Generate Catalog For: Digital Mold Incubator ADDM-506
Digital Mold Incubator ADDM-506 works with an innovative moist heat decontamination technology that combines to eliminate microbial growth ensuring worry-free operation. Advanced timing functions, accurately controls fan temperature, and convection conditions Designed with 250 L capacity stainless steel inner chamber that maintains the range of temperatures between 0 ° C to 60 °C. Easy-to-view LCD indicates time, set temperature, and actual temperature running status.
Features :
  • Working Chamber and housing constructed with high-quality corrosion-resistant and easily cleanable stainless steel
  • Designed with a large easy-to-read fluorescent display
  • Eco-friendly and highly efficient CFC-free refrigerant
  • A simple calibration routine ensures temperature accuracy
  • Emits low noise for smooth operation
  • Incorporated with a sensor with an audible and visual alert
  • Digital PID temperature controller for easy and fast response
  • Simple and convenient handling
  • Built-in lockable door with alarm for restricted access
  • Include USB and RS232 communication interface and software for remote PC control
  • Built-in fan-assisted air circulation
  • Low maintenance requirement
  • Safety and Sanitation
  • Energy-efficient and accurate
  • Safe and user-friendly
Specifications :
Capacity 250 L
Temperature Range 0 °C to 60 °C
Fluctuation ± 0.5 °C
Accuracy 0.1 °C
No of Tray 2
Control System Microprocessor PID
Ambient Temperature 10 °C to 30 °C
Convection Mode Forced Convection
Power 1100 W
Voltage AC200V/50Hz
Time Range 0 to 9999 min
Dimension( (H× W × T) 1088 × 508 × 449 mm
External Dimension 1730 × 650 × 740 mm
Packaging Size 1935 × 760 × 890 mm
Net Weight 136 Kg
Gross Weight 162.5 Kg
Applications :
Digital Mold Incubator is widely used in research facilities, laboratories, educational environments, pharmaceuticals, hospitals, and medical fields. Ideal for the determination of BOD in wastewater monitoring, microbial culture, preservation, and breeding experiment.
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