Horizontal Shaker Incubator NHSI-202 offers a spacious 200-liter capacity with an internal height of 295 mm. It provides a wide illuminance range with monochromatic white light adjustable from 0 to 12000 lx. This unit delivers precise environmental control with a stable temperature range of 4 to 60°C. It incorporates an LED lighting system for energy-saving illumination. Our incubator comes with a hollow double-layer tempered glass door for insulation and clear observation.
| Door opening method | Door upward |
| Capacity | 200 liters |
| Internal usable height | 295 mm |
| No. of trays | 1 |
| Maximum loading capacity | 2000ml×121000ml×18500ml×28250ml×43 |
| Illuminance | Monochromatic white light 0 to 12000lx |
| Temperature range | 4 to 60°C (Ambient temperature-15°C, minimum 4°C) |
| Temperature accuracy | ±0.1°C |
| Temperature uniformity | ≤±1.0°C at 37°C |
| Ambient temperature range | 5 to 35°C |
| Curve editing | 5-group/30-segment curve editing |
| Rotation way | Rotary/ reciprocating switchable |
| Rotation speed | 30 to 300 rpm |
| Rotation accuracy | ±1 rpm |
| Throw | 25mm/50mm |
| Timing range | 0 to 999.59H |
| Display | 7-inch color touch screen |
| Control | P.I.D microcomputer |
| Circulation | Forced circulation convection |
| Drive mode | Single-axis balanced drive |
| Tray material/Flask clamp/Chamber material | Stainless steel type 304 |
| Illumination/UV lamp | 8W/8W |
| Bearings | Original imported double row bearings |
| Compressor | Variable frequency compressor |
| Clamp types | Stainless steel flask clamp, plastic clamp, spring, test tube rack, sticky plate, ELISA plate, etc |
| Heating power | 800W |
| Cooling power | 334W |
| Motor power | 130W (High-quality servo motor) |
| Power supply | 220V±10%, 50/60Hz |
| Tray size | 890×480mm |
| Internal dimension | 970×550×375mm |
| External dimension | 1250×650×1060mm |
| Net weight | 216 kg |
Horizontal Shaker Incubator NHSI-202 delivers stable light and temperature conditions to promote the growth and development of plants and algae. It is widely used in plant physiology studies, algal research, and laboratory-based cultivation experiments.
