CARLO GAVAZZI CAR PARK 3 OUTDOOR User Manual
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CARLO GAVAZZI CAR PARK 3 OUTDOOR User Manual

CARLO GAVAZZI CAR PARK 3 OUTDOOR User Manual

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CAR PARK 3
OUTDOOR
USER MANUAL
Feb. '20

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Summary of Contents for CARLO GAVAZZI CAR PARK 3 OUTDOOR

  • Page 1 CAR PARK 3 OUTDOOR USER MANUAL Feb. ’20...

  • Page 2: Table Of Contents

    Index Index ............................2 Updated version ......................... 4 Important notes .......................... 5 Glossary ............................ 6 Introduction ..........................7 General description ........................8 Radio communication ......................9 Sensor’s operation ......................... 9 Three-axis magnetometer ....................9 Architecture (private Long Range wireless network) ............10 ®...
  • Page 3 Configure the SBPCAL device ....................31 Set COM port ........................32 Things to know ........................33 Sensor configuration ......................34 Quick start procedures .......................34 Set the private Long Range Wireless .................35 ® Set the LoRaWAN communication protocol ..............38 Set the NB-IoT communication protocol ................42 User interface ........................44 File tab ..........................44 Port tab ..........................45...

  • Page 4: Updated Version

    Updated version Content subject to change. Download the updated version: www.productselection.net CP3 Outdoor –User manual...

  • Page 5: Important Notes

    Important notes This section contains important safety-related information to be followed when installing, operating and maintaining the equipment. We strictly recommend respecting these rules to avoid damages to devices or machinery and injury or death to people. Please read this manual carefully before beginning any installation, maintenance or operational activity.

  • Page 6: Glossary

    Glossary Sensor: Wireless sensor for detecting stationary vehicles. Parking bay: parking space for vehicles delimited by strips (blue, white, yellow) IATA: International Air Transport Association (www.iata.org) ISM: Industrial, Scientific, Medical. Acronym indicating free-use frequencies for low-power devices. CP3 Outdoor –User manual...

  • Page 7: Introduction

    Introduction This manual describes the procedures to install and configure the SBPWSIx wireless sensors to detect cars in the parking bays. The installation procedure is divided into two parts: • Sensor assembly • Sensor installation This configuration procedure, carried out by using the Sensor Manager software, is explained for the different sensor versions.

  • Page 8: General Description

    General description The SBPWSIx wireless sensor is part of the Carpark system, which contains other types of sensors, controllers and displays. The SBPWSIx is designed to be buried under the parking bay and it will be completely invisible. It detects the occupied/free status of the parking bay by using the Earth’s magnetic field.

  • Page 9: Radio Communication

    Radio communication The sensor is equipped with a radio transceiver. The sensor is available in two versions according to the communication protocol: Model Radio version ® SBPWSI1 Long Range wireless/LoRaWAN standard SBPWSI2 NB-IoT Each model has its own available features and the properly procedures have to be followed to install and configure them.

  • Page 10: Architecture (Private Long Range Wireless Network)

    Architecture (private Long Range wireless network) The SBPWSI1 sensor can be configured to transmits the parking bay status to the SBPCWSI1 concentrator using Long Range wireless communication in a private network. The SBPCWSI1 concentrator collects occupancy information from each SBPWSI1 sensor and transmits them, in real-time, to the SBP2CPY24 Server.

  • Page 11: Architecture (Lorawan Network)

    ® Architecture (LoRaWAN network) The SBPWSI1 sensor can be configured to transmit the parking bay status directly to a ® LoRaWAN gateway or public network. The gateway will then send the information to the proper ® LoRaWAN server. Element Component Function Detects changes to the earth’s magnetic field caused by the SBPWSI1 sensor...

  • Page 12: Architecture (Nb-Iot Network)

    Architecture (NB-IoT network) The SBPWSI2 sensor can be configured to transmit the parking bay status directly to a NB-IoT gateway or public network. The gateway will then send the information to the cloud Server and then to the CPY Server. Element Component Function Detects changes to the earth’s magnetic field caused by the...

  • Page 13: Safety Notes

    Safety notes A correct installation of the sensor is essential to guarantee the safety of pedestrians, cyclists and animals. The SBPWSIx sensor is installed in open and undefined parking lots, to which everyone can access, so that it is necessary that its installation is carried out in the best feasible way.

  • Page 14: Preventive Precautions For Installation

    Decree no. 9 April 2008, n. 81 "Consolidated text on health and safety at work" and technical standard UNI ISO 11228. In any case and following the failure to comply with the above, Carlo Gavazzi declines all responsibility for any damage caused to persons and / or property during or following the installation of the sensors.

  • Page 15: Assembly

    Assembly Things to Know The sensor is delivered partially assembled for safety reasons due to shipping rules. For this reason, the sensor must necessarily have the battery disconnected. The shipping by air of the sensor is subjected to the IATA shipping rules with reference to the shipment of lithium batteries or devices containing lithium batteries.

  • Page 16: Procedures

    Procedures SBPWSI1 assembly The sensor must be assembled and sealed before installation. It is recommended to follow the procedure in a lab. See the procedure below: Connect the battery to the connector on the electronic Remove the lower cap and extract the sensor board equipment Insert the sensor equipment then fix the lower cap...

  • Page 17: Sbpwsi2 Assembly

    SBPWSI2 assembly The sensor must be assembled and sealed before installation. It is recommended to follow the procedure in a lab. The SIM CARD must necessarily be inserted before sealing the sensor. See the procedure below: a) Connect the battery to the connector on the Remove the lower cap and extract the sensor electronic board -b) Insert the SIM card* into the slot equipment...

  • Page 18: Sensor Installation

    Sensor installation Things to know The sensor installation procedure involves a series of activities, including work to be carried out on public land, for the realization of the holes where the sensors have to be installed. This activity must be carried out in compliance with local regulations for the safety of workers and strangers (construction site, operational safety plan, signs, fences, etc…).

  • Page 19: Verification Of Electric/Magnetic Fields

    Verification of electric/magnetic fields The sensor is sensitive to electric and magnetic fields to such an extent that its placement too close, for example, to an electric cable, can distort the reading of the vacant / occupied status, as it may be able to saturate the sensor transducer. Using a magnetometer, it is possible to check the presence of interfering electro-magnetic fields.

  • Page 20: Positioning Of Sensors

    Positioning of sensors Please follow the suggestion below to define the installation position of the sensor, according to parking bay type. Longitudinal side-by-side parking bays The sensor should be placed in the median line of the parking bay, at 1.25/1.5 metres from the head of the parking bay.
  • Page 21 Diagonal side-by-side parking bays The sensor should be placed in the median line of the parking bay, at a distance of 1.25/1.5 metres from the head of the parking bay. Opposite parking bays N.B. In case of other types of parking facility or in case of doubts about the positioning of the sensors, please contact us.

  • Page 22: Procedures

    Procedures Preliminary operation before installing Do not install the sensors in their final position until you have carefully read the information below Both the SBPWSIx sensors have a unique ID number pre-provisioned during the production phase. The ID number consists of 5 digits (e.g. 10123) and can be found on the label on top of the sensor.
  • Page 23 Distribute the SBPWSIx sensors over the map and write down the pre-provisioned ID number on the installation map matching them with the parking bays number. You should evaluate the preferred solution. See the example below: Once the association is done, each SBPWSIx sensor must be physically re-addressed by using the Sensor Manager software.

  • Page 24: Sensor Installation

    Sensor installation The sensors must be installed into a hole made in the pavement. The procedure below explains how to correctly install the SBPWSIx sensor under the ground: Step Action Identify and mark the spot where the sensor will be installed See the Positioning of the sensors chapter to find the best placing according to the type of...
  • Page 25 Insert the sensor trying to orient the arrow, positioned on the upper edge of the sensor, in the direction of the receiver (concentrator, bridges, repeater). Arrow Double-check that the matching between the sensor ID and the parking bay number (see Preliminary operation before installation procedure) is correct.
  • Page 26 Seal the top of the sensor with the chosen product (cold asphalt, resin, concrete, etc.) and dust the surface with fine sand. If the pavement is in self-locking tiles or porphyry cubes, it is possible to cover the top of sensor with a little slice (10/15 mm) of the same material, fixed with concrete.

  • Page 27: How To Reset The Sensor

    How to reset the sensor If the sensor has been previously set in sleep mode to preserve the battery consumption, the sensor sends a keep-alive packet per day only. This means that the sensor is not able to communicate properly with the calibration device and it does not appear in the Sensor Manager software interface.

  • Page 28: Sensor Manager Software

    Sensor Manager Software The Sensor Manager software is designed to setup, calibrate and manage the wireless sensor SBPWSI1 and SBPWSI2. During the sensors installation, the software can be executed in any PC (the SBPCAL calibration unit device is required) to communicate with sensors and manage them in group or individually.

  • Page 29: Software Installation

    Follow this procedure to download and install the software in your computer. Step Action Download the Carlo Gavazzi Sensor Manager software from www.productselection.net Launch the Setup.exe to start the installation assistant which will guide you Select the installation folder in your PC, then click on Next >...
  • Page 30 Click on Close to end the installation procedure CP3 Outdoor –User manual...

  • Page 31: Configure The Sbpcal Device

    Configure the SBPCAL device The SBPCAL is a hand-held device designed to calibrate, test and manage the SBPWSI1 and SBPWSI2 wireless sensors, one by one or in group. It communicates with them via a proprietary Long Range wireless protocol. Follow the procedure below to configure and execute the Sensor Manager software: Step Action Connect the SBPCAL device to a Microsoft Windows 10 / 7 Computer via a USB port...

  • Page 32: Set Com Port

    Set COM port At the software launch, it is necessary to configure the virtual COM port to be used. Follow the procedure below to configure the communication parameter of the connected device: Step Action Click on Port tab to open the RadioSetup window: In the COMM port field select the COM port that has to be used Note: The COM Port number vary according to the configuration Set LORA-NB-IOT in the Modulation field...

  • Page 33: Things To Know

    Things to know Start DTR o RTS The connection of the SBPCAL device to a PC/Notebook depends on how the serial converter is set in the PC, some PC requires to set the DTR option, other PC requires to enable the RTS options and other PC requires to enable nRTS.

  • Page 34: Sensor Configuration

    For any additional configuration requirements, the installer can go through the detailed procedures in this manual. For any type of application other than those shown below, please contact Carlo Gavazzi. Quick start procedures Do not bury the sensors completely, until you have carefully read the information below.

  • Page 35: Set The Private Long Range Wireless

    Set the private Long Range Wireless To set the SBPWSI1 sensors and the SBPCWSI1 concentrator to communicate using the Long Range wireless protocol, follow the procedure below: Step Action Install the SBPCWSI1 concentrator See the SBPCWSI1xxx Installation manual available on productselection.net for further details. Place all the SBPWSI1 sensors into their parking bay position.
  • Page 36 Power on the SBPCWSI1 concentrator and access to the system by using the provided TeamViewer / Anydesk ID and password. N.B: the credentials are provided by Carlo Gavazzi according to the concentrator serial number (each SBPCWSI1xxx unit has dedicated access parameters).
  • Page 37 To complete the setup procedure in the concentrator, in the File tab click on the Save Filtered default option. As soon as the Connection to the Cloud server has been established, contact Carlo Gavazzi for the Cloud configuration. You will receive back the parameters to access the Cloud: access the CPY server and add the cloud parameters.

  • Page 38: Set The Lorawan Communication Protocol

    ® Set the LoRaWAN communication protocol N.B.: This manual does not describe the configuration of LoRaWAN network servers nor the configuration of LoRaWAN application servers. The procedure below delivers the information to configure the SBPWSI1 sensors according to the ® standard LoRaWAN gateways.
  • Page 39 ABP (Authentication By Personalization) The following parameters are required by the ABP join mode: Parameter Description The device EUI of the sensor is pre-provisioned during production and can be found on the printed label on top of the sensor. DevEUI DevAddr ®...
  • Page 40 In the Network Configuration window, select the Set LORAWAN Parameters option: In LoRaWAN Parameters, click on the LWan UseCases button to open the UseCases menu: ® select OTAA or ABP according to the settings of the LoRaWAN network server you are connecting the sensors to: ▪...
  • Page 41 Set back to Long Range Wireless To set the SBPWSI1 sensors back to the Long Range wireless mode, there are two ways: Procedure Description ® Disable the ACK message in the LoRaWAN network: after about 1 hour and 20 ® minutes, if the sensors do not receive any ACK from the LoRaWAN network, they will return to the Long Range wireless mode...

  • Page 42: Set The Nb-Iot Communication Protocol

    In the Set PLMN (MCC+MCN) field, set the PLMN of the SIM provider (a 5 digit number). Example: TIM IT value is 22201 In the Destination Platform field enter the value to set the destination platform: Carlo Gavazzi Cloud server Other destination server In the Set IP field enter: 52.166.220.173...
  • Page 43 In the APN LOW field, set the APN of the ISP. Example: TIM IT APN value is nbiot.tim.it N.B.: Please verify with the ISP, if the APN is necessary for their NB-IoT solution. It might happen that the operator asks for the APN, but the sensors are not able to register in the network. In the Set Code City field, enter the provided value N.B.: if this value is not provided by the ISP, leave it blank.

  • Page 44: User Interface

    User interface In this chapter the different menus and their related procedures are presented. File tab In the File tab the installer can manage the projects. The available fields are the following ones: Field Description To save the current configuration of the detected sensors and to propose it Save Filtered default to the forthcoming opening of the program Load Filtered default...

  • Page 45: Port Tab

    Port tab This menu shows the parameters for a specific network. The options showed depend on the chosen Modulation. In the picture above, LORA-NB-IOT modulation is selected and the parameters are referred to this modulation. The available fields are as follows: Field Description COMM port...

  • Page 46: Management Tab

    Management tab In the Management menu it is possible to clear all the counters and reset the Sensor Management without exiting the program. Options tab In the Options menu it is possible to set the following parameters: The available options are as follows: Field Description ACK Automatic...

  • Page 47: Things To Know

    Things to Know Set… ACK Automatic ON ACK Automatic OFF ▪ the sensors and the receiver are properly ▪ the commissioning has to be carried out when… configured ▪ the sensors have to be managed ▪ the system is up and running Low battery consumption The commands will be executed immediately The commands will be executed slowly...
  • Page 48 ACK Automatic OFF During commissioning → the ACK Automatic option must be set to OFF: the sensor doesn’t expect any ACK, so it immediately reacts to any command (the only delay is due to the Sample time). ▪ The sensor receives a command → this will be executed according to the Sample time (default 10 s) instead of the Keep-Alive timeout (default 10 min) If during commissioning the ACK Automatic is ON: the command will be executed at the next event (change status detected or KA message...

  • Page 49: Show Tab

    Show tab In this menu the installer can enable/disable dedicated windows to manage the sensors and their communication, as well as commands and diagnostic information. Sensors List window The Sensor List shows all the active sensors received by the SBPCAL/SBPCWS1. From this window the installer can perform the commands to the selected sensors.

  • Page 50: Command List

    Command List The commands available are grouped in four sub-tabs as follows: Basic Settings The available field are as follows: Field Description Calibration To calibrate the magnetic zero of the sensors. Address Set To modify the address ID (number) of the sensor. To enable the sensors to give themselves an ACK after n attempts.

  • Page 51: Procedures

    Procedures Select the sensors to be managed To send commands to one or more sensors, they have to be moved to Filtered list. See the procedure below: Step Action Connect the SBPCAL device to a PC/Notebook where the Sensor Manager software is up and running.

  • Page 52: Calibration

    Calibration The calibration should be performed when the sensor is fully installed and ready for its final use! Thing to know Magnetic Zero Calibration The calibration process must be carried out once the sensors are installed. No cars or other metal objects such as tools or fences must be present in a radius of 5 meters from the sensor (best condition), otherwise the calibration might not be properly done, affecting the detection of cars.
  • Page 53 Move to the Filtered List column the sensors which need to be calibrated. They will be highlighted in blue. Note: please do not select more than 10 sensors at a time Click on Calibration button and click on Yes button to confirm the operation. In the StatusCommand window that appears, you can check the execution of always the commands: ▪...

  • Page 54: Set Date And Time

    Set date and time This command updates the internal clock of the SBPWSIx sensors according to the table below: Device Clock SBPCAL The PC clock value SBPCWSI1 The SBPCWSI1 clock value It is important to do this operation every time a sensor is installed and calibrated. See the procedure below: Step Action From the Filtered list, select the sensors: they will be highlighted in blue.

  • Page 55: Clear The Commands

    As soon as the procedure is finished, the Sensor will appear in the Filtered list within the new ID number. At the first packet received with the new id, the FW version will be displayed on the right of the new sensor ID. e.g: in the example below, the old ID was 10002 and the sensor is now present with the new ID 101 The “old”...

  • Page 56: Set Autoack Property

    Set AutoACK property Thing to know N.B: In the example below, the SBPCWSI1 concentrator is set to ACK Automatic always ON. ▪ If the communication between the concentrator and the sensor is momentarily down, the sensor will not receive any ACK message. ▪...
  • Page 57 Procedure To Set the AutoACK option in the Sensor settings, follow this procedure: Step Action In the Filtered list, select one or more sensors. They will be highlighted in blue. In the Basic settings click on Auto ACK button: the following message appears: Click on Yes button to enable Auto ACK functionality.

  • Page 58: User Interface

    User Interface Advanced Settings The available fields are as follows: Field Description Sample Time To set the sampling time of the sensor (factory setting is 10 seconds) To set the keep-alive message time in seconds (factory setting 600 Kalive Time seconds –...

  • Page 59: Network Configuration

    Network Configuration Long Range Wireless In this menu the installer can set the Long Range Wireless parameters to link the SBPWSI1 sensors to the relevant SBPCWSI1 concentrator(s). The Long Range Wireless parameters are as follows: Field Description Send AES 128 Key To set an AES128 key to the selected SBPWSI1 sensors To enable the AES128 end-to-end communication between the Activate AES 128...
  • Page 60 ® Set LoRaWAN Parameters ® In this menu the installer can set the LoRaWAN parameters to configure the SBPWSI1 sensors ® to the relevant LoRaWAN network. ® The LoRaWAN parameters are as follows: Field Description ® To set the join method for a LoRaWAN network: ▪...
  • Page 61 To set the destination IP address of the server Set Port To set the destination UDP port in the server To set the destination platform: ▪ Dest Platform Carlo Gavazzi Cloud server or; ▪ party platform APN LOW To set the APN of the network Get IMEI NB-IoT...
  • Page 62 Firmware Updates With this menu, it is possible to load a new firmware to upgrade a SBPWSIx sensor. To upgrade the firmware, follow this procedure: Step Action Click on Load Firmware Memory button Select the firmware file Click on Firmware Upd to Sensor button to start the process To avoid radio collisions, since the FW upgrade requires over 1000 packets, we suggest performing the FW upgrade for one or two sensors at the same time Check in the Status Filtered Sensor window the upgrading process.

  • Page 63: Show -> Filtered Sensors

    Show -> Filtered Sensors Select the Filtered Sensors option to enable a window to monitor the frames received from the sensors that are present in the Filtered. Show -> Not filtered Sensors Select the Not Filtered Sensors option to enable a window to monitor the frame received from the sensors that are present in the Not Filtered.

  • Page 64: Show -> Commands Sent

    Show -> Commands sent In this window all the commands are shown , executed and/or aborted from the SBPWSIx sensors. Every command sent to the sensor will open the Command sent window, where on the left the pending commands are shown, and on the right the executed commands. In this way it is very simple to understand when a sensor has received a command or a configuration.

  • Page 65: Show -> Single Sensor Monitor

    Show -> Single Sensor Monitor This window shows all the radio communications of a single sensor. Digit the sensor number in the box close to the buttons in the bottom side of the window. The button functions are the same of the Filtered and Not Filtered windows.
  • Page 66 On the left menu it is possible to select the data displayed in each sensor box. The available options are as follows: Field Description Address It shows the ID number of the sensor Version It shows the firmware version Rx RSSI It shows the quality of radio signal of the sensor Upload In case of FW upgrade, it shows the number of frames left to complete it...

  • Page 67: Sensor Manager Crypt Key Tab

    Sensor Manager Crypt Key tab In this menu the installer can set the AES128 end-to-end key between the SBPWSI1 sensors and the SBPCWSI1 concentrator. N.B: It is strongly suggested to set the AES128 key prior to complete the full installation process. The available options are as follows: Button Description...

  • Page 68: Internet Tab

    Note: This menu is shown ONLY in the Carlo Gavazzi Sensor Manager software version that is running in the SBPCWSI1 concentrator. In this menu the installer can configure the parameter related to the Carlo Gavazzi Cloud server to which the SBPCWSI1 concentrator will send the occupancy information collected from the SBPWSI1 sensors.
  • Page 69 Copyright © 2019, CARLO GAVAZZI Controls SpA All rights reserved in all countries. CARLO GAVAZZI Controls S.p.A. reserves the right to apply modifications or make improvements to the relative documentation without the obligation of advance notice. CP3 Outdoor –User manual...

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