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Divides calibrator functions into Measure/Generate (A-section) and Measure (B-section) functional blocks.
Explains A-section microprocessor's role in electrical measurements and simulations using ADC/DAC.
Describes B-section microprocessor's function in measuring, switch detection, and serial communication.
Explains operational warning messages like NO TCAL, NO ID, and various ERROR codes.
Lists and describes hardware error codes, their potential causes, and troubleshooting guidance.
Provides guidance on troubleshooting, repair, and disassembly/reassembly for maintenance.
Details steps for safely taking apart and reassembling the calibrator for maintenance or upgrades.
Explains installing new software versions by replacing EPROMs on processor boards.
Describes how to purchase and install software options using security codes and serial numbers.
Provides instructions for replacing the calibrator's internal battery pack to maintain data.
Offers guidance on diagnosing hardware faults by examining specific assemblies and components.
Discusses tolerances, component accuracy, and the necessity of periodic calibration for maintaining accuracy.
Lists essential equipment for calibration, including DC calibrators, meters, resistors, and thermocouples.
Outlines necessary environmental conditions and pre-calibration checks for optimal accuracy.
Details calibrating B-section measurements using specific codes, signals, and calibration points.
Explains calibrating A-section measurements, including signal connection, value entry, and saving factors.
Describes resistance simulation calibration, equipment, connection requirements, and calibration points.
Covers calibration for internal reference junction compensation using thermocouples or thermometers.
Details the process of calibrating reference junction compensation using a thermocouple.
Explains calibrating reference junction compensation using a small temperature sensor.
Explains how to save or change the calibration dates for both A and B sections.
Describes auto calibration for mA, mV, V generation ranges to improve ramp function and settling time.
Allows setting the calibration period, with factory default at 6 months, and managing calibration reminders.
Details the TC305/TC303 computer interface, connection requirements, and warnings about signal levels.
Lists interface specs: baud rate, parity, data bits, flow control, and error checks.
Explains the structure and usage of standard and special commands for controlling the calibrator.
Covers commands for communication control (checksum, acknowledgement) and line termination settings.
Details commands for configuring electrical units, temperature modes, sensor types, and scales.
Lists commands for enabling calibration, performing specific routines, and setting serial numbers.
Describes commands that can get or emulate key presses on the calibrator's keypad.
Covers commands for retrieving system details, setting/getting the date, and displaying messages.
Explains special commands like RESET305 for factory settings and CAL305 for enabling calibration.
Lists and describes status codes and error messages encountered during serial communication.
Details the character-by-character format of measurement printout lines and their positions.
Provides an algorithm for calculating checksums, likely for serial communication.
Lists RS-232 options that can be saved or restored, affecting communication behavior.
General| Brand | BEAMEX |
|---|---|
| Model | TC305 |
| Category | Test Equipment |
| Language | English |
