REFLOW SIMULATOR SRS-3L
The production board is heated as it is, and the warpage is measured in 3D.
Feature
● Reproduces a state close to the actual reflow environment by convection heating with hot air
● Compatible with large boards, maximum board (parts) dimensions 360x360mm Height ± 30mm
● Uses a high-speed, high-precision sensor to measure warpage / displacement and coplanarity of substrates and parts in a heated state.
● JEITA ED7306 Package warpage measurement method compliant p>
JEITA ED7306
R&D, quality control, etc.
Product specification
Item | Specification |
---|---|
Model Name | SRS-3L |
Applicable Circuit Board | Up to 360mm×360mm |
:Device height 30mm or less | |
Outer Dimension | 1344W×900D×1290H |
Observation device dimensions | 700W×452D×168H(mm) |
Heater section dimension | 516W×170D×335H(mm) |
Air circulation device | 431W×140D×500H(mm) |
Heating Method | Hot air(air or N2 air) Heater(2kw×4、500w×3) |
Cooling Method | Flowing air or N2 air (with flow adjustable valve) |
Power Supply | 200V 50/60Hz 10kVA 3Phase |
External gas | 0.3~0.5MPa 100L/min(MAX) |
Oxygen concentration | At least about 100ppm |
Measurement temperature range | 0~330℃ |
Nitrogen consumption | 100L/min |
Number of measurement points | 9ch |
Scan time (X-axis, Y-axis) | 150mm/sec |
Control software | SRS-3 Windows10 |
Weight | About400kg |
Sensor head specifications | |
Measurement height (object from sensor) | 245mm |
Measurement range (Z-axis height) | ±34mm |
X axis (width) | 72mm |
light source | Blue semiconductor laser |
Wavelength | 405nm(Visible light) |
Laser class | Class 2M |
Laser output | 10mW |
Repeatability Z axis (height) | 1μm |
Repeat accuracy X-axis (width) | 3μm |
Linear Z-axis (height) | ±0.04% |
Temperature characteristics | 0.01%ofF.S./℃ |
Sampling cycle (trigger interval)) | Max64kHz |
Camera specifications | |
Item | Specification |
Camera type | Single plate color camera |
Image sensor | 1/1.8 |
Total resolution | 1688 x 1236 Approximately 2 million pixels |
frame rate | 30FPS |
- ※ The above specifications are subject to change without notice.