FEIG ID MRU400 RFID Reader
Smart Tracking, Built to Endure.
Full specifications (PDF)
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FEIG ID MRU400 RFID Reader Options
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FEIG 7023.000.10 RFID Reader
RFID Reader, FEIG ID MRU400, ID MRU400-FCC UHF Mid Range Reader . Feig products require a $300 minimum order value. Orders below this amount will not be processed.$1,493.85
FEIG ID MRU400 RFID Reader Model Overview
The FEIG ID MRU400 is a robust UHF RFID mid-range reader designed for industrial applications requiring reliable performance in challenging environments. It features an integrated circularly polarized antenna and supports edge computing for customer-specific applications.
Key Features
Integrated Antenna: The built-in circularly polarized antenna enables tag reading regardless of orientation, with a read range exceeding 4 meters.
Durable Construction: Encased in a metal housing with IP65/IP67 ratings, the ID MRU400 is suitable for harsh industrial settings.
Edge Computing Capabilities: Supports on-device processing for customized applications, reducing the need for external computing resources.
Flexible Connectivity: Offers multiple interfaces including RS485, USB, and Power-over-Ethernet (PoE+), facilitating easy integration into various systems.
Protocol Support: Compatible with the Low Level Reader Protocol (LLRP), ensuring interoperability with different RFID systems.
Power Efficiency: Operates on 12–24 V DC or PoE+, with a maximum power consumption of 12 W.
Technical Specifications
Dimensions: Approximately 225 mm x 140 mm x 55 mm (without connectors); 225 mm x 190 mm x 55 mm (with connectors).
Weight: Around 1,200 grams.
Output Power: Up to 1 W ERP, adjustable in 100 mW increments.
External Antenna Support: Includes a connection for an additional external antenna if required.
Applications
The ID MRU400 is ideal for use in:
Industrial Automation: Integration with machinery and conveyor systems for tracking and identification.
Logistics and Warehousing: Managing inventory and asset tracking within supply chains.
Production Environments: Monitoring and controlling production processes through RFID technology.