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FLOW THROUGH ORIFICE & MOUTH PIECE

Price 500.0 INR/ Piece

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MOQ : 1 Piece

FLOW THROUGH ORIFICE & MOUTH PIECE Specification

Measuring Range
015 L/min flow rate

Number of Specimens
Single specimen test

Temperature
Ambient, suitable for room temperature variations

Equipment Type
Hydraulic laboratory apparatus

Power Supply
230V AC, 50 Hz

Application
Engineering Testing Equipment

Usage
Engineering Testing Equipment

Product Type
FLOW THROUGH ORIFICE & MOUTH PIECE

Response Time
Instantaneous

Test Range
0-15 L/min

Automation Grade
Manual

Interface Type
Mechanical analog

Humidity
Ambient

Features
Removable orifice and mouth piece attachments, easy calibration, robust construction

Specimen Size
Orifice: 12 mm, Mouth Piece: 12 mm

Max Height
450 mm

Mounting Type
Bench Top

Operating Voltage
230V AC

Port Size
Orifice: 12 mm diameter; Mouth Piece: 12 mm diameter

Gas Pressure
Ambient water head adjustable up to 0.5 m

Hardness
Body fabricated from mild steel with corrosion-resistant finish

Display Type
Analog scale

Frequency
50 Hz

Accuracy
1% of reading

Resolution
0.01 L/min

Capacity
15 Liters

Machine Weight
22 kg (approximate)

Test Speed
Variable flow rate (0.5 15 L/min)

Test Width
100 mm

Test Stroke
Up to 250 mm

Control Mode
Manual and automatic mode options

FLOW THROUGH ORIFICE & MOUTH PIECE Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About FLOW THROUGH ORIFICE & MOUTH PIECE

FLOWTHROUGH ORIFICE & MOUTH PIECE

Product Specification

Material: Mild Steel

Finishing Type: Powder Coated

ISO Certified: AN ISO 90012015

Product Description:

Our company offers optimum qualityOrifice and Mouthpiece Apparatus at the most reasonable market price. Thisapparatus is manufactured under the supervision of expert professionals, usingbest quality raw materials. The apparatus manufactured by us is used for thepurpose of measuring fluid flowing through an open channel. Offered apparatusis exclusively demanded in various hydraulic industries for accurateperformance and hassle-free installation.

Experiments:

To determine the co-efficient ofdischarge of different Orifice and mouthpiece

Utilities Required:

Electric supply 0.5 kW, 220V AC,Single Phase

Water supply Tap water connection BSPDistilled water 60 liters (optional)

Floor Area with Drain facility

Technical Specifications:

Sudden Enlargement: From 13 mm to 23 mm

Sudden Contraction: From 20 mm to 16 mm

Electric supply: 0.5 kW, 220V AC, Single Phase

Precision Fluid Flow Measurement

With interchangeable mouthpiece and orifice attachments, this apparatus allows accurate measurement of water flow in the range of 0 to 15 L/min. The clear acrylic tank and analog display enable users to observe fluid mechanics phenomena in real time, while removable components facilitate detailed experimentation and calibration.

Easy Calibration and Robust Construction

This equipment is factory-calibrated for immediate use and can be easily recalibrated in the field. The mild steel body with a corrosion-resistant finish, coupled with a sturdy powder-coated support frame, ensures long-term performance in laboratory environments. The integrated sump and convenient drain valve provide seamless recirculation and maintenance.

Versatile Educational Tool

Demonstrating foundational hydraulic principles such as Bernoullis theorem, this device is widely used in engineering institutions for hands-on learning. The manual and automatic control modes accommodate different experimental procedures, making it suitable for various instructional and research activities in engineering curricula.

FAQs of FLOW THROUGH ORIFICE & MOUTH PIECE:

Q: How does the apparatus demonstrate Bernoullis theorem?

A: The equipment allows users to observe changes in flow velocity and pressure as water passes through interchangeable orifices and mouthpieces. By measuring the discharge and head loss, it clearly demonstrates the practical application of Bernoullis theorem in hydraulic experiments.

Q: What benefits do interchangeable mouthpieces and orifices provide?

A: Interchangeable attachments enable a variety of experiments, allowing users to assess the effects of different geometries on flow characteristics. This flexibility supports comprehensive study of discharge coefficients and fluid dynamics principles.

Q: When is calibration necessary, and how is it performed?

A: Calibration is initially done at the factory, but field calibration is possible if higher accuracy is required or after prolonged use. Users simply adjust the device using the provided accessories and follow instructions in the manual to ensure precise measurements.

Q: Where can the device be set up for operation?

A: Designed as a bench-top apparatus, it fits conveniently in laboratories, classrooms, or research facilities. Its non-slip base ensures stable operation on most flat surfaces, and its compact size makes it easy to position and relocate as needed.

Q: What is the process for measuring flow using this apparatus?

A: Users set up the desired orifice or mouthpiece, adjust the water head, and initiate flow through the tank. Water collected in the measuring tank is timed using a stopwatch, and the volumetric measurement method provides accurate flow rate readings via the analog scale.

Q: How does the apparatus ensure user safety and ease of use?

A: The unit includes a non-slip base for stable operation and overflow protection to prevent spills. The transparent tank enhances visibility for safe monitoring, and an instruction manual guides users through setup and operation.

Q: What type of experiments can be conducted with this equipment?

A: It is suitable for engineering testing experiments focusing on Bernoullis theorem, flow through orifices and mouthpieces, determination of discharge coefficients, and comparative analysis of flow patterns with various attachment types.

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