DAFORMS.NET – DA FORM 1713-2 – Daily Water Production Log – 1,500 GPH TWPS – The United States Army is committed to providing their servicemembers with quality water for drinking, bathing, and cleaning.
To ensure that this water meets standards, the Army utilizes the DA Form 1713-2 – Daily Water Production Log – 1,500 GPH TWPS. This form records the amount of water produced on a daily basis by 1,500 Gallons Per Hour (GPH) Thermal Water Purification System (TWPS).
Download DA FORM 1713-2 – Daily Water Production Log – 1,500 GPH TWPS
Form Number | DA FORM 1713-2 |
Form Title | Daily Water Production Log – 1,500 GPH TWPS |
Published | 09/01/2015 |
Prescribing Pub | ATP 4-44 |
File Size | 42 KB |
What is a DA FORM 1713-2?
Water is an essential resource for a variety of industries, and it must be monitored and managed to ensure that it is of the highest quality possible.
The DA FORM 1713-2 – Daily Water Production Log – 1,500 GPH TWPS provides a comprehensive record of water production and control. It enables organizations to identify potential problems with their water supply before they become serious, allowing them to take corrective action and maintain the quality of their water.
Where Can I Find a DA FORM 1713-2?
This article is all about the DA Form 1713-2, a daily water production log for water treatment plants with a capacity of 1,500 gallons per hour (GPH) through the Total Water Purification System (TWPS).
This form is essential for tracking and recording the daily water production from such plants. It allows operators to monitor changes in production and determine if any maintenance needs to be done to keep the system running efficiently.
DA FORM 1713-2 – Daily Water Production Log – 1,500 GPH TWPS
For those responsible for managing water production, the DA Form 1713-2 – Daily Water Production Log – 1,500 GPH TWPS is an indispensable tool. This form serves to track and record the daily output of water for facilities that produce at least 1,500 gallons per hour (GPH) through both thermal and warm-water post systems.