AHUとポンプを備えた緊急冷却装置 3Dモデル

EMERGENCY CHILLER Temperature-sensitive operations such as data center, pharmaceutical, and manufacturing facilities require constant cooling for equipment and processes. If power fails and cooling is interrupted, critical operations may also fail-risking millions of dollars in equipment failure and operational downtime. Now theres a sure way to reduce the risk of cooling disruption. Reducing time for chiller restart after power failure Rapidly re-establishing chilled-water temperature Keeping process equipment cooled Reducing risks of expensive downtime Providing a faster initial start, too Reduce restart time to seconds After power is interrupted, it can take a standard centrifugal chiller many minutes to restart. But with the Quick Start feature, once power is restored, the chiller can restart in as little as 25 seconds. Chiller units also use a vapor expansion/compression cycle for liquid refrigerant, much like the DX units. The refrigerant is continuously transformed from a liquid, to a vapor, and back again. This process cools down the refrigerant which is passed through an evaporator. Warm water coming through a 2-5 inch radius supply hose is passed over the evaporator and cooled off to the desired temperature. Typically the cooled water is used for existing air handler systems. PARTS EMERGENCY CHILLER AHU DUCTS CENTRIFIGUAL FANS COOLING COILS FILTERS DAMPER BYPASS SWITCH TEMPERATURE SENSOR PRESSURE SENSOR PUMPS PIPING MANUAL VALVES STATES Off State (GREY COLOR) On State (GREEN COLOR) Alarm State Animation (RED COLOR With Alarm Symbol) GIF Animation (Fan Animation, Pump Rotation/Trip Animation) 3D DESCRIPTION -3D Model of Emergency Chiller System -Model is created in 3dsmax2009 Rendered with Vray -Materials included -Polygonal geometry (quad/tris) -All vray material are included Model is highly detailed and is suitable for close-up You can create a larger composition Fully detailed, textured model. Detailed enough for close-up renders. Comes with detailed normal materials, This set will allow you to collect the ventilation system of any complexity in a few minutes. Originally modeled in 3ds Max 2009. Final images rendered with V-Ray. The 3ds Max zip file contains also V-Ray and standard materials scenes. - Easy to convert model in other formats. - No need for any special plug-in to open the model. - Useful for BMS, BAS, high resolution renders, magazines and production. - No multi/Sub-Objects materials. - Materials, textures and objects are clearly named. - Export formats works correctly.