Mom's Choice Ph-303 2-in-1 Digital Ph & Orp Controller + Electrodes Industrial Type Series [E0gy1Cr2]

PH-303: The Ultimate 2-in-1 pH & ORP Controller

The PH-303 Digital pH & ORP Controller is a game-changer in precision monitoring and control. This upgraded version of our PH-203 Controller offers an industrial-grade solution with a robust re-engineered body structure, making it perfect for demanding environments. The PH-303 is not just a pH meter; it's a comprehensive tool that allows you to monitor and control both pH and ORP levels with exceptional accuracy. With its large, informative display, you can keep a close eye on the status of your aquarium or system, ensuring optimal conditions at all times.

Advanced Specifications and Features

The PH-303 is packed with advanced features designed to meet the needs of professionals and hobbyists alike. It comes with 2 replaceable BNC probes for pH and ORP measurements, ensuring long-lasting performance. The controller can regulate and monitor pH & ORP levels simultaneously, providing real-time data and control. Additional features include a power socket for CO₂ and Ozone Solenoids or Dosing Pumps, making it versatile for various applications. With CE and RoHS compliance, you can trust the PH-303 to meet the highest safety and quality standards. Its Protection Dead Band feature adds an extra layer of security, automatically shutting down the unit to prevent erroneous readings.

Wide Range of Applications

The PH-303 is a versatile tool that can be used in a multitude of industries and daily life scenarios. From aquacultures and beverage processing to water ponds and spa systems, this controller ensures precise pH and ORP control. Whether you're a professional in the food processing, photography, or paper industry, or a hobbyist in water conditioning or pool maintenance, the PH-303 is an invaluable asset. Its ease of installation and use, combined with its robust construction and cutting-edge technology, make it an ideal choice for anyone looking to maintain optimal conditions in their systems.