Heat Load Calculator and Fire Hydrant Softwares that are Reliable, Simple, and Intuitive to Use

The HVAC engineers and building service providers can use the heat load calculator for air conditioning to determine the best installations. A properly installed air conditioning system not only improves a building's energy efficiency but also maintains a comfortable temperature for the occupants at all times. The software performs advanced engineering calculations accurately, removing the possibility of manual errors and speeding up the installation process. It can automate many tedious and time-consuming tasks, allowing building vendors to complete their installations more quickly. The heat load calculator for air conditioning calculations enable building contractors to properly size ducts and equipment. It can also take into account any additions to the building structure, as well as assess the duct system's airflow requirements for maximum efficiency, performance, and energy savings.

The heat load calculator will also take into account various sources of direct and indirect heat gains, such as solar heat gain, heat from humans, and heat from electrical and electronic appliances in a building, to provide building engineers with the best system for installation. The heat load calculator for air conditioning provided by a leading supplier of building services software, such as ACADS-BSG, provides project engineers with several key benefits. The rooms' walls are made of a variety of materials and sizes. CAMEL+ heat load calculator for air conditioning by ACADS-BSG includes a large number of predefined walls, the dimensions of which can be directly calculated from AutoCAD drawings. The size of the room is determined by its dimensions and area.

With a single click, 2D drawings can be converted into 3D models and printed. HVAC designers can enter project information that is shared throughout a building. The heat load calculator for air conditioning's default conditions can be easily overridden to meet the specific project requirements. The software analyses cooling loads hourly, taking into account thermal storage on a design day in a given month of the year. Specific 3 pm design dry and wet bulb temperatures are available in the CAMEL+ heat load calculator for air conditioning for over 600 locations in Australia and other countries.

Fire hydrant software with an extensive range of functionalities

In residential, commercial, and industrial projects, fire hydrants are the most commonly used systems. To extinguish a fire, firefighters can use a fire hydrant system to shoot up to 8 floors or even higher. A fire hydrant system is made up of a water reservoir, which can be underground or above ground, pump sets, hydrant valves, hose boxes, and branch pipes and nozzles. In the event of a fire, connect the hose to the hydrant valve with the nozzles at the outlet end and turn on the pump.

Fire hydrant software SPRINK2000 by ACADS-BSG provides building engineers a wide range of functionalities for managing every aspect of hydrant and water source information in order to provide the most efficient fire suppression in the event of a fire breakout. The software allows project managers to visually review location and spacing while taking operational demands and other spatial information into account, resulting in optimal hydrant distribution. It improves hydrant inspection, lowering annual maintenance costs and resources.

Easy installation and maintenance

ACADS-BSG fire hydrant software enables building engineers to install hydrant systems that are simple to operate and maintain. The system can be configured to attack fire from various angles for immediate suppression. Water, sprinklers, and foam can all be used to put out a fire. For North American locations, the fire hydrant software SPRINK2000 by ACADS-BSG can be used to analyse automatic fire sprinkler systems with simple end, side, or center-fed configurations. The piping system can accept up to ten inputs. To save input, all nodes that are not nominated as discharges or input points are automatically assigned as reference nodes.

Helping you cut through the manual processes

ACADS-BSG works with building engineers, vendors, contractors, utility service providers, and associations to ensure that HVAC installations are as efficient and cost-effective as possible. In fact, ASHRAE, ACCA, and DOE guidelines state that a building owner should not do business with a contractor who verifies the size of equipment solely based on existing installations or measures only the square footage. Fire hydrant software, heat load calculator for air conditioning, and other building services software, such as DOLPHIN for sizing and pressure drop calculations of duct runs, PYTHON for the design of water piping system for air conditioning, WOMBAT for sound transmission in and around buildings, by ACADS-BSG will help you save upfront costs by sizing your equipment correctly and also lower your operating costs. Using building services software from ACADS-BSG would also guarantee code compliance for you. The goal of ACADS-BSG is to help the building engineers in cutting through manual processes, and provide reliable softwares that are simple and intuitive.