Temperature and Humidity Cabinets with Door Lighting 850L Glass Door
The TRHDL has its lighting fitted to the outside of the glass door, allowing light energy to pass through the glass, eliminating the majority of the heat.
The door lighting Humiditherm cabinets are designed to maintain conditions that are critical for a wide range of research applications where temperature, humidity and lighting need to be precisely controlled, including:
Drosophila
Entomology
Seedling germination
Plant pathology
Plant production
Tissue culture
Propagation
Humidity is generated by boiling water and creating steam without the need for ultrasonics that may disturb insects.
Three sizes of Humiditherm lighting cabinets are available, single-door 230L and 460L capacity and a double-door 850L capacity. An upward, fan-forced airflow maintains the cabinets conditions so your samples and research thrive in superior temperature uniformity.
A 50mm cable/monitoring porthole is located in the side wall so that you can slide through your remote measurement devices. Carbon dioxide control is optional in all sizes, so customisation is possible to suit your application and budget.
With a Colorbond exterior, stainless steel interior and shelves these cabinets are highly corrosion-resistant and easy to clean. All cabinets are fitted with heavy-duty lockable castors to allow cabinets to be moved easily when the cabinet requires servicing or the area around the cabinet needs cleaning.
Thanks to our STAR 700 touchpad control system, you can easily adjust and program the temperature and humidity settings in the cabinet. The STAR 700 allows for the operator to synchronise programmed settings to real time and has an ethernet connectivity which, once connected, will allow the operator to perform all functions via a PC. The STAR 700 logs the performance of the cabinet to onboard memory. This memory can hold up to 800 days of logged data and for ease of use, we have incorporated a live trend screen to allow the operator to quickly check the performance conditions within the cabinet. Alternatively, the operator can download the logged data to a USB flash drive for archiving or review via a PC. No specific software is required to view logged data. A simple spreadsheet program is sufficient (Microsoft Excel or similar).
Based on almost 100 years of experience with lighting technologies, Vossloh-Schwabe develops and manufactures LED solutions on proven industry platforms that can be individually tailored to suit your specific area of application. The TRHDL uses high-output LED lighting in four colour options: 4000K, Leaf (2700K) and Bloom (1900K).
4000k: Because the light is neutral, not leaning in favour of red or blue spectrum, it can be described as standard and is the closest equivalent to Cool White T5 fluorescent lamps.
Leaf (2700K): ‘Leaf’ is the recommendation for plants and vegetables with an optimised vegetative growth. Due to increased spectral emission in the far red (> 700 nm), as well as in the green (500560 nm) spectral range, the growth of the plants or the vegetables can be positively influenced.
Bloom (1900K): ‘Bloom’ shows an optimised effect on ornamental plants and young seedlings, which need support in the flowering or the initial growth stage. The spectrum is characterised by focusing on the blue and red spectral range, providing maximum photosynthesis efficiency.
Note: the product images shown are for illustration purposes only and may not be an exact representation of the product. For more information, please do not hesitate to contact us on 08 8340 8444 or email us at sales@asisscientific.com.au
