Haiwell PLC & SCADA Application case in Mexico boat fishing
0 likes187 views
The document outlines a case project focused on quality control and temperature monitoring in tuna boat fishing, utilizing SCADA software and temperature sensors for real-time data. It details the architecture involving remote monitoring by engineers and quality control specialists for a fleet operated by Pesca Azteca in Mazatl叩n, Mexico. The project also includes features such as sensor calibration, dead fish timing, and report automation.
1 of 2
Download to read offline
More Related Content
Recently uploaded (20)
PPTX
MARTSIA: A Tool for Confidential Data Exchange via Public Blockchain - Pitch ...Michele Kryston油
Featured (20)
PDF
Artificial Intelligence, Data and Competition SCHREPEL June 2024 OECD dis...OECD Directorate for Financial and Enterprise Affairs油
PDF
Social Media Marketing Trends 2024 // The Global Indie InsightsKurio // The Social Media Age(ncy)油
Artificial Intelligence, Data and Competition SCHREPEL June 2024 OECD dis...OECD Directorate for Financial and Enterprise Affairs
油
Ad
Haiwell PLC & SCADA Application case in Mexico boat fishing
- 1. R Haiwell Application Case Project: HCCP and Quallity Control in tuna boat 鍖shing. Description: Water tank temperature monitoring from scada software. Architecture: Each boat: H08RC / H04RC modules Tuna Fish Tanks Temp. sensors 属C Q.C. Software Serial/Ethernet Satellital modem (internet) Remote User Cloud point Cloud point remote user (engineer chief) monitor (machine room) RS-485 Ethernet Server Boat #1 Boat #2 Boat #3 Boat #20 ... Q.C. Software By the Sea Port land o鍖cce satellital internet remote user (quallity control) Entire 鍖shing 鍖eet: Customer: Pesca Azteca, Mazatl叩n. M辿xico. Year: 2016
- 2. R Haiwell Application Case Scada: IWS Real time temperature reading by H08RC and H04RC modules. Temperature sensor calibration. Deadh 鍖sh timming. Task and quallity procedures. Historial and Reports Automa zaci坦n www. cieautomatizacion.com.mx R LOS, MOCHIS, SINALOA. MXICO HaiwellHappy Software