Floor Conveyors

Extremely Robust. High-Performance.

Highly Durable Systems for Heavy Loads

Our floor conveyor systems are engineered for exceptionally heavy loads, providing utmost stability.

Technical Specifications:

  • Load Capacity: 500–55,000 kg

  • Operation: Manual or Automatic

  • Optional: Lift Tables, Rotary Tables, Pushers, Upending Stations, Securing Devices

Optimal for heavy-duty applications in industrial and mechanical engineering.

System Overview

A floor conveyor system is a ground-mounted conveying system utilized for the transport of workpieces, vehicles, pallets, or load carriers within production and logistics environments.

Typical Applications
  • Manufacturing and assembly lines
  • Warehousing and logistics systems
  • Automotive Industry
  • Packaging and conveying technology

Configurations and Components

Floor conveyors are available in various configurations, for example:

  • Chain conveyors
  • Roller conveyors
  • Belt conveyors
  • Skid conveyors
  • Automated Guided Vehicle Systems (AGVS) / Automated Guided Vehicles (AGVs), integrated or combined
Typical Components
  • a conveying medium such as chain, roller, or belt
  • Drive and idler stations
  • Support and guidance structure
  • Sensor technology and control unit
  • Safety and Protective Devices

Operating Principle of Floor Conveyor Systems

Transportation is carried out by a floor-mounted system that moves loads from one station to the next.

Conveyance Modes
  • continuously, as continuous conveyors
  • intermittently, as indexing conveyors
Depending on the design, the conveyed goods are
  • moved on rollers
  • pulled or pushed by chains
  • carried on a conveyor belt
  • or guided on workpiece carriers

Typical Functions

  • horizontal transport of loads
  • buffering and accumulation of conveyed materials
  • transfer to other conveyor systems
  • Integration into automated processes
The floor conveyor often forms the foundation for a stable and continuous material flow within production operations.

Automatic Operation

In automatic mode, the floor conveyor operates autonomously according to the control system's specifications.

  • Conveying speed is constant or adjustable
  • Sensors monitor position, accumulation, and workpiece presence
  • Transfers are performed automatically
  • Malfunctions lead to a safe system shutdown
This mode is intended for production operation.

Manual Operation / Jog Mode

Manual mode is primarily used for:

  • Maintenance work
  • Troubleshooting
  • System setup
Characteristics
  • Movements are performed manually via operating controls
  • typically in jog mode, meaning only when the button is pressed
  • only hardware-based safety devices are active

Operation is permitted exclusively by trained personnel.

Safety Instructions

Floor conveyors have moving parts and potential hazard points. Therefore, the following rules must be observed:

  • Presence in the system's danger zone is prohibited during operation.
  • Intervention with operating conveyor systems is prohibited.
  • Pinch and shear points, for example at rollers, chains, or transfer points, must be observed.
  • Protective covers and guards must not be removed or bypassed.
  • Emergency stop devices must be accessible at all times.
  • Loose clothing, jewelry, or long hair must be secured.
In case of malfunctions
  • Immediately stop the system.
  • Identify the cause.
  • restart only upon authorization

Commissioning

  1. Perform a visual inspection of the system.
  2. Ensure no personnel are within the hazardous area
  3. Disengage the emergency stop switch
  4. Power on the control system.
  5. Select operating mode: Automatic or Manual.
  6. Initiate the start command

Operation

During operation:

  • conveyed material is transported along the system path
  • sensors monitor the material flow
  • congestions are detected and managed, if present
  • operating personnel manage loading and unloading

Stopping and Shutdown

  1. Stop the system in a controlled manner
  2. Allow conveyed material to clear the system
  3. Switch off the control system
  4. Engage the main switch during maintenance or shutdown

Special Notes

  • The maximum load per conveyor section must not be exceeded.
  • Conveyed material must be stably and securely positioned.
  • Transfer points are particularly critical and must be monitored.
  • Reverse operation is either restricted or permissible solely for service purposes, depending on the specific system.
  • In the event of a jam, conveyed material must not be manually moved against the direction of conveyance.

Maintenance and Inspection

Regular maintenance is a prerequisite for safe operation.

  • Inspection of rollers, chains, and conveyor belts
  • Inspection of drive and deflection stations
  • Inspection of sensors and limit switches
  • Cleaning of the conveyor path
  • Lubrication of moving parts, if required
  • Verification of all safety components

Technical Note

Maintenance work may only be performed by qualified specialist personnel.

System Overview

A floor conveyor is a floor-mounted conveying system designed for transporting workpieces, vehicles, pallets, or load carriers within production and logistics environments.

Typical Applications
  • Manufacturing and assembly lines
  • Warehousing and logistics systems
  • Automotive Industry
  • Packaging and conveying technology

Configurations and Components

  • Chain conveyors
  • Roller conveyors
  • Belt conveyors
  • Skid conveyors
  • AGV / AGC integrated or combined
  • Conveying medium, drive, and deflection stations
  • Sensor technology, control systems, and safety devices

Operating Principle

  • Continuous or indexed transport
  • Movement via rollers, chains, or belts
  • Guidance on workpiece carriers, depending on the system
  • buffering and accumulation of conveyed materials
  • transfer to other conveyor systems
  • Integration into automated processes

Automatic Operation

  • Autonomous operation according to control specifications
  • Position, accumulation, and workpiece presence are monitored
  • Automatic transfers
  • Safe system shutdown in case of malfunctions

Manual Operation / Jog Mode

  • For maintenance, troubleshooting, and setup
  • Manual movement via operating controls
  • Typically only when a button is depressed
  • Only hardware-based safety devices are active
  • Only for trained personnel

Safety Instructions

  • No entry into the danger zone during operation
  • Do not interfere with operational conveying equipment
  • Beware of pinch and shear points
  • Do not remove protective covers and guards
  • Keep emergency stops accessible at all times
  • Secure loose clothing, jewelry, and hair

Commissioning

  1. Perform Visual Inspection
  2. Inspect the hazardous area
  3. Disengage the emergency stop
  4. Power on the control system.
  5. Select Operating Mode
  6. Initiate Start

Operation

  • Conveyed material is transported along the conveying path
  • Material flow is monitored via sensors
  • Congestions are detected and managed
  • Loading and unloading by operating personnel

Stopping and Shutdown

  1. Stop the system in a controlled manner
  2. Allow conveyed material to clear the system
  3. Switch off the control system
  4. Activate the main switch

Special Notes

  • Adhere to the maximum load per conveying segment
  • Conveyed material must be securely positioned
  • Monitor transfer points closely
  • Reverse operation is limited or solely for maintenance purposes
  • In case of a jam, do not move conveyed material against the direction of conveyance

Maintenance and Inspection

  • Inspection of rollers, chains, and conveyor belts
  • Inspection of drive and deflection stations
  • Inspection of sensors and limit switches
  • Cleaning of the conveyor path
  • Lubrication of Moving Parts
  • Verification of all safety components

Maintenance work may only be performed by qualified specialist personnel.