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2100-ENET | Allen-Bradley LV MCC 2100 E3 Plus EtherNet/IP Adapter Kit
- Regular price
- $1,452.65
- Sale price
- $1,452.65
- Regular price
-
$1,709.00
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Product Description P/N: 2100-ENET
Description
The Allen-Bradley 2100-ENET is an EtherNet/IP adapter kit designed for use with CENTERLINE 2100 low-voltage motor control centers (MCCs). It enables seamless Ethernet connectivity for E3 and E3 Plus solid-state overload relays or the 825-P motor protection system by providing a direct communication interface with industrial EtherNet/IP networks.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Allen-Bradley |
| Category |
PLCs/Machine Control
|
| Part Number | 2100-ENET |
| Subcategory | PLC Module/Rack |
| Series | Centerline 2100 |
| Product Type | Adapter Module |
| Purpose | Connecting Motor Control Centers to the Ethernet Network |
| Voltage Type | DC |
| Voltage Rating | 24 Volts DC |
| DeviceNet Cable | Supported |
| Panel Mounting | Supported |
| I/O Connections | Not Supported |
| Status Indicators | 4 LEDs (DeviceNet, Adapter, Network Status) |
| Mounting Type | Panel Mount |
| Weight | 1.35 lbs |
Information About 2100-ENET
The 2100-ENET adapter module provides critical communication infrastructure within motor control centers by allowing direct integration of E3 Plus or 825-P motor protection devices into EtherNet/IP networks. Operating at 24 VDC, this module supports panel mounting and includes one dedicated E3 connector for motor protection integration and one RJ-45 Ethernet port for network interfacing using standard CAT5 cables. It does not support I/O connections directly but functions as a gateway, translating motor protection data into EtherNet/IP messages for controllers, HMIs, or SCADA systems. Four LED status indicators allow users to monitor DeviceNet, adapter, and network statuses for quick diagnostics.
Key Features:
- EtherNet/IP Network Integration: Connects MCC components like E3 Plus and 825-P directly to an Ethernet-based control network.
- Dedicated E3 Interface Connector: Provides secure and direct connection to E3 or 825-P motor protection devices.
- Standard RJ-45 Port: Enables easy Ethernet connectivity using standard CAT5 cables.
- LED Diagnostics: Four LED indicators display real-time DeviceNet, adapter, and network connection status for streamlined troubleshooting.
- 24 VDC Operation: Compatible with standard low-voltage control circuits in industrial environments.
- Panel Mounting Design: Fits securely within CENTERLINE 2100 MCC enclosures.
- DeviceNet Bridging: Allows legacy DeviceNet devices to communicate via EtherNet/IP networks through the E3 connector.
- No I/O Support Needed: Focused design as a protocol gateway, minimizing complexity in MCC configurations.
- Compact and Durable: Built for rugged industrial use in motor control center environments.
- Simplifies Integration: Reduces wiring and network complexity by centralizing Ethernet access to MCC components.
The 2100-ENET simplifies the digital transformation of motor control centers by enabling Ethernet-based communication for enhanced visibility and control of motor protection systems.
Description
The Allen-Bradley 2100-ENET is an EtherNet/IP adapter kit designed for use with CENTERLINE 2100 low-voltage motor control centers (MCCs). It enables seamless Ethernet connectivity for E3 and E3 Plus solid-state overload relays or the 825-P motor protection system by providing a direct communication interface with industrial EtherNet/IP networks.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Allen-Bradley |
| Category |
PLCs/Machine Control
|
| Part Number | 2100-ENET |
| Subcategory | PLC Module/Rack |
| Series | Centerline 2100 |
| Product Type | Adapter Module |
| Purpose | Connecting Motor Control Centers to the Ethernet Network |
| Voltage Type | DC |
| Voltage Rating | 24 Volts DC |
| DeviceNet Cable | Supported |
| Panel Mounting | Supported |
| I/O Connections | Not Supported |
| Status Indicators | 4 LEDs (DeviceNet, Adapter, Network Status) |
| Mounting Type | Panel Mount |
| Weight | 1.35 lbs |
Information About 2100-ENET
The 2100-ENET adapter module provides critical communication infrastructure within motor control centers by allowing direct integration of E3 Plus or 825-P motor protection devices into EtherNet/IP networks. Operating at 24 VDC, this module supports panel mounting and includes one dedicated E3 connector for motor protection integration and one RJ-45 Ethernet port for network interfacing using standard CAT5 cables. It does not support I/O connections directly but functions as a gateway, translating motor protection data into EtherNet/IP messages for controllers, HMIs, or SCADA systems. Four LED status indicators allow users to monitor DeviceNet, adapter, and network statuses for quick diagnostics.
Key Features:
- EtherNet/IP Network Integration: Connects MCC components like E3 Plus and 825-P directly to an Ethernet-based control network.
- Dedicated E3 Interface Connector: Provides secure and direct connection to E3 or 825-P motor protection devices.
- Standard RJ-45 Port: Enables easy Ethernet connectivity using standard CAT5 cables.
- LED Diagnostics: Four LED indicators display real-time DeviceNet, adapter, and network connection status for streamlined troubleshooting.
- 24 VDC Operation: Compatible with standard low-voltage control circuits in industrial environments.
- Panel Mounting Design: Fits securely within CENTERLINE 2100 MCC enclosures.
- DeviceNet Bridging: Allows legacy DeviceNet devices to communicate via EtherNet/IP networks through the E3 connector.
- No I/O Support Needed: Focused design as a protocol gateway, minimizing complexity in MCC configurations.
- Compact and Durable: Built for rugged industrial use in motor control center environments.
- Simplifies Integration: Reduces wiring and network complexity by centralizing Ethernet access to MCC components.
The 2100-ENET simplifies the digital transformation of motor control centers by enabling Ethernet-based communication for enhanced visibility and control of motor protection systems.