Temperature conditioners (Girafe, Thermal Stream)
TA-5000: from -85°C to +225°C
Applications
The MPI ThermalAir TA-5000 high-capacity temperature conditioner system is used for temperature testing, rapid thermal cycling, and temperature characterization of electronic and non-electronic components, hybrids, modules, printed circuit boards, and other electronics at precise temperatures from -80°C to +225°C.
The TA-5000's DC-controlled power adjusts almost instantly to your temperature settings and real-time test conditions, providing precise temperature control when you need it while saving energy .
Some applications :
- Failure Analysis Test
- Hot/cold temperature cycle testing
- MIL-SPEC-883 Test Methods (military and space applications)
- Product engineering
- Semiconductor back-end testing
- IC Test Handler
- Functional test
- Cooling test
- Environmental stress test
Specifications
The TA5000's strong points:
- Ergonomic and easily transportable device
- Ultra-quiet!
- Ecological with up to 50% energy savings
- The efficiency of ultra-stable DC temperature control
- Ultra-cold temperatures maintained at 50 and 60 Hz
- Two color touch screens on the station and head used for maximum ergonomics
- SSD for thermal file management and data recording
- A single system worldwide compatible with all types of voltage and frequency
- No need for N2 or CO2 (integrated air cooler and dryer)
- Ability to work in remote
Regulations
The TA-5000’s integrated air drying and filtration system forces clean, dry air (CDA) through its powerful internal cooler/heat exchanger to provide setpoint temperatures.
The user can control the TA-5000’s outlet temperature flow rate from 4 to 25 SCFM, with continuous flow over the entire temperature range, 24/7.
The TA-5000’s primary temperature control is via the temperature thermocouple integrated into the outlet nozzle tip.
External thermocouples (Type K or T) can also be used.
The MPI ThermalAir system also features multi-channel RTD and diode (resistance temperature detector) inputs for precise temperature control of the heat flow system.