Adopting ultrasonic technology, Cubic DN100 flow meter is an advanced electronic meter for natural gas flow measurement, well-suited for various applications, including natural gas custody transfer and the precise measurement of process gases across different industries.
Cubic DN100 flow meter is an advanced electronic meter for natural gas flow measurement, which adopts ultrasonic technology to maintain long-term accuracy without degradation.
With its multipath design to detect multiple flow profiles, the DN100 flow meter excels at eliminating turbulence and asymmetric gas flow impact. The innovative design not only provides redundancy capability but also enables the flow meter to operate seamlessly even in the face of a channel failure, showcasing its unwavering reliability.
By incorporating pressure and temperature sensors, DN100 flow meter can convert gas volume measured under actual conditions to standard conditions (20℃, 101.3 kPa) for fair measurement, and the built-in diagnostic function ensures users safety by automatically shutting down gas supply in case of inconspicuous leakage. Additionally, its integrated wireless communication module enables remote recharging and data monitoring, providing users with a comprehensive gas flow volume measurement solution.
Designed for versatility, the Cubic DN100 flow meter is well-suited for various applications, including natural gas custody transfer and the precise measurement of process gases across different industries.
Multipath design detects multiple flow profiles, eliminating turbulence and asymmetric gas flow impact
Multipath offers redundancy capability and channel substitution technology for continued operation
The titanium alloy transducer employed possesses corrosion resistance, high-pressure resistance and anti-contamination
Wide Turn-Down ratio and excellent repeatability ensure stable measurement
Temperature and pressure methane detection sensor ensure accurate gas flow measurement
No pressure loss and ultra-low starting flow ensure monitoring of minimal gas consumption
No mechanical parts means no wear and tear and maintenance-free
Detachable transducer design for easy periodic maintenance and cleaning
The integrated wireless module allows easy remote monitoring and meter status management
Automatic self-diagnostics, reducing equipment failures and downtime
A wired power supply with a lithium battery for backup enhances system reliability
Support both 4-20mA and Modbus communication simultaneously
Flow Range | 10-600m3/h |
Accuracy | Class 1.0 |
Boundary Flow | Qt = 60m3/h |
Indication Error | Qmin≤Q<Qt, ≤±2.0% Qt≤Q≤Qmax, ≤±1.0% |
Flow Medium | Single-phase gas: natural gas, liquefied petroleum gas, air, etc. |
Medium Temperature | (-20~60)℃ |
Nominal Pressure | ≤1.6MPa |
Work Pressure | ≤0.6MPa |
Ambient Temperature | (-25~55)℃ |
Power Supply | External power 24VDC, built-in lithium battery 3.6V |
Wireless Communication | GPRS |
LCD | Accumulated total volume (standard condition), instantaneous flow rate under standard condition, instantaneous flow rate under working condition, temperature, pressure, battery power, etc. |
Installation Method | Flangle |
Transducer Material | Titanium Alloy |
Power Consumption | ≤5W |
Transducer Frequency | 200KHZ |
Analog Output | 4-20ma |
Frequency/Pulse Output | One-channel frequency/pulse output |
Communication Interface | RS485 |
Communication Protocal | Modbus-RTU |
Data Storage Duration | The historical records include hourly, daily, monthly data, and alarm records, with a minimum retention period of 96 months for monthly data and alarm data. |
Water-Proof | IP65 |
Explosion Proof | Exd II BT6 Gb |
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