Dragon
The temperature forcing system designed and developed by Froilabo, with over 100 years of experience in temperature control. The Dragon is the perfect solution to all your thermal test needs.
Excellent temperature stability: Ensure precision at every step of testing, with a temperature range of -70oC to +250oC.
Rapid temperature changes: Go from -55oC to +125oC in a matter of seconds, with high precision and accuracy at all temperatures.
Digital connections: Connect your computer to your Dragon for simple method creation and run monitoring.
Compliance at every step: Achieve the highest performance whilst adhering to the European norm in force: EN60068-3-11.
Product Description
A temperature forcing system which offers high precision and accuracy, to ensure successful thermal testing every time, with all testing in accordance to the European norm in force: EN60068-3-11.
Excellent temperature control:
With a wide temperature range, to ensure efficient testing every time.
- Easy to operate, with fast return to temperature to allow for continual analysis throughout the day.
- Operate between -70oC and +250oC and change temperature in a matter of seconds – for efficient testing of all temperature parameters.
- Adaptable to your needs: with an adjustable air flow between 2.2 l/sec and 8.4 l/sec.
Wide variety of applications:
In many industries, it’s essential to characterize and verify product performance when subjected to temperature variations, and Froilabo’s Dragon is the perfect solution. Our versatile and stable thermal unit is perfect for a wide range of applications, from heating electronic components, to performing climatic simulations.
Applications of the Dragon include:
- Heating electronic components
- Heating printed circuit boards
- Performing climatic simulations
- Electronic characterization
- Temperature cycling and targeted freezing applications
- Aerospace and defence
- Photo-electronics material suppliers
Plug and play technology:
The user-friendly Dragon works around your needs, to ensure maximum efficiency of your testing.
- Remote connection: Easily create methods and see run status by connecting the Dragon to your computer.
- Easy transportation: with a guide handle and 4 wheels for easy manoeuvring into desired location to perform testing
- Adaptable to your needs: with a steerable motorized arm and head
- Secure testing: with a password protected touch screen
- Diversity with performance: With three working methods, manual, automatic and programmable – select the one that’s right for your application.
Model
Reference | Description | External dimensions W x D x H (mm) |
---|---|---|
Dragon | Thermal air conditioner -72°C to + 250°C | 900 x 700 x 1040 |
Software
Options and Accessories
Reference | Designation |
---|---|
DRAG/BUSE1 | Nozzle dimensions W x L x H (mm) Exteriors: 45 x 45 x 35 Internals: 34 x 34 x 20 |
DRAG/BUSE 17 | Nozzle dimensions W x L x H (mm) Exteriors: 110 x 110 x 65 Internals: 100 x 100 x 50 |
DRAG/BUSE18 | Nozzle dimensions W x L x H (mm) Exteriors: 105 x 90 x 35 Internals: 95 x 80 x 25 |
DRAG/BUSE19 | Nozzle dimensions W x L x H (mm) Exteriors: 100 x 100 x 37 Internals: 90 x 90 x 25 |
DRAG/BUSE3 | Nozzle dimensions W x L x H (mm) Exteriors: 75 x 50 x 35 Internals: 60 x 37 x 20 |
DRAG/BUSE4 | Nozzle dimensions W x L x H (mm) Exteriors: 75 x 75 x 35 Internals: 65 x 65 x 20 |
DRAG/BUSE5 | Nozzle dimensions W x L x H (mm) Exteriors: 80 x 45 x 35 Internals: 70 x 35 x 20 |
DRAG/BUSE6 | Nozzle dimensions W x L x H (mm) Exteriors: 95 x 48 x 35 Internals: 80 x 40 x 20 |
DRAG/BUSE7 | Nozzle dimensions W x L x H (mm) Exteriors: 100 x 45 x 35 Internals: 90 x 35 x 22 |
DRAG/BUSE9 | Nozzle dimensions W x L x H (mm) Exteriors: 125 x 54 x 35 Internals: 110 x 40 x 20 |
DRAG/CONT | IEEE 488 interface (GPIB) |
DRAG/INSTAL | Setting up and starting the device (by Froilabo technician) |
DRAG/TRAIN1 | Training “Getting started with your Dragon” (1/2 day by Froilabo engineer) |
DRAG/TRAIN2 | Training “Go further with your Dragon” (1 day by Froilabo engineer) |
DRAG/COMM1 | Customised preparation of your protocol T(remote support before implementation) |