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General| Temperature Stability | ±0.1°C |
|---|---|
| Airflow | Adjustable |
| Controller | Digital PID Controller |
| Supply Voltage | 200-240 VAC, 50/60 Hz, Single Phase |
| Display | Touchscreen LCD |
| Communication Interface | RS-232 |
Covers topics within the preface, including customer information and support details.
Information for customers regarding the manual and system usage.
Details on how to get support, training, and repair services from Temptronic.
Information to have ready before contacting support for timely assistance.
Introduces the safety chapter and lists the sections covered within it.
Covers safety warnings and cautions for the TP04300 ThermoStream system.
Details various safety precautions, warnings, and cautions for equipment operation.
Safety instructions for operating personnel in French, covering hazardous conditions.
Safety instructions for operating personnel in German, addressing hazards like voltage and pressure.
Safety precautions for operations personnel in Spanish, detailing electrical and pressure hazards.
Safety regulations, warnings, and precautions in Swedish for equipment handling.
A step-by-step checklist for the initial setup of the TP04300A System.
Covers topics like manual scope, related manuals, and system documentation.
Details the purpose and content covered within this manual.
Lists other manuals that provide complementary information for the system.
Information on system warranty, performance reports, and owner registration.
Explains the different access levels (Basic, Medium, Full) and their system functions.
Details the four communication interfaces available for remote control.
Covers procedures for receiving and unpacking the system shipment.
Details necessary clearances, dimensions, and weight for system installation.
Instructions on how to attach the thermal cap and shroud to the thermal head module.
Describes the rear panel layout and connections for air and power supply.
Details power connection procedures and voltage requirements for the system.
Details how to connect the system to the compressed air supply.
Describes the various Input/Output ports available on the rear panel.
Instructions for connecting and using temperature sensors like thermocouples.
Strategies for optimizing test site setup against environmental factors.
Information on optional turnkey test enclosures for thermal testing solutions.
Introduces the system operation chapter and its three modes of temperature control.
Details the thermal head and manipulator assembly, including its positioning and locks.
Details the Operator Control Module (OCM) interface, including touch screen and buttons.
Procedures for starting up and safely shutting down the system.
Describes the status screens used to monitor system operation, like Status Bar.
Explains the functions and layout of the Operator Screen in Full Access mode.
Instructions for setting up and running temperature cycles using the Cycle Screen.
Access to various system utilities for setup, calibration, and maintenance.
Access to system setup parameters and configurations for test optimization.
Access to historical data logging and review functions for test results.
Functions for recording and managing test data logs, including file management.
Guide for configuring a new test using the Air Mode for temperature control.
Guide for configuring a new test using the DUT Mode with external sensors.
Lists and explains system error messages and their resolution.
Procedure for setting the system's internal time and date via BIOS.
Introduces the chapter on remote communication interfaces and their capabilities.
Provides an overview of the system's remote interfaces and compatibility.
Instructions on enabling or disabling older software versions for compatibility.
Explains the syntax rules for commands used in remote interface communication.
Describes how the system processes received commands and queries.
Explains error reporting via IEEE-488.2 standard event status register.
Tips for optimizing communication speed by sending multiple commands efficiently.
Details settings and demonstration program for the IEEE-488.2 interface.
Information on the serial interface, including connector pinout and parameters.
Lists and describes the commands used for remote control of the system.
Details the Ethernet interface for network connectivity and remote control.
Details the MCT interface for test control signals and polarity settings.
Introduces the chapter on routine maintenance procedures.
Provides a suggested schedule for preventive maintenance tasks based on run time.
Procedures for regular inspection and cleaning of the system for optimal operation.
Instructions for removing and reinstalling system panels for access.
Covers maintenance for air path components like filters and mufflers.
Procedure for draining moisture from pneumatic filters to prevent freeze-up.
Steps for replacing the pneumatic filter element.
Procedure for replacing the post filter in the air dryer module.
Instructions for replacing the air muffler.
Procedures for verifying the accuracy of DUT, RTD, and Diode sensors.
Detailed procedure for verifying sensor accuracy at low temperatures.
Detailed procedure for verifying sensor accuracy at high temperatures.
Procedures for calibrating system sensors.
Explains the importance of calibration and the methods used.
Screen for selecting the sensor type (Air, T-Type, K-Type, RTD, Diode, TC Meter) to calibrate.
Procedure for calibrating the air sensor in Air Mode.
Calibration procedures for Type T and Type K thermocouples in DUT Mode.
Calibration procedures for RTD sensors in DUT Mode.
Calibration procedures for Diode sensors in DUT Mode.
Calibration procedures for TC Meter Mode, using offsets.
Introduces the Materials Safety Data Sheets for fluids used in the system.
Lists the detailed drawings and schematics available for the system.
Introduces the command set differences between TP04300A and TP04000A.
Lists the application notes detailed in the appendix regarding advanced operations.
Explains the three modes of temperature control for the TP04300 system.
Details the Air Mode for temperature control, its pros and cons.
Explains DUT Mode for direct temperature control of the device under test.
Describes common temperature control problems and suggests solutions.
Explains TC Meter Mode for controlling temperature via offsets, without a DUT sensor.
