In the sleep mode, the analyzer will shut down the sensors and most of the processor functions in order to conserve battery power. The sleep mode is indicated by four dots (• • • • ) along the bottom of the display.

To return the analyzer to the Operate Mode, cycle the Power switch off and then on.

Auto Hold Function

The Auto Hold function allows the user to have the oxygen value hold in the display when the sample pump turns off. This function can be turned on or off in the parameter menu.

Battery Level Indicator

The level of battery power can be indicated by pressing the upper left hand corner of the analyzer display decal (just above the MENU button). Four chevrons (<<<<) indicate full battery charge. As the battery charge weakens, the number of displayed chevrons will decrease.

Battery Charging

Both the internal and external batteries may be charged by plugging the Power Supply/Charger into the POWER SUPPLY receptacle located at the bottom of the analyzer.

Filter

In order to prevent damage to the sensors or sample pump it is necessary to use the inline filter every time you are drawing a sample. The filter should be checked periodically and replaced if there are any signs dirt or discoloration in the filter.

The analyzer has a secondary, internal filter. Typically this filter will never need to be changed.

Oxygen Resolution Adjustment

The oxygen resolution adjustment is not functional with the SNACK O2 gas analyzer. Jumper J1 should remain open.

Sensor Life Indicator

The estimated remaining sensor life can be displayed by pressing the upper right hand corner of the analyzer display decal (just above the arrow-up button). Four chevrons (<<<<) indicate that the oxygen sensor is good. As the oxygen sensor

Teledyne Analytical Instruments

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Teledyne pjnmoo385 Auto Hold Function, Battery Level Indicator, Battery Charging, Filter, Oxygen Resolution Adjustment

pjnmoo385 specifications

Teledyne pjnmoo385 is a cutting-edge imaging sensor designed for high-performance applications in various fields, including aerospace, defense, and industrial inspection. This advanced device integrates state-of-the-art technology to deliver superior performance, reliability, and adaptability, making it an essential tool for engineers and researchers alike.

One of the main features of the pjnmoo385 is its high resolution, which allows for the capture of detailed images even in challenging environments. With an impressive pixel count, the sensor is capable of producing images that retain clarity and detail, enabling precise analysis and inspection processes. This characteristic is particularly valuable in applications that require meticulous attention to detail, such as semiconductor inspection and quality control.

The pjnmoo385 utilizes advanced sensor technologies, including low-noise amplification and rapid readout capabilities. These features ensure that the device operates efficiently, minimizing signal interference and preserving image quality even in low-light conditions. The result is an imaging sensor that can deliver consistent performance across a range of lighting environments, making it ideal for both laboratory and field applications.

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