| Basic Component | Head of evaporator ×1 |
|---|---|
| Controller electronics ×1 | |
| Cable ×1 |
| Head of evaporator | |
| The structure | |
|---|---|
| Evaporator | Crucible type evaporator(Material:Alumina) |
| Inner volume of crucible | 3(dia.)×6(depth) mm |
| Heating method | Direct resistance heating by filament |
| Cooling method | Water-cooling type |
| Thermal monitor | W-Re thermocouple |
| Mounting flange | ICF70 |
| Full length (from the flange face to the head tip) | 93mm (minimum) * It's possible to extend it to the length of your request at the time of your order. |
| The performance | |
| Heating temperature | 1750 degrees centigrade max.*1) Various base adaptors for measuring Cell adaptor (light path length:1mm,2mm) |
| (The recommendation heating temperature when using continuously: 1600 degrees centigrade) | |
| The heating current and voltage | 7.5A-14V max. at 1750 degrees centigrade*1) |
| Controller electronics | |
| Input | |
|---|---|
| Input voltage | 100-240VAC |
| Output | |
| Maximum output voltage | 15VDC |
| Maximum output current | 7A (Digital meter indication) |
| The number of output | 4 channels change system |
| Output current adjustment | Manual adaptable |
| Thermal monitor | |
| Temperature sensor | W-Re thermocouple |
| The number of input | 4 channels (1 channel indication that is interlocked by control) |
| The number of display | 1 channel (interlocking system of control) |
| Thermal control | |
| Control circuit | Current output PI control based on temperature sensor input |
| The number of the control | 1channel (change system of 4 channels) |
| Setting temperature input | It's input by potentio 10 rotations and displayed to a digital meter. |
| Size of steel case | |
| about 430(width)×350(depth)×100(height)mm | |