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Name ID Label Description Type Access Class
primary_measure_trim_mode 4020 Sensor Trim Mode Sensor trimming increases the measurement accuracy of the instrument, any point between 0% and 100% along the scale can be trim. Note one-point trimming applies an offset to the sensor reading, while two-point trimming applies both an offset and a gain. R/W Enum 8
primary_measure_minimum_span 400D Min Span Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value. R Float 8
primary_measure_upper_trim_point 4010 Sensor UTP Sensor upper trim point value R/W Float 8
primary_measure_lower_trim_point 400F Sensor LTP Sensor lower trim point value R/W Float 8
primary_measureTrimSupport 4011 PV Trim support Trim Points Supported- Indicates the trim points that are supported by the device variable during a trim procedure. R Enum 0
primary_measureMinimumLTP 4012 PV Min lower trim Minimum Lower Trim Point- The lowest applied process value that can be used duirng a low trim procedure (ie, no value lower than this will be accepted by the instrument). R Float 0
primary_measureMaximumLTP 4013 PV Max lower trim Maximum Lower Trim Point- The highest applied process value that can be used duirng a low trim procedure (ie, no value higher than this will be accepted by the instrument). R Float 0
primary_measureMinimumUTP 4014 PV Min upper trim Minimum Upper Trim Point- The lowest applied process value that can be used duirng a high trim procedure (ie, no value lower than this will be accepted by the instrument). R Float 0
primary_measureMaximumUTP 4015 PV Max upper trim Maximum Upper Trim Point- The highest applied process value that can be used duirng a high trim procedure (ie, no value higher than this will be accepted by the instrument). R Float 0
primary_measureMinimumTrimDiff 4016 PV Min trim diff Minimum Trim Differential- The minimum acceptable difference between the upper and lower trim points. R Float 0
Name ID Label Description Type Access Class