博飞全站仪说明书6082E英文.docVIP

Thank you for purchasing BTS-6082E total station of BOIF. The Bad maintenance decreases its accuracy and shortens its service life, even affects normal measuring work. To get the best use of the instrument, please carefully read this instructions and retain it for future use.Catalogue1. Nomenclature and function -61.1 Nomenclature-61.2 Display -81.3 Operating keys-101.4 Function keys(F1F4)-111.5 RS232-C data interface-172. Preparations -182.1 Leveling the instrument-182.2 Power switch on -202.3 Battery level -212.4 Vertical inclined corrected-222.5 Input the letter and the data-232.6 Menu content -283. Standard measuring mode -283.1 angle measuring -293.1.1 level angle and vertical angle -293.1.2 alternation of HR/HL-313.1.3 setting the horizontal plate reading -3 setting the horizontal plate reading -3 input the horizontal angle -323.1.4 conversion between the vertical angle and the slope angle -343.1.5 vertical angle mode change -353.1.6 change the unit of the angle -363.2 distance measurement -363.2.1 star key mode -3 setting the atmospheric constant -3 setting the prism constant -3 illumination ON or OFF -393.2.2 setting the sound mode -403.2.3 distance measuring -413.2.4 distance measuring mode -423.2.5 stakeout measuring -443.2.6 change the distance unit -463.3 coordinate measuring -473.3.1 set the height of the prism / backsight coordinate / instrument station point -4 setting the prism height -4 setting the instrument station -50 setting the backsight -513.3.2 the operation of the coordinate measuring -534. Program mode -554.1 collection the data -554.1.1 select a file -5 found a new file -5 transfer a file in the memory -604.1.2 the instrument station and the backsight -6 setting the instrument height -6 setting the instrument station ( use the data in the memory ) -6 setting the backsight -664.1.3 collect the data of the unknown point -694.2 layout measurement -714.2.1 layout step -714.2.2 the operation step -714.3 application measurement -764.3.1 REM measuring -7 with a prism height (REM) -7 without prism height (REM) -794.3.2 substense measuring (MLM) -804.3.3 offset measuring -835. memory management -875.1 display the memory status -895.2 refer the data -905.3 file management -915.3.1 change the file name -915.3.2 check the data in the file -945.3.3 delete the file -965.4 input the coordinate data -975.5 delete the coordinate data -1005.6 the data communication -1025.6.1 send out the data -1025.6.2 incept the data -1045.6.3 setting the parameter of the communication-1065.7 initialize the memory -1086. adjustment mode -1096.1 adjust the system -1096.1.1 adjust vertical angle -1096.1.2 level angle setting -1106.2 setting the instrument constant -1127. setting the parameter -1137.1 the minimum reading of the angle -1147.2 the auto off setting -1157.3 set the parameter automatically -1168. batteries and charge it -1179. datachment and attachment the tribrach -11810. check and adjustment -11910.1 check and adjustment the telemeter constant -11910.2 check and adjustment the axis of the instrument -12110.3 the thodolite -12210.3.1 check and adjust the plate level -12310.3.2 check and adjust the circular level -12410.3.3 check and adjust vertical cross-hair -12510.3.4 collimate the instrument -12710.3.5 check and adjust optical plummet -12911. the error news -13112. technical data -1321. Nomenclature and function 1.1 NomenclatureCarrying handleBattery caseKeys Foot screwBaseOptical plumentCenterEyepiece Base locking levelHandleFocusing knob Sighting collimatorCircular levelLate levelVertical fix/motion clampObjective lensDisplayHorizontal fix/motion clamp 1.2 Dispiayl Display windowsThe display use the lattice display (LCD), it can display the English and the numbers bytes. On the top three row display the observing data, the bottom row display the function of the instrument, it update with the measuring mode.For example:V : 901020HR: 1203040SD HD NEZ OSET P1HR: 1203040HD: 65.432mVD:12.345m FMEAS VH HD NEZ P1Angle measuring (page 1) Distance measuring (page 1)Vertical angle: 901020 Level angle: 1203040Level angle: 1203040 Level distance: 65.432m Vertial difference :12.345mN : 123.456mE : 34.567mZ : 78.912mSGMEAS VH SD HD P1BTS-6000Prog Std Mem Adj ParaCoordinate measuring (page 1) menu mode (page 1)N(north coordinate): 123.456m come in program E(east coordinate): 34.567m settingstandard Z(zenith coordinate):79.912m measurmentmemory managementadjustment Basic setting mode layout memory l Display marksDisplayFunctionDisplayFunctionVVertical anglemmeterHRHorizontal angle rightftFeetHLHorizontal angle left%Percent gradeHDLevel distance dHDThe horizontal stakeoutVDVertical differencedVDThe difference vertical stakeoutSDDeclining distancedSDThe incline distance range stakeoutNNorth coordinate360EEast coordinateg400gZZenith coordinatePSMPrism constantPPMAtmosphere constant1.2 Operating key Key operationNameFunctionStar keyThe illumination ON or OFFsetting the prism constant and the atmosphere constantPower switchPower on or offF1F5Function keys Please see the display newsESCexitReturn to the measuring mode or the front modeTurn the page In the file or the data form Moving Setting the baut rate moving09Number keys Input the numberAZLetter keys Input the letters _/exitInput the sign1.4 Function key (F1F4)The information is on the bottom of the display windows, press the function keys, the order will be performed.V: 901020HR: 1203040SD HD NEZ OSET P1 Angle measuring modePage KeyDisplay marksFunction1F1Incline distanceCome in the incline distance measure modeF2Level distanceCome in the level distance measure modeF3CoordinateCome in the coordinate measure modeF4OsetLevel angle o settingF5P1Display the page 22F1HOLDHold the level angle F2HSETInput the level angle from the number keysF3R/LHR or HLF4%VChange between the vertical angle /gradeF5P2Display the page 33F1TILTSetting the tilt ON/OFFF2CMPSThe vertical angle change between the zenith and the vertical angleF3D/GChange between the DEREE/GONF5P3Display the first page 1Incline distance measuring modeV: 901020Hr: 1203040SD:12.345m FMEAS VH SD NEZ P1PageKeyDisplay marksFunction1F1MEASCome in the incline distance measuring F2AngleCome in the angle measuring modeF3Level distanceCome in the level measuring modeF4CoordinateCome in the coordinate measuring modeF5P1Display the page 22F1ModeSetting the measuring mode (precision /tracking /single / quick measuring )F2signalSetting the prism constant/ atmosphere, sound modeF3S.OChoose the stakeout modeF4M/ftChange from m to ft F5P2Display the page 1Level distance measuring modeHr: 1203040HD:12.345m FVD: 0.566m FMEAS VH SD NEZ P1PageKeyDisplay marksFunction1F1MEASlevel distance measuring F2AngleCome in the angle measuring mode F3Incline distance measuringCome in the incline distance measuring modeF4CoordinateCome in the coordinate measuring modeF5P1Didplay the page 22F1MODEChange among the incline / level / vertical difference distance F2SignalSetting the signal /prism constant/ atmosphere, sound modeF3LayoutCome in the layout measuring modeF4M/ftChange from m to ftF5P2Display the page 1Coordinate measuring modeN: 123.456mE: 34.567mZ: 79.912mMEAS VH SD HD P1PageKeyDisplay marksFunction1F1MEASCome in the incline measuring modeF2VHCome in the angle measuring modeF3SDCome in the incline distance measuring modeF4HDCome in the level distance measuring modeF5P1Display the page 22F1MODEChange among the incline / level / vertical difference distance F2SignalSetting the signal /prism constant/ atmosphere, sound modeF3SETSet the height of theprism/backsight/instrument stationF4M/ftChange from m to ftF5P2Display the page 11.5 RS232-C data interfaceRS232-C data interface connect the total station and the conputer or the PDA , so you can send the data to the computer or the PDA or you can send the coordinate data to the total station. 2 Preparations2.1 Level the instrument 1) Place the tripodFirst, put the tripod leg in the proper position and tighten the locking screws. 2) Attaching the instrument to the tripod headPlace the instrument carefully on the tripod head, and move the instrument slowly by loosening adjusting screw. Align the plumb bob with the point on the ground. When aligned, tighten the adjusting screw. 3) Initial rough leveling the instrument with circular level a) Use leveling screws AB to move the bubble of the circular level until the bubble of the circular level until the bubble is now located on a line perpendicular to a line running through the centers of the two leveling screws being adjusted.b) Revolve the leveling screw C to shift the bubble to the center of the circular.4) Further leveling the instrument with plate level a) Loosen horizontal motion clamp and revolve the instrument. By adjusting leveling screws AB, the plate level vial is parallel to a line running through the centers of two leveling screws, and place the bubble in the center of the level vial.b) Next, revolve the instrument 90(100g) around its vertical axis and use the remaining screw C to center the level bubble once more.c) Repeat the above procedure for each 90revolution of the instrument and check whether the level bubble is correctly centered for all points.5) Centering the instrument with optical plummetAdjust the eyepiece of the optical plummet telescope to the users eyesight. Move the instrument by loosening adjusting screw. Coincide image of the point on the ground with the center mark of the optical plummet telescope. Carefully move the instrument in order to make it steady.The centerThe instrument point 6) Final leveling of the instrument Repeat procedure of d. and check whether the level bubble is in the center of the level vial. Finally tighter adjusting screw.2.2 Power switch on 1. Push the power switch on. All segments of the display will light for about 2 seconds. Rotate the telescope and it will hint set the vertical angle 0 (rotate the telescope and preparing to measuring).2. Rotate the telescope to set the instrument to a vertical angle reading 0.Power on BOIFV4.8e V indexRotate telescopeTurn the telescope !V : 901020HR : 00000SD HD NEZ OSET P1l In order to make sure instrument work continuously, pay attention to battery display. If battery is insufficient, replace battery or to charge it. Please see 2.3 Battery display.2.3 Battery level Battery mark in the display indicates the power condition.V : 901020HR: 00000 SD HD NEZ OSET P1We can see the battery, when the mark is glint, the battery is used up. We should stop and change a new one or charge it. Note: a. Please see 8 batteries and charge it. b. The battery is connection with the measuring mode. the battery in the angle measuring mode is bigger than in the distance measuring mode. So there is normally the instrument can work in the angle measuring mode, but not in the distance measuring mode.2.4 Vertical inclined correctedThe inline on the X axisThe zenith modeWhen the compensator is working, it can self-motion compensate the incline angle. In order to ensure the precision of the angle, we must set the TILT on.If it display the TILT OVER , it say incline over the compensate arrange. We must level the instrument.Note: When you meet the gale or the quiver surrounding, the angle display is not stabilization. You should close the compensate before you measure it.Setting the incline correction with the software.For example :Setting the compensator (inclined angle of the vertical axis) is off.Operating procedureOperatingDisplayV : 901020HR : 1203040TILT CMPS D/G P3TILT SENSOR OFFON OFF ENTTILT SENSOR ONON OFF ENTV : 901020HR : 1203040TILT CMPS D/G P31. In the angle measuring mode, Press F5(P1) twice, we can see page 3.2. Press F1(TILT), it display the TILT off.3. Press F1 (ON), the compensator is ON.4. Press F5(ENT), return.F5F1F1F52.5 Input the letter and the dataYou can input the letter and the data, eg. File name/identifier/point name/instrument height/prism height/instrument station point coordinate and backsight coordinate, ect.When you input the data(angle /coordinate /instrument height, you can input it directly.Whne you input the sign(file name /point name /sign), you can use “AZ” and “F1F5”, select the number /letter and the sign. 2.5.1 Input the data (input the level angle through the keyboard)Operating procedureOperatingDisplayV: 901020HR : 1203040SD HD NEZ OSET P1V: 901020HR : 1203040HOLD SSET R/L V% P2H-SETHR:INP ENTH-SETHR: ENT1. Angle measuring mode.2. Press F5 (P2), come in page 2.3. Press F2(HSET), you can input the angle data. 4. Press F1 (input) .5. Press “2” ”0” ”.” ”4” ”0”.6Press F5(ENT), finish it.F5F2F1F5H-SETHR: 1203040ENTV: 901020HR : 203040HOLD HSET R/L V% P1When you input the angle data, you should add a point “.” between the degree and the minute. Between the minute and the second dont need it. After you input it , it will display the degree, minute and the second.2.5.2 Input the letter (in the collect data mode, input the file name BOIF)Operating procedureOperatingDisplaySELECT A FILEFNINP LIST ENTSELECT A FILE FNENTSELECT A FILE FN 7 A B C ENTSELECT A FILE FN: B ENTDATA COLLECT F1: OCC.PT#INPUTF2: BACKSIGHTF3: COLLECT1. Collection data mode 2. Press F1(INPUT).3. Press “7” (ABC).4. Press F3, i