EBYTE M31-AXXXA000G

EBYTE M31-AXXXA000G 16DI fjernbetjening IO-modul brugermanual

1. Introduktion

This manual provides detailed instructions for the EBYTE M31-AXXXA000G 16DI Remote IO Module. This device is designed for industrial automation applications, supporting Modbus TCP and Modbus RTU protocols for data acquisition and control. It features an expandable design, allowing connection of up to 16 IO expansion modules to meet diverse functional requirements.

2. Produktet er slutview

The EBYTE M31-AXXXA000G is a host module in the M31 series, offering 16 digital inputs (DI) and supporting both RS485 and Ethernet (RJ45) communication. It facilitates simultaneous access by up to 5 clients and supports various Modbus function codes (01/02/03/04/05/06/15/16). The module is built for reliability and ease of integration into existing Modbus systems.

Forside og side view of the EBYTE M31-AXXXA000G Remote IO Module

Figur 2.1: Forside og side view of the EBYTE M31-AXXXA000G Remote IO Module, showing its ports and indicators.

Dimensional drawing of the EBYTE M31-AXXXA000G Remote IO Module

Figure 2.2: Dimensional drawing of the EBYTE M31-AXXXA000G Remote IO Module, indicating its length (110mm), width (40mm), and height (100mm).

Illustration of multiple EBYTE Remote IO Modules

Figure 2.3: Illustration showing multiple EBYTE Remote IO Modules connected, highlighting their modular design and expandability.

EBYTE M31 module's robust design features

Figure 2.4: Image highlighting the module's robust design with anti-fungal, anti-humidity, and anti-salt spray properties, along with a close-up of its circuit board.

3. Opsætning

3.1 Montering

The M31-AXXXA000G module supports installation using positioning holes or guide rails. Ensure a secure mounting location that provides adequate ventilation and protection from environmental factors.

3.2 Ledninger og forbindelser

Connect the module to your network via the RJ45 Ethernet port. For RS485 communication, connect the appropriate terminals. Ensure all power connections are correctly made according to the module's specifications.

3.3 Netværkskonfiguration

The module supports both DHCP and static IP configurations. Refer to the specific software tools or DIP switch settings for configuring the network parameters to match your system requirements.

3.4 Modbus Address Configuration

Custom Modbus addresses can be set for the module. This can be done either through dedicated configuration software or by using the integrated dial codes (DIP switches) on the device itself.

DIP switches for Modbus address configuration

Figure 3.1: Image depicting the DIP switches on the EBYTE M31 module for quick Modbus address configuration without a host computer.

3.5 Expansion Modules

The M31-AXXXA000G host module can connect up to 16 IO expansion modules. Ensure proper physical connection and configuration of each expansion module according to its specific instructions to extend the system's capabilities.

4. Betjeningsvejledning

4.1 Modbus Kommunikation

The module supports standard Modbus TCP and Modbus RTU protocols. It can be integrated with various configuration software, PLCs, and HMI touch screens. The device allows simultaneous access by up to 5 clients and supports Modbus function codes 01, 02, 03, 04, 05, 06, 15, and 16.

Modbus system compatibility diagram

Figure 4.1: Diagram showing the EBYTE M31 module's compatibility with HMI touch screens, configuration software, and PLCs within a Modbus system.

4.2 Baud Rate Configuration

The module supports 8 different baud rate configurations for RS485 communication. Select the appropriate baud rate to match your connected devices for stable data transmission.

4.3 Input Range Configuration

The module's analog input ranges are configurable, making it suitable for 0-20mA and 4-20mA sensors and transmitters.

Configurable input ranges for 0-20mA and 4-20mA sensors

Figure 4.2: Diagram illustrating the configurable input ranges for the module, supporting both 0-20mA and 4-20mA sensors/transmitters.

4.4 Using Upper Computer Software

Utilize the dedicated upper computer software for rapid debugging and parameter configuration of the module. This software provides an interface for monitoring DI status, DO state switching, AI input acquisition, and AO output range settings.

Screenshot of upper computer software for debugging

Figure 4.3: Screenshot of the upper computer software interface, demonstrating its use for rapid debugging and parameter configuration of the EBYTE M31 series modules.

5. Vedligeholdelse

The EBYTE M31-AXXXA000G module is designed for stable and reliable performance with minimal user maintenance. It features a status diagnosis function that monitors the communication status of IO modules in real-time, aiding in system health checks.

The product undergoes 100% functional and aging tests prior to shipment. Its shell is coated with a conformal coating, providing anti-fungal, anti-humidity, and anti-salt spray properties, ensuring durability in various industrial environments.

Regularly inspect physical connections for any signs of wear or damage. Keep the module free from dust and debris to ensure optimal performance and heat dissipation.

6. Fejlfinding

If you encounter issues with the EBYTE M31-AXXXA000G module, consider the following basic troubleshooting steps:

  • Power Check: Ensure the module is receiving adequate power and that power connections are secure.
  • Tilslutningsbekræftelse: Check all Ethernet and RS485 cable connections for proper seating and integrity.
  • Netværksindstillinger: Verify that the IP address, subnet mask, and gateway settings are correct for your network, especially if using a static IP.
  • Modbus adresse: Confirm that the Modbus address is correctly set, either via DIP switches or software, and does not conflict with other devices on the bus.
  • Baudrate: For RS485, ensure the baud rate matches that of the connected master device.
  • Statusindikatorer: Observe the module's status indicators (PWR, LINK, STA, etc.) for any error codes or abnormal behavior. Refer to the product documentation for indicator meanings.
  • Softwarediagnostik: Utilize the upper computer software's diagnostic features to monitor communication status and identify potential issues.
  • Udvidelsesmoduler: If using expansion modules, ensure they are correctly connected and configured.

If the problem persists after performing these checks, consult the manufacturer's technical support.

7. Specifikationer

FeatureBeskrivelse
MærkeEBYTE
ModelnummerM31-AXXXA000G
TypeRemote IO Host Module
Digitale indgange (DI)16
Analoge indgange (AI)Not applicable (for this host model)
Digitale udgange (DO)Not applicable (for this host model)
Analoge udgange (AO)Not applicable (for this host model)
Network interfaceRJ45 Ethernet
Seriel portRS485
Protokoller, der understøttesModbus TCP, Modbus RTU
KlientadgangUp to 5 simultaneous clients
Modbus funktionskoder01, 02, 03, 04, 05, 06, 15, 16
Baud Rate Configurations8 muligheder
IP-konfigurationDHCP, statisk IP
UdvidelsesevneSupports up to 16 IO expansion modules
MiljøbeskyttelseAnti-Fungal, Anti-Humidity, Anti-Salt Spray
Comparison table of M31 series modules

Figure 7.1: Table comparing specifications and parameters across various M31 series host and expansion modules, detailing digital inputs, analog inputs, digital outputs, analog outputs, network, and serial port options.

8. Garanti og support

For warranty information, please refer to the terms and conditions provided by the seller or contact EBYTE directly. Technical support and further assistance can be obtained through the official EBYTE channels or your product distributor.

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