Thermal Test Systems – Temperature Cycling Test – Test Chambers – Temperature Forcing Systems – Temperature Test Chambers
Thermal Shock – Temperature Cycling Test – Temperature Chambers – Temperature Cycling Test – Temperature Chambers
The ThermalAir TA-5000 Series of temperature forcing systems bring precise thermal testing capabilities directly to your test application, exactly localizing to where thermal conditioning temperature cycling is required. ThermalAir TA-5000 temperature systems provide flexible thermal test solutions for an array of products and technologies.
-100°C / +300°C
An Evolution in Thermal Conditioning
ThermalAir TA-5000 Series of Temperature Test Systems
Temperature Conditioning System
Instead of taking your test parts that need temperature conditioning to a large oven or large environmental test chamber, our thermal test system allows you to perform your temperature profiling right where you need it – at your test bench, on your production floor or in your test laboratory.
Temperature Forcing Systems – Temperature Forcing Systems – Temperature Test Chambers – Thermal Shock – Temperature Testing Chamber
Failure Analysis Testing
Hot/Cold Temperature Cycle Testing
MIL-SPEC-883 Test Methods
Semiconductor Back-End Test
IC Test Handler Verification
Cooling Test Article Full Cycle
Environmental Stress Screening
ThermalAir TA-5000A Temperature Cycling Test Systems
The ThermalAir TA-5000 series of products have a wide range of temperature test capabilities. Benchtop -60°C to +200°C applications to temperature cycling -80°C to +225°C environmental stress test. The TA-5000 series are used for temperature testing in engineering product development test labs and production test floors for semiconductor IC devices and all kinds of electronic / non-electronic components and other parts and assemblies.
Dimensions & Working Height
Thermal Test Equipment – Temperature Forcing Systems – Environmental Test Chamber – Thermal Test Equipment – Temperature Chambers
ThermalAir TA-5000A Head with Glass Chamber
Outputs a controlled clean dry thermal air stream directly on your test part
OUTPUT TEMPERATURE CONTROL
HOW DOES IT WORK
User can control ThermalAir output temperature flow rate from 4 to 25 SCFM
(Continuous Gas Flow from -80°C to +225°C 24hrs/7days a week)! The ThermalAir temperature system is all self-contained. You just plug it in and it’s ready to start thermal testing your parts. [No configuration required].
The main temperature control of the TA-5000A is at the temperature thermocouple in the output gas nozzle. This is AIR MODE temperature control. The TA-5000A has a thermocouple imbedded in the tip of the output gas nozzle and needs no additional attached thermocouple sensors to control temperature of the ThermalAir system.
The TA-5000A has several ways to control temperature. The thermal stream system uses external thermo couples. The most common temperature thermo couple input temperature sensors the thermal stream using are T-Type & K-Type thermo couples. The MPI ThermalAir system also has multi-channel (resistance temperature detectors) RTD and Diode inputs for precise temperature control of the thermal stream system.
Temperature Forcing Systems – Thermal Test Systems – Environmental Test Chamber – Temperature Forcing Systems – Temperature Chambers
– 4 USB-Type A
– 1 USB-Type B
– Labview Drivers
PLUS Auto Start Test & End of Test for automatic temperature cycling Hot-Cold-Amb. All this makes for simple control and service ability.
Plug & Play Remote
No need to rewrite test programs
Compatible with Legacy Products
Download the Datasheets
Two Color Touch Screen Displays
The ThermalAir TA-5000A has a front panel display and a thermal head display. The thermal head color touch screen gives the user the ability to set temperature parameters and monitor all system operations at the test site location.
Temperature Cycling Test – Thermal Test Systems – Temperature Testing Chamber – Thermal Shock – Temperature Test Chamber
ThermalAir Color Touch Screen GUI
6 Users Friendly Easy Icons
MAIN Users Defined Preset Temperature Settings
CYCLE Hot/Cold Temperature Cycle User Profiles
SETUP Save/Load Temperature Parameters
UTILITIES Configuration, Calibration & Diagnostics
REVIEW Real-time & History – Full Temperature Graphs
DATALOG Chart Time & Temperature to USB
Remote Control Operation can be accomplished by VNC protocol to remotely view TA-5000 status and control. Remote from PC, laptop, mobile phone, and more. Install third party VNC Viewer App for IPhone and Android to control the ThermalAir TA-5000.
Specification Features & Benefits
Ultra Cold Temperatures maintained at 50&60Hz
Dual Touch Screens – front panel & thermal head
Plug-in anywhere from 200~250VAC, 1Ø
ECO smart DC system for up to 50% energy saving
No voltage configuration to use at different locations
Versatile Boom & Stand – Extended reach standard
SSD for thermal file management and data logging
Control Heated dry air purge for frost free operation
One touch Temp Cycle, Ramp, Soak and Dwell
Ultra low audible noise for quiet engineering lab use
ThermalAir TA-5000A Accessories
Design for Performance
Semiconductor IC devices on the test bench top setup in an engineering product development environment.
MPI ThermalAir temperature forcing systems provide a direct thermal stream of clean dry hot and cold air directly to the part that needs to be thermal tested. Environmental stress screening, temperature conditioning, thermal shock and other temperature test requirements is that the ThermalAir temperature systems bring to the test.
Airflow: High capacity 10 l/s (20 scfm) continuous airflow optimizes temperature transition rate and throughput.
Typical Temperature transition rate: -55° to +125°C: approximately 10 seconds +125° to -55°C: approximately 10 seconds
Temperature Control: Environment Air or External DUT sensing directly at the DUT case to ±1.0°C
Temperature control Sensor Ports: Type T or Type K thermocouple, and 100 ohm RTD
Temperature set, display and resolution: ±0.1°C
Temperature Accuracy: 1.0°C ( calibrated to NIST standard)
Remote interface ports: Four: IEEE-488, RS232C, SOT/EOT/SFF, And Ethernet, 4 USB-Type A, 1 USB-Type B, VGA, LAN, PLUS Auto Start Test & End of Test for automatic temperature cycling Hot-Cold-Amb. All this makes for simple control and service ability.