Flow Over Weirs Apparatus with Weir Tank | FluidoSurgeX 107
Product Overview
A CE-certified open-channel flow apparatus for measuring discharge over rectangular, V-notch, and trapezoidal weirs, manufactured by Scientico India to ISO 9001:2015 standards. Supplied with calibration certificate, operation manual, and complete export documentation. Designed for Fluid Mechanics laboratories in engineering colleges and technical institutions.
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Technical Specifications
| Parameter | Specification |
|---|---|
| Model | FluidoSurgeX 107 |
| Type | Flow Over Weirs Apparatus with Weir Tank |
| Application | Open Channel Flow Experiments |
| Weir Plates Material | Stainless steel |
| Weir Plate Type | Self sealing |
| Rectangular Weirs | 50 x 100 mm, 25 x 100 mm |
| V Notch Weirs | Thomson weirs, 30° and 90° |
| Additional Weirs | Cipolletti and Sutro |
| Tank and Channel | Corrosion resistant glass fibre construction |
| Head Measurement | Adjustable depth gauge |
| Flume Size (L x W x H) | 510 x 165 x 170 mm |
| Measuring Cylinder Capacity | 5 L |
| Stopwatch Range | 0 to 9 h 59 min 59 sec |
| Water Requirement | Laboratory water supply and drain |
Key Features
Key Features -
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Complete weir flow experimental setup with integrated weir tank
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Includes rectangular, V notch, Cipolletti, and Sutro weirs
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Stainless steel self sealing weir panels for reliable installation
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Adjustable depth gauge for accurate weir head measurement
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Corrosion resistant glass fibre channel for long service life
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Can operate with hydraulic bench or direct laboratory water supply
Applications -
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Determination of weir head in open channel flow
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Study of flow characteristics over rectangular and V notch weirs
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Measurement of volumetric flow rate using weirs
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Determination of coefficient of discharge
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Investigation of head versus discharge relationships
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Fluid mechanics and hydraulics laboratory experiments
Construction & Design Details -
The FluidoSurgeX 107 features a molded weir tank with a central channel designed for controlled open channel flow. The tank and channel are manufactured from corrosion resistant glass fibre materials to withstand continuous water exposure. Weir plates are installed in sealed grooves to ensure stable positioning and minimal leakage. The adjustable depth gauge allows precise measurement of the free water surface upstream of the weir.
Export & Supply Capability -
SCIENTICO manufactures the FluidoSurgeX 107 Flow Over Weirs Apparatus with Weir Tank for domestic and international supply. The unit is suitable for export to engineering colleges, universities, and technical training laboratories. Standard packaging, accessories, and documentation are provided with each shipment.
Standards & Compliance
- Manufactured under ISO 9001:2015 Quality Management System
- CE Marking - European Conformity where applicable
- Supplied with calibration certificate, operation manual, and experiment guide
- 12-month manufacturer's warranty (parts & labour from installation)
Ordering & Delivery
- Incoterms: CIF to destination seaport, FOB Mundra/Nhava Sheva, or Ex-Works Ambala
- Lead time: 3–5 weeks production + sea transit to destination
- Payment: LC (Letter of Credit) or T/T bank transfer against proforma invoice
- Documentation: commercial invoice, packing list, bill of lading, certificate of origin, insurance certificate
Frequently Asked Questions
Q1. Can this apparatus operate without a hydraulic bench?
Yes, it can operate using a standard laboratory water supply and drain.
Q2. What types of weirs are included with the system?
The system includes rectangular weirs, two V notch weirs, and additional Cipolletti and Sutro weirs.
Q3. How is the upstream water level measured?
The upstream water level is measured using the adjustable depth gauge mounted across the channel.
Q4. What material is used for the weir tank and channel?
The tank and channel are made from corrosion resistant glass fibre material.
Q5. What experiments can be performed using this apparatus?
Experiments include determination of weir head, discharge, coefficient of discharge, and head versus discharge relationships.