Product Description
Stainless Steel Flow Sensor
Backed by rich industry experience and knowledge, we are able to manufacture, export and supply a broad range of Stainless Steel Flow Sensors. In sectors like food processing, mining, power & energy, water management etc. these sensors are widely used to measure the flow rate fluids like chemicals, industrial gases, water etc. The offered sensor is manufactured using top quality raw materials at our state-of-the-art production unit under strict supervision of our experts. In addition, these Stainless Steel Flow Sensors are available in diverse specifications to cater the varied needs of the clients.
Features:
- Durability
- Easy to install
- Optimal thermal resistivity
- High conductivity
Types of Sensor Installation Fittings:
- Weld Block
- S.S T Fitting with Threaded End
- S.S T Fittings with Stud End
- S.S. T Fitting with Welded Flange
- Weld Adapter
Applications:
- Water Treatment
- Filtration Systems
- Chemical / Pharmaceutical
- Bottling / Distillary
- Concrete Batching plant
- Textile / Process machine automation
Technical Specifications:
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Cable Length
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5 Mtr. (16.5 Ft) Standard
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Flow Rate Range
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0.5 to 5 m/s ( 1. 6 to 16.4 Ft / s)
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Pipe Size Range
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15 NB to 300 NB ( 0.5 to 12 inch. )
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Supply Current
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20 mAh, 10 to 24 VDC
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Supply Voltage
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10 to 24 VDC Regulated
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Precision Liquid Flow MonitoringEnsure accurate flow rate measurement from 1 to 60 L/min with this Hall effect sensor. Its excellent resolution and high sensitivity allow detection of even low flow rates, making it ideal for process control, liquid dispensing, and monitoring in industrial and laboratory environments.
Rugged, Durable DesignCrafted from corrosion-resistant stainless steel and protected by an IP65 enclosure, this flow sensor operates in harsh, moist, and dusty atmospheres. The compact, inline-mounted design offers straightforward installation with a G1/2 (DN15) threaded connection for reliable performance in diverse settings.
Easy Integration and Versatile ApplicationCompatible with 220-240V power supplies, this sensor uses a lead-wire connection with customizable cable lengths for flexible installation. The digital pulse output supports seamless integration into control and automation systems for real-time flow monitoring and process optimization.
FAQ's of Stainless Steel Flow Sensor:
Q: How is this stainless steel flow sensor installed and connected?
A: This sensor is mounted inline using its G1/2 (DN15) threaded connection and is attached directly to a full pipe. Electrical connection is achieved via a lead wire (open cable ends) with a standard 1-meter PVC sheath cable, which can be customized to longer lengths as needed.
Q: What liquids can this flow sensor measure?
A: The sensor is suitable for measuring the flow rate of most liquids, including water and various chemical solutions, as long as the fluid is compatible with stainless steel and the specified pressure and temperature range.
Q: Where can this flow sensor be used?
A: It is ideal for industrial, laboratory, and process automation environments, particularly where reliable flow measurement is needed in moist and dusty atmospheres, due to its IP65-rated protection and corrosion-resistant housing.
Q: What are the benefits of using this Hall effect flow sensor?
A: Key benefits include high measurement accuracy (1% F.S.), detailed resolution (0.1 L/min), rapid response times (under 500 ms), and robust durability in challenging conditions. Its compact size and corrosion resistance ensure long-term performance.
Q: When should I choose this model over other flow sensors?
A: Select this model when you require a reliable, precise, and durable flow sensor for applications involving aggressive environments (moist or dusty), as well as scenarios needing high sensitivity at low flow rates and straightforward integration via digital pulse output.
Q: What is involved in the flow measurement process with this sensor?
A: As liquid flows through the sensor's chamber, the Hall effect transducer generates digital pulse signals in response to the flow rate. This output is then interpreted by control systems to provide real-time flow monitoring or feedback for process control.
Q: What level of electrical safety and compliance does this sensor offer?
A: The sensor is RoHS compliant and provides a high insulation resistance of over 100 M at 500V DC, ensuring electrical safety and environmental responsibility in industrial installations.