The Marantec Multi-Bit remote wall bracket is a mounting accessory designed to securely hold a handheld transmitter (remote) on a wall.

• Converts a portable remote → fixed wall control point
• Used in garages, workshops, or industrial door environments
• Typically supplied with:
  • Screws
  • Mounting base
  • Clip/retention holder

 Many Marantec remotes (e.g. Digital 302, 306, 318) are bundled with a wall bracket as standard

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Functional Purpose

Primary Roles

• Storage → keeps remote accessible and prevents loss
• Fixed control point → acts like a wall button
• Quick access → near door entry points

Practical Use Cases

• Inside garage (next to entry door)
• Warehouse door stations
• Loading bays / industrial access points

In many installs, this replaces or supplements a wired wall push button

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Construction & Design

Materials

• Injection-moulded ABS plastic (standard)
• Sometimes UV-stabilised for durability

Mechanical Design

• Snap-in / slide-in retention
• Friction fit (no electrical contacts)
• Open-face or clip-style cradle

Mounting Type

• Surface mount (screw-on wall installation)

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Physical Specifications (Typical)

Since Marantec doesn’t publish a standalone datasheet for the bracket, specs are derived from bundled products:

• Dimensions: ~40–80 mm (varies by remote size)
• Weight: < 50 g
• Mounting holes: 2-point screw fixing
• Compatibility footprint:
  • Mini remotes (Digital 302, 304)
  • Maxi remotes (Digital 306, 318)

 Designed to match specific remote housing shapes

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Compatibility

Multi-Bit System Devices

Compatible with:

• Digital 211 / 212 / 214
• Digital 302 / 304 / 306
• Digital 311 / 313 / 317 / 318
• Digital 382 / 384 / 392

These all use the Marantec Multi‑Bit wireless system:

• 48-bit encryption
• Unidirectional communication

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Electrical Characteristics

Important:
The wall bracket has NO electrical or electronic function

• No wiring
• No power supply
• No signal processing

It is purely:

“A mechanical holder for a radio transmitter”

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System Integration Context

Even though it’s passive, it plays a role in the system:

System Chain

Remote → RF signal → Receiver → Controller → Motor

The wall bracket:

• Holds the remote (transmitter) in a fixed location
• Makes wireless control behave like a wall station

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Security Considerations

Because it holds a remote:

Risks

• Anyone can press it if accessible
• Fixed position = predictable access

Mitigation

• Install:
  • Inside garage only
  • At controlled access points

Unlike wired keypads, it has no authentication

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Wall Bracket vs Wall Control Panel

 A bracket is the simplest solution, but least secure.

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Example Real-World Configurations

Residential Garage

• Remote clipped near door
• Acts as indoor control

Industrial Door

• Mounted near operator station
• Used by staff instead of carrying remotes

Retrofit Install

• No wiring available → use remote + bracket

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Engineering Insight

A lot of installers underestimate this part, but:

The wall bracket effectively:

• Changes user interaction model
• Reduces remote loss/failure rates
• Simplifies system use in shared environments