Modbus gateways

MOD2000-Lite-E

Exposes field-device data through Modbus interfaces for PLCs, HMI software or other Modbus clients, bringing different devices into a common data interface. Provides 2 Ethernet ports, 512-point capacity. Acquisition protocols: Modbus TCP; a Simulator driver is also included.

Ethernet ports2

Acquisition protocol coverageListed protocols · Modbus TCP / Simulator

Acquisition protocolsModbus TCP / Simulator

Forwarding protocolsModbus TCP / OPC UA

Physical interfacesEthernet

Point capacity512

Built-in touchscreen—

HMI configuration—

USB Type-C power—

4G connectivity—

WiFi—

LoRaWAN—

Start using this model

Review the model documents, then prepare the files needed for connection and commissioning.

MOD2000-Lite-E

Software resources1

X2Modbus.zip
Chinese & EnglishZIPAvailable
Download

Software resources include tools and supporting files. Check the file instructions for the version, operating environment and licensing.

View all related files (1)

General commissioning guide

Connection, point mapping, live-value checks and troubleshooting.

View general steps Confirm required files

Connection and configuration preparation

Review how devices connect, then prepare the field point list and supporting files.

01
Field devices
- Confirm the driver against the device brand, full model and communication documentation
02
Device-side acquisition
- Modbus TCP
- Simulator
03
MOD2000-Lite-E
- Ethernet × 2
04
System-side forwarding
- Modbus TCP
- OPC UA
05
Compatible system types
- Modbus system
- OPC system

Arrows show connection order. Check model wiring instructions and the project point list for terminals, port assignments and read/write directions.

Communication roles

Acquisition side: Not specified in the records; verify against the field device and supervisory system
Forwarding side: Not specified in the records; verify against the field device and supervisory system

Recorded capacity

512 points

Check before connecting

Check the device brand, model, driver version and interface. Use the wiring diagram to confirm terminals and port assignments.
Prepare a point list with addresses or objects, data types, byte order, units and read/write permissions.
Confirm the role at each end and the device address, serial settings, or IP address and port.
Check point count, device count and physical port count separately, then confirm capacity for the actual data volume.

Files for configuration

Model documentsNo dedicated file listed
Request
User manualNo dedicated file listed
Request
Wiring diagramNo dedicated file listed
Request
Configuration tools and supporting filesAvailable file listed
View

Statuses reflect files associated in the current language. Contact technical support with this model to confirm other supporting resources.

How to choose within a series

Match device-side protocols and the host system first, then check ports, wireless connections and capacity. Candidates below use confirmed model specifications.

Current model groupMOD2000

You need multiple serial and Ethernet protocols

Check models confirmed to cover all acquisition protocols for serial and Ethernet connections. Check protocol scope and physical port counts separately. Confirm dedicated CAN, KNX TP and 2-wire MBus connections for the specific model.

Confirmed candidates1 models

MOD2000-ARM-E
All serial and Ethernet acquisition protocols
Forwarding: Modbus TCP / OPC UA

View full group specifications

The device protocol is fixed

Check each model’s listed acquisition protocols and the required host-system protocol. A model suffix alone does not establish equivalent acquisition capability.

Confirmed candidates1 models

MOD2000-Lite-E
Listed acquisition protocols: Modbus TCP
Forwarding: Modbus TCP / OPC UA

View full group specifications

This guidance narrows the candidates. Confirm communication roles, read/write direction, the point list, wiring and model-specific resources before final selection.

“Unconfirmed” means documentation does not establish a value; it does not mean zero or unsupported.

Overview & technical information Selection checklist Downloads (1)FAQ (1)Related content

Product overview

Key functions

Data-format processing

Supports linear scaling, bit extraction and byte-order conversion to handle different device data formats.

Scripts and triggers

Use JS scripts and triggers for required control logic alongside the configured communication points.

Web monitoring and operation

Use built-in web pages to view, configure and monitor device data during commissioning and operation.

Point-list configuration

Configure acquisition and forwarding mappings from the field point list, then upload the project for supervisory-system access.

Connections and integration

Device-side acquisition: Modbus TCP. System-side interfaces: Modbus TCP, OPC UA. Configure the device roles and point mappings for the installation.

Typical applications

Lighting-device connectivity and management; Field-meter data integration.

Model selection essentials

Model configuration: 2 Ethernet ports, 512 points.

Current product specifications

Specifications are sourced from the supplied 2026 product catalog. Unspecified values remain unconfirmed.

Parameter	Specification
Ethernet ports	2
Point capacity	512
Acquisition protocols	Modbus TCP / Simulator
Forwarding protocols	Modbus TCP / OPC UA
Physical interfaces	Ethernet

Model datasheets

File unavailable in this language

Selection checklist

Confirm before selecting

Protocol compatibility is the first step. Check the device model, communication roles, point count and wiring. Capabilities that are not documented require confirmation.

Not yet documented：Acquisition roles / Output roles / Device capacity / Serial ports / RS485 ports / RS232 ports / CAN ports / KNX TP ports / Two-wire MBus ports / DI digital inputs / DO digital outputs / AI analog inputs / AO analog outputs / USB Type-C power / 4G connectivity / WiFi / LoRaWAN / HMI configuration / Built-in touchscreen / Product type

View parameter evidence

Acquisition protocols · Modbus TCP

采集端支持的协议 Modbus TCP、Simulator