Genus Smart Gas Meters(SKG16) offers a high level of functionality, low power consumption, reliability and high flexibility with customized solutions. All the features of a smart postpaid meter that are required to fulfil customer requirements are available in SKG16.
MIU i.e., the smart AMR-RF “g-Setu” is a gas meter retrofitting device that uses LoRaWAN communication and RF walk-by technology to collect the meter reading. It then communicates the gas consumption data to a software platform (HES). Further consumer mobile app can provided for the consumer to view consumption data on the mobile.
Typically, outside a property in a well-ventilated area, accessible to meter readers and emergency services.
Gas meters are generally accurate, with industry standards ensuring precise measurements for billing purposes.
Accurate billing, efficient energy use tracking, and enabling the use of natural gas appliances.
Yes, periodic calibration ensures accuracy, usually performed by qualified technicians.
Gas meters measure and monitor pressure but generally do not reduce it; pressure regulators may be used for that purpose.
Gas consumption is measured in cubic meters or cubic feet
Yes, it’s recommended for accurate readings, but modern meters often tolerate slight variations.
Typically, at a height that allows easy access for reading and maintenance, complying with local regulations.
Gas meter installation generally takes a few hours, depending on the complexity, accessibility, and local regulations.
Costs vary by , type of meter, and installation requirements.
Gas meters are devices that measure the volume of gas consumed, crucial for billing and monitoring energy usage in residential and commercial settings.
| Service | Natural Gas |
| Conformity | EN 1359:2017 |
| Model No. | SKG16 |
| Installation | Suitable for outdoor/Indoor Installation |
| Mounting | Wall mounted |
| Flow/Service | Qmax-2.5m³/hr, Qmin 0.016m³/hr |
| Accuracy | Class 1.5 (Qmin-0.1Qmax: ±3.0%, 0.1Qmax-Qmax: ±1.5%] |
| Rangeability | 150:1 |
| Cyclic volume | 1.2 dm³ |
| Normal working pressure | 15-100 mbar |
| Max. working pressure | 500 mbar |
| Design pressure | 750 mbar |
| Max. Allowable Pressure Drop | 2 mbar |
| Density | 0.73 kg/sm |
| Ambient temperature | -25°C to +55°C |
| Flow direction | 1) Left side inlet & Right side outlet 2) Right side inlet & Left side outlet |
| End connections | 3/4″ NPT |
| Max. Index reading | 99999.999 |
| Ingress protection | IP 65. |
| Pulse output type | Magnatic |
| Diaphragm | Polyester fabric coated with rubber on either side of equipment for an endurance life cycle of 80,000 cum (As per EN 1359:2017) |
| Centre to centre distance between inlet & outlet connections | 110 ± 0.25 mm |
| Sealing arrangement | With two plastic seal on front side of index |
| Frequency carrier | Band 865-868 MHz |
| Communication mode | Optical communication for configuration, RF walk-by LoRaWAN |
| Conformity | Equipment type approval (ETA) from WPC |
| Input pulse characteristics | Diaphragm Meter: Magnetic Type |
| Operating temperature | 0°C to 45°C Design 60°C |
| Ingress protection AMR | IP 65 |
| Alarm | Low Battery, Communication Failure, MIU Device removal, No cosumption, Unread meter, Volume below/above pre-decided values, unforessen consumption, Magentic tamper |
| MIU Memory capacity | up to 6 month |
| Power Supply | “Self-powered by inbuilt lithium battery MIU Battery Life: 10 Years” |
| Battery Type | 3.6V-Lithium thionyl Chloride |
| Battery Life Cycle | 10 Years with normal operation |
| Max. Operating Temperature | T4<=135Casper IEC 60079 |
