Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Related Manuals for Thermo Scientific Orion 3106
Summary of Contents for Thermo Scientific Orion 3106
- Page 1 Orion 3106 COD Online Water Analyzer User Guide Revision: Oct. 2017 License no.: SZ 01150222 Company standard no.: Q31/0115000018C001 China Certification for Environmental Products: CCAEPI-EP-2015-373 DO NOT operate the instrument before reading this user guide carefully!
- Page 2 Specifications, terms and pricing are subject to change. Not all products are available in all countries. Please consult your local sales representative for details.
-
Page 3: Table Of Contents
Contents Section 1 ........................6 Basic Information ......................6 Safety Precautions ......................... 6 Section 2 ........................9 Product Introduction ....................9 Technical Specification ......................9 Instrument Dimensions ......................10 Basic Description ........................11 Application ........................... 12 Section 3 ........................13 Installation........................ - Page 4 Definition of Menu Structure ....................44 Display and Keyboard ......................48 Display ........................48 Definition of Keyboard Function ................... 49 Calibration ..........................50 Calibration Parameter ....................50 Calibration Procedure ....................50 Validation ........................51 Analysis Function ......................... 52 Measurement Parameter Setting .................. 52 Analysis Parameter Setting ..................
- Page 5 Force Majeure ......................78 Warranty ........................78...
-
Page 6: Section 1
Basic Information S E C T I O N 1 This manual covers all contents including operation, maintenance, and troubleshooting of Thermo Scientific ™ Orion ™ 3106 COD online water analyzer. Please read this manual completely before unpacking, installation and operation. Users must follow these guidelines to ensure the normal operation of the analyzer. - Page 7 | | | | Section 1 Basic Information Table 1.1: Safety Precautions Be sure to switch off the power prior to installation, maintenance or repair. Be sure to comply with local, state or national Electric shock and fire laws and regulations before connecting the warning circuit.
- Page 8 | | | | Section 1 Basic Information Note: For recycling, please contact equipment manufacturers, suppliers or distributors to obtain information on how to return discarded Recycle information equipment, electronic components and all accessories for correct disposal. Thermo Scientific Orion 3106 COD On-line Water Analyzer...
-
Page 9: Section 2
Product Introduction S E C T I O N 2 Technical Specification Table 2.1: Technical Specification of Orion 3106 COD Online Water Analyzer Product Specifications Measurement Range 20 to 2000 mg/L COD LOD (Limit of Detection) 4mg/L ±10% Accuracy (Mean Error) -
Page 10: Instrument Dimensions
*Note: It is recommended that for optimum performance the instrument be installed in an analyzer shelter with controlled temperature conditions of 20°C±10°C. All their performance are tested in Lab and with KHP standards. Instrument Dimensions Figure 2.1: Orion 3106 COD online water analyzer dimensions (unit: mm) Thermo Scientific Orion 3106 COD On-line Water Analyzer... -
Page 11: Basic Description
Figure 2.2: Main interface diagram of Orion 3106 COD On-line water analyzer Basic Description When measuring with Orion 3106 COD online water analyzer, first, add known amount of potassium dichromate solution into the sample; second, take Ag as the catalyst in the strong sulfuric acid medium, and then measure COD value (mg/L) by colorimetry after high- temperature digestion. -
Page 12: Application
| | | | Section 2 Product Introduction Orion 3106 COD online water analyzer includes two subsystems: electrical control system and water sample analysis system. Electrical control system includes power module, circuit control system and user interaction panel. It provides instrument Power-on Self-Test, fault alarm and other functions; it is available to save measurement data so that users can download the historical data with USB flash drive easily;... -
Page 13: Section 3
S E C T I O N 3 Unpacking Orion 3106 COD online water analyzer has been carefully tested and packaged before delivery. If there is obvious damage on the instrument box, please report to the freight company for inspection. The freight company shall be responsible for any damage during delivery. If any components are missing or damaged, please contact Thermo Fisher Scientific or its representative office. - Page 14 20+/-10°C with non-condensing humidity of less than 90%. The Orion 3106 COD analyzer has an IP66 rating which is suitable for installation outside. However, the installation site must be dry, without direct sunlight and should not have temperature variations of greater than +/-10°C.
- Page 15 Installation| | | | Section 3 • Instrument installation should follow the following requirements: This instrument can either be wall-mounted or rack-mounted. No matter which kind of installation method is used, the instrument shall be secured with screws, and it shall not randomly move during operation upon installation.
-
Page 16: Installation Diagram Of Instrument
De-ionized (DI) water tubing container COD analyzer Submerged pump control Additional U-shape tube Power socket connecting to flow cell sample inlet Electric ball valve Figure 3.3: Installation diagram of Orion 3106 COD analyzer Thermo Scientific Orion 3106 COD On-line Water Analyzer... -
Page 17: Installation Mounting Options
Installation| | | | Section 3 Note: Waste liquid shall be treated as hazardous waste. Waste tubing and de-ionized water pipe are drawn out from the underside of COD analyzer and inserted into corresponding waste container and de-ionized water container. De-ionized water shall be colorless, odorless, tasteless and clear, with a resistivity greater than 0.5 MΩ·cm. -
Page 18: Flow Cell
Rack or reagent cabinet Waste tubing hole Foot screw (4, with M8 thread) Figure 3.4: Rack-mounted diagram of Orion 3106 COD analyzer Note: • The mounting rack or reagent cabinet should be stable and the mounting surface that match with COD analyzer should be flat;... - Page 19 Installation| | | | Section 3 Items Name Numbers Description Body Top Cover Filter Stainless steel (SS) screen mesh， 200µm Water Joint Blocker G1/2 Male thread, Plastic Pan head Screw M4-40, (SS) Quick Connector G1/2 Male thread to OD10mm gas tubing, SS G1/2 Male thread to OD19.5mm barb fittings, Elbow Connector Plastic...
- Page 20 | | | | Section 3 Installation Note: • Need to use PTFE sealing tape around the thread of flow cell cover in order to have a water tight seal and prevent water leakage from cover. Flow cell main body includes three ports: a sampling water inlet on the top, through which the sampling pipe of COD analyzer is inserted into the flow cell;...
- Page 21 Installation| | | | Section 3 B. Insert Hose connected to A. Mount Flow Cell onto the side of proportional sampler into the Instrument with 4X40 Screws bottom of Flow Cell C. Connect steel-reinforced hose D. Open the water Joint on top cap in (Ø=19mm) to Elbow connector on Flow Cell and Insert sampling tubing Flow Cell and Fasten with Hose...
- Page 22 | | | | Section 3 Installation D. Tape PTFE sealing tape on C. Tape PTFE sealing tape on the male thread of barb connector the male thread of barrel and Install it onto electric ball connector and Install electric ball valve valve onto this barrel connector E.
- Page 23 Installation| | | | Section 3 I. Open the water Joint on top cap in K. Connect waste tube Flow Cell and Insert sampling tubing onto 3-way straight Tee (to COD Instrument) into Flow Cell Fitting and Fasten its and fasten sampling tubing connection Electrical Ball Valve Installation Electrical Ball Valves can be ordered by end users with female threads and 24V DC power and...
-
Page 24: Electrical Connection
| | | | Section 3 Installation Two wires labeled “+24V” and “GND” shown in Figure 3.7 can provide power for the electrical ball valve from the interface J6 in Power Board. At same time wires labeled “COM” and “NO” are connected to the “COM”... -
Page 25: Main Control Board
Installation| | | | Section 3 Main Control Board The main circuit board (Order No. CIC0002681) is mounted at the back of the display and keyboard assembly in the cabinet, and stacked on the power control board. It connects with a modular computer, decoding the signal set of the computer, and performs the functions required by COD application. -
Page 26: Power Control Board
| | | | Section 3 Installation Note: • Every time after replacing main control board and doing service, make sure the jumper J7 is in place, and J9, J11 and J13 are removed. Please refer to Service guide for details. Power Control Board Power control board (Order No. -
Page 27: Display And Keyboard Assembly
Installation| | | | Section 3 connection board provides such functions as display driver, keyboard collection and buzzer driver. Display and Keyboard Assembly To be convenient for users, the display and keyboard assembly are installed on the electronic front panel. Power Switch Module AC main power switch module is installed on the guide rail at the bottom of the electronic cabinet. -
Page 28: Power Cord Connection
| | | | Section 3 Installation Warning! As the analyzer is not equipped with a power switch, a power switch with the function similar to that of a circuit breaker should be in accordance with the local safety standards and be available before final installation. -
Page 29: Communication Connection
Installation| | | | Section 3 Power Terminal Knot near power line Power inlet of the Line cabinet Terminal Figure 3.11: AC power connection Figure 3.12: Power line terminal diagram Communication Connection 4-20 mA analog signal connection The analyzer provides 2 isolated 4-20 mA analog signal outputs through power control board (refer to Power Control Board), which is able to drive max. - Page 30 | | | | Section 3 Installation Figure 3.14: 4-20mA Current Loop Connection Table 3.3: J2 and J3 terminals Terminal Connector Name Description 1# analog output + (maximum 900 Ω load) 1# analog output - 2# analog output + (maximum 900 Ω load) 2# analog output - Alarm signal connection The analyzer provides 7 no-voltage contact relays J9-J15 through power control board (refer to...
- Page 31 Installation| | | | Section 3 Terminal Connector Name Description 5# relay COM 5# relay NO contact 6# relay NC contact 6# relay COM 6# relay NO contact 7# relay NC contact 7# relay COM 7# relay NO contact Digital input signal wiring The two digital input terminals on power control board (refer to Power Control Board) are designated for external triggering control.
- Page 32 | | | | Section 3 Installation RS485 communication output connector There is one RS485 communication output connector (baud rate 115200 by default, refer to Figure 3.16) located at the upper left side of the main control board. See Figure 3.17 and Table 3.6 for signal connection.
- Page 33 Installation| | | | Section 3 requires twisted pair cabling, while using parallel cable will reduce the maximum bus length accordingly. The recommended RS485 cable: a) 6453 from AlphaWire; b) 3106A from Belden. Physical knots for all external cables In order to prevent cables connecting to relative connectors on circuit boards from being over pulled from outside, which may damage connectors, it is necessary to make knots for all cables right before going through rubber grommet , just like what is required for power cord connection.
-
Page 34: Plastic Tray And Leakage Alarm
| | | | Section 3 Installation Plastic Tray and Leakage Alarm Place the plastic tray mounted with leakage sensor (Order No. CIC0000725) on the bottom of instrument, make sure that one side of leakage sensor is positioned next to the interior of analyzer. -
Page 35: Section 4
System Start-up S E C T I O N 4 DO NOT power on the analyzer prior to the completion of preparation work such as reagent installation, water sample and de-ionized water tubing connection, safety panel installation, etc. Reagent Preparation Danger! It is dangerous to touch or inhale chemicals. -
Page 36: Pipe Connection
| | | | Section 4 System Start-up • • • • Correctly dispose chemicals and observe applicable local regulations. Pipe Connection Reagent Container Installation and Pipe Connection The analyzer is provided with 2 reagents (reagent 1 and 2) and the standard solution of 1000mg/L (or two types of 200mg/L and 1000mg/L). - Page 37 Start-up| | | | Section 4 System Table 4.1: Port diagram of ERV (Order No. CIC0002765) and port connections Pipe connection diagram of 10-way ERV Port Reagent name Remarks rotary valve ( ERV ) Go to standard solution Port 1 Standard solution bottle of 200mg/L Go to standard solution...
-
Page 38: Pipe Connection Of Water Sample To Be Tested
| | | | Section 4 System Start-up instrument HMI under maintenance mode to make sure the 3-way pinch valve functions well (you should hear a loud click sound when the 3-way pinch valve is switched to “Waste”).Please refer to figure 4.3 for detailed action instruction. Figure 4.3: 3-way pinch valve tubing adjustment Pipe Connection of Water Sample to Be Tested See Figure 4.1 and Table 4.1 for specific water sample pipe to be tested. - Page 39 Start-up| | | | Section 4 System Figure 4.4: Position of waste container and de-ionized water container Three waste tubes travel out of the cabinet through three rubber grommets located in the left-bottom corner as shown in Figure 4.5, then cut into reasonable length (around 200mm for the length out of cabinet) and insert into a transparent PVC tubing with a larger inner diameter (12mm) as shown in Figure 4.6 (Note: inserted length: min.
-
Page 40: Install Safety Panel
| | | | Section 4 System Start-up these waste tubing in order to reduce the potential of possible vacuum inside waste tubing. Please refer to Figure 4.7 for details. Finally, the 12mm I.D. PVC tubing is inserted into waste bottle below the COD water analyzer. Bracket below the bottom of the instrument Figure 4.7: Clamping of three waste tubes with the larger PVC tubing... -
Page 41: Instrument Start-Up
Start-up| | | | Section 4 System Standoff (3 PCS) M5 nut (1 PCS) Safety panel (1 PCS) Tray and leakage sensor (1 set) Knurled nut (2 PCS) Figure 4.8: Installation of safety panel and position of tray and leakage alarm Note: •... -
Page 42: Fluidics Priming
| | | | Section 4 System Start-up If the instrument is powered off during the analyzation, instrument will start initialization automatically when powered on; if the analytical mode is set to be “automatic”, the instrument will start analysis automatically after initialization. Figure 4.9: Initialization interface Figure 4.10: "Analysis result"... - Page 43 Start-up| | | | Section 4 System Press MENU to enter "main menu" >> select “maintenance” >> press ENTER key to confirm >> select “Priming Solution” >> press ENTER key to enter “Priming Solution” sub- menu. Then choose "Priming ALL" >>Press ENTER key >> Press RUN key to start Priming procedure.
-
Page 44: Section 5
S E C T I O N 5 Definition of Menu Structure The user interface of Orion 3106 COD online water analyzer is quite simple and easy to operate. You may press MENU key to enter "Main Menu" directly from "Analysis Result"... - Page 45 Operation| | | | Section 5 System Figure 5.1: "Main menu" Figure 5.2: "History record" menu 3106 COD Analyzer Thermo Scientific Orion...
- Page 46 | | | | Section 5 System Operation Validation Analysis Cleaning Pre Run Post Run Figure 5.3: "Programming" menu Thermo Scientific Orion 3106 COD On-line Water Analyzer...
- Page 47 Operation| | | | Section 5 System Measurement Analysis Analysis Analysis Cleaning Parameter Mode Period Range Parameter Current STD. Cal. Range Cal. Period Parameter CONC. Calibration Parameter Act. On Act. On Allowed Auto Cal. Cal. Cal. Failure Deviation Switch Success Number of Cleaning Times...
-
Page 48: Display And Keyboard
| | | | Section 5 System Operation Priming Water Priming Priming All Sample Standards Priming Solution Priming Priming Reagent1 Reagent2 Drain Solution Accurate Calibration Instrument Normal Maintenance Calibration Hardware Calibration Calibration Calibration Calibration Setting Temperature Analog Output LED Source Liquid Sensor Export Instrument... -
Page 49: Definition Of Keyboard Function
Operation| | | | Section 5 System Figure 5.6: "Analysis result" interface Definition of Keyboard Function The keyboard, located on the right side of the screen, mainly includes Arrow keys and Function keys, which can be used to set the instrument, view the historical records and control the instrument operation. -
Page 50: Calibration
| | | | Section 5 System Operation Calibration Calibration Parameter Press MENU key to enter “Main menu” >> “Configuration” >>”Calibration parameter” >> press ENTER key to confirm, and then enter “Calibration parameter” sub-interface. Follow table 5.1 for detailed parameter setting. Table 5.1 Instruction of Setting “Calibration parameter”. -
Page 51: Validation
Operation| | | | Section 5 System Figure 5.7: "Calibration" sub-interface Table 5.2 Calibration Options and Detailed Instruction “Calibration” Menu Function Description Instrument only performs one-time COD measurement for each Normal Calibration standard solution and the data point will be used for calibration. Continuously run measurements for three times for each standard solution and two COD data points with minimum deviation will be used Accurate Calibration... -
Page 52: Analysis Function
| | | | Section 5 System Operation Figure 5.8: Validation sub-interface After validation is finished, validation result will pop up on the screen (see Figure 5.9). For the criteria whether the specific validation result is acceptable or not, see Table 5.3 for details. -
Page 53: Analysis Parameter Setting
Operation| | | | Section 5 System Figure 5.10: “Measurement Parameter” sub-interface Table 5.4 Setting Instructions of Measurement Parameters Measurement Sub- Parameter Definition parameter options “Analysis period” is not editable, press RUN each time to start Manual running, and the instrument will be in idle state after one-cycle measurement. -
Page 54: Analysis Procedure
| | | | Section 5 System Operation Figure 5.11: “Analysis Parameter” Sub-interface Table 5.5: Setting instructions of Analysis parameters Analysis sub- Parameter definition parameter options Digestion 50-175 °C temperature Digestion time 1-60 min Cooling 40-65 °C (Recommend to be set as 65°C) temperature In this mode, “Measurement time”... -
Page 55: Cleaning Function
Operation| | | | Section 5 System Figure 5.12: Programming sub-interface During the COD analysis procedure, you can press MENU key to enter "main menu" and view each setting parameter and history record, or press STOP key at any time to stop COD analysis and return to analysis result interface. -
Page 56: Pre-Run/Post-Run Function
| | | | Section 5 System Operation Pre-run/post-run Function For different applications , when it is required for other external devices to initiate the analysis of COD on-line water analyzer after running for a period of time, pre-run function shall be enabled (e.g. -
Page 57: Post-Run
Operation| | | | Section 5 System and DOWN keys, then press ENTER key to confirm, the entry is successfully added. Please refer to table 5.6 for detailed setting instructions of pre-run. Figure 5.16: Setting of Pre-run function Table 5.6: Setting items of pre-run function Parameters Range Definition... -
Page 58: Priming Solution
| | | | Section 5 System Operation Table 5.7: Setting item of post-run Parameters Range Definition Start from the moment that the last cycle of Time 0-120 minutes COD measurement finishes. Priming Solution Priming aims to remove the air from tubing (including reagent 1 and 2, standard solution and water sample), and fill with relevant liquid, the reby ensuring normal follow-up analysis. -
Page 59: Hardware Settings
Operation| | | | Section 5 System Hardware Settings Press MENU key >> select “maintenance” >> press ENTER key to confirm >> select “Hardware settings”, press ENTER key to enter “Hardware settings” sub-interface (see Figure 5.18). There are four setting options: “Calibrate temperature”, “Calibrate analog output”, “Calibrate LED source”... -
Page 60: Calibrate Analog Output
| | | | Section 5 System Operation Figure 5.20: Current ambient temperature input After the calibration is finished, the prompt box “Temperature sensor calibration complete!” appears. Press ENTER to confirm. Then press ESC key to return to previous menu or press MENU key to return to analysis result interface. -
Page 61: Calibrate Led Source
Operation| | | | Section 5 System Figure 5.21: “Calibrate analog output” sub-interface Figure 5.22: Adjust DAC output value Note: Both analog output 1 and output 2 can be calibrated, but currently only analog output 1(J2) can provide 4-20mA output. Analog output 2 (J3) is not activated by software. -
Page 62: Calibrate Liquid Sensor
| | | | Section 5 System Operation Figure 5.23: Select “Calibrate LED source” The prompt box of "Calibration Succeed" will be shown upon completion of the calibration. Press ENTER key to confirm that the calibration is successful. Press ESC key to return to the previous menu or press MENU key to return to analysis result interface. - Page 63 Operation| | | | Section 5 System box of "Calibration Succeed" is not shown, please contact Thermo Fisher Scientific service engineer. 3106 COD Analyzer Thermo Scientific Orion...
-
Page 64: Section 6
Regular Maintenance S E C T I O N 6 Orion 3160 COD online water analyzer cabinet is provided with protection lock. Reagent replacement, parameters adjustment and related regular maintenance should be carried out with the key. Arrange special maintenance personnel to properly keep the key. Warning! •... -
Page 65: Periodic Maintenance
Operation| | | | Section 6 System Periodic Maintenance Table 6.1: Periodic maintenance Maintenance / Service Schedule Customer Technical Service Items Every 4 Every 6 Every 12 Every 24 weeks months months months Replace reagents and standard solutions (if necessary) ×... -
Page 66: Long-Time Shutdown
| | | | Section 6 System Operation If there is any liquid leaking in the tray, the system will alarm. For the consideration of safety, the instrument will automatically stop measuring. In case of leakage alarm, please take the following steps: Step 1: Disconnect the power supply of instrument. -
Page 67: Section 7
Common Errors and Troubleshooting S E C T I O N 7 Warning! • Only trained and qualified service personnel can maintain the equipment! • The reagent used in the instrument is corrosive! The warning and error information will be displayed in the lower right corner of the main interface. - Page 68 | | | | Section 7 Common Errors and Troubleshooting Warning Warning No. Troubleshooting Methods Information 3. If the actual water sample under test contains chloride ion in high concentration, run thorough cleaning procedure (optional); 4. Then run the Programming again, check whether the failure is excluded;...
- Page 69 Troubleshooting| | | | Common Errors and Section 7 Warning Warning No. Troubleshooting Methods Information 4. Then run the Programming again, check whether the failure is excluded. If this failure still occurs, contact after sales personnel to confirm the failure and repair.
- Page 70 | | | | Section 7 Common Errors and Troubleshooting Error No. Error Information Troubleshooting Methods 4. Check if bubbles generate or if plenty of bubbles enter inside when the white plastic push rod of the injector moves downwards; if any, replace injector and its black flat sealing gasket;...
- Page 71 Troubleshooting| | | | Common Errors and Section 7 Error No. Error Information Troubleshooting Methods 1. Check whether the Syringe pump works properly with the diagnostic functions of the analyzer: enter Maintenance mode >> “Instrument maintenance” >> “Instrument diagnosis”; select “Syringe pump”...
- Page 72 | | | | Section 7 Common Errors and Troubleshooting Error No. Error Information Troubleshooting Methods 1. Visually check the resistance heating wire winding round the digestion pipe for breakage; if any, replace the digestion pipe components and 2 black sealing gaskets (big and small) at the top and bottom;...
- Page 73 Troubleshooting| | | | Common Errors and Section 7 Error No. Error Information Troubleshooting Methods The troubleshooting methods are the same as that of ERV can't get home Error information 13: ERV OPERATION EXCEPTION above. The troubleshooting methods are the same as that of ERV wrong position Error information 13: ERV OPERATION EXCEPTION error...
- Page 74 | | | | Section 7 Common Errors and Troubleshooting Error No. Error Information Troubleshooting Methods calibration failed and its cable is correct; 2. Check if heavy contamination happened in the buffer ring; 3. Disconnect the instrument power, power on again and check whether the 10-way rotary valve works properly;...
-
Page 75: Section 8
Please refer to the table below for main engine and accessories order number information: Table 8.1: Instrument, reagent and related accessories order information Order No. Description Orion 3106 COD Water Analyzer 3106COD COD Reagent Kit, Reagent 1 (605mL) and 2 (1512mL) 3106REC... -
Page 76: Section 9
Customer Service S E C T I O N 9 Notice of Compliance This equipment generates, uses and can radiate radio frequency energy and if not installed and used in accordance with the user guide, may cause interference to radio communications. It has been tested and confirmed to comply with the limits for a Class A computing device pursuant to Subpart J of Part 15 of FCC Rules, which are designed to provide reasonable protection against such interference when operated in a commercial environment. -
Page 77: Terms And Conditions
| | | | Section 9 Customer Service Terms and Conditions For products not listed in this warranty statement, please visit our website at www.thermo.com.cn/water. Contact Information For updated contact information, visit www.thermo.com.cn/water Thermo Fisher Scientific Inc. Shanghai Address: Building 6&7, No. 27, New Jinqiao Road, Jinqiao Export Processing Zone, Pudong, Shanghai, China Tel: 86-21-68654588 Fax: 86-21-64457909... -
Page 78: Returning Goods
| | | | Section 9 Customer Service Returning Goods Permission to return Thermo Scientific Orion products must be obtained prior to return. Contact us within 30 days of receipt of goods for a return authorization number. Hazardous Materials Some materials are designated corrosive/oxidizer by DOT and IATA. Some materials may require special labeling and handling. - Page 79 | | | | Section 9 Customer Service also conditioned upon expendable and consumable items (all solutions) being stored at temperatures between 5 °C and 45 °C (40 °F and 110 °F) in a non-corrosive atmosphere and within the shelf life printed on the product. In the event of failure within the warranty period, the manufacturer or its authorized dealer will, at the option of manufacturer, repair or replace the product nonconforming to the above warranty or will refund the purchase price of the product.
- Page 80 Manufacturer: Thermo Fisher Scientific (Shanghai) Instruments Co., Ltd Thermo Fisher Scientific Address: T71-6 No. 211, Qin Qiao Road, China(Shanghai) Pilot Free Trade Zone (201206) Tel: 86-21-50504588 Fax: 86-21-50504589 Postcode: 201206...
- Page 81 thermoscientific.com/processwater © 2015 Thermo Fisher Scientific Inc. All rights reserved. Modbus is a registered trademark of Schneider Electric. All other trademarks are the property of Thermo Fisher Scientific and its subsidiaries. Water and Lab Products North America Germany India Japan Toll Free: 1-800-225-1480 Tel: (49) 6184-90-6000 Tel: (91) 22-4157-8800...