Binder ED 115 Drying and heating chamber

Binder ED 115 Drying and Heating Chamber

Product Description

The Binder ED 115 Drying and Heating Chamber is engineered to provide reliable and precise heating and drying performance for laboratory and industrial applications. With a temperature range extending up to +300°C, the ED series utilizes natural convection to ensure even heat distribution without the use of fans. This makes it ideal for applications such as drying, sterilization, and material testing, offering exceptional energy efficiency and consistent, high-quality results.

Designed with advanced APT.line™ technology, the ED 115 guarantees excellent control over both temporal and spatial temperature accuracy, making it one of the most reliable chambers for demanding applications. It is also equipped with features such as a USB port for easy data recording and a stackable design to optimize workspace.

Key Features

• Temperature Range: From +5°C above ambient to +300°C, allowing for high-temperature applications.
• Energy Savings: Reduces energy consumption by up to 30% compared to standard units, enhancing cost-effectiveness.
• Precision Heating: APT.line™ technology ensures high accuracy in both temperature control and distribution.
• Natural Convection: Promotes even heat distribution without the use of fans, making it ideal for sensitive applications.
• User-Friendly Control: Equipped with a simple LCD display for easy operation and monitoring.
• Exhaust Control: Electromechanically regulated exhaust air flap for optimal air exchange, ensuring efficient ventilation.
• Durable Racks: Two chrome-plated racks included, providing convenience and longevity.
• Space-Saving Design: Stackable design allows for efficient use of lab space.
• Safety Features: Includes a Class 2 independent adjustable temperature safety device (DIN 12880) with a visual alarm for enhanced safety.
• Ergonomic Handling: Features an ergonomic handle for easy and comfortable access.
• Data Logging: USB port allows for seamless data recording and storage, simplifying data management and traceability.

Applications

The Binder ED 115 Drying and Heating Chamber is well-suited for a variety of laboratory and industrial processes, including:

• Material Drying: Ideal for drying sensitive materials such as powders, chemicals, and biological samples.
• Sterilization: Perfect for sterilizing laboratory equipment and glassware.
• Curing and Hardening: Commonly used in the curing of materials in industrial processes.
• Testing and Quality Control: Suitable for testing materials under high temperatures or controlled drying conditions.
• Sample Storage: Provides an optimal environment for the storage of temperature-sensitive materials.

Technical Specifications

Model: ED 115-230V / ED 115UL-120V

Performance Data (Temperature):

• Temperature Range: +5°C above ambient to 300°C
• Temperature Uniformity at 150°C: 1.5 ± K
• Temperature Fluctuation at 150°C: 0.4 ± K
• Heating Time to 150°C: 45 minutes
• Recovery Time (after 30s door open at 150°C): 16 minutes

Electrical Data:

• Rated Voltage: 230 V (ED115-230V) / 120 V (ED115UL-120V)
• Nominal Power: 1.2 kW
• Fuse: 10.0 A
• Sound Pressure Level: 53 dB(A)

Dimensions:

• Interior Volume: 115 L
• External Dimensions (W × H × D): 590 mm × 850 mm × 700 mm
• Internal Dimensions (W × H × D): 440 mm × 500 mm × 400 mm

Other Features:

• Racks: Two chrome-plated racks (expandable up to four racks)
• Exhaust Control: Electromechanical flap for optimized air exchange
• USB Port: For data recording and easy export of data

Conclusion

The Binder ED 115 Drying and Heating Chamber is an exceptional solution for laboratories and industrial applications requiring efficient, precise, and energy-saving drying and heating capabilities. With its wide temperature range, precise temperature control, and advanced data logging features, this drying chamber ensures high performance in demanding applications. Whether for material testing, sterilization, or drying, the ED 115 offers unparalleled reliability and ease of use in a compact, space-saving design.