Multichannel User Interface MI. Instruction Manual

Transcription

1 Multichannel User Interface MI Instruction Manual Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

2 General safety considerations Always power off the Multichannel user interface MI before accessing the modules behind the display. K-Patents recommends the installation of an external power switch. Warning! If this device is used against manufacturer s instructions, user safety may be compromised. Warranty All K-Patents products are guaranteed to be free of material or workmanship defects. K-Patents provides a limited warranty that covers the repair or replacement, without charge, of any defected product or part that occurs within two (2) years from the date of delivery. The repair can only be done by nearest authorized K-Patents repair facility. Warranty does not cover normal wear and tear of the product over time, or any products that are handled, installed or used against manufacturer s guidance. Full warranty information is available in the Support section of Please note that prior to shipping any products or items to K-Patents, a Request for Return Materials Authorization (RMA) must be filled in and submitted to K-Patents Order Handling department. The RMA form is available at in the Support section. Disposal When wishing to dispose of an obsolete instrument or any parts of an instrument, please observe local and national regulations and requirements for the disposal of electrical and electronic equipment. Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

3 Symbols and terms used in this manual: This indicates a warning. It provides safety precaution information needed to avoid injury while operating the refractometer system. This indicates that something is important for the operation of the refractometer system. Note. Notes contain additional information and hints. Copyright K-Patents All rights reserved.

4 Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

5 Table of contents 1 Description Mounting Connections Connecting the power cable Power terminals for AC power Power terminals for DC power External mains switch Refractometer connections Ethernet connection Module cards Use Main display Troubleshooting main display Managing users and passwords Diagnostics display Viewing and adjusting parameters Refractometer verification Collecting field sample points Modules Mounting Configuration Relay module ma output module ma input module General I/O module Specifications A EU declaration of conformity B Software licence

6 MI instruction manual Command selection tree for measurement Command selection tree for settings Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

7 1 Description 1 1 Description The Multichannel user interface MI is an industrial computer designed to add functionality to the PR-43 refractometers. The MI sends and receives data and it can also be used to control the process. The Multichannel user interface MI connects with up to 4 K-Patents PR-43 refractometers. With module cards, it can also be used to add external inputs and outputs (e.g. relays and ma outputs) to your refractometer system. The MI is operated by the touch-screen display. The stainless steel enclosure gives a good environmental protection and allows also outdoor installations, especially with the included rain cover. The outer door is easy to open by one hand and the handle can be modified for padlock to prevent unauthorized access. The module cards can be reached by opening the inner door. The MI has IP66 rating when the outer door is open if the inner door (display panel) is fixed. With outer door closed the rating is IP67. Figure 1.1 Multichannel user interface MI Copyright K-Patents All rights reserved.

8 2 MI instruction manual 2 Mounting The Multichannel user interface MI can be mounted on a wall with wall mounting or on a table with a table stand. The mounting location should be easily accessible. If mounted outdoors, the MI has to be protected from rain and direct sunlight. Display on eye-level 1-4 refractometers External mains switch Ethernet 4-20 ma VAC Figure 2.1 Mounting guide Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

9 2 Mounting 3 Figure 2.2 Enclosure dimensions Copyright K-Patents All rights reserved.

10 4 MI instruction manual for refractometers Figure 2.3 Enclosure dimensions Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

11 2 Mounting mm (12.8 inches) mm (10 inches) 1. Bracket screwed to wall by 4 screws. Screw hole dimensions 325x254mm Figure Mounting the wall bracket Four mounting screws loosely attached Figure Top screws inserted into top bracket verticalmounting slots 3. Lower screws slide into bottom bracket horizontal mounting slots Mounting the MI onto the wall bracket 3 4. Tighten mounting screws x4 width a 19 mm ring spanner Note: Be careful when mounting, the MI weighs 13 kilos (28.5 lbs). Copyright K-Patents All rights reserved.

12 6 MI instruction manual Important: Do not drill mounting holes in the enclosure as that will affect the protection class of the enclosure and damage the electronics. The MI is shipped with a rain cover. K-Patents recommends that it is installed even indoors to protect the top of the door from dust and dirt Screw out top attaching screws to allow clearance for rain cover to slot in place Figure 2.6 The table stand is very simple to mount. Mounting the rain cover 2. Retighten screws Figure 2.7 Table stand Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

13 2 Mounting 7 The MI door handle can be modified to make space for a padlock to prevent unauthorized access. Remove handle center cover and remove segment indicated by break-line on the back of cover Replace center cover once indicated segment has been removed, making sure the opening aligns with the channel for the padlock shackle Figure 2.8 Locking the MI Copyright K-Patents All rights reserved.

14 8 MI instruction manual 3 Connections non-ex M12-8 pin, A-code, F+M max. 90m (295ft) M Multichannel user interface, MI 1 x M12-4 pin, D-code, F (External Ethernet) 4 x M12-8 pin, A-code, F (System) 1 x M12-4 pin, A-code, M (24VDC, ma) VAC or 24VDC PR-8440 Ethernet cable for interfaces M12-4 pin, D-code, M+M Ethernet M OR max. 90m (295ft) PR-8330 Ethernet cable for interfaces M12-4 pin, D-code, M+RJ45 Ethernet M M max. 90m (295ft) RJ45 OR ma cable max. 200m (656ft) Figure 3.1 Multichannel user interface connections Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

15 3 Connections Connecting the power cable Warning! Make sure there is no power in your cable. Then open the enclosure and the inner door. You need a TX25 screw driver to open the inner door retaining screws Figure Push door gently 2. Lift handle 45 deg up 3. Open the door Opening the enclosure Remove inner door retaining screws and open inner door Figure 3.3 Opening the inner door Unscrew one of the cable glands and push the power cable through. Connect the power cable to the power terminals at lower right of the motherboard (see below). Screw on the cable gland. Close the inner door and turn power on Power terminals for AC power The primary AC power is connected to a separate terminal strip 1/2/3 in the lower right-hand corner of the motherboard. The three terminals are marked 1.L, 2.N and 3 (protective earth). The power terminal 3/PE is directly connected to the exposed metal parts of the MI. Wiring to the terminals shall be 1.5mm 2 minimum. The protective fuse in the building system shall comply with the local requirements. Copyright K-Patents All rights reserved.

16 10 MI instruction manual 1.L 2.N 3 Figure 3.4 AC power terminals on the motherboard Power terminals for DC power The DC power is connected to a terminal stripe in the lower right-hand corner of the motherboard. The three terminals are marked 1+, 2- and 3 (protective earth). The power terminal is directly connected to the exposed metal parts of the MI. The 24V DC power to this terminal stripe shall be supplied from a secondary circuit which is double or reinforced insulated from the mains supply within the limits for a limitedenergy circuit (maximum 200 VA/U) according to the IEC External mains switch External mains switch Figure 3.5 Installing external main switch Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

17 3 Connections 11 Important: The MI does not have a built-in power switch. The system is always powered when connected to a power source. K-Patents recommends mounting an external mains switch to control the MI s power supply (Figure 3.5). The external power switch should be easy to access. It is also recommended to use a 10A/230V circuit breaker for power supply. MULTI CHANNEL USER INTERFACE MI INSTRUMENTS M12 CONNECTORS MAIN POWER SWITCH PR L N N POWER SUPPLY VAC/50-60Hz ma Output mA L - + ETHERNET M12-4pin, D-code, M PR-8440 Ethernet cable for interfaces 4158 MI has 8 module slots. Any of module cards can be installed into any free slot. There could be multiple module cards in slots depending on external I/O needs. + OPTIONAL 24V POWER SUPPLY FOR MI VDC ETHERNET M12-4pin, D-code, M - PR ma output module PR Relay output module PR ma output module PR Relay output module x PR UN/AX/IA refractometer (For Intrinsic refractometer see further wiring drawing 4118) x SAFETY SWITCH PR-7060 PR-8430 Platform 4 cable N L L L L N x SOLENOID VALVE FOR PNEUMATICALLY OPERATED SHUT-OFF VALVE ASSEMBLY: PR /110/240 SLOT 2 SLOT 4 SLOT 6 SLOT 8 SLOT 1 SLOT 3 SLOT 5 SLOT 7 Grounding screw x N x POWER SUPPLY VAC/50-60Hz or 24VDC L 1 N L Figure 3.6 Multichannel user interface wiring Copyright K-Patents All rights reserved.

18 12 MI instruction manual 3.2 Refractometer connections The refractometers are connected to the MI with a M12 male-female 8 pins A-coded cable PR-8430, maximum length 90 m. The refractometer connectors are located underneath the MI enclosure as a group of four. Refractometer connections can be made while the MI is powered. A refractometer can be connected to any of the four connectors. 3.3 Ethernet connection The leftmost connector underneath the MI is for ethernet output. It is for a M12 male 4-pins D-coded cable. The cable can be connected while the MI is powered. If you wish to connect the MI with e.g. a laptop, K-Patents offers an interconnecting cable PR-8330 with a 12-pin connector in one end and a RJ-45 connector in the other end. 3.4 Module cards For the installation of the module cards, see Chapter 5 Modules. Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

19 4 Use 13 4 Use Power up the Multichannel user interface MI. A startup display with a progress bar is shown for approximately one minute, then the Main display appears. The MI is operated by tapping the touch screen. To get access to the MI touch screen, open the enclosure door. Note: If you find that the touch screen is difficult to use with fingers, try tapping it with e.g. the blunt end of a pen or use a fingernail instead of the whole fingertip. The screen works even when you are wearing gloves. 4.1 Main display The main view can show up to four application windows at the same time. You can access measurement data and system settings via the Main display. Tap anywhere in the application window to access measurement Tap to access system settings Figure 4.1 Accessing measurement and system settings via Main display The Main display setup is controlled via Settings > General. Display mode and display language are chosen in drop-down menus, tap the little triangle to see the whole menu. If you only have one application (usually a single refractometer), One maximized will make the most of the display. Dual vertical allows you to see two application, Quadrant and One on top shows up to of four applications at the same time. Note: If you have three applications and choose One maximized, you ll only see one application, but the other two will continue to run in the background. Copyright K-Patents All rights reserved.

20 14 MI instruction manual Display mode Display language Figure 4.2 Selecting display mode and display language Figure 4.3 Setting "One maximized" Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

21 4 Use 15 Figure 4.4 Setting "Dual vertical" Figure 4.5 Setting "Quadrant" Copyright K-Patents All rights reserved.

22 16 MI instruction manual Figure 4.6 Setting "One on top" Note: If the MI is left with a different display, e.g. Calibration, it will automatically go back to the Main display after a timeout. Note: You can adjust the refractometer application to show concentration only, temperature only or both concentration and temperature. To change this setting, tap on the application window (see Figure 4.1) and choose Calibration (You may need to enter your password to get access to Calibration display). Then select the preferable display mode. Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

23 4 Use 17 Figure 4.7 Calibration display Troubleshooting main display The Main display may be empty even when one or several refractometers are connected to the MI. Copyright K-Patents All rights reserved.

24 18 MI instruction manual Figure 4.8 Empty main display in quadrant mode This means that one or several applications must be activated. Go to Settings > Applications, tap on the correct application slot and select the app for that slot. Figure 4.9 Selecting an application Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

25 4 Use Managing users and passwords Some functions and settings, e.g. calibration, require a user to log in. Most functions in the settings, including user management, are only available to the master user. The master user password (pin code) is printed on the delivery data sheet shipped with the MI. Go to Settings > Users to manage users. K-Patents recommends that a user name and a password is set separately for each user who needs to have frequent access to the restricted functions. Figure 4.10 The Users display Tap + Add User to add users. Tap Set name to get access to the keyboard, then type the username and tap OK. Note: If you have entered a username, you must enter a password, too, you cannot leave the password field empty. To remove a user, go to Users and tap the name of the user you want to remove, then tap Remove user. Note: The MI can store up to 38 users. Copyright K-Patents All rights reserved.

26 20 MI instruction manual Figure 4.11 Writing a username Figure 4.12 New user added to the list 4.3 Diagnostics display Tap the application window to access the Diagnostics display. In the top part of the window you see the optical and slope curves. By default both optical image and slope Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

27 4 Use 21 are shown, but you can tap on the texts OPTICAL and SLOPE to turn these on and off. Figure 4.13 Diagnostics display The tabs in the lower part of the display contain detailed information about the measurement. Tap the name of the tab to see the contents. Input tab shows the values as sent by the refractometer. Output tab shows the results of the calculations by MI. Identification tab contains various identification information and e.g. software version information. Support tab is a summary of the information in the other tabs and other information needed by technical support for troubleshooting. Figure 4.14 Input tab Figure 4.15 Output tab Copyright K-Patents All rights reserved.

28 22 MI instruction manual Figure 4.16 Identification tab Figure 4.17 Support tab Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

29 4 Use Viewing and adjusting parameters To view the parameters, go to the Calibration display and tap on Summary. Note that the summary extends to a second page, a small arrow on the top right will take you to the second (and third) page. To adjust the parameters, go to the Calibration display, then choose appropriate parameter set, eg. Field. In the list, tap the parameter you want to change, type the new numbers with the number pad and approve the change by tapping DONE. Note: The parameter lists for Chemical and Field do not fit on the screen. Swipe down or use the scroll bar on the right to view the bottommost parameters. Figure 4.18 Calibration display The settings in the upper part of the Calibration display are different types of lists that sets parameters for showing the measurement data, e.g. measurement unit. In the lower part of the window, the words are links to the given settings, e.g. by tapping on Field you get access to the field calibration parameters. If you want to see all the parameters, tap Summary. Copyright K-Patents All rights reserved.

30 24 MI instruction manual Figure 4.19 First page of calibration summary (tap the little arrow in top right to see page 2) Figure 4.20 Second page of calibration summary (tap the little arrow in top right to see page 3) Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

31 4 Use Refractometer verification An offline refractometer can be verified with standard refractive index liquids, available from K-Patents. Depending on the refractometer model, a sample holder may be needed. Go to the Diagnostics display (see Figure 4.13) and choose Verification. If you are not familiar with the verification procedure, tap the question mark on the Verification display for additional instructions. Figure 4.21 Verification in process Once you have finished the verification process, you can save the verification results as pdf. The pdf is stored in the MI memory and it can be downloaded over the ethernet connection. Each pdf report gets a unique name and thus you can have several verification pdfs in the MI at the same time. Copyright K-Patents All rights reserved.

32 26 MI instruction manual Figure 4.22 Finished verification Figure 4.23 Pdf saved Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

33 4 Use Collecting field sample points You can use the field sample functionality to acquire data points for K-Patents field calibration service. Go to the Diagnostics display (see Figure 4.13) and tap Field sample. Figure 4.24 Field sample display Figure 4.25 Field sampling in process Copyright K-Patents All rights reserved.

34 28 MI instruction manual Figure 4.26 Collected field sample points Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

35 5 Modules 29 5 Modules The modules add functionality to the MI e.g. ma output and relays. Each module is installed in a card slot inside the MI. There are slots for for 8 modules. Note: The MI is shipped with a relay module and a ma output module. These are already installed in your MI. In addition to the relay module PR (2 relays) and ma output module PR (2 x 4-20 ma), an ma input module PR (2 x 4-20 ma) and a PR general i/o module are available. 5.1 Mounting To install a module turn off MI power first. Then open the enclosure, remove the display screws and fold the display out of the way (see Figure 5.1). Unscrew and remove the module card cover to get access to the card slots. Insert the module in an available card slot. K-Patents recommends for safety reasons that relay modules are mounted in slots 2,4,6 and 8 (connector downwards). Other module cards may be mounted in any slot. Important: A relay module may have an external power source. Make sure that the relay module power is also off before installing or removing module cards. Copyright K-Patents All rights reserved.

36 30 MI instruction manual Remove inner door screws and open inner door Remove 4 screw holding the module holder and remove module holder Figure 5.1 Insert new module in the first left free module holder. 1, 3, 5, 7 modules are connector upwards and 2, 4,6, 8 are connector downwards. Inserting a module card Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

37 Modules 31 To make the connections, first remove the removable connector from the module card. Bring the module connection cable to the MI and put it through the cable gland (1). Then connect wires to the screw terminals on the removable connector (2), see the module-specific sections for further information. Finally reconnect the removable connector to the module card (3) MI-010 Figure 5.2 Connecting module connection cable to module card 5.2 Configuration The MI automatically finds the installed module(s). To configure a module, got to Settings > Modules, tap the module slot and then View module to access module configuration. Copyright K-Patents All rights reserved.

38 32 MI instruction manual 5.3 Relay module The PR relay module adds two relays to the Multichannel user interface MI. The relays can be configured independently to any connected refractometer. The relays can be used e.g. for controlling prism wash. Specifications Relays per module 2 Voltage and current rating Connection Connector Contact type Normal relay state Max. 250V/3A Screw connection with tension sleeve Phoenix MC 1,5/ 7-ST1-5,08 Dry contact NO Conductor cross section flexible min mm 2 Conductor cross section flexible max. 1.5 mm 2 Conductor cross section AWG min. 28 Conductor cross section AWG max. 16 Stripping length Tightening torque, min. Tightening torque, max. 7 mm (¼") 0.22 Nm 0.25 Nm Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

39 5 Modules 33 LED RLY2 LED RLY1 7 Relay 1+ 6 Relay 1-5 Relay 2+ 4 Relay 2-3 no connection 2 no connection 1 no connection Figure 5.3 Relay connections 5.4 ma output module The ma output module adds ma outputs to Multichannel user interface MI. On the module card there are two independent 4-20 ma current sources. Both current outputs are configurable independently to indicate for example process concentration or temperature or other diagnostic data of any connected refractometer. A ma output has traceable calibration, accuracy is ±0.02 ma. Maximum load (compliance) is 1000 Ohm. There is a place inside the Multichannel user interface MI where the cable shield can be connected for grounding. Cable specifications Conductor cross section flexible min mm 2 Conductor cross section flexible max. 1.5 mm 2 Conductor cross section AWG min. 28 Conductor cross section AWG max. 16 Tightening torque, min. Tightening torque, max Nm 0.25 Nm Copyright K-Patents All rights reserved.

40 34 MI instruction manual 10 ma out 1+ 9 ma out 1-8 no connection 7 no connection 6 ma out 2+ 5 ma out 2-4 no connection 3 no connection 2 Frame ground 1 Frame ground Figure 5.4 ma output pinout The ma outputs are compliant to Namur NE43. NAMUR NE 43 uses the 3.8 to 20.5 ma signal range for measurement information, with 21 ma or 3.6 ma to indicate diagnostic failures (see Figure 5.5). With that information, it is easier to detect a failure condition on a refractometer, for example, it clearly tells you if you have an empty pipe. failure Figure 5.5 Measurement Data OK Default ma output values failure ma Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

41 5 Modules 35 Certain malfunctions cause the ma measurements to return to ma default output value, see Table 5.1 below. Factory setting for default output value is 3.4 ma. Returns to default ma Message Conc Temp Short-circuit X X No optical image Temp measurement fault X X No sample Prism coated Connection lost X X Table 5.1 Messages causing ma output value to return to default output X X X 5.5 ma input module The ma input module adds two analog inputs to Multichannel user interface MI. Specifications Two independent ±20 ma analog inputs 24-bit resolution 6 samples/s sample rate Traceable calibration Screw-terminal connectivity Galvanic isolation 1000 VDC or AC (peak) Table 5.2 ma input module specifications The ma inputs are compliant to Namur NE43. NAMUR NE 43 uses the 3.8 to 20.5 ma signal range for measurement information, with 21 ma or 3.6 ma to indicate diagnostic failures (see Figure 5.5). With that information, it is easier to detect a failure condition. Copyright K-Patents All rights reserved.

42 36 MI instruction manual failure Measurement Data OK Figure 5.6 Default ma output values failure ma Terminal no. Description Function 1 ma1+ ma-in 1+ 2 ma1- ma-in 1-3 Not connected Not in use 4 Not connected Not in use 5 ma2+ ma-in 2+ 6 ma2- ma-in 2-7 Not connected Not in use 8 Not connected Not in use 9 Frame ground Not in use 10 Frame ground Not in use Figure 5.7 ma input pinout Cable specifications Conductor cross section flexible min mm 2 Conductor cross section flexible max. 1.5 mm 2 Conductor cross section AWG min. 28 Conductor cross section AWG max. 16 Tightening torque, min Nm Tightening torque, max Nm Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

43 5 Modules General I/O module The General I/O module adds digital inputs and outputs to Multichannel user interface MI. The module has 4 digital inputs, 4 digital outputs, GND and +3.3 V. The input and output terminals are galvanically isolated according to UL 2500 V rms (UL1577) CSA 800 V rms (1131V peak) maximum working voltage - basic insulation CSA 400 V rms (566V peak) maximum working voltage - reinforced insulation VDE Reinforced insulation 560V peak TüV Reinforced insulation 400V rms maximum working voltage Cable specifications Conductor cross section flexible min mm 2 Conductor cross section flexible max. 1.5 mm 2 Conductor cross section AWG min. 28 Conductor cross section AWG max. 16 Tightening torque, min. Tightening torque, max Nm 0.25 Nm Digital inputs: Use the 3.3 V output (pin 10) for digital inputs. See Figure There is a 3 kohm pull down resistance on every input. Digital outputs: Use the GND (pin 9) for digital outputs. See Figure 5.9. There is a 1 kohm series resistance on every output. Copyright K-Patents All rights reserved.

44 38 MI instruction manual Digital input characteristics Level Min Max Input voltage 0V 3.3 Input low voltage V Input high voltage 1.5 V - Input low current (Vin=0V) ma Input high current (Vin=3.3V) ma Digital output characteristics Level Min Typ Max Low-level output current (I ) ma High-level output current (I ) - - 3mA Output low voltage (V ), 100 A - 0V - at 0.5 ma - 0V - at 1 ma - 0V - at 3 ma - 0V - Output high voltage (V ), -100 A V - at -0.5 ma V - at -1 ma V - at -3 ma V - Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

45 5 Modules 39 Terminal no. Description Function 1 Digital output Out 1 2 Digital output Out 2 3 Digital output Out 3 4 Digital output Out 4 5 Digital input In 5 6 Digital input In 6 7 Digital input In 7 8 Digital input In 8 9 Ground for outputs GND VDC for inputs Figure 5.8 I/O module pinout Terminal No. Description F 1 Digital input 1 I 2 Digital input 2 I 3 Digital input 3 I 4 Digital input 4 I 5 Digital output 1 O 6 Digital output 2 O 7 Digital output 3 O 8 Digital output 4 O 9 Ground for outputs G VDC for inputs N Copyright K-Patents All rights reserved.

46 40 MI instruction manual PR Digital outputs Digital inputs GND 3.3 VDC Figure 5.9 Digital output connections PR Digital outputs Digital inputs GND 3.3 VDC Figure 5.10 Digital input connections Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

47 5 Modules 41 The digital outputs can be configured for Concentration - high limit Concentration - low limit Error Full wash Normal Precondition Temperature - high limit Temperature - low limit Warning Wash The digital inputs can be configured for External hold External wash External wash stop Copyright K-Patents All rights reserved.

48 42 MI instruction manual 6 Specifications Model: Multichannel User Interface Product code: MI-M-UN-AC S/N: MI00103 Tag: V AC, 50/60 Hz, 60 VA Made by K-PATENTS Oy, Vantaa, Finland C US IP67 Type 4x Model: Multichannel User Interface Product code: MI-M-UN-DC S/N: MI00103 Tag: 24V DC, 60 W Made by K-PATENTS Oy, Vantaa, Finland C US IP67 Type 4x V AC 24 V DC Figure 6.1 MI nameplates Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

49 6 Specifications 43 MI specifications Display: Power: Overvoltage category: Refractometer connectivity: Ethernet connection: Modules: Apps: Protection class: Installation: Weight: Regulatory compliance: xga 1024 x 768 pixels, touch screen AC input VAC, ±10%, 50/60 Hz, 60 VA, optional 24 VDC OVC II 1-4 refractometers can be connected to the MI. Refractometers independent of each other: own parameter sets and usable in different applications. 10/100 Mbit/s, data acquisition over UDP/IP Protocol 1-8 modules for added connectivity 1-4 apps Enclosure IP66/67. Type 4X with outer door open, type 6, 12, 13 with outer door closed, also 6P with outer door locked with a padlock Indoor/outdoor, max. 50 C (122 F), min. 0 C (32 F), must be protected from rain and direct sunlight.during installation highest relative humidity of ambient air 80%. Highest altitude 2000 m above sea level kg (28.5 lbs) Safety: IEC :2010/EN :2010, CSA certified to CSA-C.22.2 No , UL :2012 Electromagnetic compatibility: IEC :2012/EN :2013. Optional modules Relay Module: ma Output Module: Regulatory compliance 2 signal relays 150V/3A 2 x 4-10mA, max. load 1000 Ohm, galvanic isolation 1000VDC Safety: IEC :2010/EN :2010, CSA certified to CSA-C.22.2 No , UL :2012 Electromagnetic compatibility: IEC :2012/EN :2013 Copyright K-Patents All rights reserved.

50 44 MI instruction manual Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

51 A EU declaration of conformity 45 A EU declaration of conformity Copyright K-Patents All rights reserved.

52 46 MI instruction manual Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

53 B Software licence 47 B Software licence This software includes parts of software libraries included under the following licence notices. Copyright 2012, Aaron Gifford All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. Neither the name of the <organization> nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL AARON GIFFORD BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. Copyright K-Patents All rights reserved.

54 48 MI instruction manual Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

55 Command selection tree for measurement 49 Command selection tree for measurement Main screen APPLICATION DIAGNOSTICS CALIBRATION TREND LOG PRISM WASH VERIFICATION FIELD SAMPLE INPUT OUTPUT IDENTIFICATION SUPPORT SELECT DISPLAY MODES PRIMARY UNIT PRIMARY DECIMALS SECONDARY UNIT CHEMICAL FIELD TAG SENSOR SOURCES PRISM WASH SUMMARY CLEAR CONCENTRATION TEMPERATURE BOTH CELSIUS FAHRENHEIT Copyright K-Patents All rights reserved.

56 50 MI instruction manual Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

57 Command selection tree for settings 51 Command selection tree for settings Main screen SETTINGS GENERAL DISPLAY SETUP QUADRANT SCREEN BRIGHTNESS LANGUAGE HIGH CONTRAST MODE ONE ON TOP DUAL VERTICAL ONE MAXIMIZED Master user login required (IP address can be viewed without login) NETWORK Refractometer DATE & TIME PROTECT WITH PASSWORD BACKUP/RESTORE FACTORY RESET UPDATE SYSTEM TAG CURRENT IP ADDRESS IP ADDRESS MODE SET STATIC IP ADDRESS SET SUBNET MASK SET FIRST SENSOR IP ADDRESS STATIC DYNAMIC AUTO YES START BOOTP SERVER NO CURRENT IP ADDRESS AUTO Ethernet IP ADDRESS MODE SET STATIC IP ADDRESS SET SUBNET MASK SET DEFAULT GATEWAY STATIC DYNAMIC AUTO APPLICATIONS APP SLOT X (1-4) MODULES MODULE SLOT X (1-8) ADD REMOVE USERS ADD USER SET NAME LOG CLEAR SET PASSWORD Copyright K-Patents All rights reserved.

58 52 MI instruction manual Document/Revision No. IM-EN-MI/1.02 Effective: November 17, 2016

59

60 K-Patents Oy P.O. Box 77 FI Vantaa, Finland tel fax K-Patents, Inc Centre Point Circle, Suite 106 Naperville, IL 60653, USA tel. (630) fax (630) K-Patents (Shanghai) Co., Ltd Room 1509, Tomson Commercial Building, No.710 Dongfang RD Pudong District, Shanghai, China tel /0598 fax