Siemens Transponder, 2KB, 19mm, 20x6mm, IP68 Part number 6GT2600-4AF00

Product Overview

The Siemens 6GT2600-4AF00 is an MDS D422 screw-in RFID transponder designed for metal mounting in industrial identification applications. It features a threaded M20 body, supports the ISO 15693 contactless data protocol at 13.56 MHz, and offers high memory capacity with 2 000 bytes of FRAM user memory. Its rugged design ensures reliable performance in harsh environments including metal-mounted installations.

Key Features

• Screw-in style transponder (M20 × 1) suitable for mounting in metal surfaces
• Wireless communication at 13.56 MHz according to ISO 15693
• User memory: 2 000 bytes FRAM plus 40 bytes configuration memory
• Extremely high endurance: up to 1 × 10¹² read/write cycles
• Protection class: IP68, suitable for demanding industrial conditions
• Compact size: approx. 20 mm diameter × 6 mm height; weight approx. 13 g

Technical Specifications

• Product Type: MDS D422 RFID Transponder
• Article Number: 6GT2600-4AF00
• Operating Frequency: 13.56 MHz
• Protocol: ISO 15693
• User Memory (FRAM): 2 000 bytes
• Configuration Memory: 40 bytes
• Max. Read/Write Distance: up to ~19 mm (reader dependent)
• Mounting Thread: M20 × 1 for metal screw-in installation
• Protection Rating: IP68
• Operating Temperature (read/write): –25 °C … +85 °C
• Storage/Transport Temperature: –40 °C … +100 °C

Compliance & Certifications

• Designed and manufactured by Siemens for its MDS RFID system family
• Complies with ISO 15693 RFID standard and industrial durability specifications
• SIL and MTBF values provided: MTBF approx. 228 years under standard conditions

Applications

Ideal for industrial identification tasks that require robust RFID tags capable of being mounted directly into metal surfaces. Typical applications include tool tracking, machine-mounted asset identification, production line automation, logistics and storage systems, and inventory management in high-demand environments where reliable read/write operations and long service life are critical.