Zebra RFD40 Unpowered Stationary Mount Compatible with AMPS Mounting Pattern.

Securing a Zebra RFD40 RFID sled in a fixed position can be a challenge without the right mounting hardware. The Zebra RFD40 Unpowered Stationary Mount solves this by providing a stable, AMPS-compatible platform for your device, ensuring consistent RFID reading performance in desktop, countertop, or vehicle installations.

Who is it for

This mount is ideal for warehouse operators, retail associates, and field service technicians who need hands-free operation of the RFD40 RFID sled. It is perfect for fixed-point reading stations, kiosks, or vehicle docks where the sled must remain securely in place.

Main features

• AMPS-compatible 4-hole pattern for universal mounting
• Unpowered passive design – no electrical connections required
• High-grade industrial plastic construction for durability
• Black finish blends with professional environments
• Fixed orientation for reliable, repeatable scanning
• Compact and lightweight for easy integration

Specifications

• Product Type: Stationary Mount
• Device Compatibility: Zebra RFD40 RFID Sled
• Mounting Pattern: AMPS (4-hole pattern)
• Power Requirement: Unpowered (Passive)
• Mounting Location: Desktop, Countertop, Vehicle (requires AMPS base)
• Material: High-grade industrial plastic
• Colour: Black
• Orientation: Fixed
• Installation Method: Screw-down to AMPS-compatible base
• Adjustability: None (relies on AMPS base for articulation)
• Included Accessories: Mount only (RFD40 sled and AMPS base sold separately)
• Operating Temperature: -20°C to 50°C (-4°F to 122°F)
• Storage Temperature: -40°C to 70°C (-40°F to 158°F)
• Humidity: 5% to 95% non-condensing
• Durability: Industrial-grade
• Application: Securely holds RFD40 for fixed-position RFID reading
• Connectivity: Mechanical only, no electrical connections

Tips

For vehicle installations, pair this mount with an AMPS-compatible base to achieve the desired angle and articulation. Ensure the mounting surface is clean and flat before screwing down the mount to prevent vibration or misalignment during scanning operations.