Smart Wireless Module - Electronic module GYS - Free user manual and instructions

USER MANUAL Smart Wireless Module GYS

Translation of the original instructions SAFETY INSTRUCTIONS This user manual includes information on how to operate this equipment as well as the safety precautions to be followed. Please read it carefully before rst use and keep it safe for future reference. These instructions must be read and understood before using the device. Do not undertake any modications or maintenance work that is not explicitly mentioned in the manual. The manufacturer shall not be liable for any damage to persons or property resulting from use that is not in accordance with the instructions in this user manual. If you have any problems or queries, please consult a qualied technician to ensure that the equipment is being operated correctly. This device may only be used for transmitting data within the limits indicated on the device and in the manual. The safety instructions must be observed. The manufacturer cannot be held responsible for improper or dangerous use. This device is designed for indoor use. It should not be exposed to rain. Do not place the device near a re or subject it to heat or to longterm temperatures exceeding 50°C Maintenance

• Maintenance should only be carried out by a qualied technician

• The device does not require any special maintenance

• Do not use solvents or other aggressive cleaning products under any circumstances

• Clean the appliance’s surfaces with a dry cloth Regulations:

• This device complies with European directives

• The declaration of conformity is available on our website

• EAC conformity mark EAC (Eurasian Economic Community)

• This equipment meets British standards • The UK declaration of conformity is available on our website (see the cover page)

• This device complies with Moroccan standards

• The Cم (CMIM) declaration of conformity is available on our website Disposing of This Equipment:

• This equipment is subject to specialised waste-collection requirements Do not dispose of this product in your domestic, household waste.10 Operating manual

SMART WIRELESS MODULE

Translation of the original instructions EQUIPMENT DESCRIPTION (FIG 1) The Smart Wireless Module (SWM) is an accessory that allows the user to operate a GYS device tted with an SMC port via a wireless Bluetooth communication. 1 SMC connector 2 SMC cable 3 Indicator light 4 Pairing button This equipment is delivered with a DB9 cable to connect it to a Gys battery charger, delivering a 24 V and another 5 V voltage. The equipment must not be connected to any other voltage source, otherwise there is a risk of malfunction, damage to the equipment and risk to the user.

SETTING UP THE EQUIPMENT

1. Connect the SWM to the GYS device being operated (e.g. Gysash CNT) using the SMC cable.

GYSFLASH CNT SMC cord COMPUTER SWM

2. Switch on both the controlled device and the computer.

3. Turn on the computer’s bluetooth feature.

Indicator light status Meaning Green (xed) Ready for communication (CNT charger connected and Bluetooth pairing OK). Green (ashing) CNT charger connected but no connected Bluetooth device. Orange (ashing) Initialising or updating phase. Usually stops after ve seconds. Orange (xed) Internal error. Disconnect and reconnect the SWM. Swtiched o󰀨 No power supply. Check that the SMC cable is connected correctly and that the CNT charger is switched on.

6. The SWM will automatically connect to the last device to which it was connected. Press the push button (4) to connect

it to a new device. This will make the SWM return to pairing standby and it can be connected to a new device. GENERAL OPERATION The SWM enables the user to exchange data with a GYS product using a Bluetooth connection. The SWM is accepted as a Low Energy Bluetooth device. A compatible Low Energy Bluetooth device (LEB), or one with a suitable dongle, is required to operate the SWM. The user can also develop their own application using the LEB device’s API (application programming interface) provided for the user’s particular operating system (Android, IOS, Linux or Windows). Using this API, the user is able to scan nearby LEB devices, connect to the SWM and transmit information to their specic software.EN

Translation of the original instructions SWM

LINUX / ANDROID / IOS

BluetoothLow EnergyApple / Google / LINUX API (Driver)Customer application Figure 1: schematic communication diagram between the LEB device’s driver (API) and the related software In order to make basic use of the SWM with a charger, we provide a Windows-based software application; this is the CNT Datalog and it is available on your client-access intranet in the ‘Tools’ section. During the LEB device’s scan, the SWM’s name will be formatted in the following way: SWM-00.00.000000.00 (SWM - Serial Number) Once the connection is established and the services are available, it will be possible to communicate with the SWM through its respective service and features. Activate Notications on this characteristic to get replie from SWM (RX) Bluetooth Low Energy SWM Services Custom serviceUUID = ed2b4e3a-2820-492f-9507-df165285e831Characteristic RXUUID = ed2b4e3c-2820-492f-9507-df165285e831Characteristic TXUUID=ed2b4e3b-2820-492f-9507-df165285e381 Write commands in this characteristic (TX) Ex: «Version=?\r\n» Figure 2: The SWM unit and its two reading/writing features For easy implementation, we provide an application that creates a gateway between the LEB device driver and a Microsoft Window’s TCP server. In this instance, there is no need to use the LEB device’s APIs. The user only has to run the software provided by GYS and set up a TCP client in their dedicated software in order to communicate with the SWM. The TCP communication format is the same as described in the rest of this manual with additional commands provi- ded with this program (LEB device scan, etc). BluetoothLow Energy(Driver)Win 32 / UWP GYS executable(BLE -TCP/IP)Customer application Appareil WindowsSWM TCP/IP) Figure 3: schematic diagram using GYS’ software Enable this feature’s notications to get a response from the SWM (RX). Write commands in this feature (TX). E.g.:»Version=?\r\n»12 Operating manual

SMART WIRELESS MODULE

Translation of the original instructions PROTOCOL The computer always initiates commands with a request, the SWM always responds. If the SWM does not respond within 500 ms, it is no longer functioning. The SWM supports two types of request-response : ‘setter’ and ‘getter’. The rst option, setter, applies a value to the product. The second option, getter, is used to read a value from the product. Every command has at least one associated data item (variable). For the setter request response, the data are sent with the command in the request. For the getter, the data are received in the response with the associated command. The SWM returns a status update in its response to indicate that the order has been acknowledged. The setter response always contains the command and status update. For the getter, the response contains the command and the data, provided everything works well. Otherwise, the response will contain the order and status update. request : command + data request : command Setter Getter SUM SWM SWM

response : command + status response : command + data response : command + status SYNTAX The exchanges between the computer and the SWM are done using ASCII characters. Each request and response ends with <CR><LF> (or 0x0D0A or «\r\n»). The command name does not contain spaces. The command name will be followed by an equals sign (=). In both a setter request and a getter response, the data will follow the equals sign (=). They will be separated by a semi- colon (;). For decimal data, the decimal separator is the full stop (.). The data are represented without units. For a getter request, a question mark (?) will follow the equals sign (=). The status update has two values: «OK» or «KO». Example of exchanges between the computer and the SWM:

Process_state= run <CR><LF> » the computer asks to start the charging process.

<CR><LF> » the SWM has successfully processed the command.

<CR><LF> » requests the current process status.

<CR><LF> » poorly formatted getter request, command name does not exist.

Translation of the original instructions MMI_state=? MMI_state= MMI_state MMI_state lock Locked unlock Unlocked LOCK : Locking the buttons on the charger’s user interface. In this conguration, only the SWM can control the charger. Mode=? Mode= mode mode init charge BSU Voltage_test CCA_test Alternator_test settings Current mode type Process_state=? Process_state= process_state process_state idle On standby run Charging in progress error Error auto-detect Detecting identication Identifying printing Printing Current mode status Error=? Error= error_code

Selected nominal voltage Qbat

0.0 - 10000.0 Ampere

hours Selected battery capacity BSU=? BSU= bsu_name

Ibsu bsu_name e.g.: DIAG+ Name of the selected BSU mode Unom

SCONFIRM Selected nominal voltage in Volts or Number of cells in S depen- ding on the selected BSU mode CONFIRM Ubsu

0.000 - 100.000 in Volts

Selected BSU voltage Ibsu

0.0 - 100.0 in Volts

Selected nominal voltage Qbat

0.0 - 10000.0 in Ampere

hours Selected battery capacity Power-up=? Power-up= Unom Unom

in Volts Selected nominal voltage Output_voltage=? Output_voltage= Uout Uout

Charger output current Charge_progress=? Charge_progress= %chrg %chrg

Progress as a percentage Ah_ charge=? Ah_charge= Qchrg Qchrg

0.0 - 10000.0 Ampere

hours Ampere hours of power supplied during charging Ah_total=? Ah_total= Qtot Qtot

0.0 - 10000.0 Ampere

hours Total Ampere hours supplied

0 - 10000 in seconds

Charge duration Total_time=? Total_time= Ttot Ttot

0 - 10000 in seconds

Total duration Process_step=? Process_step= step step idle unknown uvp wake-up recovery desulphation, charging absorption u1 absorption u2 verication refresh supplement equalisation oating maintenance rest maintenance charge end absorption complement equalisation supply Current charging stage14 Operating manual

Setter Request Type Variables SWM response Names Possible Values Description Restart= restart restart all All, including SUM link SUM only app All except SUM Restarting devices connec- ted to the SMC network Restart= OK (ou KO) MMI_state= MMI_state MMI_state lock Locked unlock Unlocked reboot Reboot lock : Locking the buttons on the charger’s user inter- face. In this conguration, only the SWM can control the charger. reboot: Resetting the char- ger interface MMI_state= OK (or KO) Process_state= process_state process_ state idle Stop run Boot Starting or stopping the charging process Process_state= OK (or KO) Mode= mode mode charge BSU Selecting the mode type Mode =OK (or KO) Charge= group

Qbat group e.g.: Pb-CHARGE Selecting the group Charge= OK (or KO) curve e.g.: normal Selecting the curve Unom

Selecting the rated voltage Qbat

0.0 - 10000.0 Ampere

hours Selecting the capacity BSU= bsu_name

Ibsu bsu_name e.g.: DIAG+ Selecting the BSU mode BSU= OK (or KO) Unom

0 - 100 in Volts (or in S)

CONFIRM Selecting the nominal vol- tage in Volts (or number of cells in S depending on the selected BSU mode) CONFIRM Ubsu

0.000 - 100.000 in Volts

Selecting the BSU Voltage Ibsu

YYYY 1998 - 2999 Year DATE= OK (or KO) MM 1 - 12 Month DD 1 - 31 Day hh 0 - 23 Hour mm 0 - 59 Minute ss 0 - 59 Second Sound= sound sound on / o󰀨 Selected sound option Sound= OK (or KO) Autodetect= autodetect autodetect on / o󰀨 Current auto-detect option Autodetect= OK (or KO) Autostart= auto-restart autorestart on / o󰀨 Current auto-restart option Autostart= OK (or KO) Reset_error= OK Used to exit the error state Reset_error= OK (or KO) WARRANTY The warranty covers all defects or manufacturing faults for two years from the purchase date (parts and labour). The warranty does not cover:

• Any other damage caused by transport

• The normal wear and tear of parts (e.g . cables and clamps, etc.).

• Misuse incidents (power supply errors, being dropped or disassembled)

• Environment-related failures (pollution, rust and dust, etc.) In the event of a fault, please return the appliance to your distributor enclosing: - a dated proof of purchase (receipt or invoice, etc.) - a note explaining the faultDE