IoT and gas meters: all about ATEX
How to use IoT networks and sensors in SEVESO sites or ATEX zones in complete safety? Adeunis answers you.
Le partenaire pour la captation, transmission et mise à disposition de vos données
Pulse ATEX: impulse interface
ATEX zone
- Gas & vapour:
- Zone 1: immediate proximity to the sensitive area
- Group IIC: hydrogen gases and vapours, acetylene, etc.
- Dust:
- Zone 21: immediate proximity to the sensitive area
Pulse ATEX: impulse interface
Make your meters communicate in ATEX ZONE
The PULSE ATEX sensor can be used to read and analyse your gas meters’ consumption data to help you save energy.
It can also be used to count the number of cycles of a piece of equipment so you can plan its maintenance.
This wireless sensor is designed for easy connection to gas meters, or any other equipment with a pulse output, requiring increased protection against the risk of explosion.
Highlights OF THE IOT SENSOR
- Up to 2 connectable meters
- Tamper and leak detection
- Flow rate monitoring
- Local and remote configuration
- Data logging for optimal autonomy
- Redundancy for better service continuity
- Timestamp (LoRaWAN®)
- Network test at startup (LoRaWAN®)
- Available versions:
- with a Binder connector
- with a Gazpar connector
- Exist in non ATEX version
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 PULSE ATEX IOT SENSOR
Description
What are the technical characteristics of the connected sensor?
Features
- Periodic modes with or without log
- Data redundancy
- Timestamp
- Network test at startup
- Personalisation of the joint phase
- Configurable lifeframe
- Alert concerning product, configuration error, low battery
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 (IP68 on request)
- Integrated fastening system: DIN rail, tube, wall mount, flange
- Operating temperature range: -20°C to + 40°C
- Soldered battery
- Standards: Directive 2014/53/EU (RED)
Decoding
Datasheet
In what area does the IoT sensor operate?
LoRaWAN EU863-870
What are the part numbers of the sensor?
- ARF8230FA PULSE ATEX LoRaWAN® EU863-870
- ARF8230FA-B01 PULSE ATEX + BINDER LoRaWAN® EU863-870
- ARF8230FA-B02 PULSE ATEX + GAZPAR LoRaWAN® EU863-870
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 PULSE ATEX Sigfox RC1
- ARF8230GA-B01 PULSE ATEX + BINDER Sigfox RC1
- ARF8230GA-B02 PULSE ATEX + GAZPAR 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.
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