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- Allen Bradley
- 1783-RA5TGB
- Remote Access Router
- USA
- 146 × 46.4 × 129 mm
- 0.53 kg
- Xiamen, China
- New & In Stock
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- 1 Year
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We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.
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Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.
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We provide 7*24 hours service to our customers. We will be there whenever you need us.
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All our products are priced very favorably because we have our own warehouse and supply.
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Product Overview
The Allen Bradley 1783-RA5TGB Stratix 4300 Remote Access Router is used in industrial automation networks that require controlled remote connectivity for equipment support, troubleshooting, and maintenance. It can be part of a remote service arrangement for production lines where engineers need to investigate PLC communication faults, assist with commissioning, or diagnose network-related issues without being physically present at the machine.
In a typical installation, the router sits within the site’s industrial network architecture and provides a communication path for authorized remote access. Connected automation equipment may include Allen-Bradley controllers, operator interfaces, and other industrial Ethernet devices. The exact equipment that can be reached depends on the network configuration, access permissions, and supported communication methods.
For machine builders and plant maintenance teams, remote access can reduce unnecessary travel and shorten the initial fault-investigation process. The router should be configured as part of a planned network security arrangement, with defined access boundaries and appropriate restrictions for production equipment.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Allen-Bradley |
| Model | 1783-RA5TGB |
| Product Family | Stratix 4300 |
| Product Type | Remote Access Router |
| Device Category | Industrial Networking Equipment |
| Primary Function | Remote access to industrial automation networks |
| Network Application | Industrial Ethernet connectivity |
| Typical Connected Equipment | PLCs, HMIs, and industrial Ethernet devices |
| Intended Use | Remote diagnostics, maintenance, and technical support |
| System Architecture | Industrial remote access network |
| Access Management | Depends on device configuration and deployment |
| Installation Context | Industrial control cabinet or suitable equipment enclosure |
| Dimensions | 146 × 46.4 × 129 mm |
| Weight | 0.53 kg |
Product Features
- Remote connectivity: Supports remote access applications for authorized maintenance and engineering personnel.
- Stratix 4300 platform: Belongs to Allen-Bradley’s industrial remote access networking product family.
- Industrial network integration: Can be incorporated into an automation network containing supported controllers and Ethernet devices.
- Remote troubleshooting: Helps service teams investigate selected communication and control-system issues from another location.
- Controlled access: Supports a remote connectivity architecture in which access permissions and network boundaries are defined by the installation.
- Machine support: Can be used in remote service arrangements for OEM machinery and distributed production equipment.
- Network-based diagnostics: Allows remote support workflows to use the diagnostic and engineering tools available for connected equipment.
- Security-conscious deployment: Remote access should be limited to authorized users and the network resources needed for the task.
Working Principle
The 1783-RA5TGB functions as part of the communication path between an authorized remote user and designated resources on an industrial network. After the network and access settings have been configured, a service engineer can use the approved remote access method to reach supported equipment for diagnostic or maintenance work.
For example, if a production machine stops communicating with its HMI, an engineer may remotely investigate the permitted network devices, review controller diagnostics, and help the local maintenance team narrow down the cause. The router enables the communication path; the actual diagnostic operations are performed through the appropriate engineering software and connected devices.
A typical access path is:
Authorized Remote User → Remote Access Connection → 1783-RA5TGB → Industrial Ethernet Network → Permitted Automation Devices
The router does not execute the machine’s control logic. Its role is to support remote connectivity within the configured network architecture. Authentication, access restrictions, and network separation should be established before enabling access to production equipment.
Role in a Remote Industrial Access Architecture
The 1783-RA5TGB provides remote connectivity within an industrial automation network. It can help authorized personnel reach designated devices for service work while the plant’s network configuration determines which resources are accessible.
Remote Engineering Workstation → Remote Access Connection → 1783-RA5TGB → Industrial Ethernet → PLC / HMI / Automation Devices
| System Element | Function |
|---|---|
| 1783-RA5TGB Stratix 4300 | Provides the remote access router function within the configured network |
| Remote Engineering Workstation | Runs the software used for equipment diagnostics and maintenance |
| Industrial Ethernet Network | Carries communication between the router and connected automation devices |
| Allen-Bradley PLC | Executes machine or process control logic |
| HMI | Displays operating status, alarms, and process information |
| Industrial Ethernet Switch | Connects devices within the automation network |
| Firewall or Security Gateway | Applies additional traffic restrictions between network zones where required |
| Engineering Software | Supports configuration, programming, and diagnostics for compatible equipment |
| Remote Access Administration | Manages authorized users and remote support procedures according to the deployment |
The actual architecture depends on the router’s supported interfaces and features, the required remote access method, and the site’s cybersecurity policies. Not every listed component is required in every installation.
Industrial Applications
| Application | Typical Use | Role in Maintenance |
|---|---|---|
| Factory Automation | Remote access to permitted PLCs and HMIs | Helps investigate control-system faults |
| Packaging Machinery | Support for equipment across multiple production stations | Reduces the need for some on-site service visits |
| Machine Building | Remote assistance during commissioning and after installation | Allows OEM engineers to support deployed machines |
| Material Handling | Investigation of network issues affecting conveyor systems | Helps maintenance teams locate communication faults |
| Process Automation | Remote diagnostics for designated control-system devices | Supports maintenance of distributed equipment |
| Multi-Site Manufacturing | Access to approved resources at different facilities | Supports consistent remote service procedures |
| Industrial System Integration | Remote assistance during testing and commissioning | Helps engineers diagnose configuration and connectivity issues |
| OEM Service Operations | Remote technical support for customer-installed equipment | Shortens the initial investigation of selected faults |
Installation and Maintenance
- Confirm the complete model number, 1783-RA5TGB, and verify that it matches the intended remote access application.
- Review the network topology and identify the controllers, HMIs, and other devices that authorized remote users need to reach.
- Isolate the relevant power supply before installation or wiring, following the site’s electrical safety procedures.
- Check the mounting location, environmental conditions, and available space against the applicable product installation requirements.
- Mount the router securely in the designated position.
- Connect the network interfaces according to the approved wiring plan and the intended separation between remote access and control networks.
- Verify the power connections and any required grounding or bonding arrangements before energizing the equipment.
- Configure the network settings to match the site’s addressing and routing plan.
- Establish authentication and access permissions before allowing remote connections to reach industrial devices.
- Test the connection using a non-disruptive diagnostic task and confirm that only the intended resources are accessible.
- If connectivity fails, inspect the power supply, network links, addressing, routing, access settings, and available diagnostic indicators.
- Record the final configuration, authorized access procedures, network changes, and maintenance findings for future troubleshooting.
If a remote session connects but a particular controller or HMI remains inaccessible, check the target device’s network settings and the rules governing communication between network segments. Avoid changing the PLC program unless the evidence points to a control-logic issue.
Related Components
| Component | Function |
|---|---|
| Allen-Bradley CompactLogix PLC | Provides machine-level control and supports remote diagnostics |
| Allen-Bradley ControlLogix PLC | Executes control logic for larger automation systems |
| Allen-Bradley PanelView HMI | Provides an operator interface for machine status and process information |
| Allen-Bradley Stratix Industrial Ethernet Switch | Connects industrial Ethernet devices |
| Industrial Firewall | Applies network security rules between designated network zones |
| Engineering Workstation | Runs programming, configuration, and diagnostic software |
| Industrial Ethernet Cabling | Connects the router to compatible network equipment |
| Remote Access Administration System | Supports user and service-access management where required |
Recommended Related Models
| Model / Product Family | Product Type | Application Context |
|---|---|---|
| Allen-Bradley 1783-RA2TGB | Stratix 4300 Remote Access Router | Related remote access product within the same family |
| Allen-Bradley Stratix 5700 | Managed Industrial Ethernet Switch | Industrial Ethernet connectivity and network management |
| Allen-Bradley Stratix 5400 | Managed Industrial Ethernet Switch | Network aggregation for industrial automation |
| Allen-Bradley Stratix 5200 | Managed Industrial Ethernet Switch | Industrial Ethernet connectivity for control devices |
| Allen-Bradley CompactLogix 5380 | Programmable Automation Controller | Machine-level automation and control |
| Allen-Bradley ControlLogix 5580 | Programmable Automation Controller | Larger machine and process control applications |
| Allen-Bradley PanelView 5000 | Operator Interface Terminal | Local machine operation and monitoring |
Key Advantages
- Supports remote troubleshooting of permitted industrial network devices.
- Helps reduce unnecessary site visits for selected service tasks.
- Integrates into a planned industrial remote access architecture.
- Supports remote maintenance workflows for distributed equipment.
- Allows access restrictions to be incorporated into network security procedures.
Technical FAQs
1. What is the purpose of the Allen-Bradley 1783-RA5TGB?
The 1783-RA5TGB is a Stratix 4300 Remote Access Router used in industrial networking applications that require remote connectivity for authorized equipment diagnostics, maintenance, and technical support.
2. How does the 1783-RA5TGB differ from the 1783-RA2TGB?
Both model numbers belong to the Stratix 4300 Remote Access Router family. Their exact hardware differences and supported capabilities should be established from the relevant product documentation rather than inferred from the model suffix alone.
3. Can the router provide access to a PLC and HMI at the same time?
That depends on the supported network configuration, the connected devices, and the access rules. The network must be configured to permit communication with each intended device, and remote users should receive only the permissions required for their work.
4. What should be checked if remote access becomes intermittent?
Check the physical network links, power supply, network addressing, routing, access configuration, and the status of the remote connection. If only one device is affected, also inspect that device’s network connection and the communication rules governing its network segment.