Product Detail Manual
104280-Catalog 104280-Catalog 104280-Catalog 783510 Batch7 unilog cesco-content
2014-09-05
: Pdf 102202-Attachment 102202-Attachment 783510 Batch7 unilog
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Page Count: 328 [warning: Documents this large are best viewed by clicking the View PDF Link!]
- Overview
- Why Cool Electronics in the First Place?
- Sealed Enclosure Cooling
- Sealed Enclosure Cooling Overview
- Air Conditioner Cooling Capacity Overview
- Part A: Determine Internal Heat Load
- Part B: Determining Heat Transfer Load Overview
- Simple Chart Method
- Determine Total Heat Load
- Equation Method
- Heat Exchanger Cooling Capacity Overview
- Determine Internal Heat Load
- Determine Heat Transfer
- Determine Heat Exchanger Capacity
- Fresh Air Enclosure Cooling Overview
- Introduction
- What Is Airflow?
- What Is Static Pressure?
- How is Performance Characterized?
- What Are the Capabilities of Each Air Mover?
- Airflow Design Options
- Choosing an Air Mover
- Power Input
- Enclosure Protection
- Airflow
- Step 1. Determine Delta-T (ΔT)
- Step 2. Determine Internal Heat Load
- Step 3. Determine Free Airflow
- Step 4. Estimate System Impedance
- Step 5. Select Your Air Mover
- Friendly Reminder
- UL, CE, GOST Certification Benefits
- Air Conditioners
- SPECTRACOOL™ Indoor/Outdoor
- SPECTRACOOL™ Narrow Indoor/Outdoor
- SPECTRACOOL™ Compact Indoor
- EASY SWAP Adaptor Plenums For Air Conditioners
- T-SERIES Compact Outdoor
- T-SERIES Mid-size Outdoor
- T-SERIES Large Capacity Outdoor
- GENESIS™ Top-Mount Indoor
- PROAIR Harsh Environment
- Water-Cooled Indoor
- Water-Cooled Indoor/Outdoor
- Water-Cooled Rack-Mount
- Heat Exchangers
- Thermoelectric Coolers
- Vortex Coolers
- SPECTRACOOL™ Indoor/Outdoor
- Direct Air Cooling Systems (DACS)
- Condensation Management