User manual PENTAX DCF WP 8X32

[. . . ] Angle Setup) Stakeout Point Setup Stakeout Measurement 34 34 34 35 35 9 Stake Out (Point to Line) 9. 1 9. 2 9. 3 9. 4 9. 5 Station Point Setup Orientation (Station Point H. Angle Setup) Point A Setup Point B Setup Point to Line Measurement 36 36 36 37 37 37 10 Traverse Measurement 10. 1 10. 2 10. 3 10. 4 Measurement at the Start Point Measurement at a Corner Point To Finish the Traverse Measurement Traverse Calculation 38 39 40 41 41 11 Cogo Calculation Parameters and Output 42 43 12 Area Calculation 13 3D Surface and Volume Calculation 14 REM (Remote Element Measurement) 15 RDM (Remote Distance Measurement) 16 VPM (Virtual Plane Measurement) 17 Changing Preference Preference List 44 44 45 46 46 47 48 7 Instruction Manuals Quick Reference Guide is intended to provide a quick reference in the field. For ease of use in the field, the following Quick Reference Guide booklets are provided in the carrying case. PowerTopoLite Operating procedure The complete instruction manuals are contained on the CD that is attached to each DCF WP 8X32. [. . . ] An SD card with the capacity up to 1GB can be used. Make sure that the camera power is off before taking the card from the slot. 4. 5. 2 Connecting Digital Camera to a computer by USB cable Confirm the digital camera power is off and connect the camera to a computer by a USB cable. Make sure that the camera power is off when disconnecting the USB cable. 19 5. - The measurement range may be influenced by the shape of the target and its environment. - The measurement range at TRACK mode is over 5m. - It takes time, longer than usual, to measure the distance to the object that is hard to measure. - The measurement range, accuracy of distance measurement and time required to measure may be influenced by the shape, size of surface area and reflection rate of the target and its environment. * The operating time becomes shorter under the low temperature, due to the temperature dependence of the battery performance. NOTICE TO THE USER OF THIS PRODUCT To assure compliance with the Safety standard 21 CFR, Chapter 1. bureau of Radiological Health requires the following information to be provided to user. : It can be dangerous to look into the beam with optical equipment such as binoculars and telescopes. 1. Specifications of Laser Radiation A) The EDM module of the DCF WP 8X32 produces a visible light beam, which is emitted from the telescope objective lens and the center hole of the instrument base plate. The DCF WP 8X32 is designed and built to have a laser diode radiating at 620-690nm. 22 B) Radiant power The DCF WP 8X32 is designed and built to radiate a maximum aver age radiant power of 4. 75mW from the telescope. The user may be subject to this radiation as a beam while operation until such time that the instrument is turned off. A new point code can be input and memorized as a point coordinate data, but it is not stored as the data of "PointCodeList" If a new PC need to be added to the list, . select "PointCodeList" job and add a PC as a new Rect. Coord. Data. 5. Rectangular Coordinate Measurement POWER TOPO LITE MAIN MENU MEAS F2 ENT STATION POINT SETUP 5. 1 Station Point Setup To select from the memory: LIST F2 select the point by FIND PN F2 F4 ENT ACCEPT F5 H. ANGLE SETUP 26 Or to input the station point information: STATION POINT SETUP ENT input Point Name by ESC TO 123 F1 F5 , 0 9 DEF . ENT repeat to input value to quit SAVE F1 or ACCEPT F5 ENT H. ANGLE SETUP input PC (point code) NOTE: The input item (cursor position) may be selected by F3 , ENT F4 To input PC (point code): move cursor to PC ENT select a PC from the list by x2 input a new PC by using , ENT F1 F4 TO 123 F1 F5 ENT 0 9 DEF . NOTE: Input items are PN (point name), X, Y, Z, IH (instrument height), and PC (point code). If the input PN already exists in the memory, then the corresponding point information (coordinate & point code) is displayed in the screen. The result of Free Station, prior to stakeout, is automatically set in each field of Station Setup. 5. 2 Orientation (Station Point H. Angle Setup) To input a given angle: INPUT F2 input value by using 0 9 DEF . ENT x2 MEASUREMENT SCREEN Or to set the angle 0°: 0 SET F3 x2 ENT MEASUREMENT SCREEN Or to calculate by the Back Sight Point: BSP F1 input value or select from the list ENT MEASUREMENT SCREEN LIST F2 ENT ACCEPT F5 aim Back Sight Point 27 5. 3 Measurement To select the Target type: PAGE F5 x2 press TARGET F2 to select the desired target type PAGE F5 NOTE: You can check the selected target type at the left side of the Battery mark in the top line of the screen. To measure: Or to start tracking: MEAS F1 MEAS F1 x2 PAGE F5 NOTE: EDM measurement mode can be changed by EDM F1 x2 select and change the EDM mode To input the point information: EDIT F4 move cursor by input values by using F3 , F4 TO 123 , , ENT F1 F5 ESC 0 9 DEF . ACCEPT F5 ENT RETURN TO THE MEASUREMENT SCREEN ENT repeat to input value to quit input point code To save the point information: SAVE F2 (next measurement) Or to measure and save: ME/SAVE F3 (next measurement) NOTE: the Point number is automatically incremented or decremented to make rapid continuous measurements possible. When `Auto snap' is ON, the survey data and the picture is saved by pressing the F3 or F2 ME/SAVE SAVE 28 5. 4 Offset Measurement For Radial Offset (the horizontal distance offset along the line of measurement): MEASUREMENT SCREEN PAGE F5 OFFSET F2 ENT input value by using RETURN TO THE MEASUREMENT SCREEN 0 9 DEF . ENT ESC ACCEPT F5 For Tangential Offset: MEASUREMENT SCREEN PAGE F5 OFFSET F2 F4 x3 ENT ENT input value by using , 0 9 DEF . RETURN TO THE MEASUREMENT SCREEN For Distance Offset (slope distance): MEASUREMENT SCREEN PAGE F5 OFFSET F2 F4 x2 ENT ENT input value by using , 0 9 DEF . ESC ACCEPT F5 RETURN TO THE MEASUREMENT SCREEN NOTE: The Offset values are cleared once the measurement is saved. 5. 5 Remote Measurement To enter the Remote mode: MEASUREMENT SCREEN PAGE F5 REMOTE F1 x2 PAGE F5 ACCEPT F5 ENT x2 MEAS F1 SAVE F2 RETURN TO THE MEASUREMENT VALUES ARE UPDATED BY TURNING THE TELESCOPE EDIT F4 Input PN, PH ESC (next measurement) input PC or MEASUREMENT SCREEN MEAS F1 PAGE F5 ESC REMOTE F1 ACCEPT F5 ENT x2 REMOTE MODE MEASUREMENT VALUES ARE UPDATED BY TURNING THE TELESCOPE PAGE F5 EDIT F4 Input PN, PH SAVE F2 (next measurement) input PC 29 NOTE: Remote values are calculated based on the assumption of the reference plane. Three types of the reference plane are available in PowerTopoLite; Cylindrical surface, Fixed plane (default) and Rotated plane. To change the reference plane type: POWER TOPO LITE MAIN MENU PAGE F5 x2 PREF F4 F4 x3 ENT ACCEPT F5 ENT select by using F3 , F4 To quit the Remote mode: PAGE F5 REMOTE F1 x2 MEASUREMENT SCREEN 6. [. . . ] Open traverse: The closing errors are not calculated. No need to end the measurement by pressing ENT . 10. 4 Traverse Calculation To Start Fixed traverse calculation: TRAVERSE MENU F4 x2 ENT NOTE: To select CLOSE TRAVERSE CALC. : To select OPEN TRAVERSE CALC. : F4 x3 x4 F4 Start Point Coordinate setup: LIST F2 select the point by FIND PN F2 F4 ENT ACCEPT F5 END POINT SETUP or to input the known coordinate; ENT input Point Name by ESC TO 123 F1 F5 ACCEPT F5 , 0 9 DEF . ENT input the next value or to quit END POINT SETUP 41 End Point Coordinate setup: the same operation as in the above. NOTE: The End Point Coordinate Setup is required only in the fixed traverse. Result of Traverse Calculation: To see the result of each corner point: To see all points in order: To save all results: F1 or or F2 F3 F4 ACCEPT F5 TRAVERSE MENU 11. Cogo To access COGO menu and select calculation type: POWER TOPO LITE MAIN MENU PAGE F5 CALC F2 ENT select calc. type by F3 or F4 ENT Input required parameters: ENT input parameters by terminating with ACCEPT F5 or ENT each time RESULT SCREEN Save the result: ENT input point name and point code ACCEPT F5 RETURN TO PARAMETER SCREEN The required calculation parameters and the output are as follows (page 39): 42 1 Inverse SP (Start Point) EP (End Point) CO (Known point coordinate) DI (Distance to the unknown point) BE (Direction Angle to the unknown point) Coordinates of three points (P1, P2, P3) Direction Angle (SP->EP) H, V, S Distance Coordinate of the unknown point 2 Point Coordinate 3 Circle Radius Coordinate of centerpoint of the arc, Radius of the arc Coordinates of intersect points (P1, P2) 4 Line-Arc Intersection SP (Start point of the line) EP (End point of the line) CP (Center point of the circle) R (Radius of the circle) S1 (Start point of the 1st line) E1 (End point of the 1st line) S2 (Start point of the 2nd line) E2 (End point of the 2nd line) C1 (Center Point of the 1st circle) R1 (Radius of the 1st circle) C2 (Center Point of the 2nd circle) R2 (Radius of the 2nd circle) SP (Start point of the line) EP (End point of the line) OP (Offset Point) 5 Line-Line Intersection Coordinate of the intersect point 6 Arc-Arc Intersection Coordinates of intersect points (P1, P2) 7 Distance Offset Coordinate of the intersect point of the line and a perpendicular line from the offset point. 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