (according to algorithm 3) 024Dh F47 0..2 Controller output definition for CHANNEL 2 as before 024Eh F48 0..2 Controller output definition for CHANNEL 3 as before 024Fh F49 0..2 Controller output definition for CHANNEL 4 as before 0250h F50 0..1 Controller output definition for CHANNEL 5 F50=0 controller contact normally closed (algorithm 1) F50=1 controller contact normally open (algorithm 2) 0251h F51 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual 1 – while time-meter is counting and Tini contact opens, counting will be stopped. Closing the contact again will result in continuation of time metering. In case if timemeter reaches set value, after opening Tini contact the time-meter will be reset to zero. Closing the contact again will make the timemeter start counting. 2 – if Tini contact opens, timemeter will be reset to zero. Closing the contact again will make the time-meter start counting.
The DLM-080 FUTURE Digital Recorder – User’s Manual indicate cases, when this difference is exceeded. 0..255 Allowable difference between set value and read out value for channel 8. Alarm will indicate cases, when this difference is exceeded. 026Bh F77 026Ch F78 Free 026Dh F79 Free 026Eh F80 0..1 PT-100 measurement range 0 – range up to 400°C 1 – range up to 600°C 026Fh F81 0..1 Recording base 0 – seconds 1 – minutes 0270h F82 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual Functions are inactive when seconds are the time base 0279h F 91 0..3 Measurement processing type for channel 2 027Ah F 92 0..3 Measurement processing type for channel 3 027Bh F 93 0..3 Measurement processing type for channel 4 027Ch F 94 0..3 Measurement processing type for channel 5 027Dh F 95 0..3 Measurement processing type for channel 6 027Eh F 96 0..3 Measurement processing type for channel 7 027Fh F 97 0..
The DLM-080 FUTURE Digital Recorder – User’s Manual CONVERTER RS-232-RS-485 9V DC POWER SUPPLY DLM-080 DRAWING No. 1 CONNECTING THE DLM-080 RECORDER TO A PC COMPUTER RS-232 CONNECTOR DIN 9 GND (pin5) TXD (pin 3) DSR (pin 6) DLM-080 3x0.35 CONDUCTOR+SCREEN PRINTER DRAWING No. 2 RS-232 CONNECTING PRINTER TO THE DLM-080 RECORDER 48 26.11.
