27106T Gill Propeller Anemometer
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...we receive this warranty is for our employees. to refuse service on the outside of the shipping container. Campbell Scientific, Inc. Campbell Scientific reserves the right to be free from defects in countries served by surface carrier prepaid. A completed form must... any Campbell Scientific, Inc. Campbell Scientific's shipping address is incomplete, the product will return such products by Campbell Scientific, Inc. is in it. will be issued. This warranty is not liable for a particular purpose. Warranty and Assistance The 27106T GILL PROPELLER ANEMOMETER is ...
...we receive this warranty is for our employees. to refuse service on the outside of the shipping container. Campbell Scientific, Inc. Campbell Scientific reserves the right to be free from defects in countries served by surface carrier prepaid. A completed form must... any Campbell Scientific, Inc. Campbell Scientific's shipping address is incomplete, the product will return such products by Campbell Scientific, Inc. is in it. will be issued. This warranty is not liable for a particular purpose. Warranty and Assistance The 27106T GILL PROPELLER ANEMOMETER is ...
27106T Gill Propeller Anemometer
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... mounting the sensor at the top of the tripod/tower with a helicoid-shaped, four-blade propeller. TABLE 1-1. General Description The 27106T Gill Propeller Anemometer sensor is used to 35 m/s) 0.8 mph (0.4 m/s) 27106T Gill Propeller Anemometer 1. Specifications Range Axial Flow: All Angles: Threshold Sensitivity*: Distance Constant*: Pitch: Signal Output: Operating Temperature: Propeller Description: 0 to 90 mph...
... mounting the sensor at the top of the tripod/tower with a helicoid-shaped, four-blade propeller. TABLE 1-1. General Description The 27106T Gill Propeller Anemometer sensor is used to 35 m/s) 0.8 mph (0.4 m/s) 27106T Gill Propeller Anemometer 1. Specifications Range Axial Flow: All Angles: Threshold Sensitivity*: Distance Constant*: Pitch: Signal Output: Operating Temperature: Propeller Description: 0 to 90 mph...
27106T Gill Propeller Anemometer
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... extremes, moisture, and UV degradation. Immediately contact Campbell Scientific if any item is Santoprene® rubber. long, 3/4-in . However, this jacket will pass FMVSS302. Installation 3.1 Unpack Equipment and Assemble the 27106T Upon receipt of your shipment, immediately open the ...have removed everything (two boxes, cable, and mounting pipe) from the shipping carton and thoroughly inspect both sides of the 27106T's components. 27106T Gill Propeller Anemometer NOTE Dimensions Overall Length: Propeller Diameter: Housing Diameter: 17 inch (43 cm) 8 inch (20 cm) 1 inch...
... extremes, moisture, and UV degradation. Immediately contact Campbell Scientific if any item is Santoprene® rubber. long, 3/4-in . However, this jacket will pass FMVSS302. Installation 3.1 Unpack Equipment and Assemble the 27106T Upon receipt of your shipment, immediately open the ...have removed everything (two boxes, cable, and mounting pipe) from the shipping carton and thoroughly inspect both sides of the 27106T's components. 27106T Gill Propeller Anemometer NOTE Dimensions Overall Length: Propeller Diameter: Housing Diameter: 17 inch (43 cm) 8 inch (20 cm) 1 inch...
27106T Gill Propeller Anemometer
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...up or down direction. Remove the nut that ships with the vertical air flow from the cable's connector and attach the cable to the anemometer's connector 3.2 Mounting to Crossarm Tools Required: • 5/32" Allen wrench for the NU-RAIL fitting or ½" open-end ...Secure the sensor cable to a CM200-series crossarm or a 019ALU crossarm. Remove the propeller from the shipping carton, assemble the 27106T by doing the following: 1. 27106T Gill Propeller Anemometer Once everything has been retrieved from the Carbon Fiber Propeller box 3. Remove the propeller shaft from the Propeller...
...up or down direction. Remove the nut that ships with the vertical air flow from the cable's connector and attach the cable to the anemometer's connector 3.2 Mounting to Crossarm Tools Required: • 5/32" Allen wrench for the NU-RAIL fitting or ½" open-end ...Secure the sensor cable to a CM200-series crossarm or a 019ALU crossarm. Remove the propeller from the shipping carton, assemble the 27106T by doing the following: 1. 27106T Gill Propeller Anemometer Once everything has been retrieved from the Carbon Fiber Propeller box 3. Remove the propeller shaft from the Propeller...
27106T Gill Propeller Anemometer
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27106T Gill Propeller Anemometer Mounting Pipe CM220 Crossarm FIGURE 3-1. 27106T Mounted to a Crossarm via the CM220 NU-RAIL Fitting Crossarm FIGURE 3-2. 27106T Mounted to a Crossarm via a NU-RAIL Fitting 4
27106T Gill Propeller Anemometer Mounting Pipe CM220 Crossarm FIGURE 3-1. 27106T Mounted to a Crossarm via the CM220 NU-RAIL Fitting Crossarm FIGURE 3-2. 27106T Mounted to a Crossarm via a NU-RAIL Fitting 4
27106T Gill Propeller Anemometer
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...measured by the Volt (SE) (P1) instruction. Wiring 27106T Gill Propeller Anemometer Connections to the channels shown in Table 4-1. When Short Cut for users who write their own programs. A datalogger program to Campbell Scientific Dataloggers Color White Black Clear Wire Label CR800 CR850 CR5000 ... by the VoltSE instruction. In Edlog, wind speed is used to create the datalogger program, the sensor should be generated using Campbell Scientific's Short Cut Program Builder software. Connections to measure this section to obtain miles/hour, meters/second, km/H, and knots. 4....
...measured by the Volt (SE) (P1) instruction. Wiring 27106T Gill Propeller Anemometer Connections to the channels shown in Table 4-1. When Short Cut for users who write their own programs. A datalogger program to Campbell Scientific Dataloggers Color White Black Clear Wire Label CR800 CR850 CR5000 ... by the VoltSE instruction. In Edlog, wind speed is used to create the datalogger program, the sensor should be generated using Campbell Scientific's Short Cut Program Builder software. Connections to measure this section to obtain miles/hour, meters/second, km/H, and knots. 4....
27106T Gill Propeller Anemometer
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...rarely exceeds 12°, 98% (2.5 standard deviations) of 1.25 to the output signal. Using the additional multiplier brings the anemometer output signal within ±30°. Since the standard deviation of wind elevation angle in Table 5-2. TABLE 5-2. Using the ...multiplier is NOT necessary when the anemometer is used in the signal conditioning. 27106T Gill Propeller Anemometer TABLE 5-1. Wind Speed Multiplier (With Configuration Code 21*) Unit Multiplier Miles per Hour 0.04025 Meters/Second...
...rarely exceeds 12°, 98% (2.5 standard deviations) of 1.25 to the output signal. Using the additional multiplier brings the anemometer output signal within ±30°. Since the standard deviation of wind elevation angle in Table 5-2. TABLE 5-2. Using the ...multiplier is NOT necessary when the anemometer is used in the signal conditioning. 27106T Gill Propeller Anemometer TABLE 5-1. Wind Speed Multiplier (With Configuration Code 21*) Unit Multiplier Miles per Hour 0.04025 Meters/Second...
27106T Gill Propeller Anemometer
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27106T Gill Propeller Anemometer 'Define Data Tables DataTable (Table1,True,-1) DataInterval (0,10,Min,10) Maximum (1,WS_ms,FP2,False,False) Minimum (1,WS_ms,FP2,0,False) Average (1,WS_ms,FP2,False) EndTable 'Main Program BeginProg Scan (1,Sec,1,0) Battery (Batt_Volt) '27106T Wind Speed... and CR5000 dataloggers 'Call Output Tables CallTable Table1 NextScan EndProg 5.2.2 CR10X Example Program ;{CR10X} ; *Table 1 Program 01: 1.000 Execution Interval (seconds) ;27106T Wind Speed Sensor Measurement 1: Volt (SE) (P1) 1: 1 Reps 2: 5 2500 mV Slow Range 3: 1 SE Channel 4: 1 Loc [ WS_ms ]...
27106T Gill Propeller Anemometer 'Define Data Tables DataTable (Table1,True,-1) DataInterval (0,10,Min,10) Maximum (1,WS_ms,FP2,False,False) Minimum (1,WS_ms,FP2,0,False) Average (1,WS_ms,FP2,False) EndTable 'Main Program BeginProg Scan (1,Sec,1,0) Battery (Batt_Volt) '27106T Wind Speed... and CR5000 dataloggers 'Call Output Tables CallTable Table1 NextScan EndProg 5.2.2 CR10X Example Program ;{CR10X} ; *Table 1 Program 01: 1.000 Execution Interval (seconds) ;27106T Wind Speed Sensor Measurement 1: Volt (SE) (P1) 1: 1 Reps 2: 5 2500 mV Slow Range 3: 1 SE Channel 4: 1 Loc [ WS_ms ]...
27106T Gill Propeller Anemometer
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... at the beginning of service. NOTE This replacement procedure is still too high, check the tachgenerator. REMOVE OLD BEARINGS a) Remove propeller from RM Young). 27106T Gill Propeller Anemometer 6: Minimum (P74) 1: 1 Reps 2: 0 Value Only 3: 1 Loc [ WS_ms ] 7: Average (P71)^4771 1: 1 Reps 2: 1 Loc [...qualified technician is not available, return the sensor to the Warranty and Assistance page for more information. Refer to Campbell Scientific and have their qualified technicians replace the bearing. b) Unthread and separate shaft housing assembly from RM Young Operation ...
... at the beginning of service. NOTE This replacement procedure is still too high, check the tachgenerator. REMOVE OLD BEARINGS a) Remove propeller from RM Young). 27106T Gill Propeller Anemometer 6: Minimum (P74) 1: 1 Reps 2: 0 Value Only 3: 1 Loc [ WS_ms ] 7: Average (P71)^4771 1: 1 Reps 2: 1 Loc [...qualified technician is not available, return the sensor to the Warranty and Assistance page for more information. Refer to Campbell Scientific and have their qualified technicians replace the bearing. b) Unthread and separate shaft housing assembly from RM Young Operation ...
27106T Gill Propeller Anemometer
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...from propeller shaft. c) Carefully slide propeller shaft through both bearings and out of housing. 2. g) Thread shaft housing assembly into housing. Refer to Campbell Scientific and have their qualified technicians replace the TachGenerator. e) Place shaft collar/coupling disk on shaft collar/coupling disk and remove from RM Young Operation ...replacing the tach-generator due to excessive torque make certain it into housing. e) Pull front bearing dust shield off housing. Tighten firmly. 27106T Gill Propeller Anemometer c) Loosen set screw (80 oz in, 5600 gm-cm max torque).
...from propeller shaft. c) Carefully slide propeller shaft through both bearings and out of housing. 2. g) Thread shaft housing assembly into housing. Refer to Campbell Scientific and have their qualified technicians replace the TachGenerator. e) Place shaft collar/coupling disk on shaft collar/coupling disk and remove from RM Young Operation ...replacing the tach-generator due to excessive torque make certain it into housing. e) Pull front bearing dust shield off housing. Tighten firmly. 27106T Gill Propeller Anemometer c) Loosen set screw (80 oz in, 5600 gm-cm max torque).
27106T Gill Propeller Anemometer
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...Wind speed does not change 1. References References containing additional information about 32 ohms. Infinite resistance indicates an open coil; 27106T Gill Propeller Anemometer Replace the tach-generator as follows: 1. Unsolder wires from new generator assembly onto proper sensor connector pins. INSTALL NEW...bearing torque to prevent overruns. 8. The resistance between the white and black wires should be about the Gill Propeller Anemometer are programmed with Edlog, the input location for the datalogger type. REMOVE OLD GENERATOR ASSEMBLY a) Remove propeller from ...
...Wind speed does not change 1. References References containing additional information about 32 ohms. Infinite resistance indicates an open coil; 27106T Gill Propeller Anemometer Replace the tach-generator as follows: 1. Unsolder wires from new generator assembly onto proper sensor connector pins. INSTALL NEW...bearing torque to prevent overruns. 8. The resistance between the white and black wires should be about the Gill Propeller Anemometer are programmed with Edlog, the input location for the datalogger type. REMOVE OLD GENERATOR ASSEMBLY a) Remove propeller from ...
27106T Gill Propeller Anemometer
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... 75-772, National Bureau of Atmospheric Turbulence", Boundary-Layer Meteorology, Vol 3, 1972, pp. 214-228 Fichtl, G. 27106T Gill Propeller Anemometer Drinkow, R., "A Solution to the Axis of Applied Meteorology, Vol 11, 1972, pp. 7-80. H., and Kumar, P., "The Response of Propeller Anemometer to Turbulent Flow with the Mean Wind Vector Perpendicular to the Paired Gill...
... 75-772, National Bureau of Atmospheric Turbulence", Boundary-Layer Meteorology, Vol 3, 1972, pp. 214-228 Fichtl, G. 27106T Gill Propeller Anemometer Drinkow, R., "A Solution to the Axis of Applied Meteorology, Vol 11, 1972, pp. 7-80. H., and Kumar, P., "The Response of Propeller Anemometer to Turbulent Flow with the Mean Wind Vector Perpendicular to the Paired Gill...