Multijet Dry Type Vane Wheel Water Meter LXSC-50E1

Features:

1. Design:

Multi jet water meters are equipped with multiple water inlet jets, typically arranged in a radial pattern. This design allows for accurate measurement of water flow in both low and high flow rates.

2. Dry Dial:

Multijet dry type meters have a dry dial mechanism. This means that there is no direct contact between the water and the internal components of the water meter register, reducing the risk of corrosion or damage to the meter over time.

3.Material of water meter:

Brass shell and brass cover ring.

The water meter shell is with out adjustment structure.

The water meter shell can also be made of iron.

4. Highly Accurate:

Multijet Dry Type Vane Wheel Water Meter offer high accuracy in measuring water flow rates. They can provide precise readings even at low flow rates, making them suitable for applications where accurate measurement is crucial.

5. Wide Measuring Range:

Multijet dry type water meters are designed to measure a wide range of flow rates. They can accurately measure both small and large volumes of water, ensuring reliable readings regardless of the consumption patterns.

6. Ease of Installation:

Multi jet water meters are are relatively easy to install and maintain. They typically come with standard pipe thread connections, allowing for straightforward integration into existing plumbing systems.

7. Pulse Output Option:

The Multijet Dry Type Vane Wheel Water Meter LXSC-50E1 offers a pulse output option, allowing for remote monitoring and integration with automated systems for data collection and analysis.

Application:

The Multijet Dry Type Vane Wheel Water Meters LXSC-50E1 are commonly used in various applications for measuring the flow rate of water in residential and commercial applications.

Working Condition:

Cold water temperature≤35℃

Hot water temperature≤90℃

Water pressure≤1.0Mpa / 1.6Mpa

 Maximum Permissible Error

±5% at the Low-Zone ranging from min flow/Qmin (including Qmin) to transitional flow/Qt (excluding Qt).  

±2% at the High-Zone ranging from transitional flow/Qt to max flow/QS (both Qt and Qs included), if for hot water meter, ±3% error acceptable.