Accesories

Smartly designed accessories will improve safety and performance of your loading dock. The docking accessories will turn your loading dock into an even more reliable station that can provide unobstructed flow of materials.

Loading Technology

Our wide array of loading devices covers every aspect of vehicle loading and unloading as well as its facilitation and improving its safety. Each of our products and solutions is of the highest quality, durability, and safety.

Sectional door

Our wide array of loading devices covers every aspect of vehicle loading and unloading as well as its facilitation and improving its safety. Each of our products and solutions is of the highest quality, durability, and safety.

Type PBEA

Traffic lights

Inside and outside traffic lights represent a reasonable completion of the docking station. It is recommended to provide the loading station not only with a wheel chock but also with a traffic lights system.

 

PROMStahl type PBEA traffic lights systems assure communication between the lorry driver and the warehouse staff. They show the driver when the docking station can be approached and left safely. The traffic lights are connected to the PROMStahl control unit and adjustments/programming can be adapted to your individual requirements.

Product data sheet

Type PBEA_en.pdf

Technical features

Lamp gray, round

Standard type PBEA traffic light 05

  • suitable as internal or external traffic lights (red/green)
  • strong colours thanks to LEDs
  • Clear lenses
  • simple installation by means of integrated bracing arm
  • protection class: IP 65
  • service life: up to 50,000 hours
  • LED lamp can be rotated by 360° resulting in optimal visibility of the signal

Lamp black, angular

Option type PBEA traffic light 07

  • suitable as internal or external traffic lights (red/green)
  • dimensions: 320 x 162 x 85 mm
  • strong colours thanks to LEDs
  • Lenses red and green protection class: IP 65
  • service life > 25,000 hours
  • traffic lights can be rotated by 180° resulting in optimal visibility of the signal