PRM 1-1/4 Inch Multi-Jet Brass Totalizing Water Meter – Sealed Dry Dial, Pulse Output, Internal Strainer, Epoxy-Coated, Polyethylene Measuring Chamber

PRM 1-1/4 Inch Multi-Jet Brass Totalizing Water Meter – Sealed Dry Dial, Pulse Output, Internal Strainer, Epoxy-Coated, Polyethylene Measuring Chamber

Clear Readings: Sealed dry dial design ensures easy and precise totalization of water usage, making it ideal for monitoring large volumes of water flow. Durable Construction: Made with a brass body, epoxy-coated finish, and polyethylene measuring chamber, this water meter is built to last in industrial and commercial environments. Protection from Debris: The internal strainer protects the meter from damage caused by particulates, ensuring consistent performance and longevity. High Accuracy: Provides ±5% accuracy in transitional flow and ±2% in nominal flow, ensuring reliable measurement in a variety of applications. Temperature & Pressure Tolerance: Capable of operating at a maximum temperature of 104°F and maximum pressure of 150 psi, making it versatile for a wide range of installations. The PRM 1-1/4 Inch Multi-Jet Brass Totalizing Water Meter is engineered for accurate water flow measurement in non-potable water applications. This durable mechanical meter uses a multi-jet design to provide reliable totalization of water usage in gallons. Featuring a sealed dry dial for easy-to-read readings, it ensures clear visibility of flow data. Designed with an internal strainer to protect the meter from particulate damage, this meter maintains its accuracy and longevity even in low-quality water environments. The brass body, epoxy-coated finish, and polyethylene measuring chamber ensure the meter’s durability and resistance to harsh conditions. With an accuracy of ±5% for transitional flow and ±2% for nominal flow, it’s ideal for industrial and agricultural settings where high precision is required. This water meter operates under temperatures up to 104°F and pressures up to 150 psi, providing flexibility in installation and use.