The PPH-3 TrolMaster Heavy Duty Nutrient pH Sensor sets a new standard in precision and reliability for monitoring pH levels in nutrient solutions. Designed with advanced features and improved durability, this pH sensor is ideal for use in hydroponic systems, agricultural applications, and research environments. Compatible with TrolMaster’s AMP-2 or AMP-3 nutrient sensor modules, the PPH-3 ensures accurate pH readings and seamless integration into existing monitoring systems.

Features:

• Improved Design: The PPH-3 features a reduced diameter protective sleeve and enhanced sensor element for improved stability and reliability.
• Compatibility: Compatible with TrolMaster’s AMP-2 or AMP-3 nutrient sensor modules, allowing for flexible integration into various monitoring setups.
• Application: Ideal for hydroponic systems, agriculture, and research where precise pH monitoring is critical for plant health and nutrient uptake.
• Installation: Designed for drop-in or in-line installation with standard 3/4″ PVC tee fittings, ensuring ease of setup and compatibility with existing plumbing configurations.

• PPH-3 TrolMaster Heavy Duty Nutrient pH Sensor
• Protective Sleeve
• Instruction Manual

Using the PPH-3 pH Sensor is straightforward and efficient:

1. Installation: Insert the pH sensor into a standard 3/4″ PVC tee fitting using the threaded body for secure placement.
2. Integration: Connect the sensor to the AMP-2 or AMP-3 nutrient sensor module. Ensure all connections are tight to prevent leaks and ensure accurate readings.
3. Calibration: Follow the manufacturer’s instructions to calibrate the pH sensor initially and periodically according to your specific application requirements.
4. Monitoring: Use the monitoring system connected to the AMP module to observe real-time pH levels in nutrient solutions.
5. Maintenance: Regularly clean and inspect the pH sensor to maintain optimal performance. Replace the sensor element as recommended by the manufacturer for continued accuracy.

Best Usage Tips:

• Place the pH sensor in a location where it can consistently sample the nutrient solution without interference.
• Ensure the nutrient solution is well-mixed to obtain representative pH readings.
• Keep the sensor protected from physical damage and exposure to extreme conditions to prolong its lifespan.