500 Flow Pattern Tester

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500 Flow Pattern Tester Specification

Usage & Applications
Ideal for educational demonstrations, laboratory experiments, and research on hydro-dynamics and flow visualization

Features
Transparent flow chamber, easy sample introduction, calibrated scale, easy drainage, stable base

Surface Treatment
Powder Coated

Product Type
Flow Pattern Tester

Cover Material
Acrylic/Glass Cylindrical Chamber

Base Material
Powder Coated Mild Steel

Frame Material
Mild Steel Frame

Lighting System
External Illumination Provision

Monitoring System
Manual Visual Monitoring

Advantage
Provides accurate flow pattern analysis for laboratory and industrial applications

Inlet/Outlet Diameter
Standard lab hose connection, approx. 10 mm

Chamber Dimensions
Cylindrical, approx.100 mm diameter x 300 mm height

Observation Window
360 visibility

Chamber Capacity
500 ml

Accuracy
High, suitable for demonstration and research

Power Requirements
None (manual operation)

Operation Mode
Manual Control

Measuring Range
Compatible with a variety of fluids for flow pattern analysis

Mounting Type
Bench-top

Weight
Approx. 5 kg (varies by manufacturer)

Accessories Included
User manual, connectors, support stand

About 500 Flow Pattern Tester

Features and Benefits :

Portable and exquisite.
Used for ISO-5 to ISO-8 in Cleanroom, vial tunnels, LAFW, BSC, Isolators, etc.
Very insignificant warm up time required i.e. <1 minute.
Easy to produce curtain-shaped fog by using fog wand which helps to check laminar air flow pattern by covering maximum area of HEPA filter at a time.
We can use maximum Extendable flexible grooved milky white hosepipe of 10ft.
Low noise i.e. 50dB
Ultrapure foggers with absolute non-contamination. No emission of toxic gases.
Cool Fog output.
No residual.
Fog is good controllability.
Air Volume is adjustable.
Visual indicators for Airflow, Atomization & Low water level.
Auto Atomization switch off / cut off if water level is low.
Water tank volume : 5 Liters
Water capacity Max. fill level : 3.5 Liters
Fog medium Impedance : 16 to 64 M Distilled Water or
Filtered WFI (i.e. Water for Injection)
Fog medium conductivity : 0.15 1.00 ms/cm
Fog output rate : 0.95 m3/min
Aerosol Size Distribution : 1 -10 m
Continual fogging times : 40 Minutes
Water Consumption : 25 to 70 ml/Min.
Material of Construction : Stainless Steel SS304

PARAMETER	FPT 500	FPT 700
External Power Supply	AC220V 50Hz	AC220V 50Hz
Water Tank Volume	5 Liters	7 Liters
Water capacity optimum level	25 Liters	45 Liters
Water capacity Max. fill level	3.5 Liters	5 Liters
Dimension	350mmx230mmx330mm	50cmx26cmx34cm
Weight of Empty FPT	9.2KG	20KG(without water)
Input Voltage	DC 45V	DC 45V
Rated Power Consumption	216 W	216 W
Fog medium impedance	16 to 640 Distilled water or Filtered WFI	16 to 640 Distilled water or Filtered WFI
Fog medium conductivity	0.15-1.00ms/cm	0.15-1.00ms/cm
Fog output rate	0.95m/min	0.95m/min
Aerosol Size Distribution	1-10m	1-10m
Continual fogging times	30 minutes	25 minutes
Water Consumption	25 to 30ml/min	200 to 300ml/min
Material of Construction	Stainless Steel SS304	Stainless Steel SS304

Comprehensive Flow Pattern Visualization

This tester delivers exceptional clarity for monitoring fluid dynamics, thanks to its transparent, cylindrical chamber and full 360 observation window. Designed for researchers and students, it allows detailed visual analysis in both educational and research settings. The calibrated scale and easy-access chamber enable accurate, reproducible measurements for a wide variety of flow experiments.

Manual, Hassle-Free Operation

With no power requirements and an intuitive manual control system, the 500 Flow Pattern Tester is simple to set up and use. Fluid introduction, drainage, and flow adjustment are straightforward with standard lab hose connections. The bench-top mounting and stable frame make it suitable for continuous laboratory use and demonstration purposes.

Versatile and Reliable for Laboratory Use

Manufactured with high-quality materials like acrylic/glass and powder-coated mild steel, this tester is durable and resilient to repeated use. Its compatibility with a variety of fluids broadens its application in hydrodynamics, while the included connectors, support stand, and user manual provide a turnkey solution for immediate deployment in labs and research facilities.

FAQ's of 500 Flow Pattern Tester:

Q: How is the 500 Flow Pattern Tester operated and monitored?

A: The device operates manually with a simple control mechanism, requiring no electrical power. Monitoring is performed visually through the chamber's transparent walls and 360 observation window, allowing detailed study of flow patterns as they develop in real time.

Q: What types of fluids can be tested with this flow pattern tester?

A: The tester is compatible with a wide variety of fluids commonly used in laboratory and research applications, making it ideal for studying water, oils, and other liquid media for flow pattern analysis and hydrodynamics demonstrations.

Q: When should I utilize the 500 Flow Pattern Tester in my experiments?

A: Use this device when analyzing or demonstrating fluid dynamics, flow visualization, or hydrodynamic behavior is required. It is particularly beneficial during laboratory experiments, educational demonstrations, or research projects that demand high accuracy and visual clarity.

Q: Where can the 500 Flow Pattern Tester be installed or used?

A: Designed for bench-top mounting, this tester is well-suited for laboratory environments, research institutions, and educational settings throughout India. Its compact design ensures it fits easily onto laboratory workbenches.

Q: What is the process for introducing samples into the chamber?

A: Samples are introduced through standard lab hose connections (approx. 10 mm inlet/outlet). The chamber's wide cylindrical opening and calibrated scale make it easy to add fluids, initiate experiments, and efficiently drain samples after testing.

Q: What are the main benefits of using this flow tester for research and education?

A: Its transparent design, high accuracy, and compatibility with varied fluids foster detailed flow visualization and learning. The manual operation promotes user engagement, while robust construction and included accessories ensure ease of use and durability for both classroom and research settings.

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