- #Dipstick 2272 batteries manual
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3.2 OPERATIONAL GUIDELINES 3.2.1 General Proceduresĭipstick ® measurements are to be taken by personnel who have been trained in using the device and are familiar with the procedures described in this manual.
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Decisions with respect to the need for Dipstick ® measurements at these test sections should be made on a case-by-case basis by responsible RSC personnel. Profile measurements on GPS and SPS sites that cannot be obtained using the LTPP profiler should be obtained using the Dipstick ®.
#Dipstick 2272 batteries manual
When the automated Dipstick ® is used for data collection, it should be used in manual mode, with data recorded manually. The spacing between the two feet of the Dipstick ® is approximately 304.8 mm for both models. Both the manual and the automated Dipsticks ® display data in millimeters. Swivel footpads having an approximate diameter of 32 mm should be used for all measurements.Įach RSC is in possession of at least one manual Dipstick ® (Model 1500) and two automated Dipsticks ® (Model 2000 and Model 2200). After the sensor achieves equilibrium, the difference in elevation between the two points is displayed. The sensor becomes unbalanced as the Dipstick ® is pivoted from one leg to the other as it is moved down the pavement, causing the display to become blank. The Dipstick ® sensor is mounted in such a way that its axis and line passing through the footpad contact points are co-planar. The body of the Dipstick ® houses an inclinometer (pendulum), LCD panels, and a battery for power supply. However, the profile obtained from Dipstick ® measurements may have a vertical shift from the true profile because of systematic cumulative errors in the Dipstick ® readings. The Dipstick ®, which is manufactured by Face Company, is a manually operated device for collection of precision profile measurements, and can collect data at rates greater than traditional rod and level survey procedures. PROFILE MEASUREMENTS USING THE FACE DIPSTICK ® 3.1 INTRODUCTION The printout of locked data can be taken with the help of supplied printer.LTPP Manual for Profile Measurements and Processing CHAPTER 3.
#Dipstick 2272 batteries software
The data is downloaded to a PC using software and interface cable provided along with the unit. This data is stored in memory internal to the unit. The Falcon HR Stationary Speed Checking Instrument with Data Logger is capable of storing the target speed along with the time and date when the operator places the unit in the locked condition. It is light weight and hence the operator fatigue is minimised. The unit is encased in a heavy duty housing to withstand the effects of daily use. All the necessary functions such as RF Hold, Target speed lock-release Range control volume control Light and accuracy tests have been provided for optimum use. The battery can be recharged overnight with the battery charger provided along with the unit. The unit is powered by a handle battery with charger.
#Dipstick 2272 batteries portable
FALCON HR Stationary Speed Checking Instrument is portable hand held and is used extensively by law enforcement agencies worldwide. It is lightweight and hence the operator fatigue is minimized. The unit is encased in a cast aluminum housing with in built printer to withstand the effects of daily use. All the necessary functions such as Hold, Speed Limit Selection, Target speed lock-release etc.
#Dipstick 2272 batteries full
The unit is powered by a battery for upto 24 hours on full charge. LDR Speed Checking Instrument with in-built printer is portable hand held radar with in built printer and is used extensively used by law enforcement agencies worldwide.