Delta Scientific MTC6000 Surface Mount Motorized Traffic Controller

Technical Specification

Features:
  • Make: Delta Scientific
  • Model code: MTC6000 Surface Mount
Additional info:

Delta Scientific MTC6000 Surface Mount motorized traffic controller features a modular design, electro-mechanical operation and pedestrian friendly control teeth. It is designed to control authorized traffic flow on a day-in-day-out basis as well as severely damage or deflate the tires of an unauthorized vehicle. It provides around the clock protection for car storage lots, rental agencies, airports, government buildings or any location where theft or fee-avoidance is an issue. The Control Teeth are made from a high tensile steel with points encased in specially formulated molded caps that break away under the impact and load of a motor vehicle, yet provide protection to a hapless pedestrian that might fall or bump against the unit. The ‘Pedestrian Friendly’ Sabre Tooth Control Teeth are rotated into position by a highly reliable electro-mechanical system in less than 1.5 seconds.

Read more
Make Delta Scientific
Manufacturer Delta Scientific Corporation
Model code MTC6000 Surface Mount
Additional info

Delta Scientific MTC6000 Surface Mount motorized traffic controller features a modular design, electro-mechanical operation and pedestrian friendly control teeth. It is designed to control authorized traffic flow on a day-in-day-out basis as well as severely damage or deflate the tires of an unauthorized vehicle. It provides around the clock protection for car storage lots, rental agencies, airports, government buildings or any location where theft or fee-avoidance is an issue. The Control Teeth are made from a high tensile steel with points encased in specially formulated molded caps that break away under the impact and load of a motor vehicle, yet provide protection to a hapless pedestrian that might fall or bump against the unit. The ‘Pedestrian Friendly’ Sabre Tooth Control Teeth are rotated into position by a highly reliable electro-mechanical system in less than 1.5 seconds.

Download PDF version