|Weight (English)||15 lbs|
|Description||MIC-6 Multi Instrument Calibrator|
|Flow Rate||1 instrument – approximately 2.5 LPM @ 25 psi |
6 instruments – approximately 1.5 LPM/instrument @ 25 psi
|Input Pressure (Zero and 5 Span Gases)||15 to 25 psi (40 psi max)|
|Operating Temperature||0–40 °C|
|Mounting Options||Table top (Tilt feet allow 30° viewing angle) |
Rear Panel VESA mount pattern (bracket user supplied)
|Power Requirements||115-240 VAC 50/60 Hz |
|Storage Temperature||-20 to 60 °C|
|Catalog Number||Specifications||Unit Size||Description||Price (USD)|
|MIC6||Each||MIC-6 Multi Instrument Calibrator||Request A Quote|
The Thermo Scientific MIC-6 has two calibration modes, manual and auto. The auto mode is designed specifically for the TVA2020, while the manual mode can be used to calibrate up to six legacy TVA1000B or other similar instruments eliminating the need for Tedlar bags or similar gas delivery systems.
During the calibration, each span gas, starting with zero air, is delivered to the instruments in increasing concentration. Immediately after calibration the gases are reintroduced to the instruments to confirm the calibration and set the reference point for the drift check.
The calibrator can also perform a manual or automatic drift check of the instruments. In auto drift check mode the calibrator compares the most recent calibration data to the current instrument reading and reports the percent difference.
The calibration gas tank information must be entered into the calibrator to perform the automated features. The MIC-6 will use the tank information, specifically the expiration date, to alert the user that the tank is due to expire within a month of the expiration date.
The MIC-6 also contains a calibration precision data entry screen that can be used to store the response time and concentration readings required for the quarterly calibration precision audit.
The MIC-6 has sufficient memory to store six years’ worth of daily calibration and drift data on over 100 instruments. The data is stored in the order it is received in memory thereby eliminating the possibility of postdating entries.
The data stored in the internal memory can be downloaded via a USB memory device or through a user supplied Bluetooth connection in a .CSV format.