Note, all the above changes to the configuration are "output-related information" elements. The communication block diagram and parameter are the only references provided by the manufacture,these are on pages 23 ta 26 of the YT200 manual.
Note, don't bother changing the non-output related information at this time... these element do not directly affect the transmitter output, so we will ignore this information for the time being.
5. Quickly verify the configuration by measuring the temperature of each bath with a thermometer and the YT200 temperature transmitter. Record all required information in table 1. (Note, reference temperature measurement is the glass thermometer... don't forget about the correction factor!)
Note, it is possible to display the temperature and transmitter output ( as measured by the transmitter) on the brain terminal display. Go to the main menu panel, then select option A, " DISPLAY" Temperature and transmitter output are updated once every 6 seconds.
Note, for table 1, error is to be calculated based on the C calculated from loop current.
6. Ti is possible to set the transmitter to fail up or down via software configuration. Refer to the block diagram and parameter summary on pages 24 to 26 of the YT200 manual, then configure the transmitter for upscale burnout. To verify upscale burnout, simulate thermocouple burnout by disconnecting one of the thermocouple wires from the transmitter, then observe the transmitter output signal as indicated BY THE DMM. RECORD YOUR OBSERVATIONS
7. CONFIGURE THE TRANSMITTER FOR DOWNSCALE BURNOUT. TO VERIFY DOWNSCALE BURNOUT, SIMULATE THERMOCOUPLE BURNOUT BY DISCONNECTING ONE OF THE THERMOCOUPLE WIRES FROM THE TRANSMITTER, HEN OBSERVE THE TRANSMITTER OUTPUT SIGNAL AS INDICATED BY THE DMM. RECORD YOUR OBSERVATIONS.
DISCONNECT THE THEMOCOUPLE FROM THE TRANSMITTER, THEN CONNECT A 3-WIRE, 100 OHM ICE POINT PLATINUM RTD (EUROPEAN ALPHA) TO THE TRANSMITTER. FOLLOW THE DIRECTION GIVEN ON PAGE 20 OF THE YT200 MANUAL.
Note, all the above changes to the configuration are "output-related information" elements. The communication block diagram and parameter are the only references provided by the manufacture,these are on pages 23 ta 26 of the YT200 manual.Note, don't bother changing the non-output related information at this time... these element do not directly affect the transmitter output, so we will ignore this information for the time being.5. Quickly verify the configuration by measuring the temperature of each bath with a thermometer and the YT200 temperature transmitter. Record all required information in table 1. (Note, reference temperature measurement is the glass thermometer... don't forget about the correction factor!)Note, it is possible to display the temperature and transmitter output ( as measured by the transmitter) on the brain terminal display. Go to the main menu panel, then select option A, " DISPLAY" Temperature and transmitter output are updated once every 6 seconds.Note, for table 1, error is to be calculated based on the C calculated from loop current.6. Ti is possible to set the transmitter to fail up or down via software configuration. Refer to the block diagram and parameter summary on pages 24 to 26 of the YT200 manual, then configure the transmitter for upscale burnout. To verify upscale burnout, simulate thermocouple burnout by disconnecting one of the thermocouple wires from the transmitter, then observe the transmitter output signal as indicated BY THE DMM. RECORD YOUR OBSERVATIONS7. CONFIGURE THE TRANSMITTER FOR DOWNSCALE BURNOUT. TO VERIFY DOWNSCALE BURNOUT, SIMULATE THERMOCOUPLE BURNOUT BY DISCONNECTING ONE OF THE THERMOCOUPLE WIRES FROM THE TRANSMITTER, HEN OBSERVE THE TRANSMITTER OUTPUT SIGNAL AS INDICATED BY THE DMM. RECORD YOUR OBSERVATIONS.DISCONNECT THE THEMOCOUPLE FROM THE TRANSMITTER, THEN CONNECT A 3-WIRE, 100 OHM ICE POINT PLATINUM RTD (EUROPEAN ALPHA) TO THE TRANSMITTER. FOLLOW THE DIRECTION GIVEN ON PAGE 20 OF THE YT200 MANUAL.
การแปล กรุณารอสักครู่..
