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CH1
CH2
GND
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3V3/
GND
AirIM-100L
02-17/2019 Rev.: 2
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12
1
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5
2
7
11
10
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13
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Click!
2b
4a
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5-12 V DC
4b
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5
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ELKO EP, s.r.o.
Palackého 493
769 01 Holešov, Všetuly
Czech Republic
Tel.: +420 573 514 211
e-mail: [email protected]
www.elkoep.com
Characteristics
Description
EN
General instrucions
• The Universal input is used to detect device statuses which ensure the smooth and
trouble-free operation both in the residential and industrial sectors.
• The Universal input has a pulse, analog, binary input and terminals for connecting
the temperature sensor.
• In conjunction with the sensor it is used, for example, for monitoring the level, tem-
perature, gas, water or electricity, fl ooding...
• It provides a quick solution to learn about the critical condition of your device which
you can immediately respond to (e.g. service interference).
• Using the universal sensor will help you eliminate fi nancial losses caused by device
malfunctions, or report the need for action in advance.
• For each power meter it is necessary to have one Universal input AirIM-100.
• With the wireless solution and LoRa communication, it can communicate instantly
to your chosen location and be operated immediately.
• Data is sent to the server from which it can be subsequently displayed as a smart-
phone, application, or Cloud notifi cation
• Anti-sabotage: If access to the device is unauthorized, a message is immediately
sent to the server.
• Power supply: 5-12 V DC or 1x 3.6 V batteries SAFT.
• In the case of external power, the battery is automatically disconnected and serves
as backup power.
• Protection degree IP65.
1. Tamper
2. Programming pins
3. LED indication
4. Button SET
5. Setting pins for 3V3 / GND clamp
6. Hole for mounting on the wall
Ø 4.3 mm / 0.2”
7. Power terminal
8. Antenna
9. Magnetic contact
10. Battery
11. Sensor connection terminal
12. Bushing M16x1.5 for connecting
cable with max. diameter of 10 mm
13. Setting pins for CH2 clamp
14. Setting pins for CH1 clamp
Cloud app assignment
It is done in your Smartphone application. Enter the relevant information on the product
cover into the application.
Set the sensing type (sensor LS, WS, MS or pulse output S0).
Internet of Things (IoT)
• The IOT wireless communications category describes the Low Power Wide Area
(LPWA). This technology is designed to provide full-range coverage both inside and
outside buildings, energy-saving and low-cost operation of individual devices. The
LoRa network is available to use this standard.
LoRa network information
• The network is bidirectional and its communication uses free frequency band.
• 865 - 867 MHz
India
• 867 - 869 MHz
Europe
• 902 - 928 MHz
North America, Japan, Korea
• The advantage of this network is the possibility of freely deploying individual stations
in local locations, thus strengthening their signal. It can therefore be used effi
ciently in
company premises or, for example, in local parts of cities.
• For more information on this technology, please visit www.lora-alliance.org.
Caution for proper operation:
• Products are installed according to the wiring diagram given for each product.
• For proper device functionality, it is necessary to have suffi
cient coverage of the selec-
ted network at the installation site.
• At the same time, the device must be registered in the network. Successful device re-
gistration on a given network requires a charge for traffi
c.
• Each network off ers diff erent tariff options - it always depends on the number of me-
ssages you want to send from your device. Information on these tariff s can be found in
the current version of the ELKO EP pricelist.
Universal input
Made in Czech Republic
Assembly
1. Using a fl at-blade screwdriver gradually slide it into one groove and the other in the lid
and swing open the cover.
2. The product can be attached in two ways:
a) Directly on a fl at surface by gluing * - apply a suitable adhesive to the bottom of the
base. Place the base in the desired location and let it dry.
b) Using a suitable fastener ** by screwing - drill holes into the base with two holes of
suitable diameter corresponding to the position of the holes in the bottom of the box.
Place the base at the desired location and attach it with suitable bonding material
according to the substrate.
3. Thread the sensor through the bushing and plug it in according to the required function
- see chapter Functions, remove jumpers (only after setting the function).
4. Connect the supply voltage (via the power supply the transmitter functionality message
is sent to the application)
a. on the clamp
b. Insert the battery and check the correct location.
5. Set the required function (see chapter Function)
