The document describes a new Thermo-Composite unit for rooftops that features thermal-break panel and framing construction for improved insulation and resistance to corrosion. It has a foam core panel with recycled content that is lightweight yet fire resistant. The unit uses extruded aluminum profiles only on the perimeter for a hygienic construction. It provides advantages over standard units like lighter weight, lifetime warranty against corrosion, and no possibility of rusting or sweating. The unit also features improved electrical components and piping for water source heat pumps.
This document discusses new innovations in rooftop units, including variable speed compressor technology, V3 technology, and a new thermo-composite unit. Variable speed compressors provide higher efficiency at part loads and eliminate hot gas bypass. V3 technology uses variable speed compressors and condenser fans for even greater efficiency. A new thermo-composite unit features a lightweight insulated panel construction for improved performance and lifecycle costs. Examples of completed projects utilizing these technologies are also provided.
Aluminium composite panels (ACPs) consist of two thin aluminium sheets bonded to a non-aluminium core. ACPs have benefits over other panel materials like being lightweight, durable, and able to be painted in a wide range of colors. They are commonly used for building exteriors and interiors, signage, ceilings, and more. ACPs offer advantages like beauty, affordability, ease of installation, weather resistance, and low maintenance. Famous structures that have used ACPs include SpaceShip Earth and the German National Library due to ACPs' cost-effectiveness, durability, and design flexibility.
M叩y 坦ng vi棚n nang t畛 畛ng NJP-1200 l thi畉t b畛 坦ng c叩c lo畉i b畛t, h畉t ho畉c vi棚n nh畛 vo trong v畛 nang tr畛ng v畛i kh畉 nng t畛 畛ng hon thnh c叩c kh但u chuy畛n nang, ph但n nang v 坦ng thu畛c. Thi畉t b畛 c坦 thi畉t k畉 c畉i ti畉n 畉m b畉o 畛 ch鱈nh x叩c v an ton, v畛i c担ng su畉t s畉n xu畉t 72,000 vi棚n/h v sai s畛 trong kho畉ng 賊3.5%. NJP-1200 th鱈ch h畛p cho vi畛c 坦ng vi棚n c叩c s畉n ph畉m thu畛c 担ng y v t但y y, l l畛a ch畛n l箪 t動畛ng cho c叩c nh m叩y s畉n xu畉t vi棚n nang c畛ng.
This document provides an overview and objectives of a training module on heating, ventilation and air conditioning (HVAC) systems for pharmaceutical manufacturing facilities. It discusses various HVAC design considerations and components including air filtration levels, airflow patterns, temperature and humidity control, dust control, and protecting the environment from exhaust air and fumes. The role of HVAC in preventing cross-contamination between production areas is also covered.
This document discusses different standards for classifying cleanrooms according to airborne particle concentrations. It describes the obsolete Federal Standard 209 classification system used in the US which categorizes cleanrooms from Class 1 to Class 10,000 based on particle counts per cubic foot. It then outlines the ISO 14644 international cleanroom standards which use particle counts per cubic meter and have classifications from ISO 1 to ISO 9. The document provides tables comparing particle concentration limits between the two systems. It also discusses pharmaceutical cleanroom classifications used in the European Union and US which are based on maximum permitted particle counts for different operations.
M叩y 坦ng vi棚n nang t畛 畛ng NJP-1200 l thi畉t b畛 坦ng c叩c lo畉i b畛t, h畉t ho畉c vi棚n nh畛 vo trong v畛 nang tr畛ng v畛i kh畉 nng t畛 畛ng hon thnh c叩c kh但u chuy畛n nang, ph但n nang v 坦ng thu畛c. Thi畉t b畛 c坦 thi畉t k畉 c畉i ti畉n 畉m b畉o 畛 ch鱈nh x叩c v an ton, v畛i c担ng su畉t s畉n xu畉t 72,000 vi棚n/h v sai s畛 trong kho畉ng 賊3.5%. NJP-1200 th鱈ch h畛p cho vi畛c 坦ng vi棚n c叩c s畉n ph畉m thu畛c 担ng y v t但y y, l l畛a ch畛n l箪 t動畛ng cho c叩c nh m叩y s畉n xu畉t vi棚n nang c畛ng.
This document provides an overview and objectives of a training module on heating, ventilation and air conditioning (HVAC) systems for pharmaceutical manufacturing facilities. It discusses various HVAC design considerations and components including air filtration levels, airflow patterns, temperature and humidity control, dust control, and protecting the environment from exhaust air and fumes. The role of HVAC in preventing cross-contamination between production areas is also covered.
This document discusses different standards for classifying cleanrooms according to airborne particle concentrations. It describes the obsolete Federal Standard 209 classification system used in the US which categorizes cleanrooms from Class 1 to Class 10,000 based on particle counts per cubic foot. It then outlines the ISO 14644 international cleanroom standards which use particle counts per cubic meter and have classifications from ISO 1 to ISO 9. The document provides tables comparing particle concentration limits between the two systems. It also discusses pharmaceutical cleanroom classifications used in the European Union and US which are based on maximum permitted particle counts for different operations.