Brand: pFlow

pFlow C6H Ultrasonic Flow Sensor

Name: pFlow C6H Ultrasonic Flow Sensor | Seven Star LLC
Brand: pFlow

Description

Overview: Next-Generation Fluid Telemetry with pFlow C6H

As the official authorized representative of pFlow in Oman, Seven Star LLC is proud to introduce the pFlow C6H Ultrasonic Flow Sensor, a breakthrough in high-precision, non-invasive fluid measurement and process control. Industrial fluid dynamics in Oman and the wider GCC region demand extreme reliability, low maintenance, and seamless automation compatibility. The pFlow C6H addresses these critical requirements by combining advanced transit-time digital signal processing with optional integrated control logic, such as smart motorized ball valve integration. Unlike traditional mechanical flowmeters that suffer from mechanical wear, pressure drops, and frequent calibration drifts, our static ultrasonic sensor ensures long-term operational accuracy. It is specifically designed to fit seamlessly into high-tech building automation systems, chilled water loops, and heavy industrial processing lines where continuous fluid telemetry is paramount.

Transit-Time Ultrasonic Measurement Principle

The core operational logic of the pFlow C6H relies on the highly accurate transit-time ultrasonic measurement principle. Our sensor architecture incorporates pairs of ultrasonic transducers positioned upstream and downstream within the flow profile. These transducers alternately transmit and receive high-frequency acoustic waves through the moving liquid. When the fluid is flowing, the transit time of the acoustic signal moving in the direction of the flow is shorter than the transit time of the signal moving against the flow. The internal microprocessing core of our device measures this time differential with nanosecond precision. By applying advanced digital signal processing (DSP) algorithms and factoring in the specific cross-sectional geometry of the pipe, the sensor instantaneously calculates the exact volumetric flow rate. This measurement method is completely independent of fluid conductivity, pressure, and viscosity, ensuring exceptional linearity across a wide dynamic flow range.

Engineering Design and Smart Control Integration

The engineering design of the pFlow C6H emphasizes compact efficiency, chemical resilience, and robust automation connectivity. Housed in a high-grade, IP65 or IP68-rated weather-resistant enclosure, our sensor is constructed to withstand the intense ambient heat, fine dust ingress, and corrosive humidity typical of Middle Eastern industrial mechanical rooms. The internal flow channel is engineered to minimize turbulence and maintain a zero-pressure-drop profile, optimizing overall pumping efficiency across the fluid network. Furthermore, the electronic motherboard integrates multi-protocol digital communication options, including Modbus RTU (RS485), BACnet, and standard 4-20mA analog outputs. This versatile interface allows the sensor to communicate directly with central PLCs, SCADA networks, or building management systems (BMS). Our modular layout also supports a unique mechanical coupling with smart motorized ball valves, allowing for automated, closed-loop flow regulation based on real-time acoustic feedback.
pFlow C6H Ultrasonic Flow Sensor for Industrial Fluid Metering and Smart Controls

Key Features and Technological Advantages

pFlow C6H Ultrasonic Flow Sensor for Industrial Fluid Metering and Smart Controls

The pFlow C6H delivers a comprehensive suite of technical advantages tailored strictly for the B2B industrial and automation market. A primary advantage is its non-moving-part design, which eliminates mechanical friction, eradicates particle clogging v

ulnerabilities, and lowers the total cost of ownership to near zero. The sensor features an exceptionally low starting flow velocity detection capability, allowing it to capture micro-flows that traditional meters miss. It also provides built-in thermal energy calculations when paired with external temperature sensors, making it an all-in-one BTU meter for district cooling applications. Our high-contrast digital display provides field engineers with instant visibility into instantaneous flow, totalized volume, and signal strength diagnostics. Additionally, the unit supports unregulated wide-range DC power inputs, facilitating flexible installation in various control panel configurations.

Industrial Applications Across the Middle East

Seven Star LLC facilitates the widespread engineering deployment of the pFlow C6H across critical infrastructure sectors:

Commercial HVAC and District Cooling: Providing high-precision BTU metering and chilled water flow tracking in large-scale commercial complexes in Oman.
Automated Industrial Process Control: Managing chemical dosing loops and clean water distribution within manufacturing and assembly facilities.
Smart Water Management Networks: Enabling precise consumption tracking and leak detection in municipal water infrastructure.
Power Plant Cooling Loops: Monitoring auxiliary water circulation and heat exchanger efficiency in power generation stations.
Agriculture and Fertigation Systems: Delivering reliable flow telemetry for automated, high-efficiency irrigation networks in arid regions.

Technical Specifications Table

Specification	Technical Data
Measurement Principle	Transit-Time Ultrasonic Wave Technology
Flow Velocity Range	0.01 m/s to 5.0 m/s
Accuracy Rating	±1.0% of Measured Value (Application Dependent)
Repeatability	0.2%
Enclosure Protection Class	IP65 / IP68 (High Dust and Water Resistance)
Communication Protocols	Modbus RTU (RS485), BACnet, 4-20mA, Pulse Output
Operating Voltage	12 to 24 VDC / 24 VAC
Fluid Temperature Range	0°C to +60°C (Extended options available)
Pipe Size Compatibility	Designed for small to medium industrial pipelines
Enclosure Material	Heavy-Duty Industrial Composite / Polycarbonate

Request a Quote for pFlow C6H Ultrasonic Flow Sensor

As the official authorized partner, Seven Star LLC provides comprehensive engineering support and sizing calculations for your automation projects. For an official B2B price quotation, system compatibility consulting, or to request the complete technical datasheet for the pFlow C6H Ultrasonic Flow Sensor, contact our technical sales department today.

Where the pFlow C6H is used

Building automation systems
Chilled water loops
Heavy industrial processing lines
Continuous fluid telemetry
Process control with valves

Selection checklist for the pFlow C6H

Pipe size
Fluid type
Flow range
Valve integration
Output signal
Supply
Mounting position
Control system link

Installation, commissioning and maintenance notes for the pFlow C6H

Mount the sensor on the line and connect the supply and the output. Check the flow reading with the pipe full and the fluid moving. Check the wiring and the readings at regular intervals.

Requesting a quotation for the pFlow C6H

Please send the pipe size, the fluid and the flow range. Seven Star LLC serves industrial customers in Oman and the GCC and replies with a quotation based on the information provided.

pFlow C6H sensor type

It is an ultrasonic flow sensor.

pFlow C6H maker

It is made by pFlow.

pFlow C6H duty

It measures fluid flow without intrusion into the stream.

pFlow C6H method

It uses the transit-time ultrasonic measurement method.

pFlow C6H transducers

Pairs of ultrasonic transducers sit upstream and downstream in the flow profile.

pFlow C6H signals

The transducers alternately transmit and receive acoustic waves through the liquid.

pFlow C6H transit time

The signal moving with the flow arrives sooner than the signal moving against it.

pFlow C6H time difference

The internal microprocessor measures the difference between the two times.

pFlow C6H signal processing

Digital signal processing algorithms work out the result.

pFlow C6H pipe geometry

The pipe cross-section is part of the calculation.

pFlow C6H flow rate

The sensor calculates the volumetric flow rate.

pFlow C6H independence

The method does not depend on fluid conductivity, pressure or viscosity.

pFlow C6H moving parts

It has no mechanical wear parts in the stream.

pFlow C6H pressure drop

It adds no mechanical pressure drop like a mechanical meter does.

pFlow C6H valve option

Optional control logic supports smart motorized ball valve integration.

pFlow C6H automation

It is made to fit building automation systems.

pFlow C6H low upkeep

It is designed for low maintenance.

pFlow C6H region

It suits fluid duties in Oman and the wider GCC.

pFlow C6H support

Seven Star LLC gives local technical support with selection.

Flow records for the pFlow C6H

Record the flow readings, the valve settings and the date of each check.

Choosing the right pFlow C6H configuration

Choose the sensor and the valve option from the pipe size and the control task.

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About brand

Clamp-on ultrasonic flow measurement is what pFlow does. The sensors strap to the outside of the pipe and measure liquid flow by transit time, so the line is not cut and nothing touches the fluid. The brand comes from Gentos, an instrument maker focused on ultrasonic flowmeters, flow sensors and heat and cooling energy meters.

Seven Star LLC is the pFlow agency for Oman and the GCC, listing pFlow ultrasonic flowmeters in fixed, portable and LoRaWAN versions, BTU meters and LoRaWAN flow control valves.

pFlow flowmeter families

Most of the listed models are compact clamp-on sensors grouped by pipe size and duty. The GF family (GFCL, GFR, GF-S-CL, GF-SH-CL for hot water and GF-GH-CL for immersion cooling) and the MF micro flowmeters (MFR, MFCL) serve cooling and process loops on small and medium pipes. The MP series are plug-and-play flow sensors, including the MP801 and a LoRaWAN version. The D116-BTU is a wall-mounted ultrasonic BTU meter, the P116 a portable flowmeter for surveys, and the F8 a fixed meter used in aquaculture. Gentos also builds the F3 series clip-on flowmeters, including a panel-mount version. The VC200-R is a LoRaWAN ball valve that works as a flow switch.

Where pFlow meters are used

The manufacturer documents use in liquid cooling for data centers and semiconductor plants, chilled and hot water metering in central air conditioning, water supply networks and irrigation, aquaculture, and utility lines in petrochemical and power plants.

Ordering a pFlow ultrasonic flowmeter: what we need

Clamp-on meters are selected from pipe data. Send the pipe outside diameter, wall thickness and material, any liner, the liquid and its temperature, the expected flow span and the straight pipe length available. Add the output you need (4-20 mA, pulse, Modbus, LoRaWAN) and the supply voltage. For BTU meters include the supply and return temperature span.

Frequently Asked Questions

How does the pFlow C6H maintain measurement accuracy over time?

The pFlow C6H utilizes a non-moving-part design and static ultrasonic transit-time sensors. Because there are no mechanical gears or turbines to wear out or clog, the meter completely avoids mechanical calibration drift and maintains high operational accuracy over an extended lifespan.

Can the pFlow C6H be used as a thermal energy or BTU meter?

Yes, when integrated with external temperature sensors on the supply and return lines, the internal microprocessing core can calculate thermal energy differential parameters, making it highly suitable for district cooling energy billing.

Is this ultrasonic flow sensor compatible with standard building management systems?

Absolutely. The internal electronics support Modbus RTU over RS485 and BACnet protocols natively, allowing for direct plug-and-play communication with standard industrial PLCs and modern building automation architectures.

How does the sensor perform in high-temperature Middle Eastern plant rooms?

Our sensor features an industrial-grade enclosure rated for robust thermal tolerance and a high ingress protection rating (IP65/IP68), shielding the sensitive signal processing circuitry from external heat and dust.

What type of fluids can the pFlow C6H measure?

The sensor is explicitly engineered for clean, homogenous liquids such as chilled water, cooling tower circulation water, and clear process fluids that do not contain high concentrations of large bubbles or heavy solids.

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