Bringing Advanced Simplicity to a Multi-function Process Calibrator
Allerød, Denmark – Process signals are crucial in various industries, from controlling valves, switches, or lights to measuring pressure in a pipe to calibrating temperature in a bakery oven. With something so important used everywhere, ensuring that these process signals remain accurate is essential. Users have multiple choices on the calibration equipment they use, but one of the most important factors to consider is ease-of-use.
The ASC-400 Multifunction Process Calibrator reads and sources RTD, Thermocouple, Current, Voltage, Frequency, Resistance, and Pulse Train Output.
Because multiple process signals may be used, including volts, millivolts, amps, or milliamps, and each of these may have large range differences, most users turn to a multi-function calibrator to satisfy all situations. However, as the options increase, the instrument s complexity tends also to increase. For novice users, a task seemi
second repetition of the programmed pulse train. what do you mean by the shape of the pulses? well, the the pulse may be constant throughout its cycle. or it may vary. it may increase. it may decrease. and all of this would be identifiable and, again, something that you could compare. what are we looking at there? is that the shape of the pulse signals? okay. that s an example that i put together. it s not a real pinger. but it s to show you that we have one second intervals and for each second, i have .2 second pulse within the one second. i don t know whether they have the audio wave sound that i produced. we ll have it for you a little bit later on this hour. yeah. okay. finally, the amplitude that is the strength. amplitude of received pulses. right. the strength of the received