PLANET LN1130
Industrial LoRa node controller, used to monitor and control devices such as temperature sensors, access control systems, and security systems. It includes 1× RS-232 and 1× RS-485 interfaces, which simplify deployment and replacement in LoRaWAN networks.
With its industrial design and IP30 metal housing, the LN1130 has wide applications in indoor applications such as smart industry, building automation, etc.
Communication interface:
- 1× RS-232, transparent
- 1× RS-485, Modbus RTU
- micro USB configuration (PC software)
The LN1130 LoRaWAN controller, with built-in numerous industrial interfaces , connects to all types of sensors, meters and other devices . It also bridges Modbus data between serial and Ethernet networks via LoRaWAN. The LN1130 supports LoRaWAN Class C protocol to be fully compatible with standard LoRaWAN gateways, including PLANET LCG-300 (LCG-300W) series. It is ideal for large-scale deployment of IoT applications, such as building automation projects, smart metering, HVAC system, etc. With multiple interfaces, this LoRaWAN controller can perfectly help upgrade legacy assets to IoT-enabled form.
- One RS-232 serial interface and one RS-485 serial interface for Modbus RTU
- Extremely long distance transmission (up to 10 km with direct visibility)
- Compatible with standard LoRaWAN gateways and network servers
- Industrial metal housing design with wide operating temperature range
- Wide input voltage range (DC 9-48 V) or AC 24 V input
- Compact dimensions and DIN rail mounting
BASIC SPECIFICATIONS
Physical properties:
Interface: 1× micro USB (configuration), 6pin terminal block (1× RS-232, 1× RS-485)
Design: DIN rail, wall-mounted
Power supply: DC 9–48 V, or AC 24 V
Operating temperature: -40 to +75 °C, humidity up to 95%
Protection: IP30, metal housing
Dimensions: 104 × 70 × 33 mm
Supported LoRaWAN bands:
LN1130-868: IN865, EU868, RU864
LN1130-915: US915, AU915, KR920, AS923
Working mode - OTAA/ABP Class A/B/C
Manual
Other downloads
LoRa is one of the wireless network protocols used in the world of IoT (Internet of Things).
LoRaWAN (Long Range Wide Area Network) is another low-power wireless network protocol designed for low-cost and secure two-way communication in the Internet of Things. It uses a band up to 1 GHz and the transmission speed is then from 0.3 kb/s to 50 kb/s .
Communication between end elements and gateways is distributed over differentfrequency bands and transmission rates. The choice of data transmission rate is a compromise between communication range and message length. Individual communication streams with different transmission rates do not interfere with each other (due to spread spectrum technology) and create a set of "virtual" channels to increase the capacity of the gateway.
To maximize the end device battery life and overall network capacity, the LoRaWAN network server manages the transmission rate and RF output for each end device individually, through an adaptive data rate (ADR) system.
LoRaWAN distinguishes several classes of devices:
class A – end devices support bidirectional communication (each uplink is followed by two data reception windows)
class B – in addition to the "forced" downlink of class A, devices of this class open extraordinary receiving windows at a set time
Class C – reception windows are open almost continuously and close only when transmitting
