FAQs

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.

Downloadable Technical papers featuring Solar Light Products Downloadable Application notes Warranty Details for your Solar Light Products Download Instruction Manuals Download PMA Organizer Software Download Microtops® Organizer Software Download Internet Data Link Software Download USB-RS232 Driver Software

Connect your PMA2100, 501 recorder, or MICROTOPS® to an available serial port on the back of your PC with the cable supplied with your instrument. In hyper terminal create a ‘new connection’. This can be done by clicking the Hypertrm.exe icon or via the menu within HyperTerminal ‘File:New Connection’. Type in a name for the connection (i.e. PMA2100, etc.). Under ‘connect using’ select ‘Direct to Com2’ if your available comport is com2 otherwise select the appropriate comport. Set ‘Bits per second’ to 2400 for the PMA2100. For MICROTOPS® and 501 recorder, set to same rate as the instrument. Set ‘Data Bits’ to 8. Set ‘Stop Bits’ to 1. Set ‘Flow control’ to None. In the File menu click Properties. When the Properties box appears go to the settings tab. Under Emulation select VT100. Under ‘File’ menu select ‘Save As’ and save the configuration file to a convenient folder. Hyper terminal should now work for PMA2100, 501 recorder and MICROTOPS®. You can create a shortcut to the configuration file and put it on the desktop or in a convenient folder, this makes life a bit easier. The configuration files typically have a naming convention of *.ht where the star is the name you chose when setting up the new connection.

This example assumes a U.S. Robotics Sportster 33.6k or 56k external faxmodem A) Ensure the modem is turned OFF B) On the back of the modem set the dip switches as follows: 1 – Down (Data Terminal Ready Override) 2 – UP (Verbal result codes) 3 – Down (Display result codes) 4 – UP (Echo offline commands) 5 – UP (Auto answer enabled) 6 – UP (Carrier detect normal) 7 – Down (Load factor defaults) 8 – Down (Smart mode Enabled) C) Connect the modem to a PC serial port using a modem cable and turn the modem ON D) Using a communications program such as HyperTerminal, or ProComm, send the modem the following initialization string: AT&R1&N6&U6S0=1&W&Y if the initialization succeeds, the modem returns ‘OK’ E) On the back of the modem reset the following switches: 3 – UP (Suppress result codes) 4 – Down (No Echo) 7 – UP (Load default profile) F) Turn the modem OFF then ON again G) Connect the modem to the instrument’s serial port with the modem cable H) Set the recorder’s baud rate to 9600. I) Plug an analog phone line into the modem You can now communicate with the instrument by dialing the above mentioned analog phone line using a second modem and a communications software package. Breakdown of Initialization string AT Modem attention characters &R1 Modem ignores RTS and turns CTS on when ready to receive synchronous data &N6 Fixes highest connection speed to 9600 baud &U6 Fixes lowest connection speed to 9600 baud S0=1 Modem set to auto answer on 1st ring &W Stores configuration to user profile 0 &Y Sets user profile 0 as default NOTE: Phone line must be analog, have a dial tone, and have its own phone number.

You are probably in a very low AOT environment. When AOTs are extremely low, the difference in AOT between wavelength channels, especially in the IR, can be less than the accuracy of the instrument.

MED (minimal erythema dose) Conversions 1 MED/HR = 0.05833 W/m2 (erythemically effective) 1 MED = 210 J/m2 (erythemically effective) 1 MED = 21 mJ/cm2 (erythemically effective) 1 MED/HR = 2.33 UV Index SED (standard erythema dose) Conversions 1 SED = 100 J/m2 (erythemically effective) Ref: CIE S 007/E-1998 Radiance Conversions: 1 lux = 1 meter-candle = 1 lumen/m2 = 1 candela steradian/m2 1 foot-candle = 1 lumen/ft2 1 lumen/cm2 = 1.464129 mW/cm2 1 mW/cm2 = 10 W/m2

Returns are not accepted due to the cost of calibration that is required prior to shipment. Exchanges are allowed if a different sensitivity is required and if the meter is available in the same spectral range as originally purchased. Customer is responsible for return shipping door to door to our facility including all taxes and customs fees. To exchange, the request for factory approval must be made in writing.