BINDER drying and heating oven M 56-230 V
The BINDER drying and heating chamber M 56-230 V is a reliable and high-precision chamber for thermal applications in laboratories and industry where a wide temperature range (up to 300 °C) and particularly even heat distribution are required. Both in research institutes and in quality assurance laboratories, it impresses with its versatile programme functions and a powerful fan for rapid heating. Compared to similar devices, it scores points with its APT.line technology, which guarantees high temperature accuracy, and the ability to create complex time interval and real-time programmes easily using the intuitive touchscreen controller.
Performance features and design
Designed for material testing and ageing tests, the oven is particularly suitable for heating or drying samples under precisely definable conditions thanks to its increased heating capacity. Height-adjustable, chrome-plated slide-in grids also offer flexibility when positioning the samples in the 59-litre chamber.
Important highlights:
- Temperature range from +23 °C above ambient temperature to +300 °C
- Fast heat-up (to 150 °C in just 9 minutes)
- Recovery time of just 4 minutes after the door has been open for 30 seconds
- Reinforced fan with adjustable speed
- Ethernet interface for easy networking and data transfer
- High air exchange rate of up to 175 x/h at 100 °C
- Payload per rack up to 30 kg, total load up to 70 kg
A large touchscreen and an electromechanical exhaust air flap control ensure ease of use. The device data can be read out directly via USB, while a backup sensor (Pt 100) with fail-safe function is integrated to protect samples and the device in the event of unexpected events. The sound pressure level of 46 dB(A) enables comparatively quiet operation, which is particularly important in research environments with multiple instrument steps.
Certifications and standards
Safety and quality standards are essential for high-quality laboratory ovens and drying ovens. The appliance fulfils the requirements of DIN 12880 in classes 2 and 3.1 for temperature selector limiters and temperature selector monitors. Added to this are the visual and audible alarms that can be selected on the controller. This allows all processes to be monitored precisely, which increases the safety of the application.
Concrete application examples
- Material testing: Plastic samples can be tested for thermal resilience to detect changes in structure or shape.
- Ageing tests: Adhesives or coatings can be aged at an accelerated rate to simulate the durability of certain products.
- Quality assurance: In industrial processes, metal parts or electronic components can be reworked and dried or conditioned to different temperatures.
- Drying: Powder coatings, paint layers, synthetic resins or adhesive bonds can be dried in a controlled manner to ensure consistent quality in end products.
Thanks to the powerful air circulation system, the temperature remains constant despite high air exchange rates, which is particularly relevant for sensitive substances such as polymer solutions or biological samples.
FAQs
How quickly does the appliance reach the desired temperature?
The oven heats up from room temperature to 150 °C in around 9 minutes. This short heat-up time is particularly useful when different temperature ranges are run in quick succession.
What safety functions are integrated?
There is an adjustable temperature selection limiter (class 2) and a temperature selection monitor (class 3.1) in accordance with DIN 12880. In addition, a failsafe backup sensor Pt 100 ensures that the appliance is switched off when critical values are reached.
Is data recording possible?
Yes, measured values can be saved in open format via an internal data logger and exported via USB. An Ethernet interface also facilitates direct connection to networks or PC-supported systems.
Which areas of application benefit from the high air exchange rate?
Processes that require rapid moisture removal or quick drying benefit from the high air exchange rate. These include, for example, the removal of solvents or the rapid drying of thin layers of paint and adhesive.
Conclusion
The oven impresses with its precise temperature control, fast heat-up and recovery times and extensive safety and control functions. With its flexible programming concept, high load capacity and reliable temperature stability, it is an ideal tool for demanding material tests, drying processes and thermal ageing tests. This makes it an indispensable partner in laboratories, research facilities and industrial testing environments where quality, safety and efficiency are paramount.
|
Load max.:
|
51 - 100 kg
|
|
Width outside (incubators,...):
|
560 mm
|
|
Width inside (incubators,...):
|
400 mm
|
|
Maximum temperature (heat):
|
+ 300 °C
|
|
Height outside (incubators,...):
|
622 mm
|
|
Height inside (incubators,...):
|
440 mm
|
|
Interior volume:
|
51 - 100 l
|
|
Maximum power:
|
2 kW
|
|
Suitable for:
|
Lacquer dryingDrying / moisture extraction
|
|
Cabinet type:
|
material test chambertest cabinetheating ovenHeating cabinet
|
|
Safety standard:
|
DIN 12880
|
|
Depth outside (incubators,...):
|
596 mm
|
|
Depth inside (incubators,...):
|
335 mm
|
| Shipping weight: |
43,00 Kg |
| Product weight: |
43,00 Kg |
| Dimensions: |
× × cm |
