BINDER MKF 115 dynamic climate chamber
The BINDER MKF 115 dynamic climate chamber is specially designed for demanding environmental testing procedures and supports smooth temperature and humidity changes in laboratories and industrial research facilities. Users benefit from precise control, extensive software features and robust workmanship, which ensures reliable test results even with frequent load changes. This makes this system one of the preferred test devices when it comes to reproducibility and efficiency in climate simulation.
Precise and reliable test conditions
This dynamic climate chamber enables fast and accurate temperature changes, paired with user-friendly humidity control. In particular, the in-house APT.line preheating chamber system helps to ensure that a constant temperature distribution is achieved even at critical points in the interior. In addition, samples are protected from unnecessary condensation by programmable condensation protection, while the fast-reacting steam humidification ensures defined humidity values.
Important features at a glance:
- Temperature range from -40 °C to +180 °C for cold studies and heat load tests
- Humidity control up to 98 % RH with capacitive sensor and vapour humidification
- Large, heated viewing area with LED interior lighting for optimum sample observation
- Integrated water and waste water management with low water notification
- Touchscreen controller with extensive programming and data acquisition
- Automatic fault diagnosis with visual and acoustic alarm
- Ethernet interface for efficient documentation and connection to central databases
The appliance also impresses with its CFC-free refrigerant (R-452A) and an internal data logging system. The stainless steel interior is corrosion-resistant and easy to clean. Thanks to 4 castors, 2 of which are lockable, the cabinet can be easily moved if required.
High standard compliance and efficient humidity control
The system is a future-proof choice for companies that carry out tests in accordance with DIN and IEC standards. With high temperature and humidity stability, both standardised test profiles and complex test programmes can be implemented. The ramp function allows processes to be planned precisely and a large number of different test intervals to be combined. This allows realistic simulations of extreme conditions to be created, which are important in the automotive and electronics industries, for example, but also in materials research.
Concrete application examples
- Testing electronic components for heat resistance and moisture tolerance
- Analysing plastic or rubber items under extreme temperature changes
- Ageing tests on adhesive systems and composite materials
- Stability testing of paints, coatings and dyes
The climate chamber is also ideal for the durability testing of components used in the automotive and aviation sectors. The large humidity range allows products to be realistically analysed for possible corrosion effects. Scientific institutions benefit from the detailed programming, which enables very precise climate change tests and provides reproducible data.
Frequently asked questions
Is calibrated measurement data acquisition possible?
Yes, thanks to the integrated data logger, measured values can be seamlessly recorded and exported via USB. This data ensures seamless documentation and enables verifiable quality control.
How does humidity control work?
The humidity is controlled using a capacitive humidity sensor in combination with vapour humidification. As a result, target values are reached quickly and precisely, which ensures consistently reliable test results.
What safety features are available
A visual and audible alarm system warns of irregularities such as a lack of water or temperature deviations. In addition, a class 2 temperature limiter (DIN 12880) monitors the set values to effectively protect samples and the appliance.
What maintenance work is required for the device?
Regular checking of the water supply and the waste water system is necessary to ensure constant humidity conditions. Routine cleaning of the interior and checking the refrigerant system at defined intervals is also recommended.
Can the cabinet be adapted to different test environments?
Yes, variants with different voltage and frequency converters are available (e.g. 400 V or 480 V at 60 Hz). This ensures flexible integration into various infrastructure standards.
Conclusion
With its robust design, precise temperature and humidity control and intuitive controls, this dynamic climate chamber is a versatile tool for professional testing. Industry, research institutes and laboratories alike benefit from the fast temperature change rates, precise climate simulation and comprehensive data recording. Thanks to the integrated safety mechanisms, modern software features and powerful cooling technology, reliable test results are produced under standardised conditions. This device is therefore a long-term investment for anyone who values efficiency, accuracy and long-term operational reliability.
| Load max.: | 51 - 100 kg |
| Width outside (incubators,...): | 980 mm |
| Width inside (incubators,...): | 600 mm |
| Maximum temperature (heat): | + 180 °C |
| Height outside (incubators,...): | 1725 mm |
| Height inside (incubators,...): | 480 mm |
| Interior volume: | 101 - 200 l |
| Maximum power: | 4,8 kW |
| Cabinet type: | climate chamberenvironmental simulation chamberdynamic climate chamber |
| Safety standard: | DIN 12880IEC 60068-3-5 |
| Depth outside (incubators,...): | 865 mm |
| Depth inside (incubators,...): | 400 mm |
| Lowest temperature (cooling): | - 40 °C |
| Shipping weight: | 280,00 Kg |
| Product weight: | 280,00 Kg |
| Dimensions: | × × cm |
