KTS-440RC 2012-6 final 2007
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Transcript of KTS-440RC 2012-6 final 2007
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---- a reliable and practical workmate for surveyorsKOLIDA KTS-440RC Total Station
smart
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1. KTS-440 Family Profile 2. KTS-440RC System Overview 3. Technologies that Applied on KTS-440RC 4. How to Operate
Contents
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SET A NEW STANDARD
as the first Chinese total station equipped Absolute Encoding Disc
LAUNCHED IN 2004
represents the highest manufacturing level in China
10000 UNITS SOLD PER YEARrecognized as No. 1 total station brand in China
KTS-440 FAMILY PROFILE
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440L
KTS-440 FAMILY PROFILE
Absolute Encoding Disc
Infrared Laser Single Prism 5km, Triple Prism 8-10km
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440L 440R
Absolute Encoding Disc
Visible Laser Reflectorless 350m, Single Prism 5km
Dual Axis Compensator Automatically, Work Range ±3’
KTS-440 FAMILY PROFILE
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440RC440L 440R
Absolute Encoding Disc
Visible Laser Single Prism 5km, Reflectorless 350m
Dual Axis Compensator Automatically, Work Range ±3’
SD Card Storage Up to 2G
Laser Plummet On KTS-440RLC
Mini USB Communication Plug and Play
Latest Model of 440 Series, Released in 2010
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Specification
KTS-440RC
KTS-442RC KTS-442RLC KTS-445RC KTS-445RLC
Angle Measurement Accuracy 2” 5”
EDM Max Range
None Prism 350m
Single Prism 5km
Triple Prism 8-10km
Mini Prism 800m
EDM Accuracy With prism: 2mm+2ppm, Without prism: 5mm+3ppm
EDM Measuring Time Fine 1.0s, Tracking 0.5s
Laser Plummet Only on 442RLC/445RLC
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KTS-440RC SYSTEM OVERVIEW• Click to add Text• Click to add Text• Click to add Text
Telescope30 x Magnification
Keyboard
Rechargeable Ni-H Batttery
■ High quality optical system■ Cross hair center coincides with laser point Fast and accuate aiming
Display
●
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KTS-440RC SYSTEM OVERVIEW• Click to add Text• Click to add Text• Click to add Text
Telescope30 x Magnification
Keyboard
Rechargeable Ni-H Batttery
■ 2 x Long-lasting Battery 24 hours for angle 8 hours for distance
Display
●
■ Supporting your all-day uninterrupted work in field
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KTS-440RC SYSTEM OVERVIEW• Click to add Text• Click to add Text• Click to add Text
Telescope30 x Magnification
Keyboard
Rechargeable Ni-H Batttery
■ 16 function keys + 12 alpumeric key
Display
●
■ Easy to use Simple to learn
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KTS-440RC SYSTEM OVERVIEW• Click to add Text• Click to add Text• Click to add Text
Telescope30 x Magnification
Keyboard
Rechargeable Ni-H Batttery
■ 6 Lines
Display
●
■ Digital display Maximum: 99999999.999 Minimum: 0.1mm
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KTS-440RC SYSTEM OVERVIEW• Click to add Text• Click to add Text• Click to add Text
SD Card Slot
Optical Plummet
Mini USB Port
■ SD card up to 2G
Laser Plummet
●
■ Plug and Play Full flexibility in data handling
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KTS-440RC SYSTEM OVERVIEW• Click to add Text• Click to add Text• Click to add Text
External Storage SD Card
Optical Plummet
Mini USB Port
Laser Plummet
●
■ Two-way communication ■ Show as a flash disk when connecting with PC ■ No complicated prededures by software
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KTS-440RC SYSTEM OVERVIEW• Click to add Text• Click to add Text• Click to add Text
External Storage SD Card
Optical Plummet
Mini USB Port
Laser Plummet
■ Magnification 3X ■ Focusing range 0.5m ~ ∞ ■ Field of view 5°
●
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KTS-440RC SYSTEM OVERVIEW• Click to add Text• Click to add Text• Click to add Text
External Storage SD Card
Optical Plummet
Mini USB Port
Laser Plummet
■ Laser point maintains visbility even in critical lighting condition ■ Much easier to set up point
●
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Technologies that Applied on KTS-440RC
■ Advanced EDM Technology
■ Coaxial Signal Path System
■ Reflectorless
■ Multi-type EDM Targets
■ Absolute Encoding Disc
■ Dual-axis Compensator
■ Durability and Proof
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Advanced EDM Technology
Long Range 5,000m with 1 prism
High Speed Fine 1.0s Tracking 0.5s
Accuracy 2mm+2ppm with prism
Ensure you stay one-step-ahead
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Coaxial Signal Path System Stronger Signal Less Error Propagation
Ensure you stay one-step-ahead
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Reflectorless
No need to set prism within 350m
Shorter workflow
Save human resource, time & money
Keep you away from danger
Access to all targets
Ensure you stay one-step-ahead
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Applications of Reflectorless Ensure you stay one-step-ahead
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Multi-type EDM TargetsPrecisely measure Not only prism, reflector sheet And also walls, corners, manholes on the road facechain-link fences, tree braches All surfaces you want
Ensure you stay one-step-ahead
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Absolute Encoding Disc
Ensure you stay one-step-ahead
High accuracy 2” / 5” Better stabilityNo need time for initializationNo loss of data
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Dual-axis Compensator
Ensure you stay one-step-ahead
Automatic compensation Level and correct collimation errors quickly Provides maximum reliability with bothHorizontal and Vertical Angles
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Durability and Proof
Ensure you stay one-step-ahead
Rugged Reliable
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Withstand Severest Condition
Ensure you stay one-step-ahead
IP65
-20℃ 50℃
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How to Operate
■ Preparation and Setup
■ Basic Measurement
■ Surveying Programs
■ Data Transfer
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Ⅰ. Preparation and Setup
1. Precaution
Full-recharge the 2 batteries before going to work site.
During the setup of instrument, carefully hold the handle at all time.
Don’t put instrument directly on the ground.
Working in a rainy day please use rain cover to protect instrument.Working under strong sunlight, don’t aim to the sun, please use solar filter.
In case of non-using for long time, separate battery from instrument. Recharge the battery 1 time each month.
Don’t stare into laser!
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2. Setting of EDM
F4
After turning on instrument, under Meas. Screen, press F4, enter EDM setting menu.
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3. Setting of observation condition
F4
From Meas. screen, press ESC to enter Date/ Time screen, press F4, enter Config menu:
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3. Setting of observation conditionChoose 1.Obs.Condition then press ENT, enter the setting screen:
Atmospheric: none/ K=0.14/ 0.2
Vertical angle display:Zenith 0 or Vertical 0 or Vertical±90°
Compensator: OFF/single/Dual
Default display of distance: HD VD SDAuto Power off: 30min/off
and Coordinate format, minimum display, alarm, coordinate display of face left/ right
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4. Other Settings
3. Date & Time
Use numeric key and direction key to set, press OK to confirm
After setting, without big battery the time and date stillcan update.
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4. Other Settings
4. Comms setup
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4. Other Settings
5. Unit
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4. Other Settings
6. Key Function
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4. Other Settings
6. Key Function
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Ⅱ. Basic Measurement :
Angle
Dist.
Coord.
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Ⅱ. Basic Measurement :1. Angle MeasurementTo measure the angle between two points.
TIP: Carefully levelling the instrument before all measurement.
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Ⅱ. Basic Measurement :1. Angle Measurement
Horizontal
Step1:
FNC
Sight at point L, then set the horizontal angle to 0
F1, 0SETS
R
L
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Ⅱ. Basic Measurement :1. Angle Measurement
Step2: Rotate instrument and sight at point R;
Sight at point R
S
R
L
β
HAR is the horizontal angle value between L and R.
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Ⅱ. Basic Measurement :2. Distance Measurement
Calculate the distance between 2 points by the measuring time and light speed.
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Ⅱ. Basic Measurement :2. Distance Measurement
F1
Step 1: set instrument on point S, then sight at point AS
A
Press F1 SDIST
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Ⅱ. Basic Measurement :2. Distance Measurement
Step2: Press F4 stop, to view the measurement result
STOP
F2, SHV
S
A
Press F2 to switch between SD, HD, VD
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Ⅱ. Basic Measurement :3. Coordinate Measurement
Input Station point coordinate and backsight point coordinate to build a coordinate system,then find the coordinate of target point.
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Ⅱ. Basic Measurement :3. Coordinate Measurement
TIP: after input the instrument height of station point and prism height of target point, it is possible to find the 3d coordinate of target point.
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Ⅱ. Basic Measurement :3. Coordinate Measurement
Step1: under Meas. Screen, press FNC to enter Page 2, choose CRD.
FNC
Then press F2, CRD.
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Ⅱ. Basic Measurement :3. Coordinate Measurement
Step2: Now Coordinate menu displayed, choose 2. Stn Data to input station point info. Manually input or read from memory. If you need 3d coordinate, input Inst.h and Tgt. H.
2. Stn
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Ⅱ. Basic Measurement :3. Coordinate Measurement
Step3: Now to input Backsight Point Data, you can choose by Angle
Or you can choose by Coordinate, then input or read the coordinate.After that, sight at backsight point.
ENT
ENT OK
Input
ENT
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Ⅱ. Basic Measurement :3. Coordinate Measurement
Step 4: Sight at target point, then choose 1. Observation. the result is showed.
ENT
E
N
Back sight Point
Occupied Point
Target Point
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Step 5: press F1 REC and input Point Name and Code . Then press F1 SAVE to save the point and measure the next point.
Ⅱ. Basic Measurement :3. Coordinate Measurement
REC
Input Point No.and Code
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Ⅲ. Advanced Measurement
Road Design and Set-out
Angle Repetition
Area Calculation
2D-Offset
Resection
Stake Out
Distance Offset
Angle Offset
Remote Elevation
Missing Line
Offset
…….
Point Projection
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Ⅲ. Advanced Measurement
1. Setting Out
Setting-out measurement is to find the designed point in field.
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Ⅲ. Advanced Measurement
1. Setting Out
Setout is used to find the position of the required point.
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Step1: from Meas. screen, press F3 to choose S-O, then set Station point and Backsight point.
F3
Ⅲ. Advanced Measurement
1. Setting Out (coordinate)
Set STN data and Backsight Data
Station PointBacksight point
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Step2: After setting Station point and Backsight point choose 2.set-out, Input Setout point coordinate and target height.
Ⅲ. Advanced Measurement
1. Setting Out
2
F4,OK
Press F4 , OK. The Setout Observation Screen is displayed
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Step 3: press F3 <->, the angle to the point to be setout is displayed on the first line. Rotate the instrument until the angle be 0.
F3 <->
Ⅲ. Advanced Measurement
1. Setting Out
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Step 4: set the prism on sightline and sight at it. press F4 HD, the distance to the point to be setout is displayed on the 2nd line.
F4 HD
Ⅲ. Advanced Measurement
1. Setting Out
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N
E
Back Sight Point
Station Point
Prism Current Point
Target Point
dHD
Distancedifference
Ⅲ. Advanced Measurement
1. Setting Out
Now move the prism to target point and measure again
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Step 5: Move the prism until the distance become 0. press F2 SHV, to display button CRD.
then press CRD to measure elevation.
F2 SHV
Ⅲ. Advanced Measurement
1. Setting Out
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Step 6: press F3 <-> to display the fill/cut value on the line 3.Then press F4 CRD to measure the prism, then move the prism up and down to display the height difference to be 0.
F3 <-> CRD.
Ⅲ. Advanced Measurement
1. Setting Out
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Ⅲ. Advanced Measurement
2. Offset Measurement
Offset Measurement is used to find a point where a target can not be installed directly.
Offset
Angle Offset Distance offsetDual Distance
Offset
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2. Offset Measurement
2.1 Angle Offset
Install offset point on the left or right side of the target point, as close as possible to target. The target height and offset point height should be same.
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2. Offset Measurement
2.1 Angle Offset
Step 1: sight at Point B, press F1 SD to measure the distance to point B.
Station Point S
OFFSET POINT B(Prism)
Target Point A
F4 STOP and the result is shown, then press F3 OFFS.
F1
F4 STOPand F3
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Choose 2.Offset/Angle, then sight at Point APress F1 OK to get the result.
2. Offset Measurement
2.1 Angle Offset
Station Point S
OFFSET POINT B(Prism)
Target Point A
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2. Offset Measurement
2.1 Angle Offset
F1
Press F1,REC, then input point name and code, press F1 SAVE to save the data.
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2. Offset Measurement
2.2 Distance Offset
A prism can not be installed on the target point but we know the distance between offset point and target point, we can use Distance Offset.
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2. Offset Measurement
2.2 Distance Offset
Make sure the angle formed by lines connecting offset point to target point and to station point is almost 90°.
Step1: sight at Point B, press F1 SD, the information of point B is shown.Then enter Offset Menu and choose 1. Offset/ Dist. Station Point S
OFFSET POINT B(Prism)
Target Point A
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Step2: input the distance of A-B, choose ←→ the direction and press F1 OK.
2. Offset Measurement
2.2 Distance Offset
Station Point S
OFFSET POINT B(Prism)
Target Point A
OK
Press F1,REC, save the result.
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2. Offset Measurement
2.3 Dual Distance Offset
Install 2 offset points on the straight line from the target point, observe the 2 points then enter the distance from point 2 to target, to find target point
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2. Offset Measurement
2.3 Dual Distance Offset (A, B and target should be on a straight line)
Target Point C
Prism B
Prism A
Station Point S
Step1: enter OFFS program, choose 3. Offset/2D,Measure the point Prism A
ENT
Now press F4 YES to confirm.
F4 OBS
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2. Offset Measurement
2.3 Dual Distance Offset
Target Point C
Prism B
Prism A
Station Point S
Step2: Sight at prism B, press F4 OBS.to measure the 2nd point
F4 OBS
Now press F4 Yes to confirm.
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2. Offset Measurement
2.3 Dual Distance Offset
Target Point C
Prism B
Prism A
Station Point S
Step3: input the distance of B-C, and press F4 OK;
F4
Now the coordinate of point C is shown, press F1 REC to record
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Ⅲ. Advanced Measurement
3. Missing Line
Missing Line measurement is used to measure the VD HD SD between different target point.
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Ⅲ. Advanced Measurement
3. Missing Line
Start Point A
Target Point B
Station Point SStep1: sight at Point A, press F1 SD under Meas. Screen, the distance and angle values are displayed.
FNC
Step2: Now press FNC to switch the menu to page 3, Sight at Point B, press F1 MLM.
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Ⅲ. Advanced Measurement
3. Missing Line
Start Point A
Target Point B
Station Point SStep 3: now the distance from A- B is displayed.
Step 4: Sight at next point and press F1 MLM to measure. the distance A-C will be displayed.
F1
Target Point C
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Ⅲ. Advanced Measurement
4. REM Measurement
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REM measurement is used to measure the height of a point where a target can not directly installed.
For example: a power wire or a bridge.
Ⅲ. Advanced Measurement
4. REM Measurement
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Ⅲ. Advanced Measurement
4. REM Measurement
Target Point B
Station Point S
Prism Point A
Step1: under Page 2 of Meas. Screen, press F4 INST.H to input Instrument height and target height.
Enter REM Menu
Step2: sight at Prism A and press SD, the distance result is displayed
F4
Step3: enter REM program.
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Ⅲ. Advanced Measurement
4. REM Measurement
Target Point B
Prism Point A
Step4: sight at target point and press F1 REM, the distance from ground to target will be displayed.
(To re-observe the prism, press OBS. The measurement will be repeated)
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Ⅲ. Advanced Measurement
5. Resection
Resection is used to find the coordinate of station point by measuring some known points.
When the distance can be measured, at least 2 known points are required.When it is impossible to measure distance, at least 3 known points are required.
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Ⅲ. Advanced Measurement
5. Resection
1
2
Step1: enter resection program, input the coordinate of known point. after that, press MEAS
Step2: sight at Point 1, choose to measure Angle or Distance. the result is displayed, press YES to confirm
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1
2
Ⅲ. Advanced Measurement
5. Resection
Continue to measure more known points, when data is enough to calculate Station Point coordinate, the button CALC will be displayed.
Press F1 CALC
Result is displayed, press F3 REC to record station point coordinate.
F1
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Ⅲ. Advanced Measurement
6. Area Calculation
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Area Calculation is to calculate the area of land enclosed by 3 or more known points.
Ⅲ. Advanced Measurement
6. Area Calculation
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Ⅲ. Advanced Measurement
6. Area Calculation
12
3
4
5
Step1: under Menu screen, choose 8.Area.
Read the points from memory or press OBS to measure the point.
ENT
Input the coord.
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Ⅲ. Advanced Measurement
6. Area Calculation
12
3
4
5
Step2: after input all points, press F2 CALC to calculate and get result
F2
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Ⅲ. Advanced Measurement
7. Road Design and Setout
This program allows you to design the horizontal alignment and verticalalignment and setout a road.
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Ⅲ. Advanced Measurement
8. Setout Line
9. Point Projection
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KOLIDA KTS-440RC Total Station Data Transfer
U-flash mode
Data download
Data upload
RS232 cable SD card
RS232 cable U-flash mode
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Data Download From KTS-440RC to computer by RS232 cable
Data output within JOB files to computer in JOB unit
RS232 cable Com port Computer
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From “date/time screen” press setup F4 CNFG ,enter Config menu. Select “4, Comms setup”
Set up parameters
(1): Set parameters
Operation on total stationData download
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(2): Start up the communication software in computer.
Press Comm, then press parameter
Operation on total stationData download
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All setting must be same with total station.
Note: PROTOCOL must be set to Ack/Nak
Check which com port you are using, in My Computer– Device Management
Operation on total stationData download
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Click download KTS400/500Data under the comm menu
Operation on total stationData download
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Select “1 .JOB” on the “Memory Mode Menu Screen” and press ENT( or press numeric key 1)
Select “3 Comms out put” and press ENT (or press numeric key 3)
Operation on total stationData download
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Data is outputting
Select the job you want to output
Press Enter on computer, then press ENT on total station
Operation on total stationData download
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Result shows on computer
Raw Data
Operation on total stationData download
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After transfer, select save as in file menu to save the download data
Operation on total stationData download
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Press Transform to convert the raw data into Coordinate Data (choose ENZ or NEZ order) .After that you can transform Coordinate Data to DXF file
Operation on total stationData download
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Data Download/Upload From KTS-440RC to computer by U-flash mode
Convenience in data adding and deleting
Total Station and Mini USB cable
Computer
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Operation on total station Data download/upload
It is required to set parameters on total station after you connect the computer with Mini USB cable
Select 5, U Disk Mode for connecting
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Double click “my computer”, mobile disk H shows on
Operation on total station Data download/upload
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Data adding or deleting can easily
Carry on in this disc ( total station )
Operation on total station Data download/upload
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Data Download From KTS-440RC to computer by SD card
Convenience in data carrying
SD Card Computer
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Operation on total station
Select JOB in Memory menu Select 3 JOB export then press ENT or press numeric key 3
Inset SD card
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Press LIST for choosing job.
Create a new job name or type the job you want to choose
Press OK
Operation on total station
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Processing Finish the output and return to previous menu
Check SD card on the computer.Exchanging data Moreover, the SD card also can be inserted to other instrument for
Operation on total station
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Data Upload From computer to KTS-440RC by cable
Upload data to total station for setting out, etc
Cable (RS232 to Serial or USB)
RS232 Port Computer
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Data Upload
Wrong!
B (East coordinates) C (North coordinates)
D (Elevation values) E (Code)A (point name)
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Import to KOLIDA total station , the data must be in the form as aboveAfter typing data in excel, save it as CSV format
C (East coordinates) D (North coordinates) E (Elevation values)B (Code)A (point name)
Correct!
Data Upload
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Open the data in CSV format by KOLIDA software , it will be displayed like this
Setting parameter
Select 4, choose Comms setup
Operation on total station
Data Upload
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Connect the computer and the total station by a serial cable, run our transfer software , choose COM COMpara , this interface will appear
Set the parameters in the software consist with the total station , as my computer is COM 5 , so it will be like this
Data Upload
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After finishing the setup in the software , set the total station as receive mode , MEMJOBComms input.
Select the target file or create a new file, the interface will be as above, press OK
Data Upload
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Select COM Comm upload KTS 440/550 coordinate (Y) in the software , it will appear like this :
Data Upload
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Finish for data uploading
After import, we have to select the data and read it .MEM JOB JOB selection to selectMEM JOB Coord.Read JOB to read
we can check it on MENU set out
Data Upload
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Welcome To Field Demonstration