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General| Firmware | Marlin |
|---|---|
| Driver | DRV8825 |
| Voltage Input | 12-24V DC |
| Output Voltage | 5V |
| Communication Interface | USB, UART |
Defines WARNING, CAUTION, and NOTE messages used in the manual.
Describes symbols that may appear on the device itself.
Outlines general safety precautions for instrument operation.
Introduces the G-Series MFC product line and manual organization.
Highlights benefits like increased throughput, accuracy, and cost reduction.
Discusses straightforward integration via Ethernet and ease of operation.
Details available analog and digital I/O options for control.
Explains the structure and content of the manual.
Provides contact information for calibration and service centers.
Describes the typical configuration of a flow control system using MFCs.
Explains the process of measuring mass flow rate.
Details the path of gas through the MFC from inlet to outlet.
Specifies the controllable full-scale flow ranges for MFCs.
Explains the differential heat transfer method used for flow measurement.
Details on controller electronics and control valve.
Explains the MFC's technology, algorithms, and operation.
Discusses using pre-stored gas parameters for non-Nitrogen gases.
Instructions for unpacking and product location/environmental needs.
Details mounting specifications and step-by-step installation guide.
Information on analog I/O interface cables and options.
Procedures for analog MFC start-up, warm-up, zeroing, and valve override.
Introduction to Ethernet, DeviceNet, Profibus, and RS485 interfaces.
Procedure to install the Java plug-in required for the web interface.
Provides options for establishing Ethernet network communication.
Steps to access the MFC's web interface after network setup.
Covers logging on, monitor mode, device page, plot page, and config page.
Covers entering setup mode, device/plot/config pages, and creating gas instances.
Changing flow range, gas instances, and updating firmware.
Procedures for zeroing the MFC and running diagnostic tests.
General advice on checking cables and enclosures for wear and damage.
Recommendations for recalibration and zero adjustment procedures.
A table listing symptoms, possible causes, and corrective actions.
Detailed performance parameters for MFC models.
Physical dimensions, materials, and fittings of MFCs.
Electrical input, output, and communication details for MFCs.
Explains the overall model code format and its components.
Details specific codes for flow range, fittings, connectors, seals, and firmware.
Explains the overall model code format and its components.
Details specific codes for flow range, fittings, connectors, valve type, and firmware.
Provides dimensional drawings for GE50A and GM50A MFC/MFM units.
Provides dimensional drawings for the GV50A MFC with integral shut-off valve.
A form required for equipment returns for service or repair.
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