Inst Intro - Module 2 Basics lesson 5 Calibration
Procedure and Documentation questions and answers
Graded A+ latest updates
The industry standard output for a transmitter is ? .
4-20 mADC
Proper instrument calibration is essential for a process to ? .
I. Increase energy consumption
II. Maintain regulatory compliance
III. Operate efficiently
IV. Prevent hazardous material release to atmosphere
V. Produce products of consistent quality
II., III., IV., and V.
The instrument calibration procedure is based on ? a known accurate signal with a
signal of ? accuracy.
comparing / unknown
The mathematical difference between the upper range value and lower range
value of an instrument is defined as ?
span
Determine the span of an instrument with a lower range value (LRV) of 28 psi and
an upper range value (URV) of 272 psi. (Round the FINAL answer to the nearest
whole number.)
URV-LRV
244
Determine the span of an instrument with a lower range value (LRV) of 32 "H2O
and an upper range value (URV) of 136 "H2O. (Round the FINAL answer to the
Procedure and Documentation questions and answers
Graded A+ latest updates
The industry standard output for a transmitter is ? .
4-20 mADC
Proper instrument calibration is essential for a process to ? .
I. Increase energy consumption
II. Maintain regulatory compliance
III. Operate efficiently
IV. Prevent hazardous material release to atmosphere
V. Produce products of consistent quality
II., III., IV., and V.
The instrument calibration procedure is based on ? a known accurate signal with a
signal of ? accuracy.
comparing / unknown
The mathematical difference between the upper range value and lower range
value of an instrument is defined as ?
span
Determine the span of an instrument with a lower range value (LRV) of 28 psi and
an upper range value (URV) of 272 psi. (Round the FINAL answer to the nearest
whole number.)
URV-LRV
244
Determine the span of an instrument with a lower range value (LRV) of 32 "H2O
and an upper range value (URV) of 136 "H2O. (Round the FINAL answer to the
