Need help?Do you have a question about the Omron D6F Series and is the answer not in the manual?
General| Brand | Omron |
|---|---|
| Model | D6F Series |
| Category | Accessories |
| Language | English |
Describes the fundamental components of Omron flow sensors, including the MEMS chip, amplifier circuit, and optimized flow path.
Details the three main categories of Omron flow sensors: Mass flow, Flow velocity, and Differential pressure sensors.
Explains the physical structure of the MEMS sensor chip, including the heater, thermopiles, and cavity.
Details how the sensor detects mass flow using heat distribution changes caused by gas flow and thermopile output differences.
Defines the flow rate range a sensor can detect, with output voltage specified at lower and upper limits.
Describes the sensor's non-linear analog DC voltage output signal as a function of flow rate.
Specifies the maximum pressure the sensor can withstand without airproof degradation or affecting performance.
Indicates the sensor's ability to produce consistent outputs for the same flow rate, influenced by its unique flow path design.
Guides on connecting the flow sensor's Vout and GND terminals, emphasizing load resistance requirements for accurate voltage detection.
Provides instructions for installing screw-type port sensors, including torque limits and sealant application.
Details the installation of quick fastener types (P10 and P14) for easy pipe connection without tools.
Explains the installation of manifold mount sensors, suitable for space-constrained applications, with O-ring recommendations.
Describes the installation of bamboo type sensors for urethane tubes, emphasizing ease of use and airproof design.
Stresses the importance of clean, dry gas and suggests using filters to prevent sensor failure and characteristic changes.
Discusses measures to mitigate pulsation effects on measurement accuracy, such as buffer tanks or orifices.
Introduces a method to measure high flow rates using a bypass path and measuring differential pressure.
Advises on pipe length requirements and mounting techniques to achieve stable laminar airflow for accurate measurement.
Explains how ambient temperature affects output characteristics and how variations are expressed as %FS.
Highlights that dust accumulation degrades performance and recommends using a filter.
Details how pressure and temperature affect mass flow rate measurement based on gas laws.
Notes that mounting direction can slightly alter output due to heat distribution, recommending horizontal installation.
Explains that output characteristics vary with gas properties like specific heat and thermal conductivity.
Describes sensor output behavior when flow rate exceeds or falls below the specified range, noting it's not covered under warranty.
Warns that humidity can affect measurement accuracy and recommends using dry gas.
Lists various applications and usage scenarios for the MEMS flow sensors across different industries.
Defines MEMS as Micro Electro Mechanical Systems, referring to integrated micro-component devices.
Explains accuracy metrics: %FS for full scale and %RD for reading value, detailing how errors are calculated.
Differentiates volumetric flow rate (dependent on P, T) from mass flow rate (independent of P, T).
Defines NLM/SLM based on standard pressure (1atm) and temperature (0°C) for mass flow rate definition.
Provides definitions for terms like Omron Products, Catalogues, Conditions, and User Application.
Clarifies that ratings are tested separately, reference data is for guidance, and examples are not warranted.
Advises users to conform to conditions, confirm fitness for application, and take safety measures for specific high-risk applications.
Outlines the one-year warranty period, what it covers, and exceptions like misuse or force majeure.
States that the provided warranty is the sole liability and disclaims other expressed or implied warranties.
Denies Omron's responsibility for user programming of programmable products and its consequences.
Requires buyers to comply with Japanese and international laws regarding the export of Omron Products.
To Next Page
