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Peltier-Cooled Incubator ILP 115

A mid?size, energy?efficient laboratory incubator with 115?L capacity using Peltier thermoelectric cooling for quiet, vibration?free operation. It offers a precise temperature range from +5??C above ambient up to +70??C, microprocessor PID control, internal LED lighting, stainless?steel shelving, open?door alarm, secure door lock, and external sensor access ports ? ideal for sensitive sample incubation, culture work, and conditioning tasks in research, clinical, and industrial labs.

Description

The Peltier?Cooled Incubator ILP?115 is a reliable, mid?capacity laboratory incubator that uses thermoelectric Peltier technology for energy?efficient, vibration?free temperature control ? eliminating the need for traditional compressors and refrigerants. With a 115?L chamber, it provides a stable and uniform thermal environment for biological samples, cultures, reagents, conditioning procedures, and temperature?sensitive laboratory processes.

Operating across a temperature range from +5??C above ambient up to +70??C, the ILP?115 delivers smooth, quiet cooling and heating with minimal disturbance, making it suitable for tasks such as culture incubation, enzyme reactions, material conditioning, and precision laboratory workflows. The use of Peltier thermoelectric modules ensures environmentally friendly operation, reduced maintenance, and consistent performance.

Temperature regulation and monitoring are managed through a microprocessor PID controller, providing intuitive operation with precise set?point adjustments and real?time display of actual conditions. The interior includes stainless?steel wire shelves that offer flexible and hygienic sample arrangement and are easy to clean. Internal LED lighting ensures clear visibility inside the chamber for easy sample handling and monitoring.

User convenience and safety are enhanced by an open?door alarm that alerts users to unintended door openings or temperature deviations and a secure door lock to protect valuable contents. External access ports allow connection of optional sensors or third?party monitoring devices for enhanced data capture, logging, and compliance with laboratory quality standards.

Compact yet capable, the ILP?115 is ideal for research laboratories, clinical facilities, quality control departments, and industrial R&D environments that require precise, stable, and quiet incubation performance. Its combination of thermoelectric cooling, microprocessor control, and robust construction supports efficient laboratory workflows for both routine and specialized incubation tasks.

Specifications

Peltier-Cooled Incubator ILP 115 Specifications

The ILP 115 is a laboratory incubator that utilizes Peltier technology for both heating and cooling. This system eliminates the need for a compressor and refrigerants, resulting in a vibration-free environment and precise temperature stability for sensitive biological samples.

 

Technical Parameters

  • Chamber Capacity: 112 Liters

     
  • Working Capacity: 112 Liters

     
  • Air Convection: Forced

     
  • Temperature Range: 0°C to 70°C (maximum 20°C below ambient)

     
  • Temperature Resolution: 0.1°C

     
  • Temperature Fluctuation at 37°C: ±0.1°C

  • Temperature Variation at 37°C: ±0.3°C

  • Temperature Protection: Class 2.0 (Smart) or Class 3.3 (Smart PRO) according to DIN 12880

     
  • Controller: Microprocessor PID with touch screen (4.3 inch Smart or 7 inch Smart PRO)

     
  • Nominal Power: 550 W

  • Voltage: 230V 50/60 Hz

Physical and Material Data

  • Internal Dimensions (W x H x D): 460 x 540 x 450 mm

  • Overall Dimensions (W x H x D): 660 x 920 x 740 mm

  • Internal Material: Acid-proof stainless steel (DIN 1.4301)

     
  • Housing Material: Powder-coated sheet or Stainless steel linen finish (IG models)

     
  • Unit Weight: 85 kg

  • Shelves (Standard / Max): 2 / 7

  • Max. Shelf Workload: 25 kg

     
  • Max. Unit Workload: 60 kg

Functional and Safety Features

  • Peltier Cooling System: Provides silent, energy-efficient, and vibration-free temperature control without the use of greenhouse gases.

  • Double Door System: Features a solid external door and an internal glass door to minimize temperature loss during sample inspection.

     
  • Advanced Programming: Supports multi-segment temperature-time profiles, allowing for complex incubation cycles.

     
  • Data Management: Includes internal memory for data storage, plus USB and LAN ports for external logging and software integration.

     
  • Safety Systems: Equipped with over-temperature protection, an open-door sensor, and power failure auto-resume functionality.

     
  • Calibration: Provided with a manufacturer’s calibration certificate at 37°C.

Datasheet