| model numberSDC-1500 | typeRack Mount High Temperature Type | |
| size（L*W*H） 1670*656*1406mm | weight500KG |
| CCDSONY high-speed industrial-grade chip, 1.3 million pixels, 25 frames/S | ||
| camera lens0.7-4.5 times high-definition telefocal length industrial microscope | ||
| Acquisition system adjustmentOptical imaging tilt, -10~10° continuously adjustable | ||
| light sourceDense LED adjustable blue tone industrial grade cold light source | |
| service lifeMore than 25,000 hours | |
| temperature control rangeNormal temperature to 1700°C under normal pressure, normal temperature to 1500°C under vacuum conditions | |
| Heating systemSilicon molybdenum rod heating element, constant temperature zone length 120mm, intelligent 30-segment programmable temperature control | |
| Heating pipeOuter diameter 60mm, inner diameter 50mm, length 1000mm | |
| Temperature measurement systemDual temperature monitoring system, both external and built-in, measurement accuracy ±1°C | |
| window flangeCoaxial double window flange device for contact angle test, built-in vacuum system and protective gas pipeline, built-in double water cooling device | |
| Professional base material for brazing experimentSupporting special materials for brazing experiments | |
| Vacuum rangePrecision molecular pump, room temperature can reach 10^(-5)Pa, vacuum 10^(-3)Pa | |
| Vacuum measuring rangeMeasuring range105~10-7Pa, full scale high precision vacuum gauge | |
| Gas protection systemEquipped with dual-channel inert protection device, which can use a process gas simultaneously or separately to protect the internal metal | |
| cooling system5-35℃ | |
| External dimensions（L*W*H）460*380*590mm | |
| water pump flow15L/min Cooling system capacity≥11L | |
| actual cooling capacity1520W | |
| Contact angle measurementHigh temperature contact angle measurement method; 30 segment high temperature settings (software intelligently sets temperature segments and controls temperature) | |
| surface free energySurface energy calculation; adhesion work, spreading coefficient | |
