> For the complete documentation index, see [llms.txt](https://enless.gitbook.io/centre-aide/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://enless.gitbook.io/centre-aide/ressources/gateway-lorawan/decodeurs-capteurs-tiers/ecoadapt-power-elec-3-and-6.md). # EcoAdapt Power Elec 3 & 6 {% hint style="info" %} Les codecs et mappings suivants couvrent toutes les configuration des Power-Elec 3 & 6. Il y aura donc des registres Modbus qui ne seront jamais utilisés et il est possible de modifier facilement le mapping afin de ne conserver que les registres utiles pour vos usages. {% endhint %} ## EcoAdapt Power Elec 3 ### Codec {% code title="eco-adapt\_power-elec-3.codec.js" lineNumbers="true" expandable="true" %} ```js const CHANNEL_MODES = { 1: 'Mono-phase', 2: 'Three-phase with neutral', 3: 'Balanced three-phase with neutral', 4: 'Three-phase without neutral', 5: 'Balanced three-phase without neutral', } function decodeUplink(input) { const buffer = new Uint8Array(input.bytes).buffer; const dataView = new DataView(buffer); const data = {}; const header = dataView.getInt8(0); const modes = { 1: "active_energy", 2: "reactive_energy" }; const mode = modes[header] || "unknown_mode"; const CHUNK_SIZE = 5; // Chaque mesure fait 5 octets (1 octet ID + 4 octets Float) const numChunks = Math.floor((buffer.byteLength - 1) / CHUNK_SIZE); for (let i = 0; i < numChunks; i++) { const offset = 1 + i * CHUNK_SIZE; const channelId = dataView.getUint8(offset); const channel = (channelId >> 3) & 0x03; const connector = channelId >> 5; const floatValue = dataView.getFloat32(offset + 1, true); const value = Math.round(floatValue * 1000); const phase = channel === 0 ? "three-phase" : "mono-phase"; if (channel === 0) { data[`connector${connector}-${phase}-${mode}`] = value; } else { data[`connector${connector}-channel${channel}-${phase}-${mode}`] = value; } } return { data }; } ``` {% endcode %} ### Mapping {% code title="eco-adapt\_power-elec-3.codec.js" lineNumbers="true" expandable="true" %} ```json { "uplink": { "fields": [ { "name": "connector1-three-phase-active_energy", "description": "Connector 1 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-three-phase-active_energy", "description": "Connector 2 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-three-phase-active_energy", "description": "Connector 3 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-three-phase-reactive_energy", "description": "Connector 1 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-three-phase-reactive_energy", "description": "Connector 2 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-three-phase-reactive_energy", "description": "Connector 3 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel1-mono-phase-active_energy", "description": "Connector 1 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel2-mono-phase-active_energy", "description": "Connector 1 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel3-mono-phase-active_energy", "description": "Connector 1 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel1-mono-phase-active_energy", "description": "Connector 2 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel2-mono-phase-active_energy", "description": "Connector 2 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel3-mono-phase-active_energy", "description": "Connector 2 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel1-mono-phase-active_energy", "description": "Connector 3 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel2-mono-phase-active_energy", "description": "Connector 3 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel3-mono-phase-active_energy", "description": "Connector 3 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel1-mono-phase-reactive_energy", "description": "Connector 1 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel2-mono-phase-reactive_energy", "description": "Connector 1 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel3-mono-phase-reactive_energy", "description": "Connector 1 / channel 3 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel1-mono-phase-reactive_energy", "description": "Connector 2 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel2-mono-phase-reactive_energy", "description": "Connector 2 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel3-mono-phase-reactive_energy", "description": "Connector 2 / channel 3 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel1-mono-phase-reactive_energy", "description": "Connector 3 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel2-mono-phase-reactive_energy", "description": "Connector 3 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel3-mono-phase-reactive_energy", "description": "Connector 3 / channel 3 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } } ] }, "lns_metadata":{ "fields":[ { "name":"rssi", "description":"Received RSSI", "data_type":"NUMBER", "numeric_type":"INT16", "access_mode":"R", "unit":"dBm", "protocol_specific":{ "modbus":{ "register_type":"input", "offset":1, "factor":1 } } }, { "name":"snr", "description":"Received SNR", "data_type":"NUMBER", "numeric_type":"INT16", "access_mode":"R", "unit":"dB", "protocol_specific":{ "modbus":{ "register_type":"input", "offset":2, "factor":1 } } }, { "name":"sf", "description":"Spreading Factor", "data_type":"NUMBER", "numeric_type":"UINT8", "access_mode":"R", "protocol_specific":{ "modbus":{ "register_type":"input", "offset":3, "factor":1 } } }, { "name":"minutesSinceLastRx", "description":"Minutes since last reception", "data_type":"NUMBER", "numeric_type":"UINT16", "access_mode":"R", "unit":"min", "protocol_specific":{ "modbus":{ "register_type":"input", "offset":4, "factor":1 } } } ] } } ``` {% endcode %} ## EcoAdapt Power Elec 6 ### Codec {% code title="eco-adapt\_power-elec-6.codec.js" lineNumbers="true" expandable="true" %} ```apex const CHANNEL_MODES = { 1: 'Mono-phase', 2: 'Three-phase with neutral', 3: 'Balanced three-phase with neutral', 4: 'Three-phase without neutral', 5: 'Balanced three-phase without neutral', } function decodeUplink(input) { const buffer = new Uint8Array(input.bytes).buffer; const dataView = new DataView(buffer); const data = {}; const header = dataView.getInt8(0); const modes = { 1: "active_energy", 2: "reactive_energy" }; const mode = modes[header] || "unknown_mode"; const CHUNK_SIZE = 5; // Chaque mesure fait 5 octets (1 octet ID + 4 octets Float) const numChunks = Math.floor((buffer.byteLength - 1) / CHUNK_SIZE); for (let i = 0; i < numChunks; i++) { const offset = 1 + i * CHUNK_SIZE; const channelId = dataView.getUint8(offset); const channel = (channelId >> 3) & 0x03; const connector = channelId >> 5; const floatValue = dataView.getFloat32(offset + 1, true); const value = Math.round(floatValue * 1000); const phase = channel === 0 ? "three-phase" : "mono-phase"; if (channel === 0) { data[`connector${connector}-${phase}-${mode}`] = value; } else { data[`connector${connector}-channel${channel}-${phase}-${mode}`] = value; } } return { data }; } ``` {% endcode %} ### Mapping {% code title="eco-adapt\_power-elec-6.mapping.json" lineNumbers="true" expandable="true" %} ```json { "uplink": { "fields": [ { "name": "connector1-three-phase-active_energy", "description": "Connector 1 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-three-phase-active_energy", "description": "Connector 2 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-three-phase-active_energy", "description": "Connector 3 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector4-three-phase-active_energy", "description": "Connector 4 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector5-three-phase-active_energy", "description": "Connector 5 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector6-three-phase-active_energy", "description": "Connector 6 : Three-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-three-phase-reactive_energy", "description": "Connector 1 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-three-phase-reactive_energy", "description": "Connector 2 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-three-phase-reactive_energy", "description": "Connector 3 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector4-three-phase-reactive_energy", "description": "Connector 4 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector5-three-phase-reactive_energy", "description": "Connector 5 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector6-three-phase-reactive_energy", "description": "Connector 6 : Three-phase reactive_energy energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "VArh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel1-mono-phase-active_energy", "description": "Connector 1 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel2-mono-phase-active_energy", "description": "Connector 1 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel3-mono-phase-active_energy", "description": "Connector 1 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel1-mono-phase-active_energy", "description": "Connector 2 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel2-mono-phase-active_energy", "description": "Connector 2 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel3-mono-phase-active_energy", "description": "Connector 2 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel1-mono-phase-active_energy", "description": "Connector 3 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel2-mono-phase-active_energy", "description": "Connector 3 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel3-mono-phase-active_energy", "description": "Connector 3 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector4-channel1-mono-phase-active_energy", "description": "Connector 4 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector4-channel2-mono-phase-active_energy", "description": "Connector 4 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector4-channel3-mono-phase-active_energy", "description": "Connector 4 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector5-channel1-mono-phase-active_energy", "description": "Connector 5 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector5-channel2-mono-phase-active_energy", "description": "Connector 5 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector5-channel3-mono-phase-active_energy", "description": "Connector 5 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector6-channel1-mono-phase-active_energy", "description": "Connector 6 / channel 1 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector6-channel2-mono-phase-active_energy", "description": "Connector 6 / channel 2 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector6-channel3-mono-phase-active_energy", "description": "Connector 6 / channel 3 : mono-phase active energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel1-mono-phase-reactive_energy", "description": "Connector 1 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel2-mono-phase-reactive_energy", "description": "Connector 1 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector1-channel3-mono-phase-reactive_energy", "description": "Connector 1 / channel 3 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel1-mono-phase-reactive_energy", "description": "Connector 2 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel2-mono-phase-reactive_energy", "description": "Connector 2 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector2-channel3-mono-phase-reactive_energy", "description": "Connector 2 / channel 3 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel1-mono-phase-reactive_energy", "description": "Connector 3 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel2-mono-phase-reactive_energy", "description": "Connector 3 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector3-channel3-mono-phase-reactive_energy", "description": "Connector 3 / channel 3 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector4-channel1-mono-phase-reactive_energy", "description": "Connector 4 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector4-channel2-mono-phase-reactive_energy", "description": "Connector 4 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector4-channel3-mono-phase-reactive_energy", "description": "Connector 4 / channel 3 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector5-channel1-mono-phase-reactive_energy", "description": "Connector 5 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector5-channel2-mono-phase-reactive_energy", "description": "Connector 5 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector5-channel3-mono-phase-reactive_energy", "description": "Connector 5 / channel 3 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector6-channel1-mono-phase-reactive_energy", "description": "Connector 6 / channel 1 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } }, { "name": "connector6-channel2-mono-phase-reactive_energy", "description": "Connector 6 / channel 2 : mono-phase reactive energy (Wh)", "data_type": "NUMBER", "numeric_type": "UINT32", "access_mode": "R", "unit": "Wh", "protocol_specific": { "modbus": { "register_type": "input", "factor": 1 } } } ] }, "lns_metadata":{ "fields":[ { "name":"rssi", "description":"Received RSSI", "data_type":"NUMBER", "numeric_type":"INT16", "access_mode":"R", "unit":"dBm", "protocol_specific":{ "modbus":{ "register_type":"input", "offset":1, "factor":1 } } }, { "name":"snr", "description":"Received SNR", "data_type":"NUMBER", "numeric_type":"INT16", "access_mode":"R", "unit":"dB", "protocol_specific":{ "modbus":{ "register_type":"input", "offset":2, "factor":1 } } }, { "name":"sf", "description":"Spreading Factor", "data_type":"NUMBER", "numeric_type":"UINT8", "access_mode":"R", "protocol_specific":{ "modbus":{ "register_type":"input", "offset":3, "factor":1 } } }, { "name":"minutesSinceLastRx", "description":"Minutes since last reception", "data_type":"NUMBER", "numeric_type":"UINT16", "access_mode":"R", "unit":"min", "protocol_specific":{ "modbus":{ "register_type":"input", "offset":4, "factor":1 } } } ] } } ``` {% endcode %} --- # Agent Instructions This documentation is published with GitBook. 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