Aire - Import export

Find Air Leaks. Decrease Energy Consumption. Maximize Uptime. Compressed air is the most versatile and therefore widely used resource in industry. Using atmospheric pressure to transfer energy during industrial processes, compressed air can be found powering air tools like drills and hammers, hydraulic air cylinders for automation in manufacturing processes and much more. Compressed air is also used to power air brakes on mobile fleets and trains. Air Compressor Expenses It is so commonly found in industry it is often referred to as the fourth utility to electricity, water and gas. Of the four, compressed air consumes the most energy. Air compressor systems can differ very greatly in size, output and cost. What remains constant, is the initial investment in a compressor system is only 25% of the expenses associated with it, over its lifetime. The other 75% of the costs go to energy used to compress the air.

The Foam Booster produces a very dry foam. Perfect for cleaning vehicles. - Compressed air foamer with operating pressure of 6 bar - Produces extra thick foam even with low foaming cleaning products - For a professional result with a small investment - Dilute the desired product before adding it to the 1 L tank FIELDS OF APPLICATION - Cleaning of vehicles - Cleaning of walls, floors and machines in the food industry

In dusty environments, we recommend the use of filter mats. This makes the units easier to clean. The filter will need to be replaced at regular intervals, depending on the level of contamination. Rittal cooling units are low-maintenance and are supplied without filter mats. Filter mats may be used for extreme conditions. SK Filter mat, for wall-mounted cooling units SK 3255, WHD: 350x245x10 mm

Isolation Unit, 1-piece, for positive or negative room pressure This Isolation Unit is made for installation in suspended or false ceilings, and walls. Can be connected to an existing ventilation system or new tube system. Reccommended for installations were the point of extraction and supply are further away from eachother. Depending on the installation, positive (for immune-compromised) or negative (for infectious patients) pressure is generated inside the room (easily up to 20 Pascal). Filters used in this Isolation Unit are of HEPA14 or ULPA15 quality, leaktested and airtight secured. – Automatic differential pressure regulation – Automatic pressure loss alert – Filter detection by ID code (filter condition) – Complies with CDC guidelines (Centres for Disease Control and Prevention) Used in hospitals, clinics and medical facilities Immune-compromised patients Oncology, haematology, neonato

Air purification unit for cleaning room air The Pro air purification unit cleans the air inside the room. The Pro unit is used for the protection of vulnerable (immune-compromised) patients, protection against infectious patients, the elimination of aspergillus during renovation works, and for the upgrading of air quality in operating theatres, ICUs, isolation rooms. The Pro unit gives immediate results (within 20 minutes max) and once deployed maintains integrity of the air quality at all times. The life-time of the high efficiency particulate air filter inside the unit is therefore largely extended. The prefilters are supplied in packages and are easily changed.

Pre-filtration filters on the outside of the unit Indoor work leads to an increased concentration of aspergillus. In order to protect the high effiency particulate air filter inside the unit during building activities, pre-filtration frames with filters are added to the outside of the device. The life-time of the high efficiency particulate air filter inside the unit is therefore largely extended. The prefilters are supplied in packages and are easily changed.

Combi 1.1 – Innovating product – Better and cheaper than Laminar Flow – Adjustable Air Nozzles for perfect airflow – Creates high efficiency Cleanroom Class ISO6 or even ISO5 – Installation: 1 day max. – Results within 30 minutes – Clean Air Capacity: 800 m3/hour maximum, with 1/4 of fresh air (optional) – Only needs W 90 cm x H 154 cm x D 34 cm of wall space – Quiet operating level – Max. distance between inside & outside unit: 25 meter To protect immune compromised patients To upgrade ICU’s, laboratories and O.T’s Note Pressure difference depends on air tightness of the room. For information and advice contact MedicCleanAir.

Exclusive car freshener with extreem wide range of odours. Leaves a longlasting and pleasant odour. The elegant bottle with a soaking cap. Lasting 60 days.

An indirect dry cooling system is characterized by the use of a condenser and air-cooled heat exchangers.The cooling system consists of the following main components :condenser (surface or spray type),cooling water circulating pumps and recovery turbines, if applicable,heat exchanger deltas including louvers,natural draft cooling tower,piping and valves,water storage tanks and transfer pumps,electrical equipment,instrumentation and control,accessories such as cleaning system, nitrogen blanketing system,The warm water from the condenser is delivered to the natural draft cooling tower by the cooling water circulating pumps and an underground piping network. After the cooling in the heat exchangers, the cold water returns to the condenser.

The RCDC ACC is designed with optimized key sections and equipment to guarantee a maximized efficiency. The steam flows from the turbine into a steam duct and several manifolds to reach the fin tube bundles. The RCDC ACC is designed in streets sitting on a steel leg system (under structure) raised to allow proper air intake into the forced draft modules of A-shape steelframes supporting the fin tube bundles. Once condensed the steam is collected by gravity into a condensate tank located underneath or in the close vicinity of the ACC. The efficiency of the steam condensation process is guaranteed using appropriate and reliable vacuum units. RCDC guarantee the complete system and undertake integral studies related to the ducts and manifolds, the steel leg system and the pipe work and other special studies as appropriate.

This fan speed controller is used to control EC fan speed. The unregulated output can control a water valve or an electric heating element. Via the rotary knob the temperature can be set between 5 - 35°C. Fan speed is regulated manually in 5 steps, there's an Off-position and automatic mode. In automatic mode a temperature sensor PT500 is required. Choice between cooling/heating mode can be done via Modbus communication or a jumper. This controller can be connected to our SenteraWeb or a BMS-system. .

The STR-1-15L22 is a transformer fan speed controller with which you can manually regulate the fan speed of single-phase motors in 5 steps. The unit also has an off-position. It needs a 230 VAC/50-60 Hz supply voltage and has an unregulated output of 230 VAC that can control a damper, an external status indicator, etc. This output is active as soon as the motor is enabled. The sinusoidal shape of the generated motor voltage results in an exceptionally quiet motor operation and extended service life. The special impregnated coating reduces the electrical noise from the built-in autotransformer. This series is available in different amperes. The casing of the controllers up to 7,5 A is made from high quality plastic, while the models above 7,5 A have a metal housing. This transformer doesn't need any configuration. Once installed, it's ready for use.

Stepless regulation of EC fans, AC fan speed controllers or frequency inverters is what this potentiometer stands for. It has an off-position and the output value depends on the position of the rotary knob on the front. This potentiometer has a dry contact output that can be used to remotely switch on/off a fan, open/close a damper etc. The dry contact will be open when the know is turned completely counter clockwise. The input voltage for this potentiometer can lie between 0 - 24 VDC. The version handling 0 - 12 VDC is called the MTP-X10K-NA. The splash-proof housing of both potentiometers allows flush (IP44) or surface mounting (IP54).

This control unit has two 0-10 Volt outputs to regulate the EC fans. Via the 2 tacho inputs you can directly monitor the status of the fans and their speed, if tacho signals are available on the fans. HVAC sensors or potentiometers can be connected to the unit, via Modbus RTU communication or 2 analogue inputs. The built-in 24 VDC power supply can feed the external sensors or potentiometers. The controller itself needs a supply voltage between 85 - 305 VAC. Application specific firmware is needed for the unit to function. This firmware can be downloaded via Senteraweb, our online HVAC portal, where we already made a limited number of specific firmware version available, used in typical HVAC applications like destratification. The only thing that needs to be done is to select the appropriate functionality on the solution page of our website and download the firmware. No additional programming is required. TCMF8 is also available - for AC fan speed control.