BINDER MKFT 115 dynamic climate chamber
The BINDER MKFT 115 dynamic climate chamber is particularly suitable for demanding environmental and climate simulations in laboratories and industry. Thanks to its extra-wide temperature range of -70 °C to +180 °C and precise humidity control from 10 % RH to 98 % RH, a wide variety of samples can be tested under real environmental conditions. Compared to similar devices on the market, this model scores points with its fast cooling and heating speed, efficient water management and intuitive touch operation. For professionals who need constant, reliable and reproducible test conditions, this climate chamber offers significant added value.
Performance features and technical details
The Binder climate chamber is designed to meet demanding test environments while guaranteeing maximum reliability. It is particularly impressive thanks to its finely tuned APT.line preheating chamber technology, which enables uniform temperature conditions throughout the interior. In addition, the fast-reacting vapour humidification simplifies process control in humid test conditions. An internal data logger is available for the reliable documentation and tracking of all test processes, the measured values of which can be quickly exported via a USB interface.
Important technical data at a glance:
- Temperature range: -70 °C to +180 °C
- Humidity range: 10 % r.h. to 98 % r.h.
- Cooling time from 180 °C to -70 °C: approx. 120 minutes
- Heating speed: up to 5.5 K/min
- Cooling speed: up to 4.2 K/min
- Interior volume: 115 litres
- Max. Load per rack: 30 kg
- Nominal power: 5 kW
The robust stainless steel interior and the large heated viewing window make it easy to clean and visually monitor the samples. The 20-litre water storage tank integrated into the device enables autonomous operation over longer periods of time. Whether standard 400 V version or variant with voltage and frequency converter - both model variants cover a wide range of laboratory equipment and power grids.
An additional special feature is the automatic water and waste water management, which works reliably and minimises maintenance work for the user. The alarm and signalling system provides early visual and acoustic warnings when the fresh water canister is empty or unscheduled deviations occur. The ramp function, which enables automated temperature and humidity processes without the need for constant manual intervention, also ensures a high level of process reliability.
Certifications and standards
Strict guidelines apply in the laboratory and industrial sector to ensure that load tests and quality controls are reproducible and traceable. For this reason, the climate chamber is equipped with a class 2 temperature limiter in accordance with DIN 12880, which provides a visual alarm if the setpoint is exceeded. The appliance can also be used in processes that are based on common DIN, ISO or CE standards, as it fulfils the required accuracy and safety standards.
Application examples
This state-of-the-art environmental simulation cabinet is used in a wide range of industries when materials, components or end products are to be exposed to extreme climatic conditions:
- Electronics testing: Printed circuit boards and electronic components can be tested under cyclically changing temperatures as well as high humidity to minimise the risk of failure.
- Plastic analyses: Plastic samples can become brittle or expand. With reproducible humidity and temperature cycles, such material fatigue can be recognised at an early stage.
- Pharmaceutical research: Active ingredients or packaging for medicines are often exposed to rapid climate changes in order to test their stability.
- Research and development projects: Developers from the automotive, aviation or chemical sectors simulate realistic environmental scenarios in this cabinet, such as humidity storage, temperature shocks or acceleration tests.
If required, specific samples such as metallic blanks, semiconductors, bonding systems or pharmaceutical substances can be placed in this cabinet in order to evaluate resistance over long periods of time or in extreme cases.
FAQs
How can the humidity be precisely adjusted?
The capacitive humidity sensor is used to precisely measure the relative humidity. In combination with the optionally programmable ramp function, high-precision humidity curves can be realised.
What safety devices are available
In addition to a reliable fault diagnosis system with audible and visual alarm, a class 2 temperature selector limiter (DIN 12880) monitors critically high temperatures. The device also offers protection in the event of low water or hose bursts.
How does the automatic water management system work?
The cooling system has an intelligent control system for fresh and waste water. Thanks to the integrated 20-litre canister and continuous alarm notification system, the user can avoid interruptions in operation.
Is external control or data evaluation possible?
Yes, the Ethernet interface and internal data logger make it easy to record, transfer and analyse all relevant parameters. In addition, the management software supplied can be used for more comprehensive documentation.
Which test cycles can be programmed?
The intuitive touchscreen controller can be used to programme detailed time interval and real-time parameters. For example, combinations of rapid temperature changes, constant holding phases and different humidity levels can be configured.
Conclusion
This environmental simulation chamber is characterised by high performance during temperature jumps, precise humidity control and a user-friendly control system. Thanks to its durable design, automated water management and extensive safety functions, it is suitable for a wide range of industries and research fields. Whether for scientific investigations or series testing in industry - the device simplifies complex climate change tests and ensures reproducible, standard-compliant results. Specialist users benefit from a well thought-out overall concept that offers stability, reliability and ease of use in equal measure.
| 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: | 5 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): | - 70 °C |
| Dimensions: | × × cm |
