microSYST MS6026 User Manual
  1. Manuals
  2. Brands
  3. microSYST Manuals
  4. Measuring Instruments
  5. MS6026
  6. User manual

microSYST MS6026 User Manual

Process meter with tricolor bargraph and universal input
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
COMPETENCE IN
MEASUREMENT
Process Meter
with Tricolor Bargraph and Universal Input
MS6026 & MS6126
v 2.2
USER MANUAL
PLOVDIV 2015
Document revision 2015-03-20

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the MS6026 and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Summary of Contents for microSYST MS6026

  • Page 1 COMPETENCE IN MEASUREMENT Process Meter with Tricolor Bargraph and Universal Input MS6026 & MS6126 v 2.2 USER MANUAL PLOVDIV 2015 Document revision 2015-03-20...
  • Page 2 To restore the factory settings – page 20 After changing the decimal point all the parameters related with PV – process variable, influencing on the range, bargraph, set-points etc. have to be changed For controller programming Microsyst offers: USB / RS485 Convertor •...

  • Page 3: Table Of Contents

    Analog outputs: 1 - Relay NO-250V / 5A AC 0 - No, 1 - Yes MS6026 и MS6126 differ only in: housing, number and type of relay  outputs and bargraph - type and number of LEDs. See. TECHNICAL DATA ...

  • Page 4: Technical Data

    Auxiliary power supply Insulated 24 VDC ± 3 %; 40 mA max Digital outputs for MS6026 - 5 pcs; for MS6126 – 3 pcs For MS6026 K1÷К5 Relay SPDT NO & NC 5A /250V AC or OC- 500 mA/30 VDC For MS6126 K1÷К3...
  • Page 5 MEASUREMENT RANGE AND ACCURACY Sensor Standard Range Accuracy Drift, µV / °C °C µV without ATC °C with ATC EN 60584 -210 ÷ 1200 -8095÷ 69553 EN 60584 -200 ÷ 1372 -6458÷ 54886 EN 60584 -50 ÷ 1768 -236 ÷ 18693 EN 60584 44 ÷...

  • Page 6: Features

    50/60Hz – universal power supply V. DESIGNATION MS6026 and MS8126 are designed for mesurement and control of different process parameters. The measured value is displayed on LED display and LED bargraph. The device supports MODBUS RTU protocol by isolated RS485 serial channel. The analogue output is transmitting and galvanically isolated from the other channels.

  • Page 7: Front Panel And Terminals

    VI. FRONT PANEL AND TERMINALS MS62026  Document revision 2015-03-20...

  • Page 8: Electrical Connection Of Inputs And Outputs

    MS62126  VII. ELECTRICAL CONNECTION OF INPUTS AND OUTPUTS POWER SUPPLY Terminals – 14 и 15 DIGITAL OUTPUTS MS6026 MS6126 Model ----> NO COM NC Contacts ----> К1 К2 Outputs Terminals Document revision 2015-03-20...
  • Page 9 ANALOG OUTPUTS Marking Terminal Positive terminal Iout ACT+ Active current output Negative terminal Iout ACT- Positive terminal Iout PAS+ Passive current output Negative terminal Iout PAS- Positive terminal Uout+ Voltage output Negative terminal Uout- ANALOG INPUTS – CURRENT AND VOLTAGE Marking Terminal Positive terminal...

  • Page 10: Operating Mode

    Software is the same for both units. Parameters associated with discrete outputs K3 and K4 are not important for MS6126. Alarm output K5 of MS6026 is identical to K3 of MS6126. Possible non-standard versions in which K3 of MS8126 to realized as a control with ...

  • Page 11: Bargraph - Principle Of Operation

    3. BARGRAPH – PRINCIPLE OF OPERATION SYSt,GF=1 SYSt,GF=0 rnGH MEASURED VARIABLE (PV) LED bargraph 3 colors AOut 4-20mA LED display rnGL The bargraph indication is connected with parameters bG0 ÷ bG7 or with rnGL,AL,SP1 ÷ SP4,AH  and rnGH (range, alarm levels and set-points) . This can be specified by Syst,GF parameter. In both cases, in order to function properly the indication are given descending and ascending values.

  • Page 12: Parameters

    PARAMETERS Enter menu 'PARAMETERS SETTING' - Press and hold the button (SP  appears on the display) for 4 sec. while ProG appears on the display. Release this button in order to access menu „SYSTEM PARAMETERS”.  To access “HIDDEN” or „SERVICE PARAMETERS” without releasing ...
  • Page 13 Color bargraph: 0-DOES NOT LIGHT; Color of each zone of the LED bargraph 1-RED; 2-GREEN; 3-ORANGE Monochrome bargraph: Zone depending on a parameter 0-DOES NOT LIGHT; Color Syst,GF=1 Syst,GF=0 1,2,3-LIGHT; coL1 bG0 ÷ bG1 rnGL ÷ AL* 51, Uint, *1 coL2 bG1 ÷...

  • Page 14: Hidden System Parameters

    HIDDEN SYSTEM PARAMETERS Accessible at CODE= 12 To change with extreme caution! Improperly setting leads to incorrect operation of the device! SCALE OF AN ANALOG OUTPUT AOut Through the next 2 parameters are set limits and slope of the analog output. OtrL PV, corresponding to the lower limit of -1999 ÷...
  • Page 15 SYST - Configuration options LED Bargraph: GF=0 – LED zones The field GF determines to which parameters group to RnGL,AL,SP1 ÷ SP4,AH,RnGH connect LED zones. Possible groups: GF=1 - LED zones (0 - RnGL,AL,SP1,2,3,4,AH,RnGH) and bG0 ÷ bG7 (1 – LED zones G0,1,2,3,4,5,6,7) GC=0 –...

  • Page 16: Service Parameters

    MODBUS COIL ADDRESS IN RS485 COMMUNICATION (COIL №= COIL ADR+1) St rE Et ob G1 G GC GF t1AL Time for action of alarm output after its 1÷100 sec., switching on below the AL. When the time run, 0-permanently on the output is off, the LED AL is flashing while MODBUS HOLD.REG.
  • Page 17 OTHER SERVICE PARAMETERS SenS Choice of sensor MODBUS HOLD.REG. ADDRESS 28, Uint, *1 № input display № input display № input display 0 TC J tc J 10 4-20 mA linear 4-20 14 Pt10 Pt10 1 TC K tc ├ 11 0-20 mA linear 0-20 15 Pt50...

  • Page 18: User Setting Of The Analog Input Offset

    CnF2 cd = 0 –enabled temperature correction of TC. ( PV = Т hotend + Т cold end ) cd = 1- disabled temperature correction of TC ( PV=Т hotend ) System settings 2 do = 0 – values out of range are displayed. –...

  • Page 19: Recommendations Against Interference

    XI. RECOMMENDATIONS AGAINST INTERFERENCE 1. Recommendations for use of connecting wires Wires that transmit a similar type of signals can be packed together, but if the signals are different,  the wires must be separated to prevent electromagnetic interaction. When there have to be crossed wires with different signal types this must be done at an angle of 90 ...

  • Page 20: Setting Of Non-Standard Input

    [CodE=81] [Clbr End] Returning in the operating mode, selecting of input Clbr End→ Clbr Intr → Pt 3 →10 v → 20 mA → Clbr End → ... [Clbr Intr] Internal calibration. Compensation points of 3-wire Confirms the reference, RTD are shorted (terminals 27,28).

  • Page 21: Restoring Of Default Settings

    2. SETTING OF NON-STANDARD INPUT In parameter Sens, equivalent to one of the non-standard inputs (name, starting with nS), the device uses polynomial calibration coefficients 'Non-standard input'. They convert normalized linear input 0-10000 (0-1V, 0-10V, 0-20mA non-standard.), μV(TC non-standard), Ω (RTD400Ω non- standard), Ω/10 (RTD4KΩ...
  • Page 22 Below are listed addresses (starting from 0), as a number of registers should be added 1. MEASURED PARAMETER PV: HOLDING REG ADR 210, TYPE SINT, READ ONLY, dimension according to parameter DP (decimal point). For example for device with whole C° indication, the register consists of whole degrees.
  • Page 23 Service setting Parameter Initials Signature Internal calibration [Clbr Intr] RTD input [Pt 3] Voltage input - 10V [10 v] Current input - 20 mA [20nA] Backup settings Syst,St=1 CODE К1 К2 К3 К4 К5 AOut RS485 MS6026 MS6126 Document revision 2015-03-20...
  • Page 24 Date of Service Type of the repair of the entry number delivery repair Seller: ....Buyer: ....Bulgaria, 4000 Plovdiv, 4 Murgash str. Tel.: (+359 32) 642 519, 640 446 fax: (+359 32) 640 446 www.microsyst.net e-mail: info@microsyst.net Document revision 2015-03-20...

This manual is also suitable for:

Ms6126

Table of Contents