Delta Scientific Corporation DSC7000 beam barrier

Technical Specification

Features:
  • Make: Delta Scientific
  • Model code: DSC7000
  • Type of barrier: Beam
  • Certification level: K12
  • Gross vehicle weight: 15,000 lbs. (6,800 kg)
Additional info:

Delta Scientific Corporation DSC7000 beam barrier is used worldwide at locations where wide roadways need to be secured from attacking vehicles. The 725-pound beam of the vertical lift barricade stops a 15,000-pound (66.7 kN) vehicle traveling 50 mph (80 kph) dead in its tracks, equivalent to 1.2-million foot-pounds of kinetic energy. The DSC7000(H) version operates remotely by means of an integral Hydraulic Pumping Unit (HPU) that is wholly enclosed in the hinge end enclosure. The HPU can be powered from a local single or three-phase power source. The Manual version of the Model DSC7000 Drop Arm Beam Barrier System can be converted to fully automatic operation by the addition of a Delta hydraulic power unit and appropriate control options.

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Make Delta Scientific
Manufacturer Delta Scientific Corporation
Category Access control products >Barriers
Model code DSC7000
Type of barrier: Beam
Certification level: K12
Gross vehicle weight: 15,000 lbs. (6,800 kg)
Crash speed: 50 mph
Hydraulic: Hydraulic
Manual: Manual
Standard opening: 3.66 m
Additional info Delta Scientific Corporation DSC7000 beam barrier is used worldwide at locations where wide roadways need to be secured from attacking vehicles. The 725-pound beam of the vertical lift barricade stops a 15,000-pound (66.7 kN) vehicle traveling 50 mph (80 kph) dead in its tracks, equivalent to 1.2-million foot-pounds of kinetic energy. The DSC7000(H) version operates remotely by means of an integral Hydraulic Pumping Unit (HPU) that is wholly enclosed in the hinge end enclosure. The HPU can be powered from a local single or three-phase power source. The Manual version of the Model DSC7000 Drop Arm Beam Barrier System can be converted to fully automatic operation by the addition of a Delta hydraulic power unit and appropriate control options.
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