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General| Output Signal | 4-20 mA |
|---|---|
| Power Supply | 24 VDC |
| Technology | Electrochemical |
| Accuracy | ±1% of full scale |
| Enclosure Rating | NEMA 4X |
| Output | 4-20 mA |
Introduces the features and capabilities of the XMO2 Transmitter.
Discusses the XMO2 Transmitter's key features and operational capabilities.
Details the sensor's construction and how oxygen measurements are made.
Describes available XMO2 options and the required sample system.
Describes how to install the XMO2 transmitter and its sample system.
Provides steps for installing the XMO2 transmitter into a sample system.
Guides on installing a complete sample system with XMO2 transmitter.
Explains how to establish a link between the XMO2's RS232 output and a computer.
Details the interconnection of the XMO2 transmitter with other Panametrics devices.
Provides instructions for starting up and operating the XMO2 system.
Explains how to power up the XMO2 transmitter and its warm-up time.
Guides on establishing a sample gas flow through the XMO2 system.
Details field verification and calibration of the 4-20 mA analog output.
Describes the factory calibration ranges and compensation signals for the XMO2.
Explains how to supplement factory calibration with field data.
Lists the materials required for performing a field calibration.
Provides preliminary steps to prepare the XMO2 for field calibration.
Details the procedure for a single-gas (offset) field calibration.
Outlines the procedure for a two-gas (zero and span) field calibration.
Describes IDM calibration for field verification of the 4-20 mA analog output.
Explains how to access the XMO2 calibration menus via IDM software.
Guides through the options available within the Field Cal menu.
Details how to change the 4-20 mA analog output range using IDM.
Introduces programming the XMO2 using Panametrics Instrument Data Manager (IDM) software.
Describes accessing calibration and configuration options via the Edit Functions menu.
Allows configuring XMO2 response to various error conditions.
Lets you enable/disable error handling for total calibration drift.
Covers programming for other XMO2 error conditions.
Used to restore the factory setup by re-entering calibration data.
Guides on entering labels for background gas compensation data.
Details entering data for pressure compensation curves.
Accesses advanced settings like Fast Response, Language, and Meter ID.
Explains the Fast Response software enhancement for faster performance.
Allows changing the menu language used for the XMO2.
Covers changing the meter identification number.
Lists performance specifications like accuracy, linearity, and stability.
Details functional specs such as analog/digital output, power, and operating temp.
Describes physical dimensions, weight, connections, and materials.
Lists optional accessories available for the XMO2 transmitter.
Provides information on how to order the XMO2 transmitter and its options.
Outlines calibration specifications for oxygen range and compensation signals.
Shows a sample XMO2 calibration sheet for reference.
Describes using the XMO2 for monitoring oxygen in inert gas blanketing systems.
Explains XMO2 application in monitoring oxygen in reactor feed gas.
Introduces the PanaView graphical user interface for XMO2 communication.
Guides on wiring the RS232 interface for IDM-protocol instruments.
Steps for establishing communication between PanaView and the XMO2.
Instructions for adding the XMO2 to the IDM-configured communications port.
Details how to remotely program XMO2 operating parameters via PanaView.
Specifies conditions for safe operation, especially for flameproof designs.
Describes the required markings that appear on the XMO2 product.
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