Teledyne pjnmoo385 owner manual Operation, Drawing a Sample, Sample Duration, Sleep Mode Timeout

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Operation

Drawing A Sample

The following is a general procedure check list to start and use the gas analyzer.

1.Place the POWER switch in either the Batt. or Ext. position. The LCD will

display O2. (Note: the O2 reading will not display until the SAMPLE button has been pressed.)

2.Connect the sample line to the Sample Connector located at the top of the analyzer. Ensure that there is an inline filter in the sample line. Failure to use the inline filter may cause damage to the sensor and sample pump.

3.Place or connect the end of the sample line to the space to be sampled.

A)M.A.P. – Insert the sample needle into the package’s head space. Avoid placing the needle into product or fluid.

4.Press the SAMPLE button. The sample pump will draw in a gas sample and the

current O2 reading will be displayed. The pump will continue to run until the Sample Duration times out or until the SAMPLE button is pressed again.

If the Auto Hold function is on, then the O2 displayed value will lock when the pump stops.

Note: The duration of sample time will vary from one application to another. In general, the longer you draw in a sample, the more accurate the gas analysis will be. Adjustments of the Sample Duration timer will be needed to find the right amount of sample time for your specific application.

5.Press the Light ON button to turn on the LCD Back Light.

Sample Duration

The Sample Duration timer allows you to set the number of seconds the pump will run and draw in a sample after the SAMPLE button is pressed. The sample pump may be stopped at any time by pressing the SAMPLE button. This timer can be adjusted in the parameter menu.

Placing the Sample Duration timer to zero (0) seconds sets the pump to a manual mode. Press the SAMPLE button to start the pump. The pump will continue to run until the SAMPLE button is pressed again.

Sleep Mode Timeout

The Sleep Mode Timeout allows you to set the number of minutes the analyzer will wait without any button activity before going into the battery saving sleep mode. This timer can be adjusted in the parameter menu.

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Contents Teledyne Electronic Technologies 626.934.1500Teledyne Analytical Instruments Table of Contents Teledyne Analytical Instruments Introduction SpecificationsBattery Life Notes Oxygen O2 sensorPower Switch Switch Position Description FunctionsOperate Mode LCD Display Displayed DescriptionButtons Functions Program Mode Buttons Functions Operate ModeProgram Mode Parameter Menu Displayed DescriptionOn/off Drawing a Sample Sleep Mode TimeoutOperation Sample DurationOxygen Resolution Adjustment Battery Level IndicatorBattery Charging Sensor Life IndicatorOxygen Sensor O2 Maintenance and AdjustmentsCalibration Opening / Closing The Analyzer CaseReplacing the Oxygen sensor Figure a Battery Replacement Troubleshooting Problem SolutionsTechnical Support / Accessories Accessories & Recommended Spare PartsWarranty Covered and Duration of WarrantySnack O2 Analyzer Teledyne Analytical Instruments Teledyne Analytical Instruments Teledyne Analytical Instruments

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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In summary, the Teledyne pjnmoo385 is an innovative imaging sensor that combines high resolution, exceptional noise performance, and versatility. Its advanced technologies and robust characteristics make it an ideal choice for professionals looking to enhance their imaging capabilities, whether in research laboratories or industrial environments. With its ability to deliver high-quality images under various conditions, the pjnmoo385 stands out as a leading solution in the field of imaging technology.
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