| |
DL41 |
| Performance and Structure |
| Water evaporation rate |
Max. approx. 3,000 ml/h |
| Spraying system |
Two-liquid nozzle system (Dia. of orifice : 0.7mm) |
| Spray/hot air contact system |
Downward spray parallel flow system |
| Sample liquid feed pump |
Quantitative peristaltic pump, flow rate variable up to 80ml/h. |
| Aspirator |
Bypass-type commutator blower, air flow rate variable up to 1m3/min. |
| Temperature control |
Temperature control by thyristor, temperature control range : 40deg.C to 300deg.C |
| Heating source |
Stainless steel pipe heater (2.0kW×2pcs.) |
| Drying chamber dimensions (mm) |
450 (Dia.)×1,000 (H) (Glass part) |
| Material |
Drying chamber, cyclone, product vessel : Super hard borosilicate glass (other tubes are made of stainless steel and silicone rubber hose) |
| Additional operating features of the nozzle |
Automatic orifice clean out (needle knocker), clean out of any powder adhered to the tip (nozzle blower) |
| Additional operating features of the body |
Automatic raising and lowering of the head (for washing of the drying chamber and hot air blower) |
| Instrumentation |
Control function : Inlet temperature, hot air flow, sample pump feed quantity, atomizing air pressure, orifice clean out time.
Meter : Temperature recorder of inlet and outlet temperatures, dry air flow meter, atomizing air pressure gauge. |
| Standard |
| Power source (50/60Hz) |
AC 200/220V, single phase
25A/23A |
| External dimensions(W×D×Hmm) |
1,060×880×1,750 |
| Weight |
Approx. 180kg |
| Accessories |
| Pump tube |
6.4(O.D.)mm×3.2(l.D.)mm x 2(L)m 2pcs. |
| Air hose |
7.9(l.D.)mm×3(L)m 1pc. |
| Exhaust duct |
50(l.D.)mm×3(L)m 1pc. |
Specifications
The hot air inlet and drying chamber cover automatically move up and down, and since thecyclone and product vessel can easily be removed, cleaning at the finish of your experiment is easy.
