| Place of Origin: | China |
|---|---|
| Brand Name: | Lensen |
| Certification: | FCC |
| Model Number: | LS-RDIO0202 |
| Minimum Order Quantity: | 2pcs |
| Price: | Negotiation |
| Packaging Details: | standard carton |
| Delivery Time: | 2-8days |
| Payment Terms: | Western Union, T/T |
| Supply Ability: | 6000pcs/month |
| Input: | Tank Level | Output: | Pump |
|---|---|---|---|
| Frequency: | 868MHz | Distance: | 2km |
| Power Output: | 1W | Application: | Pump Controller |
| Highlight: | Lora Wireless Modbus RTU,868MHz Wireless Modbus RTU,868MHz Modbus RTU Module |
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Lora Wireless Modbus RTU
Wireless RTU 2ch Wireless Pump Controller Remote ON-OFF Controller 5km Distance
General introduction
LS-RDIO0202 has 2 inputs 2 relay outputs and 1 RS485 (wireless RS485 is customized).
Power output around 1W
Lora module inside
Control distance around 5km LOS
Parameter
| Parameter | |
| Power output: | 1W (or 100mW version) |
| Power supply: | 9V-30V (usually choose 24V DC or 12V DC) |
| Control distance: | 5km |
| Baud rate: | 2400bps |
| Receiving sensibility: | -123dBm@1200bps, -118dbm(9600bps) |
| Networking | |
| Networking: | Point to point and point to multipoint |
| Protocol: | Modbus RTU protocol |
| Port Description | |
| Input: | 2 active inputs (passive customize), isolated |
| Output: |
2 passive relay outputs, isolated contact max load AC250V/5A,DC30V/5A (active outputs 0-5V customize) |
| Communication port | RS485 (wireless RS485 customize) |
| Current | |
| Transmit current: | <600mA (or 100mA version) |
| Receiving current: | <50mA (or 20mA version) |
| General | |
| Frequency: | 433MHz, or 868MHz, 915MHz |
| Channel No: | 16 channels, can change via DIP switch |
| Physical Properties | |
| Dimension: | 115×90×40(mm) |
| Antenna Connector: | SMA,vehicle antenna with 1.5m cable |
| Temperature: | -35℃~+75℃( industrial) |
| Mounting method: | Standard 3.5 inch industrial guild rail |
How to connect
Application
Another application example
One master to 4 salves
| Master | Slave | Input and Output Correspondence |
| A(DI1-DI2) | B1(DO1-DO2) | DI1-DI2 of A control DO1-DO2 of B1 |
| A(DI3-DI4) | B2(DO1-DO2) | DI3-DI4 of A control DO1-DO2 of B2 |
| A(DI5-DI6) | B3(DO1-DO2) | DI5-DI6 of A control DO1-DO2 of B3 |
| A(DI7-DI8) | B4(DO1-DO2) | DI7-DI8 of A control DO1-DO2 of B4 |
| A(DO1-DO2) | B1(DI1-DI2) | DO1-DO2 of A controlled by DI1-DI2 of B |
| A(DO3-DO4) | B2(DI1-DI2) | DO3-DO4 of A controlled by DI1-DI2 of B2 |
| A(DO5-DO6) | B3(DI1-DI2) | DO5-DO6 of A controlled by DI1-DI2 of B3 |
| A(DO7-DO8) | B4(DI1-DI2) | DO7-DO8 of A controlled by DI1-DI2 of B4 |
| Notes: A and B should use the same channel | ||
