Structures of Modular Hygienic AHUs meet the requirements of EN1886 (a European standard), and VDI 6022-1 and DIN 1946-4 (Germany standards). Core parts are international well-known brands. They not only feature superior mechanical performance, but also apply to high-grade operating rooms, pharmaceutical manufacturing workshops, and factories in food industry, etc.
All components including the fan and motor adopt the most cutting-edge configurations. The case is developed based on the highest industrial standard.
A profile that prevents cold bridge generation is added to the interior, together with internal lining square steel, to achieve EN1886 TB2 cold bridge factor and T2 case heat transfer coefficient.
Incombustible mineral wool for insulation, class A fire protection.
Fast model selection from various built-in templates, complete management interface, real-time report, correct and intuitive data.
Relevant German standards pose stringent requirements on medical air conditioners. Jenvin complies with all VDI 6022-1 and DIN 1946-4 requirements, and features class A fire protection. The plate is IPX5 rated, which can effectively guarantee the insulation performance. The bottom frame of unit adopts overall coating. The interior is flat and easy to , and dust is not easy to accumulate. The high-density closed-hole microbial inert sealing material prevents bacteria breeding. The external sheet metal is fully sprayed with electrostatic powder, and the coating thickness is 80 um. The internal sheet metal is sprayed or uses stainless steel. The fan or drive that will produce belt wear to reduce air quality does not exist.
The built-in templates and unit model database are designed based on the rich experience of TICA in the modular AHU field, and can meet requirements for different case dimensions in various scenarios. Users can directly use an existing module to achieve fast selection.
Professional selection of core components such as the heat exchanger, fan and motor. The models with the highest cost performance will be automatically matched. Heat exchanger selection complies with US standard. The model selection results can be intuitively checked with a complete set of reports provided, including the technical parameter detail list of each functional section of the unit, the coil model selection detail list, enthalpy/humidity chart, operating conditions, and unit size diagram. The report authenticity complies with EN standard.
The heat exchanger is designed by using professional AHRI-certified models to ensure performance consistency between the selected model and real device.
The coil is integrated with quality RoHS-certified copper tubes and unique corrugated aluminum fins through the advanced mechanical expansion tube process.
The coil passes air tightness test before delivery to ensure no leakage.
The patented filter framework maximizes the performance of the filter section and achieves a filter bypass leak rate of up to EN1886 (F9).
Multiple fans are used in parallel, with better adjustment capability. Based on differential pressure feedback, the controller can automatically adjust the fan
speed according to the specified air flow to achieve constant air flow operation.
GALX˚C installation and design of the differential pressure gauge is patented. TICA replaces the traditional plastic tube with stainless steel tube. The joint is
sealed with a rubber seal to effectively solve the problem of air leakage and differential pressure pointer jitter caused by insufficient strength of the connecting
pipe of the differential pressure gauge.
