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Analog: wired sensor interface
Analog: wired sensor interface
LoRaWAN / Sigfox sensor
On battery or external power supply, connect your 0-10 V or 4-20 mA sensors
ANALOG is a ready-to-use IoT sensor that transforms any type of 0-10 V or 4-20 mA sensor into a communicating sensor.
This connected sensor meets the needs of users who want to remotely monitor data of any kind (power consumption, temperature, pressure, humidity, CO², speed, brightness, opening, level, etc.) from a sensor or piece of equipment.
HIGHLIGHTS OF THE IOT SENSOR
- 2 versions available:
- replaceable internal battery
- external power supply
- 2 analog inputs independently configurable as 0-10 V or 4-20 mA
- 2 digital inputs associated with analog inputs
- Data transmission modes: periodic and/or event-driven
- Local or remote configuration
- Compatible with KARE
- Other version available: Current sensor
SERVICES RELATED TO THE PRODUCT
FEATURES OF THE ANALOG IoT SENSOR
What actions are carried out by the connected sensor?
Measure
Continuously monitor the values
of 0-10V or 4-20 mA equipment
or sensors (clamp ammeter,
temperature, rain gauge, pressure,
humidity, speed, etc.).
Alert
AND/OR Trigger an alarm if:
- high and/or low threshold(s) exceeded
- event on one of the 2 dry contact inputs
Description
What are the technical characteristics of the connected sensor?
Technical specifications
- 2 versions available :
- replaceable internal battery (ANALOG)
- external power supply (ANALOG PWR)
- 2 analog inputs independently configurable as 0-10V or 4-20mA
- 2 digital inputs associated with analog inputs
- Data transmission modes: periodic and/or event-driven
- Product error, configuration error and low battery alerts
- Configuration:
- Local, via a USB port
- Remote, via the network,
General specifications
- Weight:
- 70 g (battery included)
- 49 g (powered version)
- Dimensions: 105 x 50 x 27 mm
- Enclosure: IP67, EMERGE™ PC 8731HH grey resin (casing), EMERGE™ PC 8430-15 transparent
resin (sole) - Mounting: DIN Rail, Tube, Wall, Collar
- Power supply:
- Replaceable battery (2600 mAh capacity)
- External power supply on 2-pin terminal block: input range 6-24V – max. current 90 mA
- Recommended operating conditions:
- 25°C / +70°C for battery-powered version
- -25°C / +40°C for external power supply version
- 0 to 85% RH (non-condensing)
Decoding
Datasheet
Driver USB to dowload
Where does the sensor operate?
- LoRaWAN EU863-870
What is the sensor part number?
- ARF8190BA ANALOG LoRaWAN® EU863-870
- ARF8200AA ANALOG PWR LoRaWAN® EU863-870
Features
- Minimum scan period of 30 seconds with a sampling period of 30 sec.
- Data logging (up to 24 samples per frame)
- Configurable lifetime frame
- Data timestamp: EPOCH 2013 format (function can be activated)
- Network test on start-up: performed automatically when the product starts up (via LEDs)
- Customisable join phase: can be customised (number of attempts, time between attempts), remote join
re-launch, etc. - Data accessibility: redundancy
Certification
- Directive 2014/53/UE (RED)
What is the expected battery life of the sensor?
Under the following conditions: 2 inputs activated and configured as 0-10V
For 1 scan every 5 minutes and 1 transmission every 30 minutes:
- SF7 >15 years
- SF12 = 5 years
For 1 scan every 10 minutes and 1 transmission every 60 minutes:
- SF7 >15 years
- SF12 = 9.1 years
For further information, all the useful documents and tools relating to the LoraWAN ANALOG et ANALOG PWR sensors :
Previous versions: to find all the documentation related to previous versions of this product, click here.
Where does the sensor operate?
- Sigfox RC1
What is the sensor part number?
- ARF8191BA ANALOG Sigfox RC1
- ARF8201AA ANALOG PWR Sigfox RC1
Certification
- Directive 2014/53/UE (RED)
What is the expected battery life of the sensor?
For 1 frame every 2 hours (12 frames per day): 4.2 years
For further information, all the useful documents and tools relating to the Sigfox ANALOG et ANALOG PWR sensors :
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
Optimise maintenance operations
Ensuring
occupant satisfaction
Meet
regulatory requirements
To achieve the objectives of the tertiary decree, several levers of action exist, such as monitoring energy consumption using IoT.
Legionella: find out the key points of the regulation on monitoring the temperature of DHW systems.
Indoor Air Quality: how and why should it be measured? What is required by the regulation? How to act?
Dalkia is helping the Valenciennes Hospital to set up ambient temperature monitoring in its buildings.
OUR PRODUCT SELECTION
To cover all your needs
Do you need help?
Our team is here to help you. If you have any questions or encounter any problems when using our application, please don’t hesitate to contact us. We’re here to solve any problems you may encounter and provide you with the best possible experience.
20 years
expertise to support you, from the diagnosis to the implementation of your solution
