The Most Adaptable MX6 IBRID SIX-GAS MONITOR

The Most Adaptable MX6 IBRID SIX-GAS MONITOR

The Most Adaptable MX6 IBRID SIX-GAS MONITOR

Biased Sensors
The functionality of biased sensors is dependent on their receipt of continuous power. When their power supply is
interrupted, it is their nature to destabilize. This means a biased sensor needs time to restabilize after its power
supply is removed or depleted, then restored. Stabilization time varies depending on the sensor type and the length
of time it has been without power. Use the information below to support the stability of biased sensors installed in
the MX6 iBrid.
When a biased sensor is in use and the MX6 iBrid displays a low battery warning:
• Replace the batteries in the Alkaline battery pack or charge the Extended range Li-ion battery pack.

• Power on the instrument and allow up to 24 hours for the biased sensor to stabilize.

The Most Adaptable MX6 IBRID SIX-GAS MONITOR

First Use
The MX6 multigas monitor (instrument) is powered by an alkaline or rechargeable Lithium-ion (Li-ion) battery.
The lithium-ion battery packs are charged at the factory; however, some or all of the charge may deplete before the
monitor arrives or is unpacked. Industrial Scientific recommends that the monitor be fully charged using an
Industrial Scientific compatible charger or docking station; this may require up to eight hours. Note that the LCD on
the MX6 shows that the battery is charging.
When fully charged, qualified personnel should configure and calibrate an instrument before first use (see chapters
5 and 6) 

The Most Adaptable MX6 IBRID SIX-GAS MONITOR

Remote Sampling
When sampling with a motorized pump and sampling line, Industrial Scientific recommends the following:
• Choose the tubing type based on the target gases. If the target gases are known, use Teflon-lined tubing when sampling for these gases: chlorine (Cl2), chlorine dioxide (ClO2), hydrogen chloride (HCl), and volatile organic compounds (VOCs). For other known target gases, urethane tubing or Teflon-lined tubing may be used.When the target gases are unknown, use Teflon-lined tubing.
• Know the length of the sample line as it is a factor in determining sampling time. A sample line may consist of tubing, a probe, or a probe and tubing. It should also have a dust filter–water stop installed at the line's end that will extend into the sample area. Sample-line length is defined as the distance from the dust filter–water stop opening to the point where the line connects to the pump's inlet. Ensure sample-line length does not exceed the
pump's maximum draw.

The Most Adaptable MX6 IBRID SIX-GAS MONITOR
• Before and after each air sample, perform a test of the full sampling line.
o Block the end of the sampling line at the water-stop opening with your thumb. This should cause a pump-fault alarm.
o Unblock the water-stop opening. After the alarm cycle completes, the pump should resume normal
operation.
Note: If a pump fault does not occur, check and correct for cracks or other damage, debris, and proper installation in these areas:all sampling line connections, the pump's inlet cap and inlet barrel, and the dust filter-water stop items at the end of the sampling line and inside the pump inlet barrel.
• Based on sample-line length, calculate the minimum time recommended for the air sample to reach the instrument's sensors. As shown below, use a base time of 2 minutes, and add 2 seconds for each 30 cm (1 ') of line length. Watch the display screen for gas readings and, if present, allow them to stabilize to determine the reading. 
The Most Adaptable MX6 IBRID SIX-GAS MONITOR