Related Manuals for ATIM Cloud Wireless ACW Series
Summary of Contents for ATIM Cloud Wireless ACW Series
- Page 1 ATIM Cloud Wireless ® Infrared Presence - PIR User Guide Concerned models: ACW-PIR360-I ACW-PIR90-I ACW-PIR180-O ACW-PIR90-O ACW-ILB30 ACW-ILB100...
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Page 2: Table Of Contents
ABLE ONTENTS Document version history ............................2 Disclaimer .................................. 2 Trademarks and copyright ............................2 Declaration of compliance ............................3 Environmental recommendations ..........................3 Explosive atmosphere Environment Radio General presentation ..............................5 Optex documentations Technical features ..............................6 Consumption Power Supply Operating modes of the PIR ............................ -
Page 3: Document Version History
Trademarks and copyright ATIM radiocommunications®, 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. ATIM_ACW-PIR_UG_EN_V1.4... -
Page 4: Declaration Of Compliance
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) -
Page 5: Radio
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. Direct-current symbol 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. -
Page 6: General Presentation
General presentation The ACW-PIR product line deals with 6 infrared presence detectors. ⚫ ACW-PIR360-I: Ceiling indoor version (360° detection radius) ⚫ ACW-PIR90-I: Wall indoor version (90° detection radius) ⚫ ACW-PIR180-O: Wall outdoor version (180° detection radius) ⚫ ACW-PIR90-O: Wall outdoor version (90° detection radius) ⚫... -
Page 7: Technical Features
Technical features a. Consumption Product Standby Reception Emission LoRa 15µA 29mA 53mA ACW-PIR360-I Sigfox 13µA 17mA 24mA LoRa 15µA 28mA 55mA ACW-PIR90-I Sigfox 11µA 17,5mA 25mA LoRa 19µA 29mA 57mA ACW-PIR180-O Sigfox 13µA 16mA 26mA LoRa 13µA 29mA 55mA ACW-PIR90-O Sigfox 10µA 16mA... -
Page 8: Operating Modes Of The Pir
Operating modes of the PIR Each device of the ACW-PIR range can be configured in 2 different radio operating modes. By default, the products are delivered in "counting" mode. a. Counting mode In this mode, the product sends back a periodic frame containing the number of detections made in a time interval. This mode is useful for analyzing the occupancy rate of a room or place during the day, or for counting passages of people or vehicles at a specific location. -
Page 9: Alarm Mode
b. Alarm mode In this mode, the product transmits a frame as soon as it detects a presence. This mode is relevant for detecting intrusions and being warned instantly. A periodic frame can also be configured, to get windows of downlinks more often. CAUTION: The methods for detecting presence may change from one product to another. -
Page 10: First Startup
In these 2 modes, the PIRs also emit a frame if the case is opened, this allows an alert to be raised if the product is ever torn off, for example. The products also return a periodic life frame informing about the condition of the battery. The periodicity of life frames, as well as frames in counting mode can be configured (see Configuration section). -
Page 11: Frame Fromat
Frame fromat a. Lists of the frames Name of the frame Description Keep alive frame Periodic frame returning the battery status Counting frame In all modes, Issued periodically Alert frame Only in "alarm" mode. Emitted at each product detection Casing-opening/antivandal In all modes. -
Page 12: Keep Alive Frame
(4) : By default (case closed), the returned state is the low state. c. Keep alive frame Byte Value 0x01 (header) Battery tension on standby mode Battery tension on emission mode 0x64 d. Downlink frames LoRa In LoRa, all you must do is integrate the data into the Payload and send on port 160. Example «ATO101=11\r\nATO116=00\r\nATO120=0A\r\nATMS\r\nATOS\r\nATR\r\n». - Page 13 Sigfox Downlink frame detail Byte Value Detail 0x33 Header 0x13 ATO register modification 0xA1 Address 1 in hexadecimal 0xV1 Value 1 in hexadecimal 0xA2 Address 2 in hexadecimal 0xV2 Value 2 in hexadecimal 0xA3 Address 3 in hexadecimal 0xV3 Value 3 in hexadecimal Downlinks are always 8 bytes long and are structured the same way.
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Page 14: Configuration
Configuration Each PIR can be reconfigured via Downlink using AT commands. a. Change of the operating mode LoRa Product Mode Registers to modify Counting ATO101=11 ATO120=XX* ACW-PIR360-I Alarm ATO101=19 ATO120=XX* Counting ATO101=11 ATO120=XX* ACW-PIR90-I Alarm ATO101=19 ATO120=XX* Counting ATO101=01 ATO120=XX* ACW-PIR180-O Alarm ATO101=09 ATO120=XX*... -
Page 15: Optional: Temperature Sensor
Alarm ATO12=1 ATO16=XX Counting ATO12=0 ATO16=XX ACW-PIR90-O Alarm ATO12=1 ATO16=XX Counting ATO12=0 ATO16=XX ACW-ILB30 Alarm ATO12=1 ATO16=XX Counting ATO12=0 ATO16=XX ACW-ILB100 Alarm ATO12=1 ATO16=XX Sigfox * ATO16=XX with XX the transmission period in minutes in hexadecimal. Example, for a period of 10 minutes: ATO16 = 0A In alarm mode, a frame can be reassembled periodically to return the temperature if a T °... -
Page 16: Commissioning Of The Device On The Sigfox Network
Commissioning of the device on the Sigfox network If you have subscribed to the Sigfox network with ATIM, we will take care of registering your modem / probe / sensor on the Sigfox network. On the other hand, if you have subscribed to your subscription with Sigfox, you will have to register your device yourself on the Sigfox online portal. - Page 17 Step 4: Fill in the information of the new device you want to register on your Sigfox account: Identifiant Sigfox Code PAC Sigfox Numéro de certificat Sigfox de votre produit (fourni par ATIM) Choix du « device type » dans lequel vous souhaitez enregistrer l’appareil Confirmez les informations en cliquant sur «...
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Page 18: Commissioning Of The Device On The Lorawan Network
c. Commissioning of the device on the LoRaWAN network The product operates in OTAA (over the air activation), when the product is powered on, a joining request to a LoRa network is sent. The device must first be provisioned on the required network, at one of the operators (Orange or Objenious for example) or existing private gateways. -
Page 19: Troubleshooting
Check if the network coverage is good enough for the device to transmit • Check is the green LED blinks when emissions (LoRa version) Technical support For any information or technical problem, you can contact our technical support on this page: https://www.atim.com/en/technical-support/ ATIM_ACW-PIR_UG_EN_V1.4...
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