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. Anderson Instrument Co. Training 156 Auriesville Road Fultonville, NY 12072 1-800-833-0081 Fax 518-922-8997 Guide www.andinst.com Device Model Quantity Instrument Serial Number Model DA2 ELECTRODLESS Design De uma2 ELECTRODLESS Design De uma2 ELECTRODLESS Model DA2 ELECTRODLESS Design De uma2 ELECTRODLESS CONDUCTIVITY TRANSMITTER. Capital t T Testosterone levels T Capital t capable of Contents able of Material capable of Items capable of Contents capable of Items Section 1 - General Details.4 1.1 Ability Features. 4 1.2 Transmitter Protection.4 1.3 Maintained Configuration Values.5 1.4 Transmitter Serial Number. Area 7 - Transmitter Settings.24 7.1 Choosing Language to Operate Transmitter. 24 7.2 Setting up Sensor Features.24 7.3 Collection °C Or even °F (heat display structure).34 7.4 Configuring Analog Output.34 7.5 Collection Passcode (feature allowed or disabled).36 7.6 Configuration Setting Overview.
Section 1 - General Information Area 1 - General Information Section 1 - General Information Section 1 - General Information Area 1 - General Information 1.1 Capability Highlights 1.1 Capacity Shows 1.1 Capability Highlights 1.1 Capability Highlights 1.1 Capacity Highlights Sensor Input The transmitter can be utilized with the Design HC1-Series electrodeless conductivity sensor. 1.3 Ur 1.3 Ur 1.3 Retained Configuration V etained Construction V etained Configuration V etained Settings Values alues alues alues 1.3 R 1.3 R etained Settings V alues All user-entered configuration values are usually retained consistently, even if energy is lost or converted off. The nón-volatile transmitter memory space does not require battery power backup. Section 2 - Specs Area 2 - Specs Area 2 - Specifications Section 2 - Specs Section 2 - Specs 2.1 Operational 2.1 Operational 2.1 Operational 2.1 Operational 2.1 Operational Display Two-line by 16 character LCD NOTE: The deliberated value (conductivity,% concentration or TDS) and heat can be displayed separately or demonstrated collectively on a one screen.
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Energy Needs (Class 2 Power Supply): Two-wire Hóokup 16-30 VDC Three-wire Hookup 14-30 VDC Four-wire Hookup 12-30 VDC Calibration Strategies: Sensor Zero With the dry sensor in surroundings, press keys to start (all dimensions) automatic system zeroing Conductivity Measurement: COND CAL Enter payment reference temperature, and benchmark alternative's identified linear% per °D incline and value SAMPLE CAL. 2.2 Capital t 2.2 Transmitter P 2.2 T ransmitter P ransmitter G ransmitter Overall performance (Electrical, Analog Results) erformance (Electrical, Analog Outputs) erformance (Electrical, Analog Outputs) erformance (Electrical, Analog Results) 2.2 T 2.2 Testosterone levels ransmitter G erformance (Electrical, Analog Results) Accuracy. ± 0.1% of span Level of sensitivity.
±. Section 3 - Actual physical Installation Section 3 - Physical Installation Area 3 - Bodily Installation Section 3 - Physical Installation Area 3 - Actual Installation Unpack and look at the gear also if you perform not make use of it immediately. If there can be proof of harm, inform the transit company instantly. 3.2 G 3.2 Screen Installation (De uma201A) 3.2 P anel Mounting (De uma201A) anel Installing (De uma201A) anel Installing (De uma201A) 3.2 G 3.2 G anel Mounting (DA201A) Shape 3-1 shows how to panel mount the transmitter making use of the supplied -panel install hardware kit. Reduce a 3.30-inches (84 mm) square cutout hole in panel.
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3.3 W 3.3 W 3.3 Wall structure and Pipe Mounting (De uma202A) all and Pipe Installation (De uma202A) all and Tube Installation (De uma202A) all and Pipe Mounting (DA202A) 3.3 W 3.3 W all and Pipe Installation (De uma202A) Amount 3-2 illustrates how to walls or water pipe position the transmitter using the provided hardware kit. Determine the installation technique, and connect the hardware as shown.
3.4 Essential Sensor Installation (DA202A with HC1012000 only) 3.4 Integral Sensor Installation (DA202A with HC1012000 just) 3.4 Essential Sensor Mounting (De uma202A with HC1012000 only) 3.4 Essential Sensor Installation (De uma202A with HC1012000 only) 3.4 Essential Sensor Mounting (De uma202A with HC1012000 only) Amount 3-3 illustrates how to integrally install the transmitter ónto a sensor using the supplied mounting hardware kit. Section 4 - Electric Connections Section 4 - Electric Connections Area 4 - Electrical Connections Section 4 - Electric Connections Section 4 - Electric Connections Amount 4-1 shows the airport block arrangement and port designations for the transmitter. Notice: All terminals are suitable for one cables up to 14 AWG (2.5 mm2). To comply with European Neighborhood (CE) electromagnetic compatibility requirements, stick to these general wiring recommendations: Locate transmitter simply because considerably as possible from motors and other non-CE licensed devices. 4.1 HC1 Series Electrodeless Conductivity Sensor Wires Depending on how transmitter can be mounted, path the sensor (or interconnect) wire into the transmittér as follows:.
Walls/Pipe-mounted Transmitter: Path cable connection through left side cable admittance knockout opening in the back cover up. 4.2 Testosterone levels 4.2 Capital t 4.2 Two wo-Wire Hookup Wire Hookup Cable Hookup Wire Hookup 4.2 Capital t 4.2 Capital t Wire Hookup In á two-wire hóokup, at minimum 16 VDC is usually required for procedure. A insert gadget can become connected in the current loop (find Body 4-3 for details).
4.3 Three 4.3 Three-Wire Hookup 4.3 Three Wire Hookup Cable Hookup Cable Hookup 4.3 Three 4.3 Three Wire Hookup In a three-wire hookup, the transmitter can be wired two methods depending on weight “sinking” or “sóurcing”. 4.4 Four 4.4 Four 4.4 Four-Wire Hookup Wire Hookup Wire Hookup Cable Hookup 4.4 Four 4.4 Four Wire Hookup In á four-wire hóokup, at minimum 12 VDC is definitely needed for procedure. Based on how the transmitter is certainly mounted, route the DC strength, analog result wiring into the transmitter as comes after:. Section 5 - Procedure Section 5 - Procedure Section 5 - Procedure Section 5 - Procedure Area 5 - Operation The user interface comprises of a twó-line LCD display and a key pad with MENU, ENTER, ESC, and keys.
5.1 Display 5.1 Display 5.1 Screen 5.1 Screen. MEASURE Screen: These keys are non-functional.
Download flat maps for minecraft pe. Menu Displays: Movements up or dówn respectively between various other same-level menu displays. Edit/Selection Displays: Adjusts chosen digit worth up or down, or moves up or down between choices. FIGURE 5-1 Transmitter Keypad.
5.3 MEASURE Screen (regular display mode) 5.3 MEASURE Display (regular display setting) 5.3 Gauge Display (normal display mode) 5.3 Gauge Display (regular display mode) 5.3 MEASURE Screen (normal display mode) The Gauge screen is usually normally displayed. Pressing the MENU key temporarily replaces the MEASURE screen with the tóp-level “MAIN MENU CALIBRATE”. Section 6 - Menu Structure Area 6 - Menus Structure Area 6 - Menus Structure Section 6 - Menus Structure Section 6 - Menu Framework The transmitter menus tree is usually split into three major branches: CALIBRATE, CONFIGURE, and TEST/MAINT.
Each main branch is definitely structured likewise in layers with top-level screens, associated lower-level submenu displays and, in many cases, sub-submenu screens. 6.2 Showing Testosterone levels 6.2 Exhibiting Top 6.2 Exhibiting Capital t op op óp op-Level Menu Screens -Level Menu Displays -Level Menu Screens -Level Menu Displays 6.2 Displaying Capital t 6.2 Exhibiting Testosterone levels -Level Menu Screens With the very first top-level menus display screen of the desired main part displayed, make use of the secrets to scroll through additional top-level displays to access a preferred screen. 6. Spartan boat trailer serial number. 3 Showing Submenu Screens 6.3 Displaying Submenu Displays 6.3 Exhibiting Submenu Displays 6.3 Exhibiting Submenu Screens 6.3 Showing Submenu Screens After choosing a top-level menu screen, push the ENTER essential to display a associated submenu or edit/choice screen:. Submenu Displays are usually connected to additional related same-level displays.
Pressing essential displays these other related submenu displays. Area 7 - Testosterone levels Area 7 - T ransmitter Construction ransmitter Configuration Section 7 - T Area 7 - Transmitter Configuration Section 7 - T ransmitter Settings ransmitter Settings Take note: When the passcode feature is enabled (Section 7.5), you must effectively enter the passcode before attempting to enter a construction setting. Caution: CHANGING THE Dimension AUT0MATICALLY REPLACES ALL USER-ENTERED Settings VALUES WITH FACTORY-DEFAULTS. Select Screen FORMAT After selecting the measurement, choose the preferred screen format for the MEASURE display screen. The selected models and quality will furthermore show up on all suitable edit/choice menu displays.
With the screen displayed, press key once to screen. LINEAR: Suggested for most aqueous solutions. NATURAL WATER (not accessible for TDS dimension): Built-in temp. properties table only for special programs - consult manufacturing plant). Temperature TABLE: User-defined temperatures table Nothing: Measurement values are not reimbursed.
Take note: LINEAR is usually the manufacturer default for heat range settlement with a 2.00% per °Chemical incline and 25.0°Chemical reference temperatures. Dell latitude c610 windows 98 drivers. TABLE A - BUILT-IN Chemical substance Concentration Dining tables Solution Concentration °M Range Answer Concentration °M Variety NaOH 0-16% 40-80% 0-100°M 0-115°D CaCl 0-22% 15-55°D 93-99% 0-115°Chemical 0-28% 0-40% 0-50°M 0-75°C 36-96% 0-18% 0-50°M 0-65°D 0-30% 22-36% 0-115°D 0-65°M Creating USER-DEFINED Focus TABLE If the remedy being assessed does not really match up any BUILT-IN chemical table, make a USER- Described desk to convert measured conductivity into displayed% focus. NOTE: If the transmitter is calibrated, you can make use of the uncompensated conductivity Gauge display to determine related conductivity ideals.
With the display screen displayed, press key as soon as to display Press ENTER key to screen Press ENTER essential once again to display. Use essential to choose “USER-DEFINED,”. NOTE: If the table contains undesirable coordinate values, the display displays a “CONFIRM FAILURE” message.
Pushing ENTER essential shows the unacceptable fit(h) TDS Measurement Set up Define the cónductivity-to-TDS conversion aspect: With the screen displayed, press key once to screen Push ENTER essential to screen Push ENTER key again to display. Push ENTER key again to screen a display screen like. Use arrow secrets to adapt to a desired incline, and push ENTER essential to enter it. After the display re-appears, press key as soon as to screen Push ENTER key to screen a display like.
Suggestion: Before entering values, program forward and determine the temp and proportion ideals for each data point in your desk. Use Desk Chemical to easily manage and notice your specific table admittance values: Desk C - Beliefs for Temperature Desk °D Temp. Press ENTER key to display H.
Press ENTER key again to save the desk. Notice: If the desk contains undesirable coordinate beliefs, the screen shows a “CONFIRM Failing” message.
Pressing ENTER key shows the undesirable coordinate(beds). Arranged FILTER period A period constant (in seconds) can become fixed to filter or “steady out”. Notice: When “Rehabilitation1000” is selected but the component is not really connected to the transmitter, a “Caution: CHECK Position” information will show up. To avoid or clean this message, connect the component or choose “MANUAL.” To configuré the transmitter fór fixed MANUAL temperatures payment you must choose “MANUAL”.
SPECIAL CASE - ALTERED SENSOR Wire LENGTH Transforming the standard 20 feet. (6 michael) sensor cable duration, by shortening it or including an interconnect cable connection, affects temperature measuring accuracy.
The factory-certified T factor is certainly based on standard cable duration. To compensate for modified cable length measuring error, alter the accredited T factor admittance: Reduced Sensor Cable connection: To boost the transmitter heat range reading through to go with the identified solution temperatures, decrease the Capital t factor by 3.85 ohms for. Press ENTER key to display Press ENTER essential again to screen. Use keys to select the parameter the output will signify, and press ENTER essential to enter it. SET 4mA and 20 mother Ideals (range expand) Parameter values can become fixed to establish the endpoints át which the 4 mA and 20 mA analog result values are usually desired. Collection FAIL LEVEL Mode (off, 4 mA or 20 mother) When a “WARNING CHECK Standing” message appears, showing that a program issue may can be found, the analog output can become established to respond in one of three methods:. OFF: Output remains energetic.
This web page intentionally remaining empty. 7.6 Construction Setting Summary 7.6 Construction Setting Overview 7.6 Settings Setting Overview 7.6 Settings Setting Overview 7.6 Settings Setting Overview TABLE M provides all construction configurations and their entrance runs/choices and stock defaults, categorized by simple functions. TABLE D - Transmitter Construction Settings (Ranges/Choices and Defaults) Shown Screen Name Entry Range or Choices (where appropriate) Manufacturer Default. TABLE D - Transmitter Construction Configurations (Runs/Choices and Defaults) - continuing Displayed Display Title Entrance Variety or Options (where appropriate) Manufacturer Default Your Placing SENSOR Settings (continued) TEMP ELEMENT: 950-1050 ohms 1000 ohms Collection T FACTOR?
TEMP Component: 0.0-200.0°C 25.0°M SET MANUAL? TEMPERATURE Screen Setting Place °D OR °F?. Section 8 - Testosterone levels Area 8 - Capital t ransmitter Calibration ransmitter Calibration Area 8 - T Section 8 - Transmitter Calibration Section 8 - T ransmitter Calibration ransmittér Calibration 8.1 Important Info 8.1 Important Details 8.1 Important Info 8.1 Important Details 8.1 Important Information Each electrodeless conductivity sensor provides a special zero stage and span. 8.2 No ZERO ZERO ZERO Procedure (first-time sensor calibration only) Process (first-time sensor calibration only) Process (first-time sensor calibration just) Procedure (first-time sensor calibration only) No Process (first-time sensor calibration just) No the sensor if it is definitely becoming calibrated for the first period.
If not, ignore this subsection and move forward with calibrating the sensor span (Section 4.3, 4.4 or 4.5). COND CAL Technique Prepare the conductivity research solution using your normal method. Its value should be near the standard measured process worth for best precision. When the value is relatively reduced (between 200 and 100,000 microSiemens/cm), the information in TABLE E on the following page can become used to prepare the reference point solution.
Be aware: During calibration, the analog result is immediately “held” at the last measured worth. After a screen like appears, make use of arrow tips to adjust the incline value to fit the recognized incline of the benchmark solution, and push ENTER essential to get into the value.
Press essential as soon as to display Push ENTER essential to screen. With the sénsor in the process, press ENTER essential again to confirm. This active screen shows up showing the measurement reading. Take note: During calibration, the analog output is automatically “held” at the last measured worth. Press ENTER key to screen. With the decade box connected, press ENTER key again to verify. This energetic screen appears displaying the dimension reading.
Be aware: During calibration, the analog output is immediately “held” at the last measured value. Wait around for the reading through to strengthen which may take up to 30 moments. Then push ENTER essential. Thoroughly rinse the clean sensor in de-ionized water.
Then immerse the sensor in the prepared reference solution. Important: Allow the sensor and alternative temperatures to balance. Depending on their temperature distinctions, this may get up to 30 a few minutes. Take note: Suspend the sensor to avoid it from coming in contact with the pot. Simply laying it into the box will generate calibration mistake.
8.4 TDS Calibration 8.4 TDS Calibration 8.4 TDS Calibration 8.4 TDS Calibration 8.4 TDS Calibration When the transmitter can be established to calculate% concentration but you wish to calibrate making use of a conductivity research solution, make sure you refer to Area 8.3, subsection “COND CAL Method” and adhere to ways 1 through 13. the reading has stable, this static screen shows up displaying the “last measured” worth. Make use of arrow secrets to alter the displayed value to specifically fit the recognized value of the process test (or TDS reference point option).
Press ENTER key to get into the value and full calibration (“CONFIRM CAL Okay?” display screen appears). 8.6 Analog Result Calibration 8.6 Analog Output Calibration 8.6 Analog Result Calibration 8.6 Analog Output Calibration 8.6 Analog Output Calibration The transmitter analog output can be factory-calibrated. Nevertheless, it can end up being re-calibrated if desired.
Notice: When the passcode function is enabled (Section 7.5), you must effectively enter the passcode before attempting to calibrate the analog result. Section 9 - Testosterone levels Section 9 - Testosterone levels esting Servicing esting Servicing Section 9 - Testosterone levels Section 9 - Tests Maintenance Section 9 - Capital t esting Servicing esting Servicing The transmitter offers TEST/MAINT menus screens to:. 9.2 HOLD OUTPUT 9.2 Keep Result 9.2 HOLD Result 9.2 Keep Result 9.2 Keep OUTPUT The Keep OUTPUT functionality conveniently holds the analog output at its last measured worth for upward to 30 moments to postpone procedure of any connected device. With the screen displayed, push key as soon as to screen. 9.5 SELECT SIM Measurment 9.5 SELECT SIM Measurment 9.5 SELECT SIM Measurment 9.5 SELECT SIM Measurment 9.5 SELECT SIM Measurment The SELECT SIM functionality selects a type of simulated dimension.
It is certainly utilized in combination with the SIM SENSOR function (Area 9.6) to imitate a sized value, making the analog result respond appropriately. 9.7 RESET CONFIGURE Sixth is v 9.7 RESET CONFIGURE Sixth is v 9.7 RESET CONFIGURE Ideals to N alues to F alues to N alues to Stock Defaults actory DefauIts actory Defaults actóry Defaults 9.7 Reset to zero CONFIGURE Sixth is v 9.7 Reset to zero CONFIGURE Sixth is v alues to Y actory Defaults The RESET CONFIGURE function resets kept configuration configurations (all at the same period) -. Area 10 - Capital t Area 10 - Testosterone levels roubleshooting roubleshooting Area 10 - Testosterone levels Area 10 - Troubleshooting Area 10 - Capital t roubleshooting roubleshooting 10.1 E 10.1 K 10.1 Keeping the Testosterone levels 10.1 T 10.1 K eeping the T eeping the T eeping the Transmittér Calibrated eeping thé T ransmitter Calibrated. 10.6 Sixth is v 10.6 V 10.6 Verifying Interconnect Wire Integrity erifying Interconnect Cable connection Integrity erifying Interconnect Wire Reliability erifying Interconnect Cable connection Reliability 10.6 Sixth is v 10.6 Sixth is v erifying Interconnect Cable Integrity Detachment DC energy from the transmittér.
Reconnect the sénsor straight to the transmitter (purposely skipping the interconnect wire and junction container, if used). These products are warranted to become free from useful flaws in components and workmanship at the period the items leave the Anderson manufacturer and to conform at that time to the specifications set forth in the relevant Anderson instruction manual or manuals, page or bed sheets, for such items for a period of one 12 months.