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General| Brand | Vitrek |
|---|---|
| Model | Xitron 2000 Series |
| Category | Portable Generator |
| Language | English |
Details the features and capabilities of the 2000 series instruments.
Lists the key capabilities and specifications of the 2000 series instruments.
Describes the 16-character LCD display and its functions during operation.
Explains the function of the power switch and its relation to battery charging.
Details the red "BATT CHG" and green "OK" LED indicators.
Describes the front panel binding posts for output connections.
Details the 20 keys used for manual entry and actions, including numeric, +/- and arrow keys.
Describes the function of Units/Enter, CLR, and MNU keys.
Describes the receptacle for the charging module connector.
Details the connection for thermocouple simulation or measurement.
Discusses slots for IE-BAT and RS-BAT interface options.
Describes battery types and initial charging recommendations.
Explains the procedure for charging the internal battery.
Explains how to interpret the "BATT CHG" light for charging status.
Details the process of charging from the dedicated charging module.
Lists various optional charging modules and cables.
Covers basic user interface operations via the front panel.
Describes the power-on sequence and initial self-tests.
Guides on connecting test equipment to output terminals.
Explains how to interpret instrument status on the display.
Explains how menu-selectable modes are displayed.
Details switching between Operate and Standby modes.
Guides on entering numeric data, including multipliers and corrections.
Instructions for directly setting voltage or current output levels.
Explains how to reformat the display using multiplier keys.
How to enter temperature data for simulation.
How to reverse output polarity using the +/- key.
Steps to enter the "Adjust" mode for calibration.
How to adjust output levels incrementally in "Adjust" mode.
How to change the digit being adjusted.
Procedure to exit the "Adjust" mode.
How to set default power-on states and output levels.
How the instrument computes output based on an equation.
Steps to set up the calculated output mode.
How to operate the instrument in calculated output mode.
How to exit the calculated output mode.
Steps to activate the instrument's measurement mode.
How to display measured voltage.
How to display measured temperature.
How to reformat display using multiplier keys.
How to simulate thermocouples using the instrument.
Details setting up thermocouple simulation and measurement parameters.
Step-by-step guide to set up thermocouple simulation.
Step-by-step guide to set up thermocouple measurement.
How to select the desired thermocouple type.
Explains the structure and data stored in the 10 memory steps.
How to access and edit memory steps via the front panel.
Detailed procedure for editing stored memory steps.
How to recall previously stored memory steps.
How memory steps affect instrument status upon recall.
Notes on editing memory steps when they are in use.
Using "Adjust" mode in conjunction with memory recall.
Storing thermocouple simulation parameters in memory.
Discusses the instrument's capability for stable low-level DC power output.
Setting scale and offset factors for computed output.
Steps to configure thermocouple simulation parameters.
Steps to perform thermocouple output measurement.
Using the instrument as a short-term transfer standard for accuracy.
Using the instrument as a reference source.
Using the instrument as a floating source.
Testing DC-controlled circuits.
Procedures for performing internal calibration.
Explains the need for periodic external calibration.
Lists the equipment needed for recalibration.
Steps to open the instrument chassis for internal access.
Details the RS232 interface for control and interrogation.
How to select the RS232 data format and baud rate.
Explains the use of RTS/CTS handshake lines for RS232.
Details the IE-BAT interface for computer control.
How to switch between remote and local control modes.
How to select the IEEE488 interface address.
Explains IEEE488 handshake timing and SRQ capabilities.
Lists IEEE488 bus commands like Device Clear and Serial Poll.
Discusses interface reset behavior for handshake errors or address changes.
How to read displayed data via RS232 or IE-BAT interfaces.
How to send commands to the instrument via interfaces.
Commands corresponding to front panel key presses.
Commands for commonly used functions.
Detailed specifications for DC voltage output.
Detailed specifications for DC current output.
Specifications for the voltage measurement capability.
Specifications for thermocouple simulation and measurement.
Details battery discharge/charge times and status indicators.
Details the specifications of the universal charging module.
Lists battery types and explains voltage level indicators.
Recommended warm-up periods and operating/storage environments.
Electrical isolation specifications and computation capabilities.
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