Discover how IoT is used to monitor a Stadium
The city of Le Havre wants to reduce its energy consumption. To do so, it has implemented the IoT at the Stade Océane…
Le partenaire pour la captation, transmission et mise à disposition de vos données
ATEX Gazpar connector: IoT sensor for pulse meter
ATEX Gazpar connector: IoT sensor for pulse meter
Make your gas meters in ATEX zones communicate
Thanks to its pre-wired GAZPAR connector, this IoT sensor reads the consumption data from your gas meters to help you save energy.
It consists of an ATEX PULSE IoT sensor combined with a Gazpar connector.
Highlights OF THE IOT SENSOR
- Already pre-wired to a GAZPAR connector
- Periodic monitoring of fraud and leakage flows
- Alert when thresholds are exceeded
- Local or remote configuration
- Battery-operated product
- Data time-stamping (in LoRaWAN®)
- Network test at startup (in LoRaWAN®)
- ATEX product: used in an explosive atmosphere
- Gas & steam
- Zone 1: immediate proximity to the sensitive area
- Groupe IIC: hydrogen gases and vapors, acetylene …
- Dust
- Zone 21: immediate proximity to the sensitive area
- Gas & steam
SERVICES RELATED TO THE PRODUCT
CHARACTERISTICS OF THE IOT PULSE ATEX SENSOR
What does the connected sensor do?
monitor
- Periodically check gas meter readings:
- index transmission,
- flow monitoring (min/max)
Alerte
AND/OR Trigger an alarm when:
- when the flow rate exceeds a threshold (high/low)
- when a leak is detected
THIS SENSOR IS AVAILABLE IN GAS METER READY VERSIONS
FEATURES OF THE IOT SENSOR
Description
What are the technical characteristics of the connected sensor?
Features
- Periodic modes with or without history
- Data redundancy
- Configurable life frame
- Time stamping (LoraWAN)
- Network test on start-up (LoraWAN)
- Customisation of the join phase
- Alert on product error, configuration error, low battery
- Inductance of the cable < 0,004 milliH (mH)
- Cable capacity < 0,00012 microF (uF)
Gazpar connector
- 2-pin female connector
- Cable length: 1m
- Inductance of the cable < 0,004 milliH (mH)
- Cable capacity < 0,00012 microF (uF)
PULSE ATEX Specifications
- ATEX II 2 G D
- Ex ib IIC T4 Gb
- Ex ib IIIC T135°C Db
- -20°C < Tamb < +40°C
- Uo ≤ 3.9V; Io ≤ 6.1mA; Po ≤ 6mW; Co ≤ 440µF; Lo ≤ 930mH
Ui ≤ 15V; Ii ≤ 1000mA; Pi ≤ 3750mW; Ci = 0µF; Li = 126nH
General specifications
- Dimensions: 105 x 50 x 27 mm
- Weight: 70 g
- Casing: IP67
- Integrated fastening system: DIN rail, tube, wall mount, flange
- Operating temperature range: -20°C to + 40°C
- Soldered battery
Decoding
Datasheet
In what area does the IoT sensor operate?
LoRaWAN EU863-870
What are the part numbers of the sensor?
- ARF8230FA-B02 GAZPAR CONNECTOR LoRaWAN® EU863-870 – KARE+
Certifications:
Directive 2014/53/UE (RED)
What is the expected autonomy of the connected sensor?
Under the following conditions: 1 index per hour and 1 transmission every 4 hours (6 frames/day), 10,000 pulses and Pull-Up activated:
LoRaWAN EU863-870:
- SF7 > 10 years
- SF12: 9.3 years
To go further, all documents and tools related to the PULSE ATEX IoT sensor
Questions about using the PULSE ATEX? Consult our dedicated FAQ
Previous versions: to find all the documentation related to previous versions of this product, click here.
In what area does the IoT sensor operate?
Sigfox RC1
What is the sensor reference?
- ARF8230GA-B02 GAZPAR CONNECTOR Sigfox RC1
Certifications:
Directive 2014/53/UE (RED)
What is the expected autonomy of the connected sensor?
Under the following conditions: 1 index per hour and 1 transmission every 4 hours (6 frames/day), 10,000 pulses and Pull-Up activated:
Sigfox RC1 : 4,7 years
To go further, all documents and tools related to the PULSE ATEX IoT sensor
Questions about using the PULSE ATEX? Consult our dedicated FAQ
Previous versions: to find all the documentation related to previous versions of this product, click here.
Our solutions for different uses
Discover our case studies for optimising the use of your buildings while improving the organisation of your services.
Reduce
energy consumption
Meet
regulatory requirements
Guarantee
satisfaction of occupants
Protect
the building against damage
How IoT helps you reduce your energy consumption
Controlling energy consumption is a major challenge. The IoT helps you to better analyse and reduce them…
BACS DECREE & buildings: what you need to know
Discover the key points of the BACS decree, which imposes on tertiary buildings the obligation to pilot their energy by 2025.
How to achieve the objectives of the Tertiary Decree
To achieve the objectives of the tertiary decree, several levers of action exist, such as monitoring energy consumption using IoT.
How DALKIA is helping Valenciennes Hospital to monitor temperatures
Dalkia is helping the Valenciennes Hospital to set up ambient temperature monitoring in its buildings.
Our product selection
To cover all your needs
Would you like to find out more?
Would you like more information about our products and services? Would you like us to help you deploy your IoT project? We’re here to help.
20 years
expertise to support you, from the diagnosis to the implementation of your solution
