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99097 Drawing with Remote remote display wiring D with parts Rev D 82521
Trace Oxygen Analyzer 0-1000ppm
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Trace Oxygen Analyzer 0-1000ppm

Available Product Options. Please choose from the menu below | In stock

$5,080.00 – $5,210.00

Product Summary

PureAire’s KF25 0-1000ppm Trace Oxygen Analyzer is ideal for facilities requiring continuous monitoring of 3D printers, glove boxes, nitrogen gas lines, and vacuum chambers, as well as any locations where there is little to no oxygen present. The unit’s sensor mounts directly into the process chamber with the use of a KF-type vacuum fitting. The analyzer is well suited for semiconductor tools, OLED manufacturers, 3D printing, and, any industry applications where inert gases, including, but not limited to, nitrogen, helium, and argon are used. PureAire’s stable, long-life zirconium oxide sensor will last many years in maintained environments without needing to be replaced.

Two-Year Extended Warranty Available for this product in the US, Canada, and Mexico
  • KF25 Flange Connector
  • Low Maintenance Zirconium Cell
  • 0-1000ppm Oxygen Sensor
  • Operates in a vacuum, 20 Torr
  • 3 year warranty
  • 2 Alarm relays
  • No drift due to environmental or temperature changes
  • UL, C UL, and CE Approvals
  • 24V DC Power supply included (99097)
  • International Power Supply Included (99141)

The PureAire Trace Oxygen Analyzer is well-suited for environments including 3D printers, semiconductor tools, wafer transfer tools, process chambers, cryogenic gloveboxes, inert gases, nitrogen gas lines, and nitrogen generators.

The Trace Oxygen Monitor comes with a 10-foot cable and a 10+ year zirconium oxide sensor, which can be placed inside the vacuum or process chamber for accurate readings. To monitor readings from outside, either connect the sensor using a 10-foot cable or K25 flange, then check readings and adjust the environment as necessary.

Features

PureAire’s Trace Oxygen Analyzer can be used indoors or outdoors. Regardless of humidity, barometric pressure, or temperature changes, the oxygen analyzer performs reliably to safeguard your business. Even in high electromagnetic fields, this monitor provides stable, accurate readings.

PureAire’s oxygen analyzers use a zirconium cell rather than an electrochemical sensor to deliver greater reliability and longer-lasting performance. The zirconium sensor lasts 10+ years.  Additionally, the zirconium sensor is very fast. Within seconds, it can detect low oxygen levels and sound an alarm to notify staff.

A KF-type vacuum fitting allows you to mount the sensor directly into the vacuum chamber or load locks. By monitoring oxygen levels inside the vacuum, the Trace Oxygen Analyzer improves thru-put, since there’s no need to use an ambient environment as a medium for measuring oxygen levels.

Rather than disposable sensors, which must be calibrated regularly to perform up to specifications, the Trace Oxygen Analyzer saves time and money. Within three years, the sensor will pay for itself. Customers enjoy an average savings of $475 per year by installing the Trace Oxygen Analyzer instead of another product.

 

Sampling Method Diffusion Oxygen Monitor
(Supplied with KF 25 Fitting)
Gases Detected Oxygen (O2)
Range  0-1000ppm oxygen
Accuracy ± 2%,  ±1% under 200ppm
Operating Temperature -40 to +140ºF (-40° to 60°C)
Display 3/4″ LCD Digital Display, Back Lit, 3 Alarms LED´s
Sensor Type Zirconium oxide
Sensor Life 10 years under normal operating conditions
Signal Outputs 4-20 mA Analog Output (Active)
Dual-Level Alarm Relay Contacts
Please contact PureAire for the available RS-485 option
Power Requirements 24 VDC
250 mA
Width 5.0 in
127 mm
Height 5.5 in
140 mm
Depth 3.25 in
83 mm
Weight 2.1 lb
0.9 kg
Enclosure Polycarbonate
Calibration Calibration is not required. Periodic span adjustment as needed.
Country of Origin USA
Harmonized Tariff Code 8531.10.0045
Additional O2 Monitor Accessories List Price
8 Channel Controller US (P/N # 99196)
Horn and Strobe  US (P/N # 42002)
Remote Display US (P/N # 99187)

Connects to DCS and PLC Controls

The Trace Oxygen Analyzer transmits readings directly to a distributive control system or a programmable logic controller, so you can easily check oxygen concentration levels inside the vacuum.

PureAire’s Oxygen Sensor Cell

Unlike other zirconium cells, which need a reference gas to provide readouts, the Trace Oxygen Analyzer can operate without a reference gas. The Current Limiting Zirconium Oxide Oxygen sensor is superior at detecting low levels of oxygen and can be used in environments that contain no oxygen, such as 100 percent nitrogen environments.

One-Step Sensor Adjustment

PureAire Oxygen Deficiency Monitors require occasional testing with nitrogen to validate the sensor’s response to low oxygen levels. While calibration is not necessary for our monitors to accurately measure oxygen depletion levels1, annual fine-tuning might be needed to ensure the sensor’s span accurately corresponds to the standard 20.9% oxygen concentrations.

PureAire’s Auto-Span not only simplifies the process of adjusting the span of the oxygen sensor but also provides a quick check of the sensor and the monitor’s response to an oxygen-deficient atmosphere. With a press of a button, this feature saves you time and money, protects your facilities and employees, and, most importantly, provides you with the reassurance of consistently reliable performance, making it a valuable addition to your safety measures.

1Please follow your facility’s safety guidelines and state and local regulations regarding calibration requirements for safety equipment.

Trace O2 Monitor System Features

The Trace O2 Analyzer comes in different configurations. Choose between the simple display-only monitor or a fully-featured monitor that comes with user-selectable alarms. No matter which display you choose, you’ll enjoy a sophisticated CPU, reliable performance, and peace of mind.

Trace Oxygen Analyzer 0-1000ppm Literature

Trace Oxygen Analyzer 0-1000 ppm Manual

Safety Risks of Oxygen Deficiency

NIH – Protocol for Use & Maintenance of Oxygen Monitoring Devices 2021

Oxygen Analyzer for 3D Printers- Additive Manufacturing

How to Install O2 Sensor into a 3D Direct Metal Printer (DMP)

How to Install O2 Sensor in 3D Direct Metal Printer 

Oxygen Monitor Sales Presentation

Calibration & Repeatability Testing -0-1,000 ppm

Remote Digital Display p/n 99187

Horn/strobe 24VDC Red

horn and strobe

CloudConnect

8-Channel Touch Screen Programmable Controller 

Low-Level O₂ Monitoring

Designed for processes requiring control of oxygen at low ppm levels.

Process Insight

Supports continuous visibility into oxygen levels for sensitive operations.

Controlled Environment Fit

Well-suited for glove boxes, chambers, and inert-gas systems.

Improves Quality Control

Helps maintain consistent conditions for repeatable results.

Oxygen deprivation is a silent killer. Oxygen-depleting gases, such as nitrogen, argon, and helium, are odorless and colorless, making leaks impossible to detect, unless appropriate monitoring is in place.

PureAire oxygen deficiency monitors can be used to monitor nitrogen, argon, and helium. Carbon dioxide can also be monitored with PureAire’s dual oxygen/carbon dioxide monitor.

PureAire uses a proprietary, non-depleting, zirconium oxide sensor that will last up to 10 years in a normal environment without needing to be replaced.

PureAire’s sensors do not operate under partial pressure, meaning that a PureAire sensor will not need to be adjusted to account for different elevations. Additionally, the sensors will not drift due to changes in barometric pressure.

In contrast, other gas detection companies use depleting, electrochemical sensors. These sensors, because they are depleting, operate for 1-2 years before needing to be replaced. Electrochemical sensors do not offer long-term solutions to companies committed to safety.

PureAire sensors are built to last 10 years. Often, the sensors work much longer. In fact, some of our first customers who started using PureAire products in 1997 report that the sensors are still in operation today.

On the other hand, an oxygen monitor that uses a depleting, electrochemical sensor is like a battery in that, as the sensor depletes, it begins to lose its power and responsiveness. In order to operate accurately, electrochemical sensors must be calibrated frequently.

PureAire sensors are made of non-depleting zirconium oxide, and calibration is typically not required.

However, a visual check of the monitor should be done once a year to verify that the sensor is functioning properly, and span adjustments should be done, as necessary. The sensor requires periodic testing with nitrogen to verify the sensor’s response to low oxygen levels.

In contrast, electrochemical sensors, because they deplete over time, will need to be calibrated every 2-3 months and totally replaced every 1-2 years.

Switching to a PureAire non-depleting, zirconium oxide sensor will save you time and money, while ensuring the safety of your workers and facility.

Electrochemical sensors offered by other gas detection companies lose accuracy over time and must be calibrated. Calibration recharges and resets the monitor to get an accurate reading. It is important to note that an electrochemical sensor can only be calibrated a finite number of times before it must be discarded.

PureAire’s non-depleting zirconium oxide sensor will not experience drift. Oxygen sensors from PureAire will provide long-lasting, reliable, and accurate monitoring for an average of10+ years.

The oxygen monitor covers an area of approximately 692 square feet when mounted on a wall and should be placed no more than 21 feet from potential leak sources such as gas lines, gas cylinders, or any areas where a gas leak might be expected to occur.

To ensure safety, the maximum distance between two monitors mounted to the same wall, should not exceed 30 feet. However, since cryogenic gases, such as argon, helium, and nitrogen, are unpredictable, we encourage you to contact PureAire for additional guidance specific to your needs.

In most circumstances, PureAire recommends that oxygen monitors be installed 3-5 feet away from gas cylinders or cryogenic gas lines. To enable employees to see the monitor display and verify its performance, PureAire recommends mounting an oxygen monitor 3-5 feet off the ground.

There are other options for mounting an oxygen monitor. For instance, PureAire sensors can sample the air from up to 100 feet away, or be installed within a glovebox, freezer, sealed chamber, or even underground. PureAire monitors can also work in environments that require KF-25 flanges, as well as in nitrogen/argon enriched environments.

PureAire’s Sample Draw Monitors pull a sample flow at a rate of 250 ccs per minute. We recommend using 1/4” OD x 3/16” ID polypropylene sample tubing. Using this internal tubing dimension, to calculate transport (response) time, add 2 seconds per foot of sample tubing. For example, if the sample tube is 10 feet long, the initial response time would be 20 seconds (10ft x 2seconds=20seconds) at 15 feet the response time would be 30 seconds (15ft x 2seconds=30seconds), etc.

The response time when using the entire 100 feet of sample tube will take 3.5 minutes (100ft x 2seconds=200seconds or 3.5minutes) for the sample to reach the monitor.