Transmille 1000-Series User Manual
1000 series
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Table of contents
Document Outline
- Standard Limit
- 1000 Series Calibration Introduction
- Preparing The Calibrator For Use.
- Initial inspection.
- Lifting and Carrying the Calibrator
- Positioning the Calibrator
- Power and Interface Connections
- Checking the Line Voltage
- Power Line Inlet Fuse and rating
- Replacing the Power Line Fuse
- Connecting to a computer
- Connection Details
- Powering up the calibrator
- Output Connections
- Output Overloads
- Fuse Holder
- Switch
- Line Power / Fuse Ratings
- Operation
- Safety Warnings
- WARNING: The information in this section is intended only for qualified personnel. The user must at all times be adequately protected from electric shock. Qualified personnel must ensure that operators of the equipment are adequately insulated...
- WARNING: This instrument is capable of generating both DC and AC high voltages.
- Introduction to Operation
- Front Panel Controls and Indicators
- Graphic LCD Display
- Front Panel Keyboard
- Digital Control and Cursor Keys
- Terminal status LED’s
- 9 Pin Adapter Interface Connector.
- Safety Warnings
- Multiplier Keys
- Function Keys
- Numeric Keypad
- Soft Key Menus
- Connection Diagrams
- Setting An Output
- Using the Keyboard
- Adjusting the output using the digital control
- Display of % or ppm Error
- Setting a DC Voltage Output
- Setting a DC Current Output
- Setting an AC Voltage Output.
- Setting an AC Current Output
- Setting the Simulated Resistance Output
- Setting Passive Resistance Output
- Setting Capacitance Output
- Setting Frequency Output.
- Thermocouple Simulation
- PRT Output
- EA002 – 2/10/50 Turn Coil Adapter (Option)
- Insulation Resistance Calibration (Option)
- Insulation Test Voltage Measurement (Option)
- Continuity Resistance Calibration (Option)
- Continuity Current Measurement [1 Ohm] (Option)
- Output Protection and Safety Features
- Remote Programming
- WARNING
- The 1000 series calibrators can produce high voltages up to 1025V and must be programmed with due caution to prevent dangerous voltages from being present at the output terminals without warning to the operator.
- Any programs should be extensively tested to maintain safe operation and include safeguard’s such as error catchments and handling to ensure that any commands sent to the calibrator perform as expected and any that do not are safely handled to ensure ...
- Within the 1000 series command language, response codes are included to determine the operational state of the calibrator. These response codes can also be used to determine whether a command was received correctly and thus ensuring safe operation of ...
- USB Interface
- Returning to Local Control
- Programming Commands Overview
- Response Codes
- DC Voltage Commands
- AC Voltage Commands
- DC Current Commands
- AC Current Commands
- Passive Resistance Commands
- Capacitance Commands
- Simulated Resistance Commands
- Frequency Commands
- Thermocouple Simulation Commands
- Technical Description
- Calibration and Maintenance
- Appendix A