Daniel Measurement and Control Inc. Venturi Tubes

Description
Daniel Venturi Tube is a low-pressure-drop metering device identifiable by its tapered inlet, tapered outlet and straight, constricted middle section. It offers constant accuracy, low susceptibility to erosion, high-pressure recovery, and installation at any angle from horizontal to vertical. Corrosion-resistant and virtually maintenance-free, this measurement product performs in a wide variety of applications that include air, water,vapor, steam, gas, chemical substances, sludge and slurry applications. For extremely erosive service, internal surface hardening is available. The Classical Venturi is a head pressure device that consists of a convergent cone section, cylindrical bore, and a divergent cone section. The cylindrical bore restricts the fluid flow resulting in a pressure drop. This differential pressure relates to the flow rate by applying Bernoulli's equation. The angled inlet and outlet cones help control the pressure recovery, making Venturi the most efficient of all the differential meters available. This results in lower permanent pressure loss and greater capacity than other differential meters of the same size. Permanent pressure loss is typically 5% to 15% of the differential pressure, depending on the bore size selected.
Description
Daniel Venturi Tube is a low-pressure-drop metering device identifiable by its tapered inlet, tapered outlet and straight, constricted middle section. It offers constant accuracy, low susceptibility to erosion, high-pressure recovery, and installation at any angle from horizontal to vertical. Corrosion-resistant and virtually maintenance-free, this measurement product performs in a wide variety of applications that include air, water,vapor, steam, gas, chemical substances, sludge and slurry applications. For extremely erosive service, internal surface hardening is available. The Classical Venturi is a head pressure device that consists of a convergent cone section, cylindrical bore, and a divergent cone section. The cylindrical bore restricts the fluid flow resulting in a pressure drop. This differential pressure relates to the flow rate by applying Bernoulli's equation. The angled inlet and outlet cones help control the pressure recovery, making Venturi the most efficient of all the differential meters available. This results in lower permanent pressure loss and greater capacity than other differential meters of the same size. Permanent pressure loss is typically 5% to 15% of the differential pressure, depending on the bore size selected.

Suppliers

Company
Product
Description
Supplier Links
Venturi Tubes -  - Daniel Measurement and Control Inc.
Houston, TX, USA
Venturi Tubes
Venturi Tubes
Daniel Venturi Tube is a low-pressure-drop metering device identifiable by its tapered inlet, tapered outlet and straight, constricted middle section. It offers constant accuracy, low susceptibility to erosion, high-pressure recovery, and installation at any angle from horizontal to vertical. Corrosion-resistant and virtually maintenance-free, this measurement product performs in a wide variety of applications that include air, water,vapor, steam, gas, chemical substances, sludge and slurry applications. For extremely erosive service, internal surface hardening is available. The Classical Venturi is a head pressure device that consists of a convergent cone section, cylindrical bore, and a divergent cone section. The cylindrical bore restricts the fluid flow resulting in a pressure drop. This differential pressure relates to the flow rate by applying Bernoulli's equation. The angled inlet and outlet cones help control the pressure recovery, making Venturi the most efficient of all the differential meters available. This results in lower permanent pressure loss and greater capacity than other differential meters of the same size. Permanent pressure loss is typically 5% to 15% of the differential pressure, depending on the bore size selected.

Daniel Venturi Tube is a low-pressure-drop metering device identifiable by its tapered inlet, tapered outlet and straight, constricted middle section. It offers constant accuracy, low susceptibility to erosion, high-pressure recovery, and installation at any angle from horizontal to vertical.

Corrosion-resistant and virtually maintenance-free, this measurement product performs in a wide variety of applications that include air, water,vapor, steam, gas, chemical substances, sludge and slurry applications. For extremely erosive service, internal surface hardening is available.

The Classical Venturi is a head pressure device that consists of a convergent cone section, cylindrical bore, and a divergent cone section. The cylindrical bore restricts the fluid flow resulting in a pressure drop. This differential pressure relates to the flow rate by applying Bernoulli's equation. The angled inlet and outlet cones help control the pressure recovery, making Venturi the most efficient of all the differential meters available. This results in lower permanent pressure loss and greater capacity than other differential meters of the same size. Permanent pressure loss is typically 5% to 15% of the differential pressure, depending on the bore size selected.

Supplier's Site

Technical Specifications

  Daniel Measurement and Control Inc.
Product Category Liquid Flow Meters
Product Name Venturi Tubes
Meter Technology Venturi Tube
Unlock Full Specs
to access all available technical data

Similar Products

Flow Switch - TELEFLO® Model 816BC - Kaydon Filtration Corporation
Kaydon Filtration Corporation
Specs
Operating Temperature -10 to 200 F (-23 to 93 C)
Process Media Type Liquid
Meter Type Volumetric Flow Meter
View Details
Ultrasonic Flow Meter - PCE-TDS 200 SM - PCE Instruments / PCE Americas Inc.
PCE Instruments / PCE Americas Inc.
Specs
Meter Technology Ultrasonic
Operating Temperature -22 to 320 F (-30 to 160 C)
Process Media Type Liquid
View Details
Roots Flow Meter - HRF - Holykell Technology Company Limited
Holykell Technology Company Limited
Specs
Process Media Type Liquid
View Details
Flow Turbine with Load Cell -  - HydraCheck Inc.
Specs
Meter Technology Turbine
Operating Temperature 14 to 122 F (-10 to 50 C)
Process Media Type Liquid
View Details