LoRa WAN End-Node Control
– LoRa WAN Class-C operating mode, Bi-directional end-devices with maximum receive time slots offers the ABP, OTAA Network Connection modes
– Lowest latency for server-to-end-device communication
– Supports Spreading Factor 5,6,7,8,9,10,11,12
Reliable Radio Communication
– LoRa WAN TX Confirmed Mode support
– Adjustable LoRa Data Upload Interval time
LoRa WAN to Modbus/RTU control
– Modbus RTU data Upload / Download with Gateway
– Remote Control with End-Node Acknowledge
– Maximum 20 RTU Entries, Scheduling polling
– Non-Limited RTU Entry for Downlink Control
RS485 Modbus Function Code
– Code 01: Read Coil-Read Output Control bit
– Code 02: Read Discreet-Read Input bit, Read Input bit
– Code 03: Read Holding Register – Read Output word
– Code 04: Read Input Registers – Read Input Word
– Code 05: Write Single Coils – Write one bit output
– Code 06: Write Single Coils – Write one word output
– Code 15: Write Multiple Coils – Write a number of output bits
– Code 16: Write Multiple Registers – Write a number of output words
Various RTU Data Format
– Integer, Unsigned Integer, Float, Short, Un-signed Short, ASC II
LoRa WAN Remote Control, Monitoring
– 2 Channels 0~10V Input, High Impedance, Accuracy 2 ‰
– 1 Channel 0~10V Output, Open Drain Output, Accuracy 2‰
– 2 Channels 4-20mA Current Sensing, 0.3%High Accuracy
– 1 Channel 4-20mA Current Output, 3 ‰ High Accuracy
– 1 Channel 5V PWM Output
– 1 Channel 10V Open Drain PWM Output
Windows© Configuration Utility
– User-Friendly, Auto Detection Model
– Radio Signal Check
– Analog IO Parameter Read and Write
– RTU Device Register Pulling Setting
– Micro-USB Interface
Industrial Application
– 10~30V DC wide power range input
– Low Power Consumption
– Wide Coverage up to 6KM (Max)
– -40 ~ 75°C / 90%H Operating Temperature / Humidity
– Compliance IEC 61000-6-2/-6-4 Heavy Industrial EMC
