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SSM-iCON 250 Smart Meter

Brand: Pietro Fiorentini
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Hydrogen Compatible Hydrogen Compatible

SSM-iCON 250 is the natural evolution of the Pietro Fiorentini know-how and experience in the gas industry.
SSM-iCON 250 smart meter incorporates the latest ultrasonic measurement technology to the flexibility of the multi communication module.
Suitable for use with natural gas, biomethane (RNG) and hydrogen blends (up to 20%), this device is used for residential application on low pressure gas distribution networks.
The replaceable communication module allows the flexibility to change network in the field.
Equipped with state-of-the-art monitoring sensors it can stop the gas flow for temperature (fire), pressure or seismic events as well as from remote, to enhance customers safety.

Features

  • Body: Die cast aluminum ANSI/AA 384.0 with epoxy finishing for the meter case
  • Electronic enclosure: Plastic polycarbonate for the electronics case suitable for outdoor installation
  • Accuracy Class: 1 (according to ANSI B109.0)
  • Working temperature: from -35 °C to 55 °C
  • Connections: 10LT, 20LT, Sprague (other on request)
  • Minimun flow rate: 0.007 m3/h
  • Maximum flow rate: 7.1 m3/h
  • Maximum Operating Pressure: 34.5 kPa
  • Gas temperature range: from -35 °C to 55 °C
  • Remote communication interfaces: Both NB-IoT and Cat-M1 in the same module for cellular option or Aclara Network

SSM-iCON 250 is the natural evolution of the Pietro Fiorentini know-how and experience in the gas industry.
SSM-iCON 250 smart meter incorporates the latest ultrasonic measurement technology to the flexibility of the multi communication module.
Suitable for use with natural gas, biomethane (RNG) and hydrogen blends (up to 20%), this device is used for residential application on low pressure gas distribution networks.
The replaceable communication module allows the flexibility to change network in the field.
Equipped with state-of-the-art monitoring sensors it can stop the gas flow for temperature (fire), pressure or seismic events as well as from remote, to enhance customers safety.

Features

  • Body: Die cast aluminum ANSI/AA 384.0 with epoxy finishing for the meter case
  • Electronic enclosure: Plastic polycarbonate for the electronics case suitable for outdoor installation
  • Accuracy Class: 1 (according to ANSI B109.0)
  • Working temperature: from -35 °C to 55 °C
  • Connections: 10LT, 20LT, Sprague (other on request)
  • Minimun flow rate: 0.007 m3/h
  • Maximum flow rate: 7.1 m3/h
  • Maximum Operating Pressure: 34.5 kPa
  • Gas temperature range: from -35 °C to 55 °C
  • Remote communication interfaces: Both NB-IoT and Cat-M1 in the same module for cellular option or Aclara Network
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Specifications

Brand

Hydrogen Compatibility %

Hydrogen Compatible up to 20% Hydrogen Compatible up to 20%

Body

  • Die cast aluminum ANSI/AA 384.0 with epoxy finishing for the meter case

Electronic Enclosure

  • Plastic polycarbonate for the electronics case suitable for outdoor installation

Approvals

  • OIML R137
  • EN 14236
  • ANSI B109.0
  • ANSI B109.1
  • PS-G-06
  • cULus Class1 Div1

Connections

  • 10LT, 20LT, Sprague (other on request)

Capacity

  • 7 m3/h at 0.125 kPa differential pressure
  • 250 cfh at 1/2”w.c. differential pressure

Measurement Range

  • 0.007 to 7.1 m3/h0.25 to 250 cfh

Minimum Flow rate (Qstart)

  • 0.007 m3/h
  • 0.25 cfh

Remote Communication Interfaces

  • Both NB-IoT and Cat-M1 in the same module

Maximum Operating Pressure

  • up to 34.5 kPa
  • up to 5 psig

Ambient temperature

  • from -35°C to 55°C
  • from -30°F to 130°F

Gas temperature range

  • from -35°C to 55°C
  • from -30°F to 130°F

Accuracy

  • Class 1 (according to ANSI B109.0)

Ingress protection

  • Compliant to IP67 and NEMA 4X

Power supplies and operating lifetime

  • Lithium batteries 20 years for metrological battery (non-replaceable)
  • Up to 20 years for communication battery (replaceable)

Hazardous area certification

  • Class 1 Division 1 Group D as per ANSI/ISA 121201

Gas volume compensation

  • Temperature compensated (TC) and non temperature compensated (NTC) options available

Nominal dimensions

  • Connection distance – 6” (152,4mm)
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Applications

  • Gas Distribution LP:
    • Medium/Small Industry
    • Commercial Users
    • Residential Users
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Why Choose The SSM-iCON Smart Meter

Value Elements

  • Accurate Ultrasonic Gas Measurement: Uses ultrasonic measurement technology with no moving measuring parts, providing reliable natural gas volume measurement with reduced mechanical wear.

  • Advanced Remote Connectivity: Supports NB-IoT and Cat-M1 cellular communication or Aclara network options, helping utilities remotely access gas consumption data.

  • Enhanced Customer Safety: Integrated monitoring sensors and a shut-off valve enable gas flow interruption in response to specified temperature, pressure or seismic events, as well as remote commands.

  • Long-Term Battery Performance: Designed with a 20-year metrological battery and replaceable communication battery rated for up to 20 years, helping reduce routine maintenance requirements.

  • Flexible Communication Options: Replaceable communication modules allow utilities to adapt connectivity as network requirements evolve, without replacing the entire gas meter.

  • Designed for Outdoor Conditions: Durable aluminum construction, IP67 protection and an operating temperature range of -35°C to +55°C support demanding outdoor natural gas metering applications.

  • Future-Focused Gas Compatibility: Suitable for natural gas, renewable natural gas (RNG) and hydrogen blends up to 20%, supporting evolving gas distribution networks.

Comparison vs. Next Best Alternative

  • Compared to Traditional Diaphragm Gas Meters: Ultrasonic measurement eliminates moving measuring parts, reducing mechanical wear associated with conventional gas metering technology.

  • Reduced Manual Meter Reading: Remote communication capabilities help minimize the need for on-site meter readings, improving operational efficiency for natural gas utilities.

  • Enhanced Safety Features: An integrated shut-off valve and monitoring sensors provide additional gas flow control capabilities compared to conventional meters without these features.

  • Greater Network Flexibility: Replaceable communication modules offer more adaptability than meters with fixed communication technology.

  • Reduced Maintenance Requirements: Long-life batteries and solid-state ultrasonic measurement help reduce maintenance demands over the meter's operating life.

Where Do I Use This Product and Why?

  • Residential Natural Gas Metering: Provides ultrasonic gas consumption measurement for homes connected to low-pressure natural gas distribution networks.

  • Smart Metering Infrastructure: Supports utility smart metering initiatives through remote data communication, reducing reliance on manual meter reading.

  • Natural Gas Distribution Modernization: Helps Canadian gas utilities transition from traditional mechanical meters to connected ultrasonic metering technology.

  • Residential Meter Replacement Programs: Offers an alternative to conventional diaphragm gas meters where remote connectivity, integrated monitoring and long-term reliability are priorities.

  • Renewable Natural Gas Networks: Supports measurement of natural gas and biomethane (RNG), making it relevant to utilities incorporating renewable gases into their distribution systems.

  • Hydrogen-Blended Gas Applications: Supports hydrogen blends up to 20%, providing an option for utilities evaluating future gas distribution technologies.

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Gas Academy Blog

Which Gas Meter Is Right for Your Application?

Explore the different types of gas meters used across Canadian natural gas distribution systems in this CR Wall Gas Academy blog. Learn how diaphragm, rotary, turbine, ultrasonic, and Coriolis technologies compare, including their advantages, typical applications, and key considerations when selecting the right metering solution.

Read the Full Blog Here

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