Audited Supplier
Intelligent Gas Meter
<25mm
0.015
Civil, Industrial
1-1.5m³/h
G10
G10
(0.1~16) M3/H
GPRS / Zigbee / Wm-Bus
15oc
1013.25mbar
1.5
-25oc to 55oc
50bar
≥15 Years
Matrix LCD
Goldcard
6PCS/Carton
OIML R137, EN1359, CE
China, Hangzhou
90281010
Product Description
Main Features
Standard volume output, No additional temperature and pressure compensation needed
Working condition volume output, based on real-time temperature and setting pressure value
No moving components, long-term stability
Compact design, smaller size to install easily
Resistance to 120ºC ambient temperature
Dynamic multi-tariff
Remote valve operation
Remote upgradeable firmware
Field swappable battery
Easy operation and maintenance through advanced 3 touch-button human-machine interface.
Kinds of communications module are available for various markets
Design in accordance to smart metering equipment technical specifications
Measurement Principle
The measurement principle is based on a MEMS "Micro Thermal Flow Sensing". The Fig 1 has shown that there is a micro-heating element and two temperature sensors are placed around it. The temperature difference between the two sensors will be created when the flow rate increases and it is proportional to the mass flow rate.
Standard volume output, No additional temperature and pressure compensation needed
Working condition volume output, based on real-time temperature and setting pressure value
No moving components, long-term stability
Compact design, smaller size to install easily
Resistance to 120ºC ambient temperature
Dynamic multi-tariff
Remote valve operation
Remote upgradeable firmware
Field swappable battery
Easy operation and maintenance through advanced 3 touch-button human-machine interface.
Kinds of communications module are available for various markets
Design in accordance to smart metering equipment technical specifications
Measurement Principle
The measurement principle is based on a MEMS "Micro Thermal Flow Sensing". The Fig 1 has shown that there is a micro-heating element and two temperature sensors are placed around it. The temperature difference between the two sensors will be created when the flow rate increases and it is proportional to the mass flow rate.
| Type | JGM10S-G | JGM16S-G | JGM25S-G |
| Meter Size | G10 | G16 | G25 |
| Measuring Range | (0.1~16) m3/h | (0.16~25) m3/h | (0.25~40) m3/h |
| Communications | GPRS / Zigbee / wM-BUS | ||
| Standard temperature for volume output | 15ºC (Other standard temperature on request ) | ||
| Standard pressure for volume output | 1013.25mbar | ||
| Accuracy class | 1.5 | ||
| Measurement resolution | 0.1 L (0.0001 m3) | ||
| Measuringaccuracy | Qmin≤Q<Qt, -3%≤E≤+3% Qt≤Q≤Qmax, -1.5%≤E≤+1.5% | ||
| Operating temperature range | -25ºC to 55ºC | ||
| Max. operating pressure | 50bar (Valve operation up to 0.15bar ) | ||
| Max. pressure drop | < 2.5 mbar at Qmax | ||
| Ingress protection | IP65 | ||
| ATEX | EX II 3C Ex ic IIA T3 Gc (Zone 2) | ||
| Measured gas type | 2nd Family Group H and L (EN 437) | ||
| Valve | Compliancy with EN16314 | ||
| Maximum leakage for the valve | 0.001 m3/h at 0.05bar | ||
| Display | Matrix LCD ( with backlight) | ||
| Display resolution | 9 data bits, including 4 decimal places | ||
| Battery Life | ≥15 years | ||
