#Condense logs calculator plus#

Professionals involved in industrial processes, such as manufacturing, pharmaceuticals, and food production, can utilize the Condensate Rate Calculator to assess and manage moisture levels in their environments. The calculator saves valuable time and effort, providing precise results that assist in making informed decisions and ensuring the efficiency and performance of HVAC systems. HVAC (heating, ventilation, and air conditioning) engineers, mechanical engineers, energy auditors, and facilities managers frequently encounter situations where accurate calculations of condensate rates are vital for system design, optimization, and equipment selection. This information allows professionals in various fields to make informed decisions about sizing condensate pumps, dehumidifiers, and other relevant equipment. By entering the appropriate data, users can obtain condensate rates in different units, such as pounds per hour (lb/hr), kilograms per hour (kg/hr), gallons per hour (gal/hr), pints per day, and BTUs per hour (BTU/h). The Condensate Rate Calculator goes beyond a simple analysis of psychrometric conditions by offering valuable insights into condensate generation. The calculator generates accurate results for various parameters by leveraging the knowledge and guidelines outlined in the ASHRAE Handbook. With this calculator, users input initial and final conditions, including dry bulb temperature, wet bulb temperature, relative humidity, and dewpoint temperature. The following conversions are used to calculate the various units of condensate generated :īTU/h = Pints/day x 1.04 lb/pint / 24 hrs/day x 1055 BTU/lbĪdicot, Inc.'s Condensate Rate Calculator is a powerful tool designed to comprehensively analyze psychrometric conditions and calculate the condensate generated based on user input. W= Humidity Ratio lb, moisture /lb, dry air The change in the humidity ratio is used to calculate the Condensate Generated. The formulas to calculate the psychometric of the initial and final conditions are based on the methodology outlined in the ASHRAE 2021 Handbook.

The user inputs leaving and entering coil conditions as Dry Bulb or Dew Point Temperature, Wet Bulb Temperature or Relative Humidity, coil Airflow rate, and project altitude. This calculator can be used in US or Metric Units. The results and all the psychrometric parameters are shown in the Results Table. If you selected T DP in #2 above, you will enter the RH%.Įnter the initial and final conditions of the T WB or RH%Įnter the altitude of the project, ft If you selected T DB in #2 above, select whether you will next enter the T WB or Relative Humidity. For my example of the base 2 logarithm of 16, I would type 16 here.Select whether to enter the Temperature as the Dry Bulb Temperature ( T DB) or the Dew Point Temperature (T DP).Įnter the Initial and final conditions of the T DB or T DP based on your entry for item #2 above.

You can now type the number you would like to find the logarithm of. Press the right arrow key to switch to the next box. For example, if I was calculating the base 2 logarithm of 16, I would type 2 in this first box. You will now be able to type the base of the log you would like to calculate. To access it, press, , and select the fifth option from the menu, logBase(. “logBase(” is the name of the operation on your calculator that allows you to calculate any base logarithm (If you are only interested in calculating base 10 logs, you can just use the button). Let’s get started! Finding the “logBASE(” Operation Most students know that you can calculate a base 10 logarithm by pressing the button on the keypad, but the option to change the base is hidden away in the calculator’s menus.

#Condense logs calculator plus#

Calculating logarithms on the TI-84 Plus CE graphing calculator (or any other TI-84 Plus, for that matter) is a common operation used in many high school level classes.