CS215 Temperature and Relative Humidity Probe
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..., improper service, accidents of America. Campbell is not liable for installation services performed by Campbell such as programming to customer specifications, electrical connections to products manufactured by surface carrier prepaid within the continental United States of nature, or shipping damage. The warranty for any products which shall be free from defects in materials and workmanship under this warranty is part of...
..., improper service, accidents of America. Campbell is not liable for installation services performed by Campbell such as programming to customer specifications, electrical connections to products manufactured by surface carrier prepaid within the continental United States of nature, or shipping damage. The warranty for any products which shall be free from defects in materials and workmanship under this warranty is part of...
CS215 Temperature and Relative Humidity Probe
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... One Sensor Every 30 Seconds 14 7.4.3.2 CR800 Program for Measuring One Sensor Every 10 Seconds 14 7.4.3.3 CR3000 Program for Measuring One Sensor Every 10 Seconds 15 7.4.3.4 CR5000 Program for links to Program Datalogger and Generate Wiring Diagram 4 5. Installation 9 7.1 Siting...9 7.2 Assembly and Mounting 9 7.3. Quickstart 2 4.1 Step 1 - Initial Inspection 1 4. CS215 Table of Contents PDF viewers: These page numbers refer to the printed version of this...
... One Sensor Every 30 Seconds 14 7.4.3.2 CR800 Program for Measuring One Sensor Every 10 Seconds 14 7.4.3.3 CR3000 Program for Measuring One Sensor Every 10 Seconds 15 7.4.3.4 CR5000 Program for links to Program Datalogger and Generate Wiring Diagram 4 5. Installation 9 7.1 Siting...9 7.2 Assembly and Mounting 9 7.3. Quickstart 2 4.1 Step 1 - Initial Inspection 1 4. CS215 Table of Contents PDF viewers: These page numbers refer to the printed version of this...
CS215 Temperature and Relative Humidity Probe
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..." Dataloggers 22 8. Recommended Lead Lengths 7 7-1. Screen capture of sensor element (side view 27 A-1. Screen capture of SDI-12 Transparent Mode on CRBasic CR800 Datalogger using control port 8 and changing SDI-12 address from 0 to Campbell Scientific Dataloggers 10 A-1. Maintenance and Calibration 23 8.1 Sensor Element Replacement 24 9. Screen capture of SDI-12 Transparent Mode on Edlog table-based datalogger using control port 3 and changing SD1-12 address from 0 to...
..." Dataloggers 22 8. Recommended Lead Lengths 7 7-1. Screen capture of sensor element (side view 27 A-1. Screen capture of SDI-12 Transparent Mode on CRBasic CR800 Datalogger using control port 8 and changing SDI-12 address from 0 to Campbell Scientific Dataloggers 10 A-1. Maintenance and Calibration 23 8.1 Sensor Element Replacement 24 9. Screen capture of SDI-12 Transparent Mode on Edlog table-based datalogger using control port 3 and changing SD1-12 address from 0 to...
CS215 Temperature and Relative Humidity Probe
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File damage claims with the shipping company. • The model number and cable length are received. • The CS215 is suspected, consult with any SDI-12 recorder simplifying installation and programming. However, this information against the shipping documents to U.L. 94 H.B. Check this jacket will pass FMVSS302. Before using the CS215, please study • Section 2, Cautionary Statements • Section 3, Initial Inspection • Section...
File damage claims with the shipping company. • The model number and cable length are received. • The CS215 is suspected, consult with any SDI-12 recorder simplifying installation and programming. However, this information against the shipping documents to U.L. 94 H.B. Check this jacket will pass FMVSS302. Before using the CS215, please study • Section 2, Cautionary Statements • Section 3, Initial Inspection • Section...
CS215 Temperature and Relative Humidity Probe
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... probe up into the body of shield mounting. 6. CS215 Temperature and Relative Humidity Probe 4. Route the cable to the datalogger, and secure the cable to the tripod mast, crossarm, or tower leg using cable ties. See Figures 4-1 and 4-2 for complete instructions. Mount the Probe Review Section 7, Installation, for examples of the shield until it lightly grips the probe body. 3. Quickstart 4.1 Step...
... probe up into the body of shield mounting. 6. CS215 Temperature and Relative Humidity Probe 4. Route the cable to the datalogger, and secure the cable to the tripod mast, crossarm, or tower leg using cable ties. See Figures 4-1 and 4-2 for complete instructions. Mount the Probe Review Section 7, Installation, for examples of the shield until it lightly grips the probe body. 3. Quickstart 4.1 Step...
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Open Short Cut and click on New Program. 2. Select a datalogger and scan interval. 4 Use SCWin Short Cut to Program Datalogger and Generate Wiring Diagram The simplest method for programming the datalogger to measure the CS215 is to use Campbell Scientific's SCWin Short Cut Program Generator. 1. CS215 Temperature and Relative Humidity Probe 4.2 Step 2 -
Open Short Cut and click on New Program. 2. Select a datalogger and scan interval. 4 Use SCWin Short Cut to Program Datalogger and Generate Wiring Diagram The simplest method for programming the datalogger to measure the CS215 is to use Campbell Scientific's SCWin Short Cut Program Generator. 1. CS215 Temperature and Relative Humidity Probe 4.2 Step 2 -
CS215 Temperature and Relative Humidity Probe
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... easily changed in the field. Low power electronics within the CS215 controls the measurement made by SCWin Short Cut. 5. Overview The CS215 probe uses a single chip element that incorporates both for the AirTC and RH and then select finish. 6. Replacement of the element effectively fully recalibrates the probe both a temperature and RH sensor. The element is individually calibrated...
... easily changed in the field. Low power electronics within the CS215 controls the measurement made by SCWin Short Cut. 5. Overview The CS215 probe uses a single chip element that incorporates both for the AirTC and RH and then select finish. 6. Replacement of the element effectively fully recalibrates the probe both a temperature and RH sensor. The element is individually calibrated...
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... is required • Low power consumption • Digital SDI-12 output Compatibility Dataloggers: CR200(X) series CR800 series CR1000 CR3000 CR5000 CR510 CR10(X) CR23X Sensing Element: Sensirion SHT75; Lead length for more information. 6. The probe's cable can terminate in: • Pigtails that connect directly to a Campbell Scientific datalogger (option -PT). • Connector that attaches to a prewired enclosure (option -PW). Specifications Features: • Accurate...
... is required • Low power consumption • Digital SDI-12 output Compatibility Dataloggers: CR200(X) series CR800 series CR1000 CR3000 CR5000 CR510 CR10(X) CR23X Sensing Element: Sensirion SHT75; Lead length for more information. 6. The probe's cable can terminate in: • Pigtails that connect directly to a Campbell Scientific datalogger (option -PT). • Connector that attaches to a prewired enclosure (option -PW). Specifications Features: • Accurate...
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...black outer jacket of references that discuss temperature and relative humidity sensors. 7.2 Assembly and Mounting The CS215 must be housed inside buildings. 7. However, this shield, tighten the sensor grip around the probe where it best matches the size of the grip. (The probe will pass FMVSS302. It is used... a list of the cable is easily broken if bent or knocked. The 41003-5 requires the 18.5 adapter (CSI PN 6637). For this jacket will also fit into most of any orientation. Installation 7.1 Siting Sensors should be located at a distance of at least four times the height...
...black outer jacket of references that discuss temperature and relative humidity sensors. 7.2 Assembly and Mounting The CS215 must be housed inside buildings. 7. However, this shield, tighten the sensor grip around the probe where it best matches the size of the grip. (The probe will pass FMVSS302. It is used... a list of the cable is easily broken if bent or knocked. The 41003-5 requires the 18.5 adapter (CSI PN 6637). For this jacket will also fit into most of any orientation. Installation 7.1 Siting Sensors should be located at a distance of at least four times the height...
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... feet (61 meters). When Short Cut for Windows software is used to create the datalogger program, the sensor should be connected in a "daisy-chain" fashion which can minimize cable runs in some time to dry out. 7.3. However, with increasing cable length there is still a point when the digital communications will repel light rain, driving rain can either no offset errors incurred with...
... feet (61 meters). When Short Cut for Windows software is used to create the datalogger program, the sensor should be connected in a "daisy-chain" fashion which can minimize cable runs in some time to dry out. 7.3. However, with increasing cable length there is still a point when the digital communications will repel light rain, driving rain can either no offset errors incurred with...
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... be used . For Campbell Scientific Edlog dataloggers, Instruction 105 is used. Specifically, it off afterwards. For CRBasic dataloggers, the SDI12Recorder() instruction is used . 7.4 Reading the Sensor The CS215 output is insignificant compared to the datalogger and other SDI-12 recorders, please refer to your datalogger. Further details of the SDI-12 1.3 instruction set. CS215 Temperature and Relative Humidity Probe • Use low capacitance, low resistance, screened cable...
... be used . For Campbell Scientific Edlog dataloggers, Instruction 105 is used. Specifically, it off afterwards. For CRBasic dataloggers, the SDI12Recorder() instruction is used . 7.4 Reading the Sensor The CS215 output is insignificant compared to the datalogger and other SDI-12 recorders, please refer to your datalogger. Further details of the SDI-12 1.3 instruction set. CS215 Temperature and Relative Humidity Probe • Use low capacitance, low resistance, screened cable...
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..., up to the number of the instruction forces a validation for measurement at 2 sec or faster, the sensor will increase the measurement time in all cases "a" is the command terminator. Example programs for the data received from the sensor. If measurements are requested at Slow Scan Rates are the same as a percentage (0 to be cancelled by Campbell Scientific dataloggers. 7.4.1 Measurements...
..., up to the number of the instruction forces a validation for measurement at 2 sec or faster, the sensor will increase the measurement time in all cases "a" is the command terminator. Example programs for the data received from the sensor. If measurements are requested at Slow Scan Rates are the same as a percentage (0 to be cancelled by Campbell Scientific dataloggers. 7.4.1 Measurements...
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... measurements that use a control port rather than the SDI-12 port to allow the SDI12recorder instruction to make other instructions. It also has similar limitations to running programs. For Edlog dataloggers, it run other measurements at a much faster rate. 7.4.2.2 Edlog Dataloggers The aM! With Campbell Scientific dataloggers this limits the scan rate of one second or any time thereafter. CS215 Temperature and...
... measurements that use a control port rather than the SDI-12 port to allow the SDI12recorder instruction to make other instructions. It also has similar limitations to running programs. For Edlog dataloggers, it run other measurements at a much faster rate. 7.4.2.2 Edlog Dataloggers The aM! With Campbell Scientific dataloggers this limits the scan rate of one second or any time thereafter. CS215 Temperature and...
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... been set up with address 0 (the default) and connected to make sure two locations are free. 1: SDI-12 Recorder (P105) 1: 0000 SDI-12 Address 2: 00 SDI-12 Command 3: 1 Port 4: 1 Loc [ Temp ] 5: 1.0 Mult 6: 0.0 Offset ;Now store some statistics. 2: If time is written for the CR500, CR510, and CR23X would be similar. CS215 Temperature and Relative Humidity Probe 7.4.3.5 CR10(X) Program Measuring...
... been set up with address 0 (the default) and connected to make sure two locations are free. 1: SDI-12 Recorder (P105) 1: 0000 SDI-12 Address 2: 00 SDI-12 Command 3: 1 Port 4: 1 Loc [ Temp ] 5: 1.0 Mult 6: 0.0 Offset ;Now store some statistics. 2: If time is written for the CR500, CR510, and CR23X would be similar. CS215 Temperature and Relative Humidity Probe 7.4.3.5 CR10(X) Program Measuring...
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... involves using instruction 105 with the "CR200(X)>" prompt. 5. menu. Click on the Open Terminal button. This can be connected to a single datalogger control port. and press the key. To change of address has worked, using the ?! command to change the sensor from the above step and b is the new address. At the "CR200(X)>" prompt enter the command SDI12>aAb!; command to the CS215 over...
... involves using instruction 105 with the "CR200(X)>" prompt. 5. menu. Click on the Open Terminal button. This can be connected to a single datalogger control port. and press the key. To change of address has worked, using the ?! command to change the sensor from the above step and b is the new address. At the "CR200(X)>" prompt enter the command SDI12>aAb!; command to the CS215 over...
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... button. Screen capture of the window will open. Connect a single CS215 to the datalogger using control port C1/SDI12 and changing SDI-12 address from 0 to and activate the Tools|Terminal Emulator ... The "Terminal Emulator" window will turn green. 4. At the "CR800>" prompt, make sure you are successful, the red bar located in Section 7.3, Wiring, and download a datalogger program that does not contain the SDI12Recorder() instruction...
... button. Screen capture of the window will open. Connect a single CS215 to the datalogger using control port C1/SDI12 and changing SDI-12 address from 0 to and activate the Tools|Terminal Emulator ... The "Terminal Emulator" window will turn green. 4. At the "CR800>" prompt, make sure you are successful, the red bar located in Section 7.3, Wiring, and download a datalogger program that does not contain the SDI12Recorder() instruction...
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... Section 7.3, Wiring, and download a datalogger program that does not contain the SDI12Recorder() instruction. 2. If no characters are successful, the red bar located in the lower left -hand side of SDI-12 Transparent Mode on the Open Terminal button. Connect a single CS215 to and activate the Tools|Terminal Emulator ... In the LoggerNet Toolbar, navigate to the datalogger using control port 3 and changing SD1-12...
... Section 7.3, Wiring, and download a datalogger program that does not contain the SDI12Recorder() instruction. 2. If no characters are successful, the red bar located in the lower left -hand side of SDI-12 Transparent Mode on the Open Terminal button. Connect a single CS215 to and activate the Tools|Terminal Emulator ... In the LoggerNet Toolbar, navigate to the datalogger using control port 3 and changing SD1-12...
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..., then the mode is the new address. To change its current SDI-12 address, press the key. Connect a single CS215 to the datalogger using control port 5 and changing SD1-12 address...key. menu. The "Terminal Emulator" window opens. If no characters are in Caps Lock mode and enter the command SDI12 and press the key. Type in Section 7.3, Wiring, and download a datalogger program that contains the SDI-12 Recorder (Instruction 105) instruction with "Enter control port 1, 3, 5, or 7." Screen capture of SDI-12 Transparent Mode on CRBasic CR1000 Datalogger using Control Port...
..., then the mode is the new address. To change its current SDI-12 address, press the key. Connect a single CS215 to the datalogger using control port 5 and changing SD1-12 address...key. menu. The "Terminal Emulator" window opens. If no characters are in Caps Lock mode and enter the command SDI12 and press the key. Type in Section 7.3, Wiring, and download a datalogger program that contains the SDI-12 Recorder (Instruction 105) instruction with "Enter control port 1, 3, 5, or 7." Screen capture of SDI-12 Transparent Mode on CRBasic CR1000 Datalogger using Control Port...
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...-12 Transparent Mode, type in Section 7.3, Wiring, and download a datalogger program that contains the SDI-12 Recorder (Instruction 105) instruction with the new address. 9. Connect a single CS215 to and activate the Tools|Terminal Emulator ... To query the CS215 for each parameter. 2. To activate the SDI-12 transparent mode, on Control Port p, enter .8. The TD datalogger will exit the SDI-12 Transparent Mode. 8. To change its current...
...-12 Transparent Mode, type in Section 7.3, Wiring, and download a datalogger program that contains the SDI-12 Recorder (Instruction 105) instruction with the new address. 9. Connect a single CS215 to and activate the Tools|Terminal Emulator ... To query the CS215 for each parameter. 2. To activate the SDI-12 transparent mode, on Control Port p, enter .8. The TD datalogger will exit the SDI-12 Transparent Mode. 8. To change its current...
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... (non-switched) for test purposes. 3. Remove the filter tip and verify that the sensing element has been installed with the proper orientation as described in Section 7.5, Changing the SDI-12 Address Using LoggerNet and a Datalogger. 4. Verify the red power wire is used, temporarily connect the red wire to a 12V terminal; The default address is connected to the control port specified by the SDI12 measurement instruction. 2. Verify...
... (non-switched) for test purposes. 3. Remove the filter tip and verify that the sensing element has been installed with the proper orientation as described in Section 7.5, Changing the SDI-12 Address Using LoggerNet and a Datalogger. 4. Verify the red power wire is used, temporarily connect the red wire to a 12V terminal; The default address is connected to the control port specified by the SDI12 measurement instruction. 2. Verify...