? Adopt divided structure: furnace + power supply box and controller. Elegant and compact design occupying small laboratory space, versatility and high performance.
? The whole sample preparation process is carried out automatically by PLC, include automatic sample deliver, automated crucible rocking, automatic melt pouring, and automatic sampling.
? The furnace temperature is measured by platinum-rhodium thermocouple which can accurately measure and control the fusion temperature in the crucible and melt pouring. Temperature stability: ±0.1℃, max. usable temperature is 1250℃ for fusion。
? One-button operation. Touch-screen programmable controls and real-time temperature and process large-screen display for fusion process. 8 programs with individual parameters sets for fusion process which like heating process set, temperature rise speed, pre-oxidation temperature, final temperature, crucible rotation speed, rotation starting temperature, cooling time, fan or not, air volume can be preset.
? Automatic rocking of crucible during fusion to ensure a homogeneous and bubble-free melt by program control.
? Automatic melt pouring to ensure the high sample smoothness. Fully automatic, superior accuracy, homogenization and smoothness ensure the superior reproducibility of the sample.
? With the newest insulation material and compact fusion chamber design, the energy consumption is the lowest. There are not electromagnetic field radiation hazardous and gas, no toxic products in fusion process.
? Heating with four silicon carbide rods, simple circuits and structure ensure the high reliability of the fusion. There are over-heat, broken thermocouple, broken silicon carbide rod, and automatic movement limit protection can form multi-protection of the system ensure safe use.
? This unit allows you to run up to 4 samples at the same time (maximum 6 samples if required by user). Low maintenance and repair cost. These make the FSC-01 fusion show high performance-to-price ratio.
? Mining and geological samples, silica, silicates clay, ores;
? Cement, lime, limestone, carbonates, glass, slag;
? Sulfides, fluorides;
? Bauxites, alumina;
? Catalysts, pigments;
? ceramics, event metals and so on
Model | FSC-01 |
Usable temperature | 20-1250℃, continuously adjustable |
Heating rate | Max. 35℃/min during fusion process |
Heating unit | Four pieces of silicon carbide rod |
Accuracy of control temperature | ±0.1℃ (Temperature monitored by thermocouple) |
Max. power draw | 10kW |
Power supply | AC 220V, 50/60Hz, 63A, single phase, with earth |
Crucible rocking amplitude | Max. ±40°(6 classes) |
Crucible rocking speed | Max. 1Hz(6 classes) |
Forming method | Automatic melt pouring |
Control system | Integrated operation and display panel: LCD touch screen, PLC controller, PID thermostatic control |
Processes of fusion cycle | Warm up → Oxidation →Fusion 1→Fusion 2 |
Standing time before melt pouring | Adjustable |
Standing time after melt pouring | Adjustable |
Time of melt pouring facilitated by vibration | Adjustable |
Fusion mode | Automatic sample deliver → Automated crucible rocking → Automatic melt pouring → Automatic sampling |
Sample position | Multi-sample: 4 positions (maximum 6 samples if required by user) |
Sample preparation speed | 4 samples per 12~18min |
Safety protection | Over-heat, broken thermocouple, broken silicon carbide rod, and automatic movement limit protection |
Crucible and casting dish | Pt/Au: 95/5 |
Net weight | 150kg (Furnace + Power supply box and controller) |
Dimensions (L×W×H) | Furnace:680×650×560 mm Power supply box and controller:630×260×420 mm |