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EQUIPMENT AND REAGENTS FOR LABORATORIES

EQUIPMENT AND REAGENTSFOR LABORATORIES

HomeProducts.EquipmentHeating/cooling/sterilizationIncubatorsMicrobiological incubator Isotherm IFA, 170 l

Microbiological incubator Isotherm IFA, 170 l

SKU 2100014IFA-170-8

Forced convection minimizes the risk of fluctuations, and the VentiFlow™ ventilation system will ensure uniformity of conditions. It is also worth noting that Solaris™ technology will provide maximum heat output by heating the chamber through the air casing. You can verify the accuracy of your metrics using the dashboard, which displays their current status. The integrated PID SmartSense™ microprocessor will make it possible to program the device and increase work efficiency. The Isocide™ coating combined with the ergonomic design of the camera eliminates the risk of contamination, so you will get a reliable result.

The IFA-170 microbiological incubator is best suited for simulating difficult conditions in microbiological and pharmaceutical research, as well as for various tests, including in the food industry. The volume of the inner chamber of 170 litres will allow working with a large number of samples, and the quality of materials from ESCO, in turn, guarantees the durability and reliability of the results.

IFA Isotherm® series model comparison table:
https://alsi.ua/mikrobiolohichni-inkubatory/mikrobiolohichni-inkubatory-esco-seriia-ifa-isotherm/

Manufacturer

ESCO

Type of equipment

Microbiological incubators

Series

IFA Isotherm®

Temperature range, ⁰С

+4… 100°С

Display

Fluorescent Digital

Working volume of the camera

Additional information

Important advantages of the IFA series:

  • Temperature range: ambient temperature from +7.5°C to +100°C;
  • Solaris™’ advanced chamber preheating design and technology ensure maximum thermal conductivity;
  • 4-zone heating system with air casing ensures stable temperature maintenance;
  • Forced convection will allow you to quickly switch the temperature and reduce the time required to heat the device;
  • The VentiFlow™ ventilation system will increase the homogeneity of the set parameters and minimize fluctuations;
  • Convenient control panel with bright LED display is located at the top of the device and is designed to control and monitor current conditions. PID microprocessor SmartSense provides ample opportunities for the selection of programs;
  • Heating elements are located inside the walls of the chamber, which allows to achieve maximum safety during operator operation;
  • Isocide™ outer antibacterial coating, which prevents contamination on the surface of your appliance by 99.9% within 24 hours;
  • The working chamber is made of stainless steel, all corners are rounded, the surface is resistant to corrosion and easy to clean;
  • Internal doors and shelves are easily removed and installed;
  • The use of economical low noise fans ebm-papst (Germany) reduces operating costs;
  • The device diagnostic function gives access to sensor output and temperature readings from previous operating cycles;
  • Two built-in independent overheating protection systems: electronic protection system, integrated into the microprocessor, and mechanical, with the ability to adjust from the side, does not depend on the microprocessor;
  • Overheating protection device class 3.1 DIN 12880;
  • Data output via RS485 interface;
  • Low maintenance costs.

 

Materials for download

Forced convection minimizes the risk of fluctuations, and the VentiFlow™ ventilation system will ensure uniformity of conditions. It is also worth noting that Solaris™ technology will provide maximum heat output by heating the chamber through the air casing. You can verify the accuracy of your metrics using the dashboard, which displays their current status. The integrated PID SmartSense™ microprocessor will make it possible to program the device and increase work efficiency. The Isocide™ coating combined with the ergonomic design of the camera eliminates the risk of contamination, so you will get a reliable result.

The IFA-170 microbiological incubator is best suited for simulating difficult conditions in microbiological and pharmaceutical research, as well as for various tests, including in the food industry. The volume of the inner chamber of 170 litres will allow working with a large number of samples, and the quality of materials from ESCO, in turn, guarantees the durability and reliability of the results.

IFA Isotherm® series model comparison table:
https://alsi.ua/mikrobiolohichni-inkubatory/mikrobiolohichni-inkubatory-esco-seriia-ifa-isotherm/

Manufacturer

ESCO

Type of equipment

Microbiological incubators

Series

IFA Isotherm®

Temperature range, ⁰С

+4… 100°С

Display

Fluorescent Digital

Working volume of the camera

Additional information

Important advantages of the IFA series:

  • Temperature range: ambient temperature from +7.5°C to +100°C;
  • Solaris™’ advanced chamber preheating design and technology ensure maximum thermal conductivity;
  • 4-zone heating system with air casing ensures stable temperature maintenance;
  • Forced convection will allow you to quickly switch the temperature and reduce the time required to heat the device;
  • The VentiFlow™ ventilation system will increase the homogeneity of the set parameters and minimize fluctuations;
  • Convenient control panel with bright LED display is located at the top of the device and is designed to control and monitor current conditions. PID microprocessor SmartSense provides ample opportunities for the selection of programs;
  • Heating elements are located inside the walls of the chamber, which allows to achieve maximum safety during operator operation;
  • Isocide™ outer antibacterial coating, which prevents contamination on the surface of your appliance by 99.9% within 24 hours;
  • The working chamber is made of stainless steel, all corners are rounded, the surface is resistant to corrosion and easy to clean;
  • Internal doors and shelves are easily removed and installed;
  • The use of economical low noise fans ebm-papst (Germany) reduces operating costs;
  • The device diagnostic function gives access to sensor output and temperature readings from previous operating cycles;
  • Two built-in independent overheating protection systems: electronic protection system, integrated into the microprocessor, and mechanical, with the ability to adjust from the side, does not depend on the microprocessor;
  • Overheating protection device class 3.1 DIN 12880;
  • Data output via RS485 interface;
  • Low maintenance costs.

 

Materials for download

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