uline.com OVERVIEW OF CONTROLS CONTROL PANEL CONTROL PANEL PARTS

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1 π H-5276, H-5277 H-5278, H-5279 OHAUS ADVENTURER BALANCE SCALE uline.com OVERVIEW OF CONTROLS CONTROL PANEL CONTROL PANEL PARTS Dynamic Weihin Max 4201 d=0.01 e=0.01 # DESCRIPTION Tare Place sample on the pan. Press to bein averain Averain Time: 5 s Net: 0.00 Automatic Mode: Settins Print Zero ADVENTURER Cal Tare 1 ON/OFF Button 2 Print Button 3 Zero Button 4 Calibration Button 5 Tare Function Buttons CONTROL FUNCTIONS BUTTON Print Zero Cal Tare PRIMARY FUNCTION (Short Press) ON/OFF If scale is off, turns scale on. PRINT Prints the present data to a computer printer. ZERO Performs zero operation. CALIBRATION Performs calibration operation. TARE Performs tare operation. SECONDARY FUNCTION (Lon Press) If scale is on, turns scale off. NOTE: The balance will automatically power on when power is connected. MAIN APPLICATION SCREEN PAGE 1 OF 18 Application Instructional Messaes Stability (*), Net (NET), Gross (G) and/or center of zero () indicators Max 4201 Dynamic Weihin d=0.01 e=0.01 Place sample on the pan. Press to bein averain Averain Time: 5 s Net: 0.00 Automatic Mode: Settins Capacity and Readability Result Field: Information varies by application. Touch to chane unit. Application Buttons: Functions vary by application.

2 OPERATION TURNING BALANCE ON/OFF To turn the balance ON, press the button. To turn the balance OFF, press and hold the button. MENU NAVIGATION TO ENTER/EXIT THE MENU All menu naviation is performed by touchin the display. To enter, touch MENU from any Application Home screen. The main menu appears, with buttons for BACK and EXIT. (See Fiure 1) Fiure 1 Weihin Max 4200 d= Select the Sub-: Find the item of the main menu list and touch it. The sub-menu appears. 3. Select the : Continue until the desired settin is chosen in the menu list. Touch the settin to chane it. The chaned settin will be displayed as hihlihted yellow for about one second to confirm the chaned value. 4. the and Return to Current Application: After the settin is confirmed, touch EXIT to return to the Application. NOTE: At any time the BACK and EXIT buttons can be touched to naviate to the desired area of the menu or return to the current Application. Continue until the desired settin is selected in the menu list. Settins Capacity Guide 0% 4200 Touch MENU to open the menu list. Calibration: Touch to view calibration options MENU LIST Continue touchin the appropriate list item to naviate to the items. (See Fiure 2) Fiure 2 Main Balance Setup: Touch to view and chane balance settins. Calibration Balance Setup Weihin Units Data Maintenance Weihin Units: Touch to view and chane weihin units. Communication GLP and GMP Data Factory Reset Lockout Data Maintenance: Touch to view data maintenance settins. CHANGING MENU SETTINGS To chane a menu settin, naviate to that settin usin the followin steps: 1. Enter the : From any Application screen, Touch MENU. The main menu list appears on the display. (See Fiure 3) Fiure 3 Balance Setup Communication: Touch to view COM device settins and print settins. GLP and GMP Data: Insert user data for traceability. Lanuae User Settins Filter Level Auto Zero Trackin Factory Reset: Touch to do a factory reset of menu settins. Auto Tare Graduations Date & Time Approved Mode Lockout: Touch to view lockout options. PAGE 2 OF 18

3 ENABLING UNITS OF MEASURE Enter the weihin units sub-menu in the main menu to activate the desired units of measure. This menu can also be accessed by pressin the unit symbol in an application. NOTE: Due to national laws, the balance may not include some of the units of measure listed. UNITS SUBMENU Milliram Gram Kiloram Carat Ounce Troy Ounce Pound Pennyweiht Grain Newton Momme Meshal Tael (HK) Tael (SG) Tael (TW) Tical Tola Baht Custom Unit 1 NOTE: Only H-5276 converts to m. NOTE: If Approved mode is on, some units will not be displayed. Use the Custom Unit to display weiht in an alternative unit of measure. The custom unit is defined usin a conversion factor, where the conversion factor is the number of custom units per ram expressed in scientific notation (Factor x 10^Exponent). The custom unit s name can be up to 3 characters. For example: To display weiht in troy ounces ( troy ounces per ram), enter a factor of and an exponent of -1. CALIBRATION Span Calibration PAGE 3 OF 18 NOTE: The calibration unit is always in rams. CAUTION Do not disturb the balance durin any calibration. CALIBRATION SUB-MENU Linearity Calibration Cal Test NOTE: H-5276, H-5277, H-5278 and H-5279 have Span Calibration, Linearity Calibration and Cal Test. INITIAL CALIBRATION When the balance is first installed, and when it is moved to another location, it must be calibrated to ensure accurate weihin results. The balance can be manually calibrated with external masses. Have the appropriate calibration masses available before beinnin calibration. ULINE MODEL NO. OHAUS MODEL NO. H-5276 AX423/E H-5277 AX622/E H-5278 AX1502/E H-5279 AX8201/E CALIBRATION WEIGHTS SPAN CAL POINTS (G) 0, 100, 200, 300, 400 0, 300, 400, 500, 600 0, 500, 1,000, 1,500 0, 2,000, 4,000, 6,000, 8,000 LINEARITY CAL POINTS (G) 0, 200, 400 0, 300, 600 0, 1,000, 1,500 0, 4,000, 8,000

4 SPAN CALIBRATION Span calibration uses two calibration points, one at zero load and the other at specified full load (span). NOTE: Factory default settins are shown in bold. With the balance turned ON and no load on the pan, touch SPAN CALIBRATION to initiate the procedure. Additional calibration values to be used are shown on the display. The best accuracy is achieved usin the mass closest to the full span value. NOTE: To chane the span calibration point, touch the alternate weiht shown on the display. Follow the screen instructions and place the specified calibration weiht on the scale when prompted to do so. When complete, the display shows the span calibration status and returns to the current application. LINEARITY CALIBRATION Linearity calibration uses three calibration points, one at zero load and the others at specified loads. With no load on the scale, press Linearity Calibration to bein the process. The balance captures the zero point, and then prompts for the next weiht. Continue to follow the instructions on the display until the calibration is completed. NOTE: To cancel at any time, press CANCEL. CALIBRATION TEST Use Calibration Test to compare a known calibration weiht aainst the stored span calibration data. With no load on the scale, press CAL TEST to bein the process. The balance captures the zero point, then prompts for the span value. The display shows status, followed by the difference between the current calibration weiht and the stored calibration data. ZERO Press ZERO to zero the balance. TARING With no load on the pan, press ZERO to set the display to zero. Place an empty container on the pan and press TARE. Add material to the container and its net weiht is displayed. Remove container and container s weiht appears as a neative number. Press TARE to clear. APPLICATION MODES Touch the top left Application field (weihin in the example below) to select the application mode. (See Fiures 4-5) Fiure 4 Fiure 5 Weihin Settins Application Modes NOTE: Before usin any application, be sure the balance has been leveled and calibrated. WEIGHING Capacity Guide % Max 4200 Weihin Parts Countin Percent Weihin Density Determination Check Weihin Display Hold Use this application to determine the weiht of items in the selected unit of measure. 1. In the upper left portion of the, (See Fiure 6) select WEIGHING (this application is the default). 2. Press TARE or ZERO if necessary to bein. d=0.01 Dynamic Weihin More Place objects on the pan to display the weiht. When stable, the * appears. 4. The resultin value is displayed in the main display line in the active unit of measure. Weihin Settins Max 4200 d= Capacity Guide % The WEIGHING Touch to chane unit Application Buttons PAGE 4 OF 18 Fiure 6

5 ITEM SETTINGS To view or adjust the current settins, touch the ITEM SETTINGS button. The Settins screen appears. (See Fiure 7) If Capacity Bar is set to off, the reference field will show minimum weiht and sample name. (See Fiure 10) Fiure 10 Weihin Max 4200 d=0.01 Fiure 7 Weihin Over initial zero rane Minimum Weiht Capacity Bar Weihin Links Filter Level Minimum Weiht: : ohaus GLP & GMP Data Print Settins Level Assist Settins Minimum Weiht: Establish a minimum weiht value to be used to verify a readin. If an actual weiht is below the established minimum weiht value, it is flaed by a color chane: yellow. To adjust the minimum weiht value, touch the MINIMUM WEIGHT button. A numeric input window appears. (See Fiure 8) Use the keys to enter the desired minimum weiht, then press SAVE. The display reverts to the previous screen. To return to the Weihin, touch EXIT at the bottom of that screen. Fiure 8 Minimum Weiht 0.00 Weihin Units: Chane the displayed unit. NOTE: Touchin the weihin unit from application will also open the Weihin Units screen. Filter Level: Chane filterin level. GLP & GMP Data: Chane Good Laboratory Practices (GLP) and Good Manufacturin Practices (GMP) data. Print Settins: Chane printin settins. Level Assist: Instructions on how to move the balance feet to level the balance. SAMPLE NAME Press this button to add a sample name. An alphanumeric input window appears. Press to alternate between lower and upper case characters. (See Fiures 11-12) Fiure 11 Lower Case: ohaus Clear 0 1 q 2 w 3 e 4 r 5 t 6 y 7 u 8 i 9 o 0 p a s d f h j k l Capacity Bar: When set to on, a capacity bar is displayed in the reference field. The capacity uide will show the current weiht as a percentae of balance capacity. (See Fiure 9) Fiure 12 z x c Upper Case: v b n m. ohaus Fiure 9 Weihin Max 4200 d=0.01 / W # E $ R % T + Y & U * I ( O ) P Settins Capacity Guide 15% 4200 A S Z D X F C G V H B Key in the desired sample name and press SAVE to save the name and return to weihin. J N K M L. PAGE 5 OF 18

6 SAVE TO Insert the flash drive into the slot located on the front of the balance. Next, press the SAVE TO button to save the data to the flash drive. Once saved, the button will momentarily chane color to orane. (See Fiure 13) Fiure 13 Weihin Settins NOTE: The first time a flash drive is connected to the balance, there miht be some delay time before the button SAVE TO works. This is due to the balance creatin the necessary folders on the flash drive where the data will be stored. The density determination and check weihin applications do not have a SAVE TO button. CAUTION The weihin data will be saved to every day. However, if different weihin modes are used, the data will be separately saved to individual files. Dependin on the drive used, all data miht not be transferred from the balance or the display miht freeze. If this happens, unplu the flash drive and try another flash drive. Uline takes no responsibility if data on flash drive is erased or if the flash drive breaks while it is connected to the balance. To minimize the risk of problems arisin, Uline suests usin a hih quality flash drive. PARTS COUNTING Max 4200 Capacity Guide 3% Use this application to count samples of uniform weiht. 1. In the upper left portion of the, select Parts Countin. 2. Press TARE or ZERO if necessary to bein. d= Place objects on the pan to display the weiht. When stable, the * appears. 4. The resultin value is displayed in the main display line in pieces (PCS). (See Fiure 14) Parts Countin Settins Fiure 14 ITEM SETTINGS To view or adjust current settins, touch the ITEM SETTINGS button. The settins screen appears. (See Fiure 15) Fiure 15 s: The sample size can be 1 to 10,000 pieces. The default sample size is 10. Once a sample size is chaned, the balance will immediately open the recalculate APW screen, expectin to establish a new APW. To adjust the sample size, touch the SAMPLES button. A numeric input window appears. (See Fiure 16) Fiure Parts Countin s Size APW: Auto Optimization: APW Max 4200 d= Clear 0 10 PCS Use the keys to enter the desired sample size, then press SAVE. pcs AUTO Auto Optimization The Parts Countin Application Buttons Print Settins PAGE 6 OF 18

7 ITEM SETTINGS CONTINUED The next screen appears, with the messae to place the reference weiht on the pan. (See Fiure 17) Set a Known Averae Piece Weiht (APW): To adjust the APW value directly, touch the APW button. A numeric input window appears. (See Fiure 20) Fiure 17 Parts Countin Max 4200 d=0.01 Fiure 20 APW Place reference weiht on the pan. Press to continue APW APW: Size: 10 Clear 0 Place the reference weiht on the pan, then touch ACCEPT to capture the value; the screen shows number of pcs. (See Fiure 18) Key in the desired APW Weiht, then press SAVE. The display returns to the application with the new APW value in the reference field. (See Fiure 19) Fiure 18 Parts Countin Max 4200 Set a New Averae Piece Weiht (APW) Derived: To establish a new APW, place the reference weiht on the pan and press ACCEPT to continue. (See Fiure 21) Settins Establish an Averae Piece Weiht (APW): Each time a new type of part is counted, the nominal weiht of one piece (APW) must be established usin a small quantity of pieces. This APW is stored until replaced by another APW. There are two methods to establish the APW value: 1. The actual APW is known APW: Auto Optimization: 20 PCS d= The APW must be derived by weiht. For this case the current sample size will be used. (See Fiure 19) Fiure 21 Parts Countin Max 4200 d=0.01 Place reference weiht on the pan. Press to continue APW: Size: 10 APW NOTE: The sample size that is displayed will be used. To use a different sample size, chane that first. (See Fiure 21) The shows the number of pieces at the new APW. (See Fiure 22) Fiure 19 Parts Countin Max 4200 d=0.01 Fiure 22 Parts Countin Max 4200 d=0.01 Place reference weiht on the pan. Press to continue. APW APW: Size: 10 Settins PCS APW: Auto Optimization: PAGE 7 OF 18

8 Auto Optimization: When set to ON, improves countin accuracy by recalculatin the piece weiht automatically as parts are added. Default is OFF. NOTE: APW optimization occurs only when the number of pieces added to the pan is between one and three times the number already on the pan. If the APW is entered manually by the numeric keypad, APW auto optimization will not occur. Print Settins: Chane printin settins. NOTE: The SAVE TO button will only appear after a flash drive has been connected to the balance. See pae 6 for more information. ITEM SETTINGS To view or adjust the current settins, touch the ITEM SETTINGS button. The Settins screen appears. (See Fiure 24) Fiure 24 Percent Weihin Recalculate Ref. Wt. Print Settins PERCENT WEIGHING Use Percent Weihin to measure the weiht of a sample displayed as a percentae of a preestablished reference weiht. The default (or last) reference weiht is displayed. 1. In the upper left portion of the, select Percent Weihin. (See Fiure 23) 2. Place an object on the pan. The difference between the sample and the reference weiht is displayed as a percentae. Percent Weihin Settins Fiure Ref. Weiht: : Max 4200 d=0.01 The PERCENT WEIGHING % Application Buttons Recalculate Reference Weiht: To establish a new reference weiht value, touch the recalculate reference weiht button. Follow the screen instructions to establish a new reference weiht. (See Fiure 25) Fiure 25 Percent Weihin Alternatively, press the REF. WEIGHT button from the Percent Weihin Recalculate Ref. Wt screen to establish a new reference weiht manually throuh a numerical keypad. Print Settins: Chane printin settins. Max 4201 Place reference weiht on the pan. Press to continue. Ref. Weiht Ref. Weiht: : d=0.01 NOTE: The SAVE TO button will only appear after a flash drive has been connected to the balance. See pae 6 for more information. PAGE 8 OF 18

9 DYNAMIC WEIGHING Use this application to weih an unstable load, such as a movin animal. Two different start/reset modes can be selected: Manual (start and stop via key press) and Automatic (start and stop automatically). DYNAMIC WEIGHING MANUAL (DEFAULT) 1. In the upper left portion of the, select Dynamic Weihin. (See Fiure 26) 2. Place objects on the pan and press the START button. Dynamic Weihin Settins Fiure The balance beins a countdown (averain process). Durin the countdown, the information line displays the time remainin. If necessary, press STOP to quit. 4. When the countdown ends, the result line is displayed and held. Press CLEAR to clear the held weiht and return to the initial screen. NOTE: Clear the pan before beinnin a new dynamic weihin cycle. ITEM SETTINGS Averain Time: To view or adjust the current settins, touch the ITEM SETTINGS button. The Settins screen appears. (See Fiure 27) Fiure 27 Place sample on the pan. Press to bein averain. Automatic Mode: Dynamic Weihin Averain Time Max 4200 d=0.01 The DYNAMIC WEIGHING Automatic Mode 5 s Application Buttons Print Settins Averain Time: Set the averain time to a value between 1 and 99 seconds. Default is 5 seconds. Automatic Mode: When set to ON, the cycle beins when an object is placed on the pan, and the held value is automatically reset when the object is removed from the pan. (See Fiure 28) Fiure 28 : Assin a name to the sample. Print Settins: Chane printin settins. NOTE: The SAVE TO button will only appear after a flash drive has been connected to the balance. See pae 6 for more information. DENSITY DETERMINATION Use this application to determine an object s density. (See Fiure 29) Four types of density determination can be made: 1. Solids more dense than water 2. Solid less dense than water 3. Liquid density Settins Porous material (imprenated with oil) Air Weiht: Liquid Weiht: Settins Dynamic Weihin Max 4200 d=0.01 Place sample on pan to bein averain Water Temp: Porous Material: 0.00 Averain Time: Automatic Mode: 5 s On Max 4200 d=0.01 The DENSITY DETERMINATION /cm3 20.0º C Function Buttons Fiure 29 PAGE 9 OF 18

10 MEASURING THE DENSITY OF A SOLID USING WATER (DEFAULT) Press the ITEM SETTINGS button to open the density determination settins screen. (See Fiure 30) Fiure 30 Confirm the followin Setups are selected: Density Type: Solid Density Type Print Settins Auxiliary Liquid: Water Porous Material: Auxilliary Liquid Water Temp. To adjust the water temperature value, touch the WATER TEMP. button. The balance calculates water density based on the water temperature value entered. Measure the actual water temperature usin a precision thermometer. A numeric input window appears. (See Fiure 31) Fiure 31 Porous Material Enter the actual water temperature, then press SAVE. To return to the density determination, touch BACK. (See Fiure 32) Fiure 32 Water Temp. Clear 0 Max ºC d=0.01 Step 1 of 2 Weih the in Air: Press START. Follow screen instructions, then press ACCEPT to store the dry sample weiht (in air). (See Fiure 33) Fiure 33 Max 4200 Weih sample in air. Press. Air Weiht: Liquid Weiht: Settins Stop C Water Temp: Porous Material: Step 2 of 2 Weih the Submered in Liquid: Follow the screen instructions, then press ACCEPT to store the sample weiht (submered in liquid). (See Fiure 34) Fiure 34 Once the necessary weihts have been determined, the density of the sample is displayed in /cm 3 (alon with the weiht in air, weiht in water) on the application screen. (See Fiure 35) Fiure 35 Max 4200 Weih sample in liquid. Press. Air Weiht: Liquid Weiht: Settins d= Stop Air Weiht: Liquid Weiht: Settins Press START to reset all the weiht values and restart the process Water Temp: Porous Material: Max Water Temp: Porous Material: d= C d=0.01 /cm3 20.0º C /cm3 Air Weiht: Liquid Weiht: Water Temp: Porous Material: 20.0º C PAGE 10 OF 18 Settins

11 MEASURING THE DENSITY OF A BUOYANT MATERIAL USING WATER Press the ITEM SETTINGS button to open settins screen. (See Fiure 36) Fiure 36 A numeric input window appears. (See Fiure 38) Fiure 38 Liquid Density /cm3 Density Type Auxilliary Liquid Water Temp. Porous Material Clear 0 Print Settins Key in the density in /cm 3, then press SAVE. The display returns to the previous screen. To return to the density determination, touch BACK. Confirm the followin Setups are selected: Density Type: Solid Auxiliary Liquid: Water Porous Material: Press BACK to return to the density determination home screen. Follow the same procedure as solid material above, except in density determination step two, push the sample down into the liquid until it is fully submered. MEASURING THE DENSITY OF A SOLID USING AN AUXILIARY LIQUID To enable this feature, enter the density determination setup menu and select the followin: Density Type: Solid Auxiliary Liquid Type: Other Porous Material: Confirm the default values displayed (liquid density, etc) are correct. (See Fiure 37) Fiure 37 Bein the density determination process as per above. MEASURING THE DENSITY OF A LIQUID USING A CALIBRATED SINKER (not supplied) To enable this feature, enter the density setup menu and select the followin; Density Type: Liquid. (See Fiure 39) NOTE: when the density type is set to liquid, the liquid type and porous material selections are disabled. Dry Weiht: Oil Weiht: Settins Fiure Liquid Weiht: Water Temp.: Max 4200 d=0.01 The DENSITY DETERMINATION LIQUID /cm º C Function Buttons Confirm that the default value displayed (sinker volume) is correct. To edit the default values, touch SINKER VOLUME. To adjust the sinker volume value, touch the Sinker Volume button. (See Fiure 40) Density Type Auxilliary Liquid Porous Material Print Settins Fiure 40 Density Type Sinker Volume Liquid Temp. Print Settins To adjust the liquid density value, touch the AUXILIARY LIQUID button and select Other. PAGE 11 OF 18

12 A numeric input window is displayed. (See Fiure 41) Fiure 41 Sinker Volume Clear 0 Key in the desired value, then press SAVE. The display returns to the previous screen with the new value hihlihted. To return to the density determination, touch BACK. Press START to start the process. Fiure ml Step 1 of 2 Weih the Sinker in Air: Follow the screen instructions, then press ACCEPT to store the sinker weiht (in air). (See Fiure 42) Max 4200 Weih sinker in air. Press. Air Weiht: Liquid Weiht: Settins Stop Sinker Volume: d= ml Once the necessary weihts have been determined, the density of the Liquid sample is displayed in /cm 3 (alon with the weiht in air, weiht in water) on the application screen. Press START to reset all the weiht values and restart the process. (See Fiure 44) Fiure 44 MEASURING THE DENSITY OF POROUS MATERIAL USING OIL To enable this feature, enter the density determination Setup menu (See Fiures 45-46), and set the followin: Density Type: Solid Auxiliary Liquid Type: Water Porous Material: On Fiure 45 Air Weiht: Liquid Weiht: Settins Density Type Oil Density Auxilliary Liquid Print Settins Max Sinker Volume: Water Temp. d=0.01 /cm ml Porous Material Fiure 43 Step 2 of 2 Weih the Sinker Submered in the Test Liquid: Follow the screen instructions, then press ACCEPT to store the sinker weiht (submered in liquid). (See Fiure 43) Max 4200 Weih sinker in liquid. Press. Air Weiht: Liquid Weiht: Settins Stop Sinker Volume: d= ml Air Weiht: Liquid Weiht: Settins Fiure Water Temp.: Porous Material: 20.0º C /cm3 Max 4200 d=0.01 The DENSITY DETERMINATION POROUS Function Buttons PAGE 12 OF 18

13 Confirm the default values displayed (Water Temp.) are correct. To edit the default values, touch ITEM SETTINGS. The settins screen appears. (See Fiure 47) Fiure 47 The balance calculates water density based on the water temperature value entered (look-up table). Measure the actual water temperature usin a precision thermometer. To adjust the water temperature or oil density values, touch the WATER TEMP. or OIL DENSITY button. Numeric input windows appear. (See Fiures 48-49) Key in the desired value, then press SAVE. Fiure 48 Density Type Oil Density Oil Density Auxilliary Liquid Print Settins Water Temp. Porous Material /cm3 Press BEGIN DENSITY CALCULATION. STEP 1 OF 3 WEIGH THE UN-OILED SAMPLE IN AIR. Follow the screen instructions then press ACCEPT to store the dry sample weiht (in air). (See Fiure 50) Fiure 50 Max 4200 Weih sample in air. Press. Dry Weiht: Olied Weiht: Settins Stop STEP 2 OF 3 WEIGH THE OILED SAMPLE IN AIR. Follow the screen instructions then press ACCEPT to store the sample weiht (oiled). (See Fiure 51) Fiure 51 Liquid Weiht: Water Temp.: Max 4200 Weih oiled sample in air. Press. Dry Weiht: Olied Weiht: Settins d= Stop Liquid Weiht: Water Temp.: 20.0ºC d= ºC Fiure 49 Clear 0 Water Temp ºC STEP 3 OF 3 WEIGH THE OILED SAMPLE SUBMERGED IN LIQUID. Follow the screen instructions then press ACCEPT to store the oiled sample weiht (submered in liquid). (See Fiure 52) Clear 0 The display returns to the previous screen with the new value hihlihted. To return to the density determination, touch EXIT. Fiure 52 Max 4200 d=0.01 Weih oiled sample in liquid. Press. Dry Weiht: Olied Weiht: Settins Stop Liquid Weiht: Water Temp.: 20.0ºC PAGE 13 OF 18

14 Once the necessary weihts have been determined, the density of the sample is displayed in /cm 3 (alon with the weiht in air, un-oiled and oiled, and weiht in water) on the application screen. The value stays on the display until START is touched. Press START to reset all the weiht values and restart the process. (See Fiure 53) Fiure 53 Dry Weiht: Oiled Weiht: Settins Max Liquid Weiht: Water Temp.: d=0.01 /cm º C To set the over limit value, touch the OVER LIMIT button. To set the under limit value, touch the UNDER LIMIT button. A numeric input window appears. (See Fiures 55-56) Fiure 55 Fiure 56 Under Limit Clear 0 Over Limit CHECK WEIGHING Check weihin is used to compare the weiht of a sample aainst taret limits. 1. In the upper left portion of the, select check weihin. (See Fiure 54) 2. The default (or last) check weiht limits are displayed. 3. Place objects on the pan. 4. The Under//Over status is shown in the proress bar area while the actual weiht of the item is shown on the main display line. Check Weihin Over Limit: Under Limit: Settins Fiure Over Limit Max 4200 d=0.01 The CHECK WEIGHING 0.00 Under Over Under Limit Application Buttons Enter the desired limit weiht, then press SAVE. To return to the check weihin, touch EXIT. ITEM SETTINGS To view or adjust the current settins, touch the ITEM SETTINGS button. The settins screen appears. (See Fiure 57) Fiure 57 Clear 0 Check Weihin Print Settins : Assin a name to the sample. Print Settins: Chane printin settins. PAGE 14 OF 18

15 DISPLAY HOLD Two modes are available: (See Fiure 58) Display Hold - allows the user to capture and store a stable weiht. Peak Hold - allows the user to capture and store the hihest stable weiht. Display Hold Settins Fiure 58 Place sample on the pan. Press Hold to bein. Hold DISPLAY HOLD Display Hold Mode: Automatic Mode: Max 4200 d=0.01 The 1. In the upper left portion of the, select display hold. (See Fiure 59) 2. Place the sample on the pan and press HOLD at any time while the weiht is bein captured. 3. The main display line now shows the first stable weiht. 4. Press CLEAR to remove the hold and return to display hold. DISPLAY HOLD Function Buttons PEAK HOLD 1. In the upper left portion of the, select display hold. (See Fiure 60) 2. Choose peak hold mode in item settins. (See below) 3. Place sample on the pan and press START to bein. 4. Continue to weih samples. The hihest stable weiht will be held. 5. To remove the hold and return to normal operation press STOP. Fiure 60 ITEM SETTINGS To view or adjust the current settins, touch the ITEM SETTINGS button. The settins screen appears. (See Fiure 61) Fiure 61 Display Hold Max 4200 d=0.01 Hihest stable weiht is curently bein held. Settins Display Hold Mode Stop Mode: : Print Settins Peak Hold Fiure 59 Display Hold Max 4200 Stable weiht is curently bein held. Settins Cancel Mode: : d=0.01 Display Hold Mode: Choose between peak hold and display hold (default). : Assin a name to the sample. Print Settins: Chane printin settins. NOTE: The SAVE TO button will only appear after a flash drive has been connected to the balance. PAGE 15 OF 18

16 TOTALIZATION Totalization measures the cumulative weiht of a sequence of items. (See Fiure 62) The cumulative total may exceed the capacity of the balance. The maximum number of samples (n) is 99. FORMULATION Use this application for compoundin and recipe makin. (See Fiure 64) The maximum number of components is 50. Totalization Max 4200 d=0.01 Place sample on the pan. Press Accumulate to add to the total s: 0.00 Total: 0.00 Result Clear Total Accumulate 0 The TOTALIZATION Function Buttons Formulation Settins Max 4200 d=0.01 Press to bein Formulation Filler: Auto On The FORMULATION Function Buttons Fiure In the upper left portion of the, select totalization. 2. Place item on the pan to bein. The sample weiht is shown on the main display line. 3. Press ACCUMULATE to add the weiht (when stable) of the item to the total. 4. Remove the item from the weihin pan, then add the next item and continue as above. 5. Press RESULT to view the results from the totalization. (See Fiure 63) Fiure 63 Totalization s Total Averae o (stdev) Minimum Maximum Rane Result Fiure In the upper left portion of the, select formulation. (See Fiure 65) 2. Press START to bein the compoundin process. 3. Place the first inredient on the pan (or in a tared container) and press ACCEPT to store the component. 4. Continue addin components and pressin ACCEPT to store the weiht of the individual components until the formula is complete. The Total line shows the total weiht of all the components. 5. Press STOP to finish the formulation. The formulation results are displayed: Fiure 65 NOTE: If Filler is set to On (see Settins on pae 17), the balance will ask to add a filler material to complete the formulation. Add the filler material and press ACCEPT to complete the formulation and display the results. Formulation Comp. 1 2 Comp. Total Weiht When finished, press the clear total button to reset the accumulated weiht to zero. 7. Press SAVE TO to save the result to a flash drive or EXIT to return to the totalization. PAGE 16 OF 18 NOTE: Chanin units converts the accumulation results to the selected unit. 6. Press SAVE TO to save the results to a flash drive or EXIT to return to the Formulation Home screen. NOTE: The formulation results will be cleared when a new formulation starts.

17 ITEM SETTINGS To view or adjust the current settins, touch the ITEM SETTINGS button. (See Fiure 66) The settins screen appears. Fiure 66 Formulation Filler: If set to ON, a filler material is asked for at the end of the formulation. Filler Auto Tare Print Settins Automatic Mode: If set to ON, the balance will automatically tare after the component weiht has been accepted. Print Settins: Chane printin settins. WEIGH BELOW The scale is equipped with a weih below hook for weihin below the balance. NOTE: Before turnin the balance over, remove the pan and draft shield elements (if present) to prevent damae. CAUTION Do not place the balance on the pan support cone or load cell pins. To use this feature, remove power from the balance, then remove the protective cover for the weih below openin. (See Fiure 67) The balance can be supported usin lab jacks or any other convenient method. Ensure the balance is level and secure. Power on the balance, then use a strin or wire to attach items to be weihed. Fiure 67 Weih Below Protective Cover Weih Below Hook MAINTENANCE CALIBRATION Periodically verify calibration by placin an accurate weiht on the balance and viewin the result. CLEANING WARNING Disconnect the balance from the power supply before cleanin. CAUTION Do not use solvents, harsh chemicals, ammonia or abrasive cleanin aents. Make sure that no liquid enters the interior of the balance. Clean the balance at reular intervals. Housin surfaces may be cleaned with a lint-free cloth slihtly dampened with water or a mild cleanin aent. Glass surfaces may be cleaned with a commercial lass cleaner. Please follow the steps on pae 18 on how to remove and install the slidin doors. PAGE 17 OF 18

18 MAINTENANCE CONTINUED CLEANING CONTINUED REMOVING AND REINSTALLING THE GLASS DOORS FOR CLEANING: 1. On the back of the balance, press the pin and slide out the door. (See Fiure 68) 2. After cleanin, slide the doors into the slot while pressin the pin mentioned in step one. (See Fiure 69) 3. Slide the doors into the slot until the back stopper alins with the other door. (See Fiure 70) Fiure 68 Fiure 69 Fiure 70 TROUBLESHOOTING OPERATING ISSUE CAUSES RECOMMENDATIONS Balance will not turn on No power to balance Verify connection and voltae Poor accuracy Cannot calibrate Cannot chane menu settins Low Reference weiht Improper calibration Unstable environment Calibration locked Approved Mode set to on Unstable environment Incorrect calibration masses Sub-menu locked Approved Mode set to on Reference weiht too small The weiht on the pan is too small to define a valid reference weiht Platform calibration Move balance to suitable location Turn Calibration menu lock off Turn Approved Mode off Move balance to suitable location Use correct calibration masses Unlock sub-menu Turn Approved Mode off Increase sample size Invalid Piece Weiht Averae piece weiht is too small Increase averae piece weiht Operation Timeout Weiht readin is not stable Move balance to suitable location Screen Displays "" Busy (tare, zero, printin, waitin for a stable weiht) Wait until completion If the troubleshootin section does not resolve your problem, contact ULINE Customer Service at π CHICAGO ATLANTA DALLAS LOS ANGELES MINNEAPOLIS NYC/PHILA SEATTLE MEXICO CANADA PAGE 18 OF uline.com