Camel Heat Load Calculation Software
Your friend in indoor comfort & safety systems Indoor Comfort Systems, Building Control Systems, Fire Control & Supression Systems Cooling / Heating Load Software CARRIER HAP (Hourly Analysis Program) ($1495 US / $2050 Canadian) HAP is a dual function program - full-featured load estimating and system sizing for commercial buildings plus versatile hour-by-hour energy and operating cost analysis. Thermal loads are calculated using the ASHRAE-endorsed Transfer Function load method. System components are sized using the System-Based Design concept, which applies the ASHRAE-endorsed Heat Extraction Methodology to link system performance to building thermal loads. Energy analysis uses full 8760 hours-per-year analysis to evaluate the operation of a wide variety of air handling and plant equipment.
Operating costs are computed based on energy use and demand charges. A wide range of tabular and graphical outputs is available. CARRIER System Design Loads ($795 US / $1090 Canadian) Design load estimating and system sizing for commercial buildings. Load calculations use ASHRAE-endorsed Transfer Function methodology.
System components are sized using the System-Based Design concept, which applies the ASHRAE-endorsed Heat Extraction Methodology to link system performance to building thermal loads. Specific system and component sizing for a wide variety of air-handling system types, with up to 100 zones per system. Includes a wide variety of graphical and tabular outputs CARRIER Block Load for Windows ($495 US / $680 Canadian) Full-featured design load estimating program for commercial buildings. Combines easy-to-use operation with fast, accurate load calculations. Efficient tool for sizing HVAC systems and equipment. Uses ASHRAE-endorsed Transfer Function load method. Suitable for both single and multiple-zone projects.
Carrier HVAC System Design Software for analysis of building loads and energy. Peak Load Calculations, HVAC System Sizing, Energy Modeling: Detailed. Feb 13, 2008 - CAMEL computer program is an air conditioning load estimation program that calculates the design heating and cooling loads for air.
Includes graphical output of both weather and psychometric data. TRACE™ 700 Load Design Comprehensive load design made easy Load Phase The Load phase of the program computes the peak sensible and latent zone loads, as well as the block sensible and latent loads for the building. In addition, the hourly sensible and latent loads, including weather-dependent loads, are calculated for each zone, based on the weather library. Design Phase The Design phase of the TRACE program calculates the design supply air temperatures, heating and cooling capacities, and supply air quantities given the peak load files generated by the Load phase. For applications where the building design parameters are known, you can override the calculation of these values using optional entries to the System phase. This gives you the ability to simulate existing buildings with installed equipment that may not be sized according to the loads calculated in the Load phase TRACE™ 700 Load Express Light commercial load analysis in a snap. TRACE 700 Load Express is exactly what its name implies: a quick-and-easy software application that calculates cooling loads, heating loads, and airflow capacities using ASHRAE-approved algorithms.
Combine the intuitive Microsoft® Windows-based interface with entries geared specifically for small to medium-sized light commercial buildings and the result is an incredibly short learning curve. TRACE 700 Load Express lets 'rookies' and experienced users alike perform accurate load calculations in minutes with just five simple steps: 1. Select a weather profile.
Define templates. Enter room parameters.
Describe the air-handling system. Assign rooms to systems. Easily calculates both Heat Loss and Heat Gain Explains how to size Furnaces and Air Conditioners Includes Duct Sizing and Hot-Water Baseboard sizing Clear uncluttered screens for entering house information. Download picture style kevin wang.