HL485B
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  • HL485B

HL485B

Frequency bands: 370–590 MHz, 740–1180 MHz

隐藏域元素占位

Keywords:

High sensitivity

FSK and PSK modulation

433MHz · 20dBm · 2Km long-distance

Broadcast

Monitor

Fixed point

Algorithmic encryption

Strong anti-interference ability

AT instruction set

RSSI signal strength detection

High precision crystal oscillator frequency without deviation

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  • Product Description
    • Commodity name: HL485B

    Frequency bands: 370–590 MHz, 740–1180 MHz

    Herald Datanetics Ltd. (HDL) has launched a Sub-1GHz (868MHz) RS485/422/Modbus module featuring two channels, designed for use with conventional RS485 devices that require long-distance communication. The module is housed in an industrial-grade enclosure, which is also compatible with DIN Rail mounting.

    The Sub-1GHz band is a low-power, long-range wireless transceiver module that utilizes ChirpIoTTM technology. It employs half-duplex wireless communication and is available in different operating frequencies: 433MHz and 868MHz. The AS610M module stands out for its exceptional features, including High anti-interference ability, high sensitivity, ultra-low power consumption, and an exceptionally long transmission range.

    The industry-leading link budget, combined with a sensitivity of -143 dBm and a maximum RF transmit power of approximately 20 dBm, makes this module the ideal choice for long-distance transmission and applications requiring exceptionally high reliability.

    ChirpIoT™: This series of chips and platforms, entirely owned by Panchip, represents an authorized low-power wide-area IoT technology operating in licensed spectrum—with proprietary intellectual property rights.

    The sub-1GHz dual-channel RS485 module will play a critical role in the following fields:

     

    Industrial Automation

    Achieve reliable communication between PLCs, sensors, and control systems in large-scale industrial settings.

    Reduce wiring complexity and costs while enhancing scalability.

     

    Smart Agriculture

    Facilitate long-distance data transmission between soil sensors, weather stations, and irrigation systems  。

    Improve the efficiency and precision of agricultural operations.

     

    Smart City

    Supports IoT applications such as smart lighting, waste management, and environmental monitoring. Monitoring.

    Provide a cost-effective solution to achieve city-wide connectivity.

     

    Energy Management

    Ideal for remote monitoring and control of energy systems, including solar panels and Smart grid: Ensures efficient energy distribution and reduces operational costs.

     

    Key Features

    • Employing the ChirpIoTTM peer-to-peer protocol.

    • Supports fixed-point transmission mode.

    • Data is encrypted during transmission.

    • Supports RS485 / 422 interface and is compatible with the Modbus protocol.

    • RS485 / 422 x 2 Channels

    • Maximum communication distance: >2000 meters.

    (Testing in an open area, with 20 dBm transmit power and a 3.5 dBi antenna gain)

    • Reception sensitivity: -143 dBm.

    • Supports AT command mode and setup software based on AT command mode.

    • Supports hardware watchdog.

    • DC 6-28 V Power Supply (30kV Protection)

    • Supports electrostatic discharge protection.

    • Supports RS485 surge protection.

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Product Details

Herald Datanetics Ltd. (HDL) has launched a Sub-1GHz (868MHz) RS485/422/Modbus module featuring two channels, designed for use with conventional RS485 devices that require long-distance communication. The module is housed in an industrial-grade enclosure, which is also compatible with DIN Rail mounting.

The Sub-1GHz band is a low-power, long-range wireless transceiver module that utilizes ChirpIoTTM technology. It employs half-duplex wireless communication and is available in different operating frequencies: 433MHz and 868MHz. The AS610M module stands out for its exceptional features, including High anti-interference ability, high sensitivity, ultra-low power consumption, and an exceptionally long transmission range.

The industry-leading link budget, combined with a sensitivity of -143 dBm and a maximum RF transmit power of approximately 20 dBm, makes this module the ideal choice for long-distance transmission and applications requiring exceptionally high reliability.

ChirpIoT™: This series of chips and platforms, entirely owned by Panchip, represents an authorized low-power wide-area IoT technology operating in licensed spectrum—with proprietary intellectual property rights.

The sub-1GHz dual-channel RS485 module will play a critical role in the following fields:

 

Industrial Automation

Achieve reliable communication between PLCs, sensors, and control systems in large-scale industrial settings.

Reduce wiring complexity and costs while enhancing scalability.

 

Smart Agriculture

Facilitate long-distance data transmission between soil sensors, weather stations, and irrigation systems  。

Improve the efficiency and precision of agricultural operations.

 

Smart City

Supports IoT applications such as smart lighting, waste management, and environmental monitoring. Monitoring.

Provide a cost-effective solution to achieve city-wide connectivity.

 

Energy Management

Ideal for remote monitoring and control of energy systems, including solar panels and Smart grid: Ensures efficient energy distribution and reduces operational costs.

 

Key Features

• Employing the ChirpIoTTM peer-to-peer protocol.

• Supports fixed-point transmission mode.

• Data is encrypted during transmission.

• Supports RS485 / 422 interface and is compatible with the Modbus protocol.

• RS485 / 422 x 2 Channels

• Maximum communication distance: >2000 meters.

(Testing in an open area, with 20 dBm transmit power and a 3.5 dBi antenna gain)

• Reception sensitivity: -143 dBm.

• Supports AT command mode and setup software based on AT command mode.

• Supports hardware watchdog.

• DC 6-28 V Power Supply (30kV Protection)

• Supports electrostatic discharge protection.

• Supports RS485 surge protection.

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Frequency band: 2.4 GHz (Wi-Fi)

Frequency Bands: 4G LTE FDD: B1/B3/B5/B7/B8/B20/B28; LTE TDD: B38/B39/B40/B41

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