The Turbine Flow Meter is a versatile flow measurement solution designed to provide accurate readings for a variety of applications. Made of high-quality stainless steel material, it can withstand high gas pressure of up to 400 Bar. With its automatic control mode, it offers precise measurement readings and is suitable for use in industries such as oil & gas, aerospace/defense, and pharma-biotech. It has a port size ranging from 4mm to 200mm and can operate at temperatures of up to 55 Celsius (oC). The Turbine Flow Meter is a reliable and efficient option for measuring fluid flow rates.
Line Size - 4mm to 200mm for liquid
Meters with Sanitary End connections & Specifications
High Pressure up to 400 bar model available
Battery Operated option available
Measurement Ratio : 10:1(Std.), 20:1 (Optional)
Media Viscosity - Up to 100 CP
Applications - Oil & Gas, Aerospace / Defense, Pharma Bio Tech, Food & Beverage, Power Generation, Industrial & Municipal, Cryogenics
FAQs of Turbine Flow Meter:
Q: What is the maximum gas pressure the Turbine Flow Meter can withstand?
A: The Turbine Flow Meter can withstand gas pressure of up to 400 Bar.
Q: What is the port size range for the Turbine Flow Meter?
A: The Turbine Flow Meter has a port size range of 4mm to 200mm.
Q: What is the temperature range for the Turbine Flow Meter?
A: The Turbine Flow Meter can operate at temperatures of up to 55 Celsius (oC).
Q: In what industries is the Turbine Flow Meter suitable for use?
A: The Turbine Flow Meter is suitable for use in industries such as oil & gas, aerospace/defense, and pharma-biotech.
Q: Does the Turbine Flow Meter offer precise measurement readings?
A: Yes, the Turbine Flow Meter offers precise measurement readings with its automatic control mode.
The Temperature Sensor is an industrial-grade sensor designed to measure temperatures with high accuracy and resolution. With an accuracy of 0.5%, this stainless steel sensor can measure temperatures ranging from -100 to 600 C, making it ideal for use in a variety of industrial applications. The sensor operates on a 24V DC voltage and comes with a 1-year warranty. Equipped with advanced sensing technology, this Temperature Sensor can provide highly precise and reliable temperature measurements, ensuring optimal performance and safety in industrial processes. Its stainless steel construction makes it highly durable and resistant to corrosion and wear. Whether you need to monitor temperatures in a manufacturing plant, laboratory, or any other industrial setting, this Temperature Sensor is the perfect solution. With its high accuracy and resolution, you can rely on it to deliver accurate temperature readings every time.
Range : -100 to 600 C
Accuracy : 0.5%
Temperature : PT100
Power Supply : 24V DC
Output : RS485/ 4 to 20mA / 0 5 V DC
Display With or Without
Response Time : <30mS
Ambient Temperature : -20 to 70
FAQs of Temperature Sensor:
Q: What is the accuracy of the Temperature Sensor?
A: The Temperature Sensor has an accuracy of 0.5%.
Q: What is the voltage required to operate the Temperature Sensor?
A: The Temperature Sensor operates on a 24V DC voltage.
Q: What is the temperature range that the Temperature Sensor can measure?
A: The Temperature Sensor can measure temperatures ranging from -100 to 600 C.
Q: Is the Temperature Sensor suitable for industrial use?
A: Yes, the Temperature Sensor is designed for industrial use.
Q: What is the warranty period for the Temperature Sensor?
A: The Temperature Sensor comes with a 1-year warranty.
An Infrared (IR) Pyrometer is a non-contact temperature measurement instrument that determines the surface temperature of an object by detecting the intensity of thermal radiation (infrared energy) it emits. It is widely used in industrial settings where direct contact is impossible, dangerous, or would contaminate the target, such as in metal smelting, glass manufacturing, and machinery monitoring.
Key Features & Components
Non-Contact Operation: Measures from a distance, making it safe for extremely hot or hazardous environments.
Optical System: A lens focuses the IR energy from the object onto a detector.
Detector: Converts the radiation into an electrical signal (often a thermopile or photodiode).
Signal Processing: Internal electronics analyze the signal, applying emissivity settings to calculate the temperature, which is displayed digitally.
Laser Targeting: Most models include a laser pointer to identify the center of the target area.
Fast Response: Provides nearly instant readings, often in milliseconds.
Working Principle
Emission: All objects with a temperature above absolute zero emit infrared radiation.
Detection: The pyrometer's lens collects this radiation and focuses it onto a detector.
Conversion & Processing: The detector converts the energy into an electrical signal. The device applies an emissivity factor (the efficiency of the material in emitting energy) to calculate the actual temperature.
Display: The result is shown on a screen or transmitted to a control system.
Types of IR Pyrometers
Portable (Handheld) Pyrometers: Battery-operated "guns" used for quick, spot checks and maintenance.
Fixed (Online) Pyrometers: Permanently mounted on production lines for continuous, real-time monitoring.
Single-Wavelength (Monochromatic): Measures radiation at one wavelength; best for materials with stable, known emissivity.
Two-Color (Ratio) Pyrometers: Measures at two different wavelengths to calculate the ratio, making them more accurate in environments with smoke, dust, or variable emissivity.
Fiber Optic Pyrometers: Use a fiber optic cable to separate the sensor head from the electronics, ideal for high-ambient heat or electromagnetic interference.
Common Applications
Metallurgy: Monitoring molten metal, welding, and heat treatment (annealing/tempering).
Glass Manufacturing: Measuring temperature during forming, bending, and sealing.
Cement & Ceramics: Monitoring kiln temperatures.
Electronics: Checking for hot spots on circuit boards.
Automotive/Aerospace: Testing engine exhaust, braking systems, and turbine blades.
Safety: 24/7 monitoring of hazardous assets to prevent fires.
Key Considerations for Use
Emissivity: The most critical factor; surfaces with low emissivity (e.g., polished metal) are harder to measure accurately.
Distance-to-Spot Ratio (D:S): Determines the size of the area being measured relative to the distance. A 10:1 ratio means at 10 inches away, the spot size is 1 inch.
Atmospheric Interference: Smoke, steam, or dust between the pyrometer and the target can cause errors.
The Differential Pressure Transmitter is an essential tool for industrial usage, designed to measure the difference in pressure between two points in a system. This device features an accuracy of 0.5%, ensuring precise readings every time. The body of the transmitter is made from cast aluminum, which makes it durable and long-lasting. The striking silver and blue color combination adds a touch of modernity to the overall design. With an operating voltage of 24V DC, this transmitter can be easily integrated into your existing industrial setup.
Range : Confirm at the time of order
Output : 4 to 20mA/ 0 â 5 V/ RS485
Accuracy : 0.5%
Power Supply : 24 V DC
Operating Temperature : -40 to 80 °C
Sensor : SS316L
Display : With or Without
Protection : IP 65 / Ex Proof
Housing : Model Cast Aluminum
FAQs of Differential Pressure Transmitter:
Q: What is the Differential Pressure Transmitter used for?
A: The Differential Pressure Transmitter is used to measure the difference in pressure between two points in a system.
Q: What is the accuracy of the Differential Pressure Transmitter?
A: The accuracy of the Differential Pressure Transmitter is 0.5%.
Q: What is the material used for the body of the Differential Pressure Transmitter?
A: The body of the Differential Pressure Transmitter is made from cast aluminum.
Q: What is the operating voltage of the Differential Pressure Transmitter?
A: The operating voltage of the Differential Pressure Transmitter is 24V DC.
Q: Is the Differential Pressure Transmitter suitable for industrial usage?
A: Yes, the Differential Pressure Transmitter is specifically designed for industrial usage.
The Pitot Tube Flow Meter is an automatic industrial device used for measuring fluid flow. Made from high-quality stainless steel, this flow meter has a test range of 3: 1 and can withstand temperatures up to 55 Celsius (oC). The Pitot Tube Flow Meter works by using a pressure difference principle, which measures fluid velocity by measuring the pressure at two different points in a fluid stream. This enables accurate measurements and efficient control of fluid flow. It is ideal for use in various industrial applications, including chemical processing, oil and gas, and water treatment.
Type : Pitot Tube (DP Based)
Media- Liquid/Gas/Steam
Accuracy - 2% of FS
High temperature , High pressure corrosion resistance
MOC - Customizable as per requirement
Certification - IBR Available on request Design Standard - BS-1042 /ISO:5167
FAQs of Pitot Tube Flow Meter:
Q: What is the working principle of the Pitot Tube Flow Meter?
A: The Pitot Tube Flow Meter works by measuring the pressure difference between two points in a fluid stream, which is then used to calculate the fluid velocity.
Q: What is the test range of the Pitot Tube Flow Meter?
A: The test range of the Pitot Tube Flow Meter is 3: 1, which means it can measure fluid flow rates within a range that is three times the minimum flow rate.
Q: What is the material used in the construction of the Pitot Tube Flow Meter?
A: The Pitot Tube Flow Meter is made from high-quality stainless steel, which ensures durability and resistance to corrosion.
Q: Can the Pitot Tube Flow Meter be used in high-temperature applications?
A: Yes, the Pitot Tube Flow Meter can withstand temperatures up to 55 Celsius (oC), making it suitable for use in high-temperature applications.
Q: What are some industrial applications where the Pitot Tube Flow Meter can be used?
A: The Pitot Tube Flow Meter is ideal for use in various industrial applications, including chemical processing, oil and gas, and water treatment.
The Mass Flow Meter And Controller is an industrial-grade device designed for precise and accurate flow measurement and control. With a 6mm ferrule connection available, it allows for easy integration into existing systems. This device operates at a voltage of 230 Volt (v) and has an automatic control mode for efficient and reliable performance. It has a temperature range of up to 65 Celsius (oC), making it suitable for use in various industrial applications. This flow meter and controller is a versatile device that can be used in a wide range of industries, including chemical processing, pharmaceuticals, food and beverage, and more. With its high accuracy and repeatability, it ensures consistent and reliable measurement and control of the flow rate of liquids and gases.
Media : Gas
Power Supply : 24V DC / 230v Ac
Output : 0 to 5 V or 4 to 20mA / RS485
Accuracy : 1.5% of FS
Temperature : Upto 65 deg C
Pressure : Consult Factory
Connection : 6mm Ferrule Connection available
FAQs of Mass Flow Meter And Controller:
Q: What is the port size of the Mass Flow Meter And Controller?
A: The port size of the Mass Flow Meter And Controller is 6mm ferrule connection.
Q: What is the voltage requirement of this device?
A: The Mass Flow Meter And Controller operates at a voltage of 230 Volt (v).
Q: What is the control mode of this device?
A: The Mass Flow Meter And Controller has an automatic control mode for efficient and reliable performance.
Q: What is the temperature range of this device?
A: The Mass Flow Meter And Controller has a temperature range of up to 65 Celsius (oC).
Q: In which industries can this device be used?
A: The Mass Flow Meter And Controller can be used in various industries, including chemical processing, pharmaceuticals, food and beverage, and more.
The Vortex Flow Meter is a reliable and accurate measuring device designed for custody transfer of natural gas metering. This meter can measure flow rates in the range of 12 to 230 gallons per minute, making it ideal for a wide range of applications. It is made of high-quality stainless steel, making it durable and resistant to corrosion. The meter has a control mode that is automatic, which ensures that the flow rate is accurately measured and recorded. It has a temperature limit of up to 55 degrees Celsius, making it suitable for use in a variety of environments. The Vortex Flow Meter is finished in silver, which gives it a sleek and professional appearance.
It will measure the flow of gases, liquids and vapors
integrated temperature sensor and pressure sensor compensation
No moving mechanical parts inside the vortex flow sensor, so high reliability and low maintenance
Can be made into high temperature flow meter
End Connection Option are Flange, Wafer, Thread Connection & Tri clamp
Applications - Custody transfer of natural gas metering, Steam measurement, Flow of liquid suspensions, General water applications, Liquid chemicals & pharmaceuticals
FAQs of Vortex Flow Meter:
Q: What is the Vortex Flow Meter used for?
A: The Vortex Flow Meter is used for custody transfer of natural gas metering.
Q: What is the temperature range of the Vortex Flow Meter?
A: The Vortex Flow Meter has a temperature limit of up to 55 degrees Celsius.
Q: What is the flow range of the Vortex Flow Meter?
A: The Vortex Flow Meter can measure flow rates in the range of 12 to 230 gallons per minute.
Q: What is the material used in the construction of the Vortex Flow Meter?
A: The Vortex Flow Meter is made of high-quality stainless steel.
Q: What is the control mode of the Vortex Flow Meter?
A: The Vortex Flow Meter has a control mode that is automatic.
