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Details sensor performance metrics like range, error, linearity, repeatability, and stability.
Specifies rise and fall times for different gas exchanges and flow rates.
Quantifies the error introduced by changes in sample flow rate.
Defines the operating, proof, and failure pressure limits for the sensor.
Specifies the allowable error due to orientation changes from calibration.
Indicates the time required for the sensor to provide a valid output after power-up.
Details the sensor's tolerance to changes in pressure from calibration point.
Covers physical dimensions, weight, pneumatic leakage, and materials in contact with gas.
Outlines the required DC voltage, tolerance, ripple, and current consumption for operation.
Defines operating conditions including sample gas, temperature, humidity, and altitude.
Describes methods for physically mounting the sensor using brackets or flanges.
Details sensor connectors, pin assignments, and power supply connections.
Explains UART communication protocol, baud rate, and data format, including CRC.
Provides guidance on optimal sensor placement to avoid vibration and temperature effects.
Offers methods to prevent contaminants from entering the pneumatic system.
Instructs on safe handling procedures, emphasizing anti-static precautions.
Advises on operating the sensor in its calibrated orientation for optimal performance.
Outlines requirements for sample gas quality, temperature, and flow for accurate measurement.
Explains how pressure variations affect readings and methods for compensation.
Addresses safety considerations and OEM responsibilities when using with hazardous gases.
Details correct procedures for connecting sample gas inlet and outlet ports.
Specifies requirements for power, communication, and calibration gases before calibration.
Guides through the process of calibrating the sensor using two different gas concentrations.
Explains how to perform a single-point calibration for drift correction using one gas.
Describes how to perform adjustments within the host unit software for ongoing accuracy.
Details the procedure to revert the sensor to its original factory calibration settings.
Explains the meaning of the dual-colour LED indicators for calibration and health status.
Describes the structure and content of the data string output by the sensor.
Lists and explains error flags, their possible causes, and recommended actions.
Provides examples of sensor output under various operational and error conditions.
Lists available commands for reading data, controlling settings, and querying sensor status.
Lists available sensor variants with their specific features and part numbers.
States that the sensor has no serviceable parts.
Describes the clean room manufacturing and anti-static packaging for transport and storage.
Outlines the terms for repair or replacement of faulty units under warranty.
Explains Servomex's process for examining and reporting on products returned out of warranty.
Confirms that the sensor requires no regular maintenance or servicing due to its design.
Provides guidelines for cleaning sensor exteriors and handling contaminated units.
Details the sensor's compliance with environmental directives regarding hazardous substances and waste.
Provides detailed mechanical drawings and dimensions for face seal variants.
Provides detailed mechanical drawings and dimensions for bracket mount variants.
Lists the sensor's compliance with international standards for shock and vibration testing.
Lists various gases and their potential cross-sensitivity effects on oxygen readings.
General| Brand | Hummingbird |
|---|---|
| Model | Paracube Sprint |
| Category | Control Unit |
| Language | English |
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