What to do if the internal temperature is above 75°C in Agilent Technologies XGS-600 Controller?
If the internal temperature of your Agilent Technologies Controller is above 75° C, allow the unit to cool. Also, verify that the fan is operating correctly and ensure adequate ventilation around the unit. This issue might be caused by fan failure, blocked ventilation openings, or generally high internal temperature.
What to do if the filament is open or the cable is disconnected in Agilent Technologies XGS-600 Controller?
If the filament is open or the cable is disconnected in your Agilent Technologies Controller, use the second filament. If that doesn't work, replace the BA gauge. Also, make sure the cable is properly installed. The cause may be filament failure or a disconnected ion gauge cable.
What to do if pressure is above the maximum operating point for the gauge in Agilent Technologies XGS-600 Controller?
If the pressure is above the maximum operating point for the gauge of Agilent Technologies Controller, turn the gauges off before venting the system or use AUTO-ON. Also, wait for the vacuum to improve before turning on the ion gauges. This can happen if the system was vented from a vacuum with gauges on, or if you attempted to turn the gauges on with vacuum near overpressure limit.
What to do if the second filament is open or cable disconnected in Agilent Technologies XGS-600 Controller?
If the second filament is open or the cable is disconnected in your Agilent Technologies Controller, replace the BA gauge. Additionally, check the internal sensor board connections and ensure the cable is plugged in, as the cause might be filament failure or a disconnected ion gauge cable.
What to do if no convection sensor is detected in Agilent Technologies Controller?
If no convection sensor is detected by your Agilent Technologies Controller, check the cable connection and replace the sensor if necessary, as the issue could be due to a disconnected cable or sensor failure.
What to do if the grid voltage is too low in Agilent Technologies XGS-600 Controller?
If the grid voltage is too low in your Agilent Technologies Controller, check the BA gauge for a grid to filament short or a grid to housing short. If this doesn't resolve the issue, replace the gauge. The cause may be that the pressure is too high causing a glow discharge or HFIG board failure.
How to fix no active gauge cable detected in Agilent Technologies XGS-600 Controller?
If no active gauge cable is detected by your Agilent Technologies Controller, check the cable connection to the XGS-600.
What to do for board comm internal communication error in Agilent Technologies Controller?
If you encounter a 'Board Comm: Internal communication error' on your Agilent Technologies Controller, cycle power to the unit. If the problem persists, the unit may need to be returned for repair. This error indicates that the motherboard and sensor board have stopped communicating.
General| Manufacturer | Agilent Technologies |
|---|---|
| Model | XGS-600 |
| Category | Controller |
| Type | Vacuum Gauge Controller |
| Number of Gauge Connections | 6 |
| Power Supply | 100-240 VAC, 50/60 Hz |
| Operating Temperature | 0 to 50 °C |
| Storage Temperature | -20 to 70 °C |
| Interface | RS-232, RS-485 |
Explains standard safety protocols like WARNING, CAUTION, VOLTAGE, and NOTE.
Details warnings related to electromagnetic compatibility according to EN 55011 Class A and FCC Part 15 rules.
Describes the XGS-600's compatibility with SenTorr and MultiGauge instruments.
Explains how to construct the part number for the XGS-600 controller based on card configurations.
Provides a description of the front panel and rear panel components of the XGS-600 unit.
Presents the physical dimensions of the XGS-600 unit in millimeters and inches.
Step-by-step guide for connecting power and gauge/I/O cables to the XGS-600 unit.
Lists available accessories for the XGS-600, including various cables and part numbers.
Details instructions and components for mounting the XGS-600 unit in a rack.
Provides a chart to help select appropriate gauge types based on vacuum regime and characteristics.
Lists cross-references for Agilent gauge settings compatible with competitor gauges.
Illustrates the navigation path between different operational screens of the XGS-600.
Explains how to navigate the interface and enter data using the keypad and keys.
Describes the main screen display, its components, and its functions upon power-up.
Explains the functions of the soft keys (SETPTS, SETUP, LARGER) on the main screen.
Details how to open and use the Set Point screen to configure output triggers.
Describes the Sensor Setup screen for configuring individual sensor parameters like ID, model, and calibration.
Explains how to select and configure the sensor model for optimal performance.
Guides users on selecting emission current for HFIGs based on pressure and filament health.
Explains the overpressure protection feature for HFIGs based on emission current.
Describes how to set the threshold pressure for the Auto-ON feature for ion gauges.
Details system-wide settings like units, serial mode, and lockout.
Shows the software versions for different boards within the XGS-600 unit.
Outlines the rules for installing different types of sensor boards into the XGS-600 slots.
Provides a detailed procedure for replacing sensor boards in the field, including safety precautions.
Explains the steps and precautions for replacing the mains fuse in the XGS-600.
Introduces the troubleshooting section, covering error codes and common problems.
Lists common error messages, their meanings, causes, and recommended actions for the XGS-600.
Provides general specifications for the XGS-600 instrument, including display, keypad, and communication.
Details specifications and features of the Hot Filament Ion Gauge (HFIG) board.
Details specifications and features of the Convection Gauge board.
Details specifications and features of the Inverted Magnetron Gauge (IMG) board.
Details specifications and features of the Analog Input board.
Lists the I/O pin assignments for different boards and connectors, crucial for integration.
Highlights features of the XGS-600 that are compatible with older MultiGauge and SenTorr products.
Lists significant design changes in the XGS-600 that prevent full backward compatibility.
Explains the format and characters used for ASCII serial commands sent to the XGS-600.
Lists available ASCII serial commands, their syntax, responses, and notes for controlling the XGS-600.
Provides instructions for setting up HyperTerminal to communicate with the XGS-600 via serial port.
Describes the data format for BCD serial commands and the card information byte.
Lists the Multigauge BCD commands supported by the XGS-600, including syntax and responses.
Provides a table of relative gas correction factors for various gases to adjust pressure readings.
Outlines the procedure and form for returning products, including safety certifications.
Details the terms and conditions applicable to product returns, including shipping and fees.
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