Wireless ACW/LW8-DIND160 Page 2 User Manual Download

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ACW-DINDxxx_UG_EN_V1.8

Table of content

DOCUMENT VERSION HISTORY....................................................................................................................................... 3

DISCLAIMER ..................................................................................................................................................................... 3

TRADEMARKS AND COPYRIGHT ...................................................................................................................................... 3

DECLARATION OF COMPLIANCE ..................................................................................................................................... 4

ENVIRONMENTAL RECOMMENDATIONS ....................................................................................................................... 4

XPLOSIVE ATMOSPHERE

.......................................................................................................................................... 4

NVIRONMENT

....................................................................................................................................................... 4

ADIO

................................................................................................................................................................... 5

PRELUDE ........................................................................................................................................................................... 6

PRODUCT IDENTIFICATION ............................................................................................................................................. 7

TECHNICAL FEATURES ............................................................................................................................................ 8

RODUCTS FEATURES

............................................................................................................................................... 8

LECTRICAL FEATURES

.............................................................................................................................................. 9

NPUTS AND COUNTERS FEATURES

........................................................................................................................... 10

EMPERATURE SENSOR FEATURES

............................................................................................................................ 10

ETERS BACK

.................................................................................................................................................. 10

UTPUTS CALENDAR

.............................................................................................................................................. 10

FOOTPRINT AND MOUNTING .............................................................................................................................. 12

SET UP ................................................................................................................................................................... 13

NTENNA POSITIONING

.......................................................................................................................................... 13

ODEM CONNECTION

........................................................................................................................................... 13

Antenna (SMA connector) .................................................................................................................................... 13

Jack connector ...................................................................................................................................................... 13

Micro USB ............................................................................................................................................................. 13

ERMINALS

’

DESCRIPTION

....................................................................................................................................... 14

USHBUTTON

....................................................................................................................................................... 15

LED

S MEANING

.................................................................................................................................................... 15

NORMAL BEHAVIOR AT STARTUP ........................................................................................................................ 16

SETUP AND CONFIGURATION .............................................................................................................................. 17

ETUP

................................................................................................................................................................. 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

Pairing method setup ........................................................................................................................................... 18

ONFIGURATION VIA

USB ...................................................................................................................................... 19

UPLINKS ON IOT NETWORKS (SIGFOX/LORAWAN)............................................................................................. 22

EST FRAME

......................................................................................................................................................... 22

Summary of Contents for ACW/LW8-DIND160

Page 1: ...TIM 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 ...

Page 2: ...OOTPRINT AND MOUNTING 12 3 SET UP 13 A ANTENNA POSITIONING 13 B MODEM CONNECTION 13 Antenna SMA connector 13 Jack connector 13 Micro USB 13 C TERMINALS DESCRIPTION 14 D PUSHBUTTON 15 E LEDS MEANING 15 4 NORMAL BEHAVIOR AT STARTUP 16 5 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 Per...

Page 3: ...28 Keep alive frame parameters Code 03 28 Inputs parameters Code 10 to 25 29 Events bits 0 to 4 29 Pull types bits 5 from V1 2 0 30 Trigger modes bits 6 to 7 30 Rebound time parameter Code 30 30 Parameter of the periodic frame Code 31 30 Settings on temperature Offset Code 32 30 Output calendar configuration code 34 to 40 31 Shock alarm configuration code 41 32 B COMMANDS 32 Restart Command 0x01 3...

Page 4: ...information contained in this document is subject to change without warning and does not represent a commitment on the part of ATIM radiocommunications ATIM radiocommunications provides this document as is with no warranty of any kind express or implied including but not limited to implied warranties of merchantability or fitness for a particular purpose ATIM radiocommunications may make changes a...

Page 5: ...EN300 220 1 v2 4 1 Environmental recommendations a Explosive atmosphere Except for the ACW ATEX line specifically intended for this purpose do not use ACW radio modems in the presence of flammable gases or fumes Using the equipment in such an environment constitutes a safety hazard b Environment Respect the temperature ranges for storage and operation of all products Failing to respect these guide...

Page 6: ... Union This symbol appears on a product or its packaging to indicate that the product may not be discarded with another 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 res...

Page 7: ...intended to raise the digital input states ToR on an IoT network such as Sigfox or LoRaWAN These inputs are configurable and can be enabled disabled as single inputs or as counter 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 ca...

Page 8: ...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 Manufactu rer name Product reference Revision version Date of manufacture AAMMJJ Manufacture site Hardware version Application firmware version DevEUI LoRaWAN DIN88 Product ID Product revision number Technical ...

Page 9: ...lable configuration of 4 group of inputs Digital inputs TOR DIND80 et DIND88 8 configurable inputs Change of state alerting 8 configurable meters on whatever input Available activation of a group of inputs Digital inputs TOR DIND44 4 configurable inputs Change of state alerting 4 meters configurable on whatever input Available activation of a group of inputs Digital outputs TOR DIND88 8 outputs dr...

Page 10: ...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 wit...

Page 11: ...rogram outputs state depending 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 Temperature Range 55 C 125 C Resolution 0 1 C Precision between 10 C an...

Page 12: ... 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 thes...

Page 13: ...12 ACW DINDxxx_UG_EN_V1 8 2 Footprint and mounting Dimensions given in mm ACW modems in breaker format are attached to a DIN rail ...

Page 14: ...ing 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 Power Supply Lower terminal 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 AC...

Page 15: ... 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 inp...

Page 16: ...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 det...

Page 17: ...ut 1 2 second 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 inputs 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 ...

Page 18: ...hange 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 ve...

Page 19: ...nutes 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 conn...

Page 20: ...duct reference and a functional description In the upper right corner the radio technology of the product is indicated In the input settings tab you will have the choice to configure the inputs mode pull setting and trigger edge as well as input bounce time In the General settings tab you can configure The statement period when a periodical radio frame is sent and the keep alive period Visualize i...

Page 21: ...ge element there is a tab Test outputs to pilot the outputs separately or all at once Finally the button give an access to the output calendar configuration tools In addition to having access to all the parameters described in the Parameterization section you have access to a visualization on the state of the inputs the meters and the temperature if the sensor is connected The display of all these...

Page 22: ...st be applied in order to increment and visualize the counters Note It is possible during the first connection that the values of the counters are random In this case you will need to click on the Reset all counters button to reset all the counters to 0 ...

Page 23: ...e if connected are sent either periodically or on change of state of a previously configured input To raise the status of all inputs and counters it is possible that several frames are sent The frames below will be sent depending on the configuration Note Disabled pins Disable in the configurator are replaced by 1 in bytes going back byte 2 and byte 3 the state of the inputs Note The inputs logica...

Page 24: ...vated and the temperature sensor is connected Byte 0 1 2 3 4 5 6 7 8 Data for DIND160 or DIND80 0x4e State Digital inputs Temperature in 1 10 of C Meter 1 Data for DIND44 or DIND88 0x6e State of digital inputs State of digital outputs Temperature in 1 10 of C Meter 1 Frame of digital IN OUT counter 1 and counter 2 In case the counter 1 or and 2 is are activated and the temperature sensor is discon...

Page 25: ...ter 5 Meter 6 Counters 7 8 In the case where the counter 7 and or the counter 8 are is activated s Byte 0 1 2 3 4 5 6 7 8 Data 0x60 Meter 7 Meter 8 Frame of digital IN OUT temperature and counters 1 to n only LoRaWAN In the case where counters are activated and the temperature sensor is connected Byte 0 1 2 3 4 5 6 7 8 Data for DIND160 or DIND80 0x5d Digital inputs states Temperature in 1 10 of C ...

Page 26: ...rements each time this frame is sent e Format decoding of data frames State of digital inputs for DIND160 and DIND80 The layout of the digital inputs in bytes 2 and 3 for frames 0x41 0x42 0x4e 0x4f 0x5d 0x5e and 0x52 are described in the table below Bit 7 6 5 4 3 2 1 0 Byte 2 Input 8 2 Input 7 2 Input 6 2 Input 5 2 Input 4 Input 3 Input 2 Input 1 Byte 3 Input 16 1 Input 15 1 Input 14 1 Input 13 1 ...

Page 27: ... and are replaced by high level Note 2 In the DIND44 version these entries are not used and are replaced by high level Temperature in 1 10 of C The temperature is sent in 10th of degrees Celsius on two bytes coded in complement two The most significant byte MSB is sent first Power supply tension millivolt The supply voltage is sent in millivolt on two bytes the most significant byte MSB is sent fi...

Page 28: ...ters Frame of digital inputs temperature and counters 5D Digital inputs state Temperature 1 10 of C Counter 1 Counters n Inputs Counter Frame of digital inputs and counters 5E Digital inputs state Counter 1 Counters n Shocks Alarm and shock frame 43 Counter Inputs outputs Digital inputs outputs frame 62 Digital inputs state Digital outputs state Inputs outputs Frame of digital inputs outputs and t...

Page 29: ...ned in the document ATIM_ACW DLConfig_UG_EN_Vx x pdf This document is available for download at https www atim com fr support telecharger a Parameters Below is a description of all the downlink modifiable parameters Keep alive frame parameters Code 03 Size and Code Byte 0 Value Byte 1 0x00 03 0x03 0x00 Disabled 0x05 Every hour 0x0a Every two hours 0x0b Every four hours 0x0c Every eight hours 0x06 ...

Page 30: ... bits are 0x00 Disabled 0x01 Sending an alert frame to the state change if input 1 is high 0x13 Sending an alert frame to the state change if input 8 is high Available only in version DIND80 DIND88 and DIND160 0x14 Sending an alert frame to the state change if input 9 is high Available only in version DIND160 0x15 Sending an alert frame to the state change if the input 16 is in the high state Avai...

Page 31: ...d Size and Code byte 0 Value byte 1 0x00 19 0x13 0x05 0x40 0x00 0x45 Rebound time parameter Code 30 Size and Code byte 0 Value byte 1 0x00 30 0x1e 0xYY The value 0xYY is encoded in milliseconds From 5 for 5 milliseconds to 255 for 255 milliseconds Parameter of the periodic frame Code 31 Size and Code byte 0 Value byte 1 Value byte 2 0x40 31 0x5f 0xYY 0xZZ The value 0xZZYY is coded in minutes From ...

Page 32: ...At least one bit should be set to 1 to enable the program The last two bytes contains the output to set or reset during the program Each output corresponds to a bit in these bytes as follows Byte 6 7 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Output 8 Output 7 Output 6 Output 5 Output 4 Output 3 Output 2 Output 1 To drive an output the corresponding bit should be set to 1 in the corresponding...

Page 33: ...yte 0 Byte 1 0x01 0x02 The ACW will return the information in the following format Description and Value Byte 0 Answer to command frames 0x07 Byte 1 About command 0x02 Byte 2 Type de l ACW DIN D160 9 DIN D80 11 DIN D88 15 DIN D44 14 Byte 3 ACW version LSB Byte 4 ACW version MSB Byte 5 Radio type 1 Sigfox only uplink 0x03 2 Sigfox uplink downlink 0x04 3 LoRaWan 0x05 Byte 6 Radio version LSB Byte 7 ...

Page 34: ...mes 0x07 Byte 1 Configuration command by default 0x04 Byte 2 to n The parameters are encapsulated in the configuration frames Obtain the version of the used protocol Command 0x07 To obtain the version of the Downlink ATIM protocol implemented in the ACW the following command must be sent Byte 0 Byte 1 0x01 0x07 The ACW will return the version in the following format Description and Value Byte 0 An...

Page 35: ...tputs via downlink in different ways Either by affecting the state of each output or by affecting the state of a group of outputs or by generating a positive or negative pulse on a group of outputs Apply a state to outputs Command 0x10 To assign the status of all outputs to a value the following command must be sent Byte 0 Byte 1 Byte 2 0x41 0x10 States of outputs Each output is represented by a b...

Page 36: ...te 3 0x07 0x10 0x0F 0x00 Example 2 KO If you want to control at 1 exit 8 of a DIND44 that does not exist the following command must be sent Byte 0 Byte 1 Byte 2 0x41 0x10 0x80 The answer of the ACW will therefore be Byte 0 Byte 1 Byte 2 Byte 3 0x07 0x10 State of outputs 0x80 Byte 4 being different from 0 this indicates a pilot error and raises the bit of the invalid output in this case the output ...

Page 37: ...r command execution Byte 3 States of outputs to command but which does not exist The constituted frame has the same behavior as with the 0x10 command The difference is that the errors are based on byte 4 of the control frame 0x11 On DIND44 outputs 5 to 8 can not be controlled bits 4 to 7 of byte 4 of frame 0x11 must therefore be 0 to avoid errors In the case of an error none of the outputs will be...

Page 38: ... is represented by a bit in byte 4 Byte 0 of byte 4 corresponds to output 1 bit 7 corresponds to output 8 Byte 5 corresponds to the pulse time in milliseconds with a ratio of 4 The minimum value is 4 ms and the maximum value is 1020 ms Following this command the ACW will return a response in the following format Description and value Byte 0 Answer to command frames 0x07 Byte 1 Command Apply a stat...

Page 39: ...day and will become active again the following day For example if the 0x410B83 command is sent on a Tuesday programs 1 and 2 will only be activated from Thursday programs 3 4 5 6 and 7 will be deactivated on right after the command Get output calendar state 0x0C The following command allows to get the output calendar state at any time Following this command the ACW will return a response in the fo...

Page 40: ...ounters cmd 0x0A 0xC1 0x06 0x0A Counter Index Counter s value Command a state to outputs cmd 0x10 0x41 0x10 States of outputs Obtain the state of outputs cmd 0x20 0x01 0x20 Command a state of an outputs group cmd 0x11 0xC1 0x03 0x11 Mask Group States of outputs Generate a positive pulse to an outputs group cmd 0x12 0xC1 0x03 0x12 Mask Group Pulse time Generate a negative pulse to an outputs group ...

Page 41: ...40 ACW DINDxxx_UG_EN_V1 8 8 Technical support For any information or technical problems you can contact our technical support by e mail and phone www atim com fr technical support ...

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