Elko iNELS Air AirIM-100S Use and care manual

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+
-
CH1 CH2
GND
+ -
3V3/
GND
AirIM-100S
02-18/2019 Rev.: 1
9
12
1
4
6
8
6
5
2
7
11
10
3
13
14
1
7
Click!
2b 4a
+
-
5-12 V DC
4b
+
-
5

+
-
ELKO EP, s.r.o.
Palackého 493
769 01 Holešov, Všetuly
Czech Republic
Tel.: [phone]
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, 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 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 Sigfox communication, it can communicate instant-
ly 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 noti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
Sigfox network is available to use this standard.
Sigfox network information
• The network supports bidirectional communication but with a limited number of feed-
backs. It uses the free frequency band divided by Radio Frequency Zones (RCZ).
• RCZ1 (868 MHz) Europe, Oman, South Africa
• RCZ2 (902 MHz) North America
• RCZ3 (923 MHz) Japan
• RCZ4 (920 MHz) South America, Australia, New Zealand, Singapore, Taiwan
• Sigfox has more coverage across countries, so it is better suited for long distance mo-
nitoring.
• For more information on this technology, please visit www.sigfox.com.
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 su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 trac.
• Each network oers dierent tari options - it always depends on the number of me-
ssages you want to send from your device. Information on these taris can be found in
the current version of the ELKO EP pricelist.
Universal input
Made in Czech Republic
Assembly
1. Using a 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 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)

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1.
S0
S0
- +
- +
OC(+)
2.
VCC
Signal
GND
+ OUT
+ -
SN
7.
V+
V-
+ -
+ -
12-24V
NTC -
NTC +
8.
t
+ -
K1
K2
10.
- + - +
3.
K1
K2
+ -
- +
1 2
5.
V+
V-
V
+ -
+ -
0-10V
+ -
+ -
6.
I+
I-
I
0-20mA
I
+ -
VCC
H
GND
T
9.
+ -
SIG1 SIG2
+ H T -
Recommendations for installation
• Ensure the correct location - see Warning.
• Prior to attaching the AirIM-100, check the length of the connected sensor and the loca-
tion of the scanned device.
• The working position is arbitrary but the grommet should not be directed upwards.
• The product does not require special handling and maintenance.
When handling a device unboxed it is important to avoid contact with
liquids. avoid unnecessary contact with the components of the device. Do
not touch the metal objects inside the unit.
Safe handling
Function
Setting functions 1-3, 5-10:
• Long press SET (> 5s) to enter programming mode.
• The green LED will ash by function (function 1 - 1x, 2 - 2x ...).
• Short (<1s) by pressing the SET button to move upwards in the function selection, press
(> 2 / <5s) longer to go down the function selections.
• Pressing the button (> 5s) long saves the set function and restarts the device.
6. Fill the jumpers onto the adjustment pins (see the Function chapter).
7. Replace and snap the front cover. When closing, the handles have to be snapped to their
original position. To ensure the degree of protection, tighten the grommet carefully.
* The glue must meet the optimal conditions for product placement (inuence of tem-
perature, humidity ...)
** For example, a screw or screw of max. Ø 4 mm can be used as a suitable fastener mate-
rial, 13 mm (distance to the partition in the box) must be added to the required length
for attachment to the substrate.
Restart
• Open the cover. Power interruption (remove the battery from the device).
• Press SET> 1min.
• Connect power (insert battery). Close the cover.
When the power is connected, the transmitter sends the initial message to the server.
Any unauthorized interference with a device, regardless of the feature set, immediately
sends the message to the server.
1. S0 - pulse counting S0
• Checking the correct pulse readings: after setting the longer push (> 2) function of
the SET button, the LED will be activated, which will ash when counting the pulse.
The LED ashes with a short press or automatically after 5 minutes.
• Measured values send the sensor every 4 hours, or immediately when the 5000 pulse
limit is exceeded.
• Recommended accessories: cable for S0 output
2. Energy measurement - pulse counting from active sensor LS, MS, WS
• Checking the correct pulse readings: after setting the longer push (> 2) function of
the SET button, the LED will be activated, which will ash when counting the pulse.
The LED ashes with a short press or automatically after 5 minutes.
• Measured values send the sensor every 4 hours, or immediately when the 5000 pulse
limit is exceeded.
• Recommended accessories
- LS (LED sensor): is particularly suitable for power meters that support LED pulse
sensing
- MS (magnetic sensor): is particularly suitable for gas meters that support magnetic
sensing.
- WS (magnetic sensor for water meter): it is particularly suitable for water meters that
support magnetic sensing.
• Wiring of LS, MS and WS sensors: (+) brown wire, (-) white wire, (OUT) green wire.
3. Flood Detection - Flood Sensor
• Flood detection - by connecting sensing contacts (by ooding with water).
• Scans every 4 seconds. The status report sends the sensor data every 12 hours, or
immediately when detected.
• Recommended accessories: ood sensor FP-1
4. Opening detection - Window / Door Magnetic Sensor (integrated inside the unit)
• Activation occurs when the magnet is attaching / removed from the sensor.
• The sensor sends a data message every 12 hours. In case of a state change, it sends
the data message immediately.
• Recommended accessories: Magnet D / WD
• Note: The universal sensor has a magnet sensor located only on one side, so be care-
ful about the correct position relative to the magnet.
5. Analog measurement. Voltage 0 - 10 V
• Measured at 10 second intervals. Report on the measured values, the sensor sends:
- every hour
- immediately if it measures the change by more than 1V since the last measurement
- Immediately when dropping below 1 V
- immediately when the 9 V is exceeded
6. Analog measurement. Current 0 - 20 mA
• Measured at 10 second intervals. Report on the measured values, the sensor sends:
- every hour
- immediately if it measures the change by more than 1mA since the last measure-
ment
- Immediately when dropping below 4 mA
- immediately when the 19 mA is exceeded
7. Battery measurement 12/24 V - voltage measurement 0 - 24V
• Measured at 10 second intervals. Report on the measured values, the sensor sends:
- every hour
- immediately if it measures the change by more than 1V since the last measurement
- Immediately when dropping below 22 V
- immediately when the 24 V is exceeded
8. Temperature measurement
• The temperature is measured every 5 minutes. The sensor reads out the measured
value message:
- every hour
- immediately if it measures the change of ± 5 ° C since the last measurement
- immediately at 30 °C
- Immediately when the temperature drops below 0 °C
• Recommended accessories: TC or TZ temperature sensor
9. HTM2500LF - Temperature and Humidity Sensor Measurement HTM2500LF
• Temperature and humidity read every 5 minutes. Report on the measured values,
the sensor sends:
- every hour
- immediately if it measures the change of ± 5 °C since the last measurement
- Immediately when a change is measured of more than ± 20% RH from the last
measurement
• Recommended accessories: HTM2500LF sensor
• HTM2500LF sensor wiring: (+) white wire, (-) black and brown wire, (H) yellow wire,
(T) green wire.
10. Alarm function - check the contact
• A contact status message is sent every 12 hours. When there is change (connection /
disconnection contact) message is sent immediately.

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1
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2 3
Click!
Device states
When the tamper is pressed, the LED is turned o!
Note:
R... LED red
G... LED green
* 1) Indicates only when you press SET> 2 s (setting mode)
* 2) Planned
Replacing batteries
1. Using a at-blade screwdriver gradually slide it into one and then the other groove in
the lid and swing open the cover.
2. Remove the discharged battery and insert a new battery into the holder. Beware of
polarity. Both LEDs will ash 3 times (see device status indication).
3. Replace and snap the front cover.
Notice:
Only use batteries designed for this product correctly inserted in the device! Immediately replace
weak batteries with new ones. Do not use new and used batteries together. If necessary, clean the
battery and contacts prior to using. Avoid battery shorts! Do not dispose of batteries in water or
re. Do not dismantle batteries, do not try to charge them and protect them from extreme heating
- danger of leakage! Upon contact with acid, immediately rinse the aected area with a stream of
water and seek medical attention. Keep batteries out of the reach of children. If it is suspected that
the battery has been swallowed or somehow placed inside the body, consult a doctor immediately.
Give the doctor information about the type of battery (from battery case, device or its manual, etc.)
to determine the chemical composition of the battery. Batteries must be recycled or returned to an
appropriate location (e.g. collection container) in accordance with local legal provisions.
power supply (external or battery),
reset unit
error MAC / error MODULU
start unit ok
opening the cover
non contact / contact magnet
test, cancel,„long press“
setting mode (signaling of
measurement / pulses)
impulse LS / MS / WS / S0,
temperature measurement, ...
sending / receiving data
it is necessary to disconnect the power
supply (external or battery), after 60 seconds
after the LED goes out, insert the battery
the battery may be discharged
a discharged battery or a damaged
product
Unit initialization
Start
SIM ERR *2)
ERR *2)
Successful network connection * 2)
Measurement
Tamper
Magnet
SET button short press (< 2s)
SET button longer press (> 2s
/ <5s)
Measurement signaling * 1)
Communication
Communication
Other known states
Does not respond to the SET
button
The unit is still in reset
The unit does not respond even
after removal insert the battery
Indication
3 x R + G blinks
5 x ashes R (repeatedly)
1 x ashes R
without indication
3 x ashes G
1 x ashes G
2 x ashes G
1 x ashes G
1 x ashes R
any LED lights
still indicates start
without indication

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UPLINK
DOWNLINK
UPLINK
DOWNLINK
UPLINK / DOWNLINK
Note
Note
Graf
Byte 0 1 234567
Function Bit 7 6 - 0 765432 1 0
S0 First message
ag:
1 - rst message
0 - others
0x01
Reserved for future use
Tamper:
1 - opened
0 - closed
Battery:
1 - low level
0 - OK
Counter[0] Counter[1] Counter[2] Counter[3] *Version
FW
*Subver-
sion FW
ENERGY_METERING 0x02 Counter[0] Counter[1] Counter[2] Counter[3] *Version
FW
*Subver-
sion FW
Function 0 1 2 3 4567
S0 0x01 Heartbeat period 0x00 0x00 Threshold 1H Threshold 1L Threshold 2H Threshold 2L
ENERGY_METERING 0x02 Heartbeat period 0x00 0x00 Threshold 1H Threshold 1L 0x00 0x00
Heartbeat period 0 - 127 [x min]
heartbeat message period
128 - 255 [(x - 127) h]
Threshold 1H 1L 0 - 65535 Input 1 - pulses threshold
Threshold 2H 2L 0 - 65535 Input 2 - pulses threshold
Name Unit Example
Counter
[0 – 3] pulse
Counter[0] = 0x01
Counter[1] = 0x02
Counter[2] = 0x03
Counter[3] = 0x04
Counter = 0x01020304
= 16909060 pulses
Function 0 1 2 34567
FLOOD_SENSOR 0x03 Heartbeat period Measurement period 0x00 0x00 0x00 0x00 0x00
WINDOW_SENSOR 0x04 Heartbeat period Blocking time 0x00 0x00 0x00 0x00 0x00
Heartbeat period 0 - 127 [x min]
heartbeat message period
128 - 255 [(x - 127) h]
Measurement period 1 - 10 [s] Contact check period
Blocking time 0 - 10 [s] Blocking time after closing / opening of contact
Byte 0 1 2 3
Function Bit 7 6 - 0 7 6 5 4 3 2 1 0
FLOOD_SENSOR First message
ag:
1 - rst
message
0 - others
0x03
Reserved for future
use
Flood:
1 - alarm
0 - OK
Reserved for future use
Tamper:
1 - opened
0 - closed
Battery:
1 - low level
0 - OK
*Version FW *Subversion
FW
WINDOW_SENSOR 0x04 Reserved for future use
Window sensor:
1 - opened
0 - closed
*Version FW *Subversion
FW

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UPLINK
DOWNLINK
UPLINK
DOWNLINK
Note
Graf
Function 0 1 2 3 4567
VOLTAGE_0_10 0x05 Heartbeat period Measurement period Threshold dierence Threshold 1U Threshold1D Threshold 2U Threshold 2D
CURRENT_0_20 0x06 Heartbeat period Measurement period Threshold dierence Threshold 1U Threshold1D Threshold 2U Threshold 2D
BATTERY_12_24 0x07 Heartbeat period Measurement period Threshold dierence Threshold 1U Threshold1D Threshold 2U Threshold 2D
Heartbeat period 0 - 127 [x min]
heartbeat message period
128 - 255 [(x - 127) h]
Measurement period 1 - 10 [s] Measurement period for Voltage / Current
Threshold dierence 0 - 50 [100*mV] / 0 - 50[100*uA] Threshold dierence for Voltage / Current
Threshold 1U 0 - 100[100 * mV] 0 - 200[100*uA] Threshold level for Voltage / Current 1, input 1
Threshold 1L 0 - 100[100 * mV] 0 - 200[100*uA] Threshold level for Voltage / Current 2, input 1
Threshold 2U 0 - 100[100 * mV] 0 - 200[100*uA] Threshold level for Voltage / Current 1, input 2
Threshold 2L 0 - 100[100 * mV] 0 - 200[100*uA] Threshold level for Voltage / Current 2, input 2
Name Unit Example
Voltage [0
– 1] mV
Voltage[0] = 0x15
Voltage[1] = 0x7C
Voltage= 0x157C = 5500mV
Current [0
– 1] μA
Current[0] = 0x2E
Current[1] = 0xE0
Current= 0x2EE0 = 12000μA
Function 0 1 2 3 4567
TEMPERATURE_SENSOR 0x08 Heartbeat period Measurement period Threshold dierence Threshold 1H Threshold 1L Threshold 2H Threshold 2L
Byte0 1 234 5
Function Bit 7 6-0765432 1 0
VOLTAGE_0_10 First message
ag:
1 - rst
message
0 - others
0x05
Reserved for future use
Tamper:
1 - opened
0 - closed
Battery:
1 - low level
0 - OK
Voltage[0] Voltage[1] *Version FW *Subversion FW
CURRENT_0_20 0x06 Current[0] Current[1] *Version FW *Subversion FW
BATTERY_12_24 0x07 Voltage[0] Voltage[1] *Version FW *Subversion FW
Byte 0 1 2 3 4 5
Function Bit 7 6-0765432 1 0
TEMPERATURE_SENSOR
First message
ag:
1 - rst message
0 - others
0x08 Reserved for future use
Tamper:
1 - opened
0 - closed
Battery:
1 - low level
0 - OK
Temperature[0] Temperature[1] *Version FW *Subversion
FW

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UPLINK
DOWNLINK
Note
Note
Graf
Heartbeat period 0 - 127 [x min]
Heartbeat message period
128 - 255 [(x - 127) h]
Measurement period 1 - 255 [s] Measurement period for temperature
Threshold dierence 0 - 100 [10 * °C] Threshold dierence for temperature
Threshold 1H 1L -400 - 1200 [10 * °C] Threshold level 1 for temperature
Threshold 2H 2L -400 - 1200 [10 * °C] Threshold level 2 for temperature
Name Unit Example
Temperature
[0 – 1] [10*] °C
Temperature[0] = 0x01
Temperature[1] = 0x04
Temperature = 0x0104 = 260 =
26.0°C
Name Unit Example
Temperature
[0 – 1] [10*] °C
Temperature[0] = 0x01
Temperature[1] = 0x04
Temperature = 0x0104 = 260 =
26.0°C
Humidity [0 – 1] [10*] %
Humidity[0] = 0x02
Humidity[1] = 0x5D
Humidity = 0x025D = 605 = 60.5%
Function 0 1234567
HTM2500LF 0x09 Heartbeat period Measurement
period
Threshold
Temperature
dierence
Threshold
Humidity 1
Threshold
Humidity 2
Threshold
Temperature 1
Threshold
Temperature 2
Heartbeat period 0 - 127 [x min]
Heartbeat message period
128 - 255 [(x - 127) h]
Measurement period 1 - 255 [s] Measurement period for temperature /
humidity
Threshold Temperature
dierence 0 - 50 [°C] Threshold dierence for temperature / humidity
Threshold Humidity 1 0 - 100 [%] Threshold level 1 for humidity
Threshold Humidity 2 0 - 100 [%] Threshold level 2 for humidity
Threshold Temperature 1 -40 - 120 [°C] Threshold level 1 for temperature
Threshold Temperature 2 -40 - 120 [°C] Threshold level 2 for temperature
Byte 0 1 234567
Function Bit 7 6-0765432 1 0
HTM2500LF
First message
ag:
1 - rst message
0 - others
0x08 Reserved for future use
Tamper:
1 - opened
0 - closed
Battery:
1 - low level
0 - OK
Humidi-
ty[0]
Humidi-
ty[1]
Tempe-
rature[0]
Tempe-
rature[1]
*Version
FW
*Subver-
sion FW

7 / 8
UPLINK
DOWNLINK
Note
Graf
Function 0 1 2 34567
ALARM 0x0A Heartbeat period Blocking time 0x00 0x00 0x00 0x00 0x00
Heartbeat period 0 - 127 [x min]
Heartbeat message period
128 - 255 [(x - 127) h]
Blocking time 0 - 10 [s] Blocking time after closing / opening of contact
Byte 0 1 2 3
Function Bit 7 6-07654 3 2 1 0
ALARM
First message
ag:
1 - rst message
0 - others
0x0A Reserved for future use
External
contact:
1 - closed
0 - opened
Reserved for
future use
Tamper:
1 - opened
0 - closed
Battery:
1 - low level
0 - OK
*Version FW *Subversion
FW

8 / 8
AirIM-100S
Warning
Technical parameters
Read the operating instructions before installing the device and putting it into opera-
tion. Instruction manual is designated for mounting and also for user of the device. It is
always a part of its packing. Installation and connection can be carried out only by a per-
son with adequate professional qualication upon understanding this instruction man-
ual and functions of the device, and while observing all valid regulations. Trouble-free
function of the device also depends on transportation, storing and handling. In case you
notice any sign of damage, deformation, malfunction or missing part, do not install this
device and return it to its seller. It is necessary to treat this product and its parts as elec-
tronic waste after its lifetime is terminated. Before starting installation, make sure that all
wires, connected parts or terminals are de-energized. While mounting and servicing ob-
serve safety regulations, norms, directives and professional, and export regulations for
working with electrical devices. Do not touch parts of the device that are energized – life
threat. To ensure the transmission of the radio signal, make sure that the devices in the
building where the installation is installed are correctly located. Unless otherwise stated,
the devices are not intended for installation in outdoor and damp areas, they must not
be installed in metal switchboards or in plastic cabinets with metal doors - this prevents
transmission of the radio frequency signal. iNELS Air is not recommended for control-
ling life-saving instruments or for controlling hazardous devices such as pumps, heaters
without thermostat, lifts, hoists, etc. - radio frequency transmission may be overshad-
owed by obstruction, interference, transmitter battery may be discharged etc., thereby
disabling the remote control.
* Values are calculated under ideal conditions and may vary depending on the type of sensor
connected
** Not included in the package
*** Depending on network coverage
Sigfix Ready Certification
Certicate ID for AirIM-100S Universal Sensor: P_ 0 09 4 _ 56 EE _ 01
Power supply
Battery power:
Battery life by frequency *:
1x 10 minutes
1x 60 minutes
1x 12 hours
1x 24 hours
External power supply:
Supply voltage tolerance:
Standby consumption:
Transmitting power consumption:
Setting
Setting:
Alarm Detection:
Battery status view:
Control
Control:
Analog inputs
Thermal:
Voltage:
Current:
Battery measurement:
Flooding:
Digital inputs
Inputs:
Supported sensors for energy
measurements:
Detection of the magnet sensor
Closed:
Open:
Reliability:
Other supported sensors
Flood probe:
Tempe. and humidity
measurement:
Temperature measurement range
Thermo sensor TC:
Thermo sensor TZ:
Sensor HTM2500LF:
Communication
Protocol:
Transmitter frequency:
Range in open space:
Transmission power (max.):
Other parameters
Working temperature:
Storage temperature:
Operating position:
Mounting:
Protection degree:
Connecting External Power:
Connection of the sensor:
Cable gommet:
Dimension:
Weight:
1x 3.6V LS 14500 Li-SOCl2AA
0.4 years
2.1 years
8.5 years
9.9 years
5 – 12 V DC (on terminal)
+10 %; -15%
0.2 mW
250 mW
With a message from the server
using setting pins,
SET button, programming cable
message to the server
only when the battery is powered by a message
on the server
button SET
Magnetic contact
Tamper
TC / TZ**
AIN 0(1) - 10 V
AIN 0(4) - 20 mA
12 V/24 V
Flood probe**
IN1, IN2
LS (LED sensor)**
MS, WS (magnetic sensor)**
SO (Contact, open collector)
< 1.5 cm
> 2 cm
99.9 %
FP-1**
HTM2500LF**
0. .. 70 °C
-40 .. 125 °C
-40 .. 85 °C
Sigfox
RCZ1 868 MHz
Approx. 50 km***
25 mW / 14 dBm
-30…+60°C (Pay attention to the operating
temperature of batteries)
-30…+70°C
any
glue / screws
IP65
terminals, wires 0.5 – 1 mm2
terminals, wires 0.5 – 1 mm2
M16 x 1.5 for cable ø max. 10 mm
182 x 62 x 34 mm
108 g (Without battery)
The company ELKO EP, as the manufacturer, is entitled to make technical modications to the
product, in the technical specication and product manual, without prior notication.