Detecting ammonia leaks is crucial for safety and operational efficiency in industrial refrigeration. Even minor ammonia leaks can affect equipment longevity, energy consumption, and, most importantly, personnel safety. To address these issues, our specially designed pH sensor provides a reliable and efficient solution for early ammonia detection in water and glycol-based systems.
Why monitor ammonia levels?
Ammonia is widely used as a refrigerant in industrial systems due to its excellent thermodynamic properties. However, it can be hazardous if it escapes into the environment, especially in large facilities or plants where even small leaks can cause long-term damage and pose health risks. Monitoring ammonia levels in liquids like water or glycol brine is a proactive way to ensure both system integrity and workplace safety.
Advantages of using a pH Sensor in industrial refrigeration
• Early ammonia detection allows operators to address leaks quickly, minimizing exposure risks to employees and reducing the likelihood of hazardous ammonia buildup.
• Detecting leaks before they escalate can prevent significant system damage and reduce the need for costly repairs, helping to maintain continuous operations.
Key features of our pH Sensor
• Our sensor can detect ammonia concentrations above 100 ppm, allowing for quick response to leaks before they escalate.
• The sensor provides a broad measurement range (0-14 pH) with precise 4-20 mA output, delivering high-resolution readings at +/- 0.01 pH. This ensures dependable monitoring even in critical conditions.
• Equipped with a replaceable salt bridge, the sensor uses differential measurement technology to improve accuracy and durability, enhancing its performance and reducing the need for frequent maintenance.
• The sensor uses a 2-wire measurement technology for straightforward installation and setup, making it easy to integrate into existing systems.
• With its durable construction and replaceable parts, the pH sensor minimizes long-term maintenance expenses, making it an economical choice for ammonia detection.
• The sensor is built with a "semi-flush" design to reduce dirt accumulation on the probe, which maintains accuracy over time and reduces the need for frequent cleaning.