Flapper Nozzle System

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Flapper Nozzle System Specification

Feature
Highly Efficient

Automation Grade
Semi-Automatic

Voltage
230 V AC

Model No
FNS-2950532

Measurement Range
0 to 500 LPH

Core Components
Nozzle, Flapper, Chamber, Mounting Base

Accuracy
100 %

Power Source
Pneumatic

Capacity
5-500 LPH

Temperature Range
0C to 120C

Frequency
50 Hz

Equipment Materials
Stainless Steel / Mild Steel

Type
Flapper Nozzle System

Usage
Laboratory

Display Type
Analog

Dimension (L*W*H)
150mm x 80mm x 220mm

Weight
Approx. 2.5-10 Kg

About Flapper Nozzle System

Flapper Nozzle System

We offer our clients an optimum quality range of Flapper - Nozzle System which is designed using the best grade components and latest technology in accordance with the set industry standards quality.The set up helps in understanding conversion of mechanical motion to pressure signal. It consists of flapper - nozzle mechanism, Dial gauge indicator, pressure gauges and air filter regulator. A regulated supply of pressure, usually over 20 psig, provides a source of air through the restriction. The nozzle is open at the end where the gap exists between the nozzle and flapper, and air escapes in this region.As the flapper moves down and reduces the nozzle gap the signal pressure increases. The graph of signal pressure verses nozzle gap can be plotted and system gain can be calculated. Setup is compact and table top mountable provided with soft copy instruction manual, software program for plotting test results and sample calculations.

Features:

Simple and compact setup.
Micron dial gauge for flapper movement.

Precision and Efficiency Redefined

Engineered for laboratories, the Flapper Nozzle System guarantees precise flow measurement and control, thanks to its responsive design and high-accuracy reading. Its robust chamber, flapper, and nozzle core components ensure consistent performance, even under demanding usage. With a capacity ranging from 5 to 500 LPH and a 100% accuracy level, you can trust it to deliver reliable results across a wide variety of flow measurement tasks.

Durable Construction and User-Friendly Interface

Built from stainless steel or mild steel, the system is highly resistant to corrosion and physical wear. The polished material finish not only adds to its durability but also provides a sleek appearance. Featuring an easy-to-read analog display and panel mounting capability, operating and monitoring the system is straightforward. Maintenance requirements are low, allowing users to focus more on critical flow control and laboratory processes.

FAQs of Flapper Nozzle System:

Q: How does the Flapper Nozzle System achieve such high accuracy in flow measurement?

A: The Flapper Nozzle System utilizes precision-engineered core components including the nozzle, flapper, and a well-designed chamber to regulate and measure flow. Its analog display and pneumatic power source contribute to its ability to deliver 100% accurate readings within the specified capacity range of 5 to 500 LPH.

Q: What is the recommended process for installing the panel-mounted Flapper Nozzle System?

A: Installation involves securely mounting the system on a laboratory panel using the provided mounting base. The 1/4 inch BSP connection should be properly attached to the flow line, and the pneumatic power source connected to ensure optimal system performance in laboratory environments.

Q: When is maintenance required for the Flapper Nozzle System, and what does it typically involve?

A: Maintenance for this system is minimal, thanks to its robust design and high-quality materials. Routine checks include inspecting the nozzle and flapper for wear, cleaning the chamber, and ensuring the analog display is functioning correctly. These can typically be accomplished during scheduled laboratory equipment checks.

Q: Where can the Flapper Nozzle System be used for optimal results?

A: This system is ideal for laboratory applications requiring precise flow measurement and control. Its wide pressure and temperature ranges make it suitable for diverse experimental setups and regulated laboratory environments.

Q: What are the main benefits of using a semi-automatic Flapper Nozzle System in a laboratory?

A: Key benefits include rapid response time (<1 second), high efficiency, 100% accurate measurements, low maintenance, and suitability for a wide range of laboratory processes. Its semi-automatic function streamlines operations while maintaining excellent control over flow rates.

Q: How do you monitor and adjust flow readings on the Flapper Nozzle System?

A: Operators can monitor flow directly via the analog display. Adjustments to flow control are made by manipulating the chamber and flapper mechanism, which provides real-time feedback for precise regulation within the measurement range of up to 500 LPH.

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