YO Analog User guide v1.0 page 2/27 Release notes Date Version Changes 11.06.2021 Initial release. Change of power supply from 100~240 V AC, 50/60 Hz to 6 13.12.2021 - 30 V DC, 5 - 21 V AC. Added specifications of the device, Installation instruction, 26.08.2022...
Product description Overview The YO Analog measures AC flowing through devices connected to the electricity grid. With one YO Analog it is possible to measure the current simultaneously (e.g., in two three-phase, six single-phase, one three-phase and three single-phase devices, etc.). It is possible to install current clamps without knowing the direction through which the current flows.
BLE MAC: bluetooth physical address. Figure 2 Device sticker. Physical interfaces LEDs YO Analog communicates its current behavior to the user by RGBW LED placed on the top of the device shown on figure one. DIODE STATUES INTERPRETATION BEHAVIOUR COLOUR DEVICE STATUS Single flash...
YO Analog User guide v1.0 page 6/27 Specifications Physical Figure 3 Dimensions of the device. PHYSICAL SPECIFICATION Dimensions Height: 90 mm Width: 71,2 (4 pole) mm Depth: 58 mm Colour Light grey Mounting method 35 mm DIN rail Vertical (can be screwed to the wall)
YO Analog User guide v1.0 page 7/27 Operating conditions OPERATING CONDITIONS Temperature 0° to 70°C Humidity 0 to 90% Placement Indoor use Power supply 6 - 30 V DC 5 - 21 V AC Power consumption Typical: 80 mA DC (12 V DC)
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YO Pulse provides measuring of current flow in the network between 4 - 20 mA which is used as a standard in many industries. This helps customers to monitor signals in the industry network connected to the IoT devices. YO Analog can monitor up to 6 signals depending on the configuration. Figure 4 Current flow on first channel of the device exemplary chart.
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YO Pulse provides measuring of voltage in the network between 0- 10 V which is used as a standard in many industries. This helps customers to monitor control signals in the industry network connected to the IoT devices. YO Analog can monitor up to 6 signals depending on the configuration. Figure 7 Voltage on the fourth channel of the device exemplary chart.
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YO Analog User guide v1.0 page 10/27 Figure 8 Voltage on the fifth channel of the device exemplary chart. Figure 9 Voltage on the sixth channel of the device exemplary chart. REV 3.0 www.yosensi.io...
YO Analog User guide v1.0 page 11/27 Installation Package contents Device. Warranty card. Safety precautions SAFETY PRECAUTIONS SYMBOL DESCRIPTION Device is marked with a symbol saying that electrical and electronic products may not be mixed with unsorted household waste. Remember that batteries used to power the device must be treated at a specialized treatment facility.
YO Analog User guide v1.0 page 12/27 Installation guide 1. Mount the device on a 35 mm DIN rail. Figure 10 Device mounting instructions. Important! By default each input is configured as current. If you want to configure one or more inputs as voltage you have to do it before connecting sensors.
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YO Analog User guide v1.0 page 13/27 Figure 11 Connect the inputs to the individual channels of the device. 3. Screw the power supply wires to the device regardless of polarity (6 - 30 V DC, 5 - 21 V AC).
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YO Analog User guide v1.0 page 14/27 Figure 12 Instruction on how to fasten the current clamps around the wires. Figure 13 Final look of the device. REV 3.0 www.yosensi.io...
3. Server – in most cases, a cloud-based service where data is processed, stored, analysed, and presented in user-friendly ways (via a user interface); Yosensi default and recommended tools are Yosensi Management Platform (for IoT structure management) and Grafana (for data presentation).
YO Analog User guide v1.0 page 16/27 Device configuration Configurable parameters A few parameters must be set in order to send data to the gateway. The default firmware is configured in OTAA connection type with predefined deveui, appkey (OTAA) and appskey, nwkskey (ABP).
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YO Analog User guide v1.0 page 17/27 GENERICS PARAMETERS SECTION NAME DESCRIPTION POSSIBLE DEFAULT READ/ VALUES VALUE WRITE devmodel Device name LNAN fwver Firmware version 3.2.0 loraradio Radio chipset model SX1261 info lorawanver LoRaWAN stack version 1.0.2 loraregion LoRaWAN region...
YO Analog User guide v1.0 page 18/27 DEVICE PARAMETERS NAME DESCRIPTION POSSIBLE DEFAULT READ/ VALUES VALUE WRITE measinterval Measuring and sending interval 1–999999 LoRa [s] measthreshold Measuring and sending threshold 1-9999 accuracy chxfunc Number of channels with function of 0-20 mA...
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YO Analog User guide v1.0 page 19/27 UPLINK SUBBAND REGION DESCRIPTION POSSIBLE DEFAULT READ/ VALUES VALUE WRITE EU868 Sub-band 1; 867.1 - 868.5 MHz; channels 0-7 Sub-band 1; 902.3 - 903.7 MHz; channels 0-7 Sub-band 2; 903.9 - 905.3 MHz; channels 8-15 Sub-band 3;...
Connecting node with network According to the LoRaWAN architecture, to transmit data on the network there should be a configured Gateway and Network Server.. We’ll go through an example in our recommended Yosensi Management Platform software. REV 3.0 www.yosensi.io...
(YO Analog). You can also set the node’s ‘Location’ , if locations have been pre-defined. If you haven’t defined a suitable location, leave this field set at <None>.
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5. Every new node must be added in OTAA mode. You must then switch its type to ABP after activation in Yosensi Management Platform by changing the Node configuration. Click on the link in the ‘Node Name’ column. Go to the ‘KEYS’ tab and switch ‘Lora Type’ from OTAA to ABP, and fill in the ‘Device Address’...
Payload description.. An exemplary payload produced by YO Analog is presented below with division into each measurement marked together with decoded values whose interpretation is described in the Payload description document. Example of YO Analog payload with description:...
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YO Analog User guide v1.0 page 24/27 Payload header First measurement (CH1-current) 0x02 0x00 0x00 0x36 0x2E 0x00 0x11 0x01 0x02 0x5D type = 11 md [s] = addr_len = 1 val = 605 ver = 2 cnt = pct [s] = 254...
YO Analog User guide v1.0 page 27/27 Revision history Date Version Changes 11.06.2021 Initial release. Change of power supply from 100~240 V AC, 50/60 Hz to 6 13.12.2021 - 30 V DC, 5 - 21 V AC. Added specifications of the device, Installation instruction, 26.08.2022...