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Horizontal Shaker Incubator NHSI-200 Catalog

Overview

Horizontal Shaker Incubator NHSI-200 features a 200-liter capacity, supporting a wide range of applications. It offers a 25 mm throw that ensures thorough mixing and uniform agitation. This unit provides a clear and intuitive LCD interface for easy parameter monitoring. It utilizes a forced cross-flow circulation design to maintain uniform temperature conditions. Our incubator includes flexible operation with upward-opening doors that allow convenient access to the chamber.

Specifications:

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
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
Temperature editing Repeat/Pace/8-segment curve editing
Rotation way Rotary/ reciprocating switchable
Rotation speed 30 to 300 rpm
Rotation accuracy ±1 rpm
Throw 25 mm
Timing range 0 to 999.59H
Display LCD
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
Decontamination method UV sterilization
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
Features:
  • > Durable stainless-steel construction
  • > Efficient mixing action
  • > Multiple safety protections
  • > UV sterilization system
  • > Double-layer glass door
  • > Energy-efficient operation
  • > Long-term reliability
Applications:

Horizontal Shaker Incubator NHSI-200 provides a controlled environment for optimal growth of microorganisms, cells, and tissues through precise temperature and shaking. It finds applications in biology, medicine, agriculture, environmental science, and related research fields.

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