Siemens Moby D antenna ANT D5 Part number 6GT2698-5AA10

Product Overview

The Siemens MOBY D antenna ANT D5 to connection to SLG D10/SLG D10S and SLG D11/SLG D11S Basic units is a fixed industrial RFID antenna designed for use in MOBY D identification systems. This antenna is supplied with an integrated spacer and a permanently attached 3.3 m antenna cable, enabling reliable connection to compatible MOBY D basic units. Its defined physical dimensions and construction make it suitable for stationary identification tasks in automation and logistics environments.

Key Features

• MOBY D antenna ANT D5 for industrial identification systems
• Designed for connection to SLG D10, SLG D10S, SLG D11 and SLG D11S basic units
• Supplied complete with spacer
• Antenna cable length 3.3 m enclosed
• Fixed antenna design for stationary RFID applications
• Robust construction for industrial environments
• Optimised for use within MOBY D identification solutions

Technical Specifications

• Article Number: 6GT2698-5AA10
• Product Type: RFID antenna
• Antenna Model: ANT D5
• Compatible Basic Units: SLG D10, SLG D10S, SLG D11, SLG D11S
• Dimensions (L × W × H): 380 × 380 × 110 mm
• Antenna Cable: Fixed cable, 3.3 m length
• Spacer Included: Yes
• Installation Type: Fixed mounting
• Application Environment: Industrial automation and identification systems

Compliance & Standards

• Designed for use within Siemens MOBY D identification systems
• Suitable for industrial automation and logistics applications
• Manufactured in accordance with Siemens industrial quality requirements

Applications

The Siemens 6GT2698-5AA10 MOBY D antenna ANT D5 is used in fixed RFID identification points for automation, production, and logistics systems. It is typically installed in conveyor systems, transfer lines, material handling stations, and workpiece identification points where reliable communication with MOBY D transponders is required. When connected to compatible SLG D10 or SLG D11 basic units, the antenna enables consistent data capture in stationary industrial environments.