Atim Cloud Wireless ACW/LW8-DIND160 User manual

ATIM Cloud Wireless®
Metering and Dry Contacts
DINDxxx
User Guide
Concerned models:
ACW/LW8-DIND160
ACW/SF8-DIND160
ACW/LW8-DIND80
ACW/SF8-DIND80
ACW/LW8-DIND88
ACW/SF8-DIND88
ACW/LW8-DIND44
ACW/SF8-DIND44

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ACW-DINDxxx_UG_EN_V1.10
Table of content
SOFTWARE VERSION...........................................................................................................................................................................4
DOCUMENT VERSION HISTORY...........................................................................................................................................................4
DISCLAIMER ........................................................................................................................................................................................5
TRADEMARKS AND COPYRIGHT ..........................................................................................................................................................5
DECLARATION OF COMPLIANCE .........................................................................................................................................................5
ENVIRONMENTAL RECOMMENDATIONS ............................................................................................................................................5
A.ENVIRONMENT ...................................................................................................................................................................................5
B.RADIO ...............................................................................................................................................................................................6
PRELUDE .............................................................................................................................................................................................7
TECHNICAL FEATURES.........................................................................................................................................................................8
A.PRODUCTS FEATURES...........................................................................................................................................................................8
B.ELECTRICAL FEATURES..........................................................................................................................................................................9
C.INPUTS AND METERS FEATURES.............................................................................................................................................................9
TEMPERATURE SENSOR FEATURES .................................................................................................................................................................10
METERS BACK-UP.......................................................................................................................................................................................10
OUTPUTS CALENDAR...................................................................................................................................................................................10
CASING..............................................................................................................................................................................................11
A.SPACE REQUIREMENTS .......................................................................................................................................................................11
B.IDENTIFICATION ................................................................................................................................................................................12
SET UP...............................................................................................................................................................................................13
A.ANTENNA POSITIONING......................................................................................................................................................................13
B.MODEM CONNECTION .......................................................................................................................................................................13
Antenna (SMA connector) ................................................................................................................................................................13
Power Supply (Bottom terminal block) ............................................................................................................................................13
Jack connector ..................................................................................................................................................................................13
C.TERMINALS’DESCRIPTION...................................................................................................................................................................14
D.PUSHBUTTON ...................................................................................................................................................................................15
E.LEDS MEANING ................................................................................................................................................................................15
Failure or success of an operation ...................................................................................................................................................15
Radio activity.....................................................................................................................................................................................15
Alarm.................................................................................................................................................................................................15
Power cut ..........................................................................................................................................................................................15
Non critic error..................................................................................................................................................................................15
Critical error ......................................................................................................................................................................................15
NORMAL BEHAVIOUR AT STARTUP...................................................................................................................................................16
SETUP AND CONFIGURATION ...........................................................................................................................................................17
A.SETUP .............................................................................................................................................................................................17
Inputs setup.......................................................................................................................................................................................17
Available event....................................................................................................................................................................................................17
Pulling types (from version V1.2.0)....................................................................................................................................................................17
Available trigger modes......................................................................................................................................................................................17
Bounce time parameter....................................................................................................................................................................18
Periodic frame parameter ................................................................................................................................................................18
Keep alive frame parameters...........................................................................................................................................................18
The available periods are as follows..................................................................................................................................................................18
Temperature parameter (offset)......................................................................................................................................................18

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ACW-DINDxxx_UG_EN_V1.10
Pairing method setup .......................................................................................................................................................................19
Setup of the shock alarm..................................................................................................................................................................19
B.CONFIGURATION VIA USB ..................................................................................................................................................................19
UPLINKS ON IOT NETWORKS (SIGFOX/LORAWAN) ...........................................................................................................................23
A.TEST FRAME .....................................................................................................................................................................................23
B.KEEP ALIVE FRAME.............................................................................................................................................................................23
C.STATE FRAME ...................................................................................................................................................................................23
Digital inputs frame..........................................................................................................................................................................24
Frame of digital IN/OUT and temperature......................................................................................................................................24
Digital IN/OUT frame, temperature, and Meter 1 ..........................................................................................................................24
Frame of digital IN/OUT, Meter 1 and Meter 2 ..............................................................................................................................24
Frame of digital IN/OUT and Meter 1..............................................................................................................................................25
Meters 1 & 2 frame ..........................................................................................................................................................................25
Meters 3 & 4 .....................................................................................................................................................................................25
Meters 5 & 6 .....................................................................................................................................................................................25
Meters 7 & 8 .....................................................................................................................................................................................25
Frame of digital IN/OUT, temperature and Meters 1 to n (only LoRaWAN) .................................................................................26
Frame of digital IN/OUT and Meters 1 to n (only LoRaWAN) ........................................................................................................26
D.ALARM OF SHOCK FRAME ...................................................................................................................................................................26
E.FORMAT/DECODING OF DATA/FRAMES.................................................................................................................................................27
State of digital inputs (for DIND160 and DIND80) ..........................................................................................................................27
State of digital inputs/outputs (for DIND88 and DIND44)..............................................................................................................27
Metering............................................................................................................................................................................................27
Temperature in 1/10 of °C..................................................................................................................................................................27
Power supply tension (millivolt) .......................................................................................................................................................27
Examples of frames ..........................................................................................................................................................................28
F.FRAMES SUMMARY............................................................................................................................................................................29
DOWNLINKS FROM IOT NETWORKS (SIGFOX OU LORAWAN)...........................................................................................................30
A.PARAMETERS....................................................................................................................................................................................30
Keep alive frame parameters (Code 03) ..........................................................................................................................................30
Inputs parameters (Code 10 to 25)..................................................................................................................................................30
Events - bits 0 to 4 ..............................................................................................................................................................................................31
Pull types - bits 5 (from V1.2.0)..........................................................................................................................................................................31
Trigger modes - bits 6 to 7 .................................................................................................................................................................................31
Rebound time parameter (Code 30) ................................................................................................................................................32
Parameter of the periodic frame (Code 31) ....................................................................................................................................32
Settings on temperature - Offset (Code 32) ....................................................................................................................................32
Output calendar configuration (code 34 to 40) ..............................................................................................................................33
Shock alarm configuration (code 41)...............................................................................................................................................34
B.COMMANDS.....................................................................................................................................................................................35
Restart (Command 0x01) .................................................................................................................................................................36
About (Command 0x02) ...................................................................................................................................................................36
Reconfiguration with default settings (Command 0x03)................................................................................................................36
Obtain the complete configuration (Command 0x04)....................................................................................................................37
Obtain the version of the used protocol (Command 0x07) ............................................................................................................37
Apply a value to the Meters (from version V1.2.0) (Command 0x0A) ...........................................................................................38
Outputs monitoring ..........................................................................................................................................................................38
Apply a state to outputs (Command 0x10) .......................................................................................................................................................38
Obtain the state of outputs (Command 0x20)..................................................................................................................................................40
Apply a state to outputs’ group (Command 0x11) ...........................................................................................................................................40
Generate a positive pulse to an outputs group (Command 0x12) ..................................................................................................................41
Generate a negative pulse to an outputs’ group (Command 0x13) ................................................................................................................42
Enable/Disable Output calendar (0x0B) ............................................................................................................................................................43
Get output calendar state (0x0C) ......................................................................................................................................................................43

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ACW-DINDxxx_UG_EN_V1.10
TECHNICAL SUPPORT ........................................................................................................................................................................44
Software version
Product reference
Product version
ACW/SF8-DIND160
B.1
ACW/SF8-DIND80
B.1
ACW/SF8-DIND88
B.1
ACW/SF8-DIND44
B.1
ACW/LW8-DIND160
B.1
ACW/LW8-DIND80
B.1
ACW/LW8-DIND88
B.1
ACW/LW8-DIND44
B.1
Document version history
Version
Date
Description
Author
0.9
10/06/2017
Document creation
AM
1.0
26/06/2017
Corrections
FR
1.1
27/09/2017
Complete Sigfox version
AM
1.2
15/03/2018
SF8/LW8 versions in 8 and 16 inputs
Downlink commands addition
AM
1.3
05/04/2018
Inputs decoding precisions
AM
1.4
11/09/2019
Renaming
Outputs versions additions (DIND44 and DIND88)
Electrical features updates
AM
1.5
07/10/2019
Corrections
AM
1.6
21/02/2020
Clarification of the Downlink summary table
FR
1.7
24/02/2020
Add new uplink frames (output status)
AC
1.8
21/09/2020
Output calendar (downlink and command)
Configuration of shock alarm
Update of the configuration manual
AC
1.9
08/10/2021
Modification of the Positive Pulse and Negative
pulse commands for versions ≥ v1.5.0
YL
1.10
16/06/2022
Corrections
MD

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ACW-DINDxxx_UG_EN_V1.10
Disclaimer
The information contained in this document is subject to change without warning and does not represent a
commitment on the part of ATIM.
Trademarks and copyright
ATIM, ACW ATIM Cloud Wireless®and ARM Advanced Radio Modem®are registered trademarks of ATIM SARL in
France. The other trademarks mentioned in this document are the property of their respective owners.
Declaration of compliance
All ACW Atim Cloud Wireless®products comply with the regulatory requirements of the R&TTE Directive
(1999/5/EC), article 3:
1 SAFETY (Article 3.1a of the 1999/5/EC Directive)
NF EN60950-1 Ed. 2006/A1:2010/A11:2009/A12:2011 (health)
EN62479: 2010 (power <20mW) or EN62311:2008 (power > 20mW)
2 Electromagnetic Compatibility (Article 3.1b of the 1999/5/EC Directive)
EN 301489-3 v1.4.1, EN 301489-1 V1.9.2
3 Efficient use of the radio frequency spectrum (Art.3.2 of the 1999/5/EC Directive)
ETSI EN300 220-2 v2.4.1 and EN300 220-1 v2.4.1
Environmental recommendations
a. Environment
Respect the temperature ranges for storage and operation of all products. Failing to respect these guidelines could
disrupt device operation or damage the equipment.
Follow the instructions and warnings provided below to ensure your own safety and that of the environment and to
protect your device from any potential damage.

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ACW-DINDxxx_UG_EN_V1.10
Waste disposal by users in private households within the European Union. This symbol appears on a product or
its packaging to indicate that the product may not be discarded with other household waste. Rather, it is your
responsibility to dispose of this product by bringing it to a designated collection point for the recycling of
electrical and electronic devices. Collection and recycling waste separately at the time you dispose of it helps
to conserve natural resources and ensure a recycling process that respects human health and the environment.
For more information on the recycling center closest to your home, contact your closest local government office,
your local waste management service or the business from which you purchased the product.
b. Radio
Modems in the ACW line are radio-communication modems that use the ISM (industrial, scientific and medical) bands,
which may be used freely (at no cost and with no authorization required) for industrial, scientific and medical
applications.
General hazard –Failure to follow the instructions presents a risk of equipment damage.
Electrical hazard –Failure to follow the instructions presents a risk of electrocution and physical injury.
WARNING: do not install this equipment near any source of heat or any source of humidity.
WARNING: for your safety, it is essential that this equipment be switched off and disconnected from mains
power before carrying out any technical operation on it.
WARNING: the safe operation of this product is ensured only when it is operated in accordance with its intended
use. Maintenance may only be performed by qualified personnel.

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ACW-DINDxxx_UG_EN_V1.10
Prelude
This guide describes the features of the ACW-DINDxxx product. It describes the characteristics of the product, explains
its commissioning, its configuration, and its operation.
The ACW-DINDxxx is intended to raise the digital input states (Dry contacts) on an IoT network such as Sigfox or
LoRaWAN. These inputs are configurable and can be enabled / disabled as single inputs or as Meter inputs. Versions
with dry contact outputs are also available, allowing the remote control of various equipment.
A temperature sensor can be optionally connected. The product also has a shock sensor for issuing an alert in case of
tearing of the limp.

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ACW-DINDxxx_UG_EN_V1.10
Technical features
a. Products features
Dimensions
53 x 67 x 95 mm
Antenna
External via SMA connector
Temperature
-20°C to +55°C (operation)
-40°C to +70°C (storage)
Mounts to
DIN rail
Power supply
1x power supply, 10-30 V DC
Consumption
100 mA
Dry contacts Digital inputs
(DIND60)
-16 configurable inputs
-Change of state alerting
-8 configurable meters on whatever input (4 meters
before version V1.2.0)
-Available configuration of 4 group of inputs
Dry contacts Digital inputs
(DIND80 and DIN88)
-8 configurable inputs
-Change of state alerting
-8 configurable meters on whatever input
-Available activation of a group of inputs
Dry contacts Digital inputs
(DIND44)
-4 configurable inputs
-Change of state alerting
-4 meters configurable on whatever input
-Available activation of a group of inputs
Dry contacts Digital outputs
-DIND88: 8 outputs driven via downlink
-DIND44: 4 outputs driven via downlink
Configuration via
USB Port or Downlink
Alarm
Wrenching / Shock
Frequency
865 –870 MHz
Power
25 mW (14 dBm)
Transfer rate
Sigfox: 100 bps
LoRaWAN: 300 bit/s to 10 kbit/s
LoRaWAN
Class C

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ACW-DINDxxx_UG_EN_V1.10
b. Electrical features
Min.
Type
Max.
Power supply (V)
10V
30V
Emission consumption (mA)
Condition:
-12V Power supply
-Every output is shut down
60mA –Sigfox 60mA –
LoRaWAN
Condition:
- 24V Power supply
-Every output is shut down
35 mA –Sigfox 30mA –
LoRaWAN
Reception consumption (mA)
Condition:
-12V Power supply
-Every output is shut down
50mA –Sigfox 30mA –
LoRaWAN
Condition:
- 24V Power supply
-Every output is shut down
30mA –Sigfox 20mA –
LoRaWAN
Standby consumption (mA)
Condition:
-12V Power supply
-Every output is shut down
20 mA –Sigfox N/A –
LoRaWAN
Condition:
- 24V Power supply
-Every output is shut down
15 mA –Sigfox N/A –
LoRaWAN
Input high level voltage (V)
2.8V
with Pull-Down
30V (recommended)
2.3V
with Pull-Up
Input low level voltage (V)
0V
with Pull-Down
1.3V
with Pull-Up
0.15V
Tension of outputs (V)
10V
Power supply tension
30V
Current of outputs (mA)
250 mA
c. Inputs and Meters features
Min.
Type
Max.
Inputs or meters frequency (Hz)
Condition:
- Cyclic report at 50%
- Filtering time 1 ms
400Hz
Bounces filtering time
1ms
Note: Configurable value.
255ms
Bounces filtering time precision
-1ms
Note: to guarantee a minimum 1ms of
filtering time, the filtering time must
be configured to 2ms.
0ms
Meters size
4 bytes

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ACW-DINDxxx_UG_EN_V1.10
Temperature sensor features
Optionally, a temperature sensor can be connected to the ACW-DINDxxx. The following ranges refer to the sensor
used. Be careful, the product has a smaller operating range than the sensor (see above).
Temperature
Range
-55°C to +125 °C
Resolution
0,1°C
Precision between -40°C and +80°C
+/- 0.5°C
Precision between -55°C and +125°C
+/- 2°C
Meters back-up
Since version V1.2.0 the Meters are saved in the memory of the ACW during several events:
•When writing Meters via the USB configurator
•When writing via a downlink command
•During a power failure
Outputs calendar
From 1.4.0 firmware version, it is possible to program outputs state depending on weekday and a time window.
The possible configurable parameters are:
-The start time (1 minute increment)
-The stop time (1 minute increment)
-The weekdays when the program is effective
-Outputs to set
-Outputs to reset
You can configure from 1 to seven programs and several programs can be used the same day.
Once a program is configured, it is automatically enabled but a command is provided to disable it later (several
programs can be disabled at once). It will remain disabled while the same command is sent once again.
In addition, this command can disable the program(s) for the next day only. The program(s) will be automatically
enabled the day after.
Once a program’s time slot is done, the outputs affected by the program will be driven at the opposite state (ex: an
output to “1” during the program will be at “0” at the end).
WARNING
It is not a good practice to configure several programs at the same time if these ones drive the same outputs.

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ACW-DINDxxx_UG_EN_V1.10
Casing
a. Space requirements
Dimensions are given in mm.
ACW modems in ‘breaker’ format are attached to a DIN-rail.

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ACW-DINDxxx_UG_EN_V1.10
b. Identification
The product identifier is visible on the outer label:
Each product in ATIM's ACW range has a QR Code label visible either on the side or on the front of the product. This
QR Code can be easily read with any 2D barcode reader app on your smartphone.
Reading the QR Code indicates the following information:
ATIM|ACW/LW8-DIND88|A.0|190925|1|1.0|1.3.0|70B3D59BA0009030
Interpretation
ATIM
ACW/LW8-DIN88
A.0
190925
1
1.0
1.3.0
70B3D59BA0009030
Manufacturer
name
Product
reference
Revision
version
Date of
manufacture
(AAMMJJ)
Manufacturer
site
Hardware
version
Application
firmware
version
DevEUI LoRaWAN
DIN88
Product ID
Product revision number
(Technical state hardware
and firmware)
Product reference
Datamatrix
DevEUI LoRaWAN
Serial N° of the product
ACW-DIND88 label

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ACW-DINDxxx_UG_EN_V1.10
Set up
a. Antenna positioning
This version was designed for installation in a cabinet.
If the latter is made of insulating materials (PVC, ABS, fiberglass), it is possible
to simply use a small half wave whip antenna (Ref: ANT868-12FSC).
This antenna must be correctly screwed on the SMA connector and positioned
vertically, preferably upwards.
For optimal results, it is advisable to deport the antenna in height, clear of any
metallic obstacle in a radius of one meter.
IMPORTANT NOTE
In the case of a metal box, it is imperative to deport the antenna to the outside to have
good results in radio (avoid the faraday cage).
b. Modem connection
Antenna (SMA connector)
Before powering the product, a 50Ω / 868MHz antenna must be connected,
either directly to the SMA connector or via a 50Ω cable in case of antenna offset.
WARNING
It is mandatory to connect the antenna before powering the product. Failure to do so may cause the product to malfunction
and become unusable.
Power Supply (Bottom terminal block)
The ACW-DINDxxx module must be powered with a DC power supply between 10V and 30V that can provide a
minimum current of 100mA. The POWER pin corresponds to the + terminal and the GND pin to the - (0V) terminal.
NOTE
All GND terminals of the ACW-DINDxxx are interconnected internally. Only the GND terminal, bottom right, should be used to
connect the power cable.
Jack connector
This connector is used to connect an optional temperature sensor (supplied with a 2m cable).
USB
This connector is used for product configuration via USB interface on PC.
NOTE
The configuration via USB can directly power the ACW-DINDxxx and does not require an external power supply (10 / 30V). But
an external power supply can also be present.

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ACW-DINDxxx_UG_EN_V1.10
c. Terminals’ description
Below you will find a table describing the different connection pins:
Name
Designation
Input / Output
GND
Ground (-) for IN1, IN2 and IN3
Ground
IN1
Digital input ALERT 1
Input
IN2
Digital input ALERT 2
Input
IN3
Digital input ALERT 3
Input
GND
Ground (-) and IN4, IN5 and IN6
Ground
IN4
Digital input ALERT 4
Input
IN5(2)
Digital input ALERT 5
Input
IN6(2)
Digital input ALERT 6
Input
GND
Ground (-) for IN7 and IN8
Ground
IN7(2)
Digital input ALERT 7
Input
IN8(2)
Digital input ALERT 8
Input
NC
Do not use –Do not connect
IN9(1)
Digital input ALERT 9
Input
OUT1
Digital output 1
Output
IN10(1)
Digital input ALERT 10
Input
OUT2
Digital output 2
Output
IN11(1)
Digital input ALERT 11
Input
OUT3
Digital output 3
Output
IN12(1)
Digital input ALERT 12
Input
OUT4
Digital output 4
Output
GND
Ground (-) for GPIO9, 10, 11 and 12
Ground
IN13(1)
Digital input ALERT 13
Input
OUT5(3)
Digital output 5
Output
IN14(1)
Digital input ALERT 14
Input
OUT6(3)
Digital output 6
Output
IN15(1)
Digital input ALERT 15
Input
OUT7(3)
Digital output 7
Output
IN16(1)
Digital input ALERT 16
Input
OUT8(3)
Digital output 8
Output
GND
Ground (-) for GPIO13, 14, 15 and 16
Ground
POWER
Power supply between +10V and +30V
Input (Alim +)
GND
Ground (-)
Ground (Alim 0V)
NOTE (1)
DIND80, DIND88 et DIND44 versions do not include inputs from IN9 to IN16. Do not connect anything on those pins.
NOTE (2)
DIND44 version, does not include inputs from IN5 to IN16. Do not connect anything on those pins.
NOTE (3)
DIND44 version, does not include outputs from OUT5 to OUT8. Do not connect anything on those pins.

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ACW-DINDxxx_UG_EN_V1.10
d. Pushbutton
The push button located on the front of the box makes it possible to send a test frame to validate the installation on
site by checking the arrival of the message on the ATIM Cloud Wireless® platform.
e. LEDs meaning
The LEDs are used to characterize the proper operation or not of the ACW-DINDxxx. In general, the GREEN LED
indicates correct operation, and the RED LED indicates a critical, non-critical error, alarm, or loss of power.
Failure or success of an operation
Behaviour: The RED or GREEN light flashes rapidly for about 1/2second.
A failure is characterized via the RED light and a success is characterized via the GREEN light.
Events
•When the device is powered on (after a short time), to notify power supply is good
•After configuring or sending a command (USB or Downlink)
•During Radio transfer.
Radio activity
When a radio message is transmitted over the network, the GREEN LED flashes every half-second during the sending
time. In Sigfox, this can take up to a minute but usually only takes about 10 seconds.
Alarm
When a shock is detected, the RED-light blinks rapidly for one second.
Power cut
As of version V1.2.0, a small energy reserve is embedded in the product. When power is lost, the RED light stays on
until the power supply is exhausted.
Non critic error
Behaviour: the RED-light flashes briefly every ten seconds.
Error source: The previous radio message could not be transmitted.
Critical error
Behaviour: the RED-light flashes briefly every second.
Error source: The product could not start correctly

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ACW-DINDxxx_UG_EN_V1.10
Normal behaviour at startup
On power-up, after a moment, the GREEN LED flashes rapidly for about 1/2second, to attest to a good start.
1 minute after power up, 3 frames are sent:
•1 test frame
•1 keep alive frame
•1 input frame with the state of every input’s states
Then, 4 other test frames are successively sent on the network at a rate of 1 frame per minute for 4 minutes. During
this transmission, the GREEN LED flashes.

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ACW-DINDxxx_UG_EN_V1.10
Setup and configuration
a. Setup
Inputs setup
All inputs are configurable and can be assigned to different operating modes. Each entry can be deactivated or
assigned to one of 14 different events available. For each event, a trigger mode is associated among three different
modes available, as well as the type of draw of entries.
Available event
•Off (by default)
•Sending an alert frame to the state change if input 1 is open.
•Sending an alert frame to the state change if input 8 is open.
•Send warning frame to status change if input 9 is open (only in ACW-DIN-DIO16 version).
•Send warning frame to status change if input 16 is open (only in ACW-DIN-DIO16 version).
•Sending an alert frame to the state change.
•Incrementation of meter 1
•Incrementation of meter 2
•Incrementation of meter 3
•Incrementation of meter 4
•Incrementation of meter 5 (V1.2.0 and uppers)
•Incrementation of meter 6 (V1.2.0 and uppers)
•Incrementation of meter 7 (V1.2.0 and uppers)
•Incrementation of meter 8 (V1.2.0 and uppers)
Pulling types (from version V1.2.0)
•Pull-up: Suitable for dry contacts connecting the input and ground (0V). This default configuration is used in
versions below V1.2.0.
•Pull-down: Suitable for dry contacts connecting the input and the 10 / 30V.
Available trigger modes
•At the change of state of a contact, from "closed" to "open" (rising edge).
•At the change of state of a contact, from "open" to "closed" (falling edge).
•At state change on rising and falling edge (default).

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ACW-DINDxxx_UG_EN_V1.10
Bounce time parameter
All inputs are affected by an anti-rebound time that can be adjusted between 1 and 250 ms depending on the type of
dry contacts used.
Periodic frame parameter
The periodic frames make it possible to regularly go back up the state of the inputs / Meters. This frequency is set to
1 hour by default but can be set from 10 minutes to 45 days, 12 hours, and 15 minutes.
Depending on the setting you have chosen, it is possible that several frames are sent. In this case and only in the Sigfox
version the minimum periodicity can be affected:
•If two frames are to be sent, the minimum period is 20 minutes.
•If three frames are to be sent, the minimum period is 30 minutes.
•If four frames are to be sent, the minimum period is 40 minutes.
•If five frames are to be sent, the minimum period is 50 minutes.
Keep alive frame parameters
A life frame can be emitted periodically. This frame will remount the supply voltage of the product.
The available periods are as follows
•Disabled
•Every hour
•Every two hours
•Every four hours
•Every eight hours
•Everyday
•Every two days
•Every three days
•Every four days (by default)
•Every week.
•Every month (30 days)
Temperature parameter (offset)
If a temperature sensor is connected, it is possible to assign an offset value for calibration of the sensor. By default, a
value of 0 ° C is affected and the possible values are from -10 to +10 °C in steps of 0.1 °C.

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ACW-DINDxxx_UG_EN_V1.10
Pairing method setup
In the LoRaWAN version it is possible to choose the method of pairing between OTAA (Over The Air Activation) and
ABP (Activation By Personalization).
NOTE
The class of operation LoRaWAN is by default and not configurable, class C. This remains compatible with a network configured
for class A.
NOTE
Class C requires a first uplink broadcast before being able to receive downlinks. When starting up, it will take a minute to send
downlinks.
Setup of the shock alarm
A shock sensor is embedded in the products allowing a specific frame to be sent when a shock occurs. A configuration
parameter is available to enable or disable this feature.
NOTE
By default, this feature is enabled.
b. Configuration via USB
Download and install the "ACW Configurator" software, which you will find at the following address:
https://www.atim.com/wp-content/uploads/documentation/CONFIGURATEUR/ACW/configurateur-acw.exe
NOTE
The configurator is compatible with ACW-DIND160/88/80/44 from version 4.5.4
Connect the ACW to your computer with a micro-USB cable, then launch the software if you have not already done
so. When you connect the ACW-DINDIO8 / 16, the software window changes to allow you to access the ACW
configuration. Automatically, the current configuration of the connected ACW is retrieved and displayed.

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ACW-DINDxxx_UG_EN_V1.10
You can then see a window like the one below (eg for an ACW-DIND160, previously ACW-DINDIO16):
In the upper left corner of the page is the product reference and a short description of its functionality.
In the upper right corner, the type of radio embedded in the product is indicated (LoRa or Sigfox)
In the "Input settings" tab, it is possible to change the bounce time of the inputs as well as to configure the mode of
each input, its resting state, and the triggering state.
In the "General settings" tab, it is possible to:
•Configure the statement period and the keep alive period
•Display the temperature if the sensor is connected and apply a temperature offset
•Activate/deactivate the sending of an alert frame following a shock (Shock Alarm)
In the “Meters view” tab, you can visualize the Meters indexes and the associated input. In addition, the “Reset all
Meters” button set the value of all the Meters to “0”.
In the lower left corner, the firmware version of the product and radio module plus the radio ID will be listed.
In the lower right corner, there is three buttons to set to default parameter the product configuration, apply the
configuration from the application to the device and load the configuration from the device to the application.