Click Fraud
  • Utilizes advanced LoRa spread spectrum technology for wireless data transmission, ensuring fully transparent communication, -139dBm high reception sensitivity, strong anti-interference capability, and adjustable transmit power.

  • Operates on the ISM 430M-490M free frequency band, eliminating frequency usage fees. The default 490M setting helps avoid congestion in the 433M band.

  • Features 16 configurable I/O channels (DI/DO/AI/AO), arranged in 2-channel units. Users can customize configurations, such as 4 DI + 4 DO + 4 AI + 4 AO or 8 DI + 8 AI, with indicator lights for real-time status updates.

  • Supports high-precision 12-bit analog input resolution with 0.2% accuracy. Compatible with 2-wire, 3-wire, and 4-wire sensors, and supports 0-20mA, 4-20mA, 0-5V, 0-10V, and -5V to +5V analog signals.

  • Includes PC-based testing software for easy debugging, parameter configuration, and modification.

  • Enables seamless LoRa-based remote data transmission: Device A detects AI/DI signals and transmits them to Device B, ensuring synchronized AO/DO output status.

  • Equipped with a dual DC power supply (5.08 terminal block), supporting DC 9-70V or AC 7-55V. Features automatic polarity detection, internal isolation, redundant dual power input, and reverse polarity protection.

  • Built-in overload protection, compliant with industrial-grade electromagnetic compatibility standards. Enhanced lightning protection safeguards against surges, induced high voltage, and lightning strikes.

  • Fanless high-efficiency heat dissipation for long-term durability and reduced maintenance.

  • Durable aluminum alloy anodized casing with IP40 protection, designed to withstand harsh industrial environments.

  • Flexible DIN rail and wall mounting options for versatile installation.

  • Wide operating temperature range: -40℃ to +85℃, suitable for extreme conditions.

  • All units undergo 100% burn-in testing to ensure maximum reliability and performance.

● Dry contact interface

Output interface type:

Dry contact: signal relay dry contact output;

Pulse volume (wet contact) :

Optical MOS relay output, 0-VCC(VCC is the power supply voltage for the machine)

Response time:

Dry contact output :<1.2ms; Wet contact output <0.6ms

Switching signal output:

Dry contact: 30VDC/0.5A; Wet contact: 245VDC/0.12A

Maximum dry contact frequency 50HZ

Output surge protection:

Dry contact output: None.

Wet contact output: TVS+ solid discharge tube protection

 

● Current Analog             

Input and output range: 0~20mA (including 4~20mA)

Resolution: 12 bits

Sampling rate: 20K times/second

Time delay: <0.1ms

Maximum load capacity: 600Ω

Input resistance: 125Ω

Accuracy: 0.2% (normal temperature)

 

● Voltage Analog          

Input and output range: 0~10V (including 0~5V), -5V-+5V

Resolution: 12 bits

Sampling rate: 20K times/second

Time delay: <1ms

Maximum load capacity: 600Ω

Input resistance: 100ΚΩ

Accuracy: 0.2% (normal temperature)

 

● LoRa interface      

RF frequency: default 490M, 400M~520MHz configurable

RF transmit power: default 20dbm/100mW

Air rate: 0.018-37.5kbps

Air distance: 4~8km

Receiving sensitivity: -139dbm Max

Antenna interface: SMA interface, external thread and internal pin

 

● Environmental indicators 

Operating temperature: -40 ℃ – +85 ℃

Storage temperature: -40 ℃ – +85 ℃

Humidity: 0% -95% (non-condensing)

MTBF: > 100,000 hours

AN-LORA-16-DI/DO

Industrial rail-type 16-channel DI/DO/AI/AO LoRa transparent transmission equipment, 1 channel Lora interface, 16 channels DI/DO/AI/AO

Description

This LoRa transparent transmission device is designed for reliable wireless signal relay, supporting up to 16 DI/DO AI/AO channels. Built with an industrial-grade 32-bit communication processor and running on an embedded real-time OS, it ensures stable, low-latency data transmission. With an IP40-rated enclosure, this wireless I/O controller is ideal for industrial automation, remote monitoring, and IoT applications. It supports both 35mm DIN rail and wall mounting, providing flexibility for various installation environments.

 

 

Solution 1: Two LoRa devices in a point-to-point configuration, enabling bidirectional DI/DO and AI/AO transmission with synchronized data exchange on the same frequency.