Shaker Incubator EZL-SI82 Catalog

Description

Shaker Incubator EZL-SI82 is a cost-effective and space-saving alternative for bacterial culture applications, with a smooth compact design that doubles the capacity of smaller and bigger flasks. The unit has a usable volume of 280 L, a swing amplitude of 26 mm, and exceptional temperature stability of 0.1°C over a temperature range of RT +5°C to 60°C. It incorporates an LCD panel for parameter settings and can execute sophisticated operations with a single constant temperature control and numerous temperature controls.

Specifications

Volume 280 L
Shaking Speed 40 to 300 rpm
Speed Accuracy ± 1 rpm
Swing Amplitude φ 26 mm
Temperature Range RT +5°C-60°C
Standard Configuration 250ml×35 or 500ml×24
Maximum Capacity 250ml×70/500ml×48/1000ml×24/2000ml×8
Tray Size 740×460 mm
Tray Included 2
Temperature Accuracy ± 0.1°C
Temperature Uniformity ± 1°C
Timing Range 1-9999 Minutes
Power Rating 550 W
Power Supply AC 220V-240V ± 10%, 50-60 Hz
Volume (W×D×H) 84×52×64 mm
Exterior Dimension (W×D×H) 95×70×126 mm
Net Weight 220 kg

Features

  • ✓ It is a combination of an incubator and a shaker
  • ✓ Flask clamps, plastic clamps, funnel clumps and dedicated platforms are provided
  • ✓ The shell is made of high-quality steel, and the chamber is polished stainless steel
  • ✓ Panel with a sloped design and a large LCD display
  • ✓ A data memory function is available to eliminate faulty operation
  • ✓ Non-volatile memory that, when power is restored, the unit will automatically restart as originally programmed
  • ✓ The heating is switched off and audible and visual alarm are alerted if the measuring temperature deviates from the set temperature by 3°C
  • ✓ Complex and quick refrigeration system for faster cooling and automatic defrost
  • ✓ A high-torque motor for continuous operation
  • ✓ A large view window and built-in lighting for easy observation
  • ✓ Low noise, luxury and leak resistant

Applications

  • ✓ These double layer shaking incubators have been designed specifically for modern biological engineering departments, and include bacterial, tissue, germ cultures, yeast and liquid culture incubation, culture plates, fermentation, hybridization and biochemical research. All of these tests require high temperature performance as well as a stable vibration frequency.