Barriers and lane equipment
Industrial vehicle barrier
An industrial vehicle barrier controls passage through a site entrance. Select its movement, foundations and controls around the vehicles, traffic and operating environment, with any required impact resistance verified for the exact model.
- Role
- Controlled vehicle lane
- Application
- Project defined
- Ratings
- Model documentation required
Application first
Choose the barrier for the vehicles and the site.
An industrial entrance brings vehicle clearance, foundations, operating demand and access procedures into the same equipment decision.
Industrial barrier or impact protection?
Controlling authorized traffic and resisting a vehicle impact are different requirements. The word industrial does not establish a crash rating. If impact resistance is required, specify that requirement and obtain the selected model’s supporting documentation.
Allow for the complete vehicle movement
Record the largest vehicles, turning path, stopping point and overhead clearance. Include the barrier’s movement and the space needed beside the housing for maintenance; lane width alone is not the whole installation envelope.
Plan outages and service access
Agree on the intended response to power loss, communication loss and equipment maintenance. Confirm release procedures and any backup option for the selected model, then document who may operate the entrance during an interruption.
Interactive evaluation
Inspect the barrier form in 3D.
Use the view to understand the product form and movement. Engineering documentation defines the approved dimensions and ratings.
Installation layout
The base matters as much as the arm.
An industrial barrier brings foundations, power, controls and maintenance access into the same installation.
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Foundation
Locate the anchor base and conduits using the selected model’s drawings.
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Vehicle clearance
Allow for the vehicles using the lane and the arm’s movement envelope.
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Service access
Leave space to reach the housing, connections and maintenance points.
Technical Characteristics
| Specification | Details |
|---|---|
| Arm Length | 4–6 meters |
| Cycle Time | 1.5–2 seconds |
| Motor Power | 400 V, 3 kW |
| Lifting Capacity | 150+ kg |
| Impact Resistance | 3000 kg rated |
| IP Rating | IP67 |
| Construction | Heavy-gauge steel |
| Operating Temperature | -30°C to 70°C |
| Maintenance | Annual service recommended |
Technical configuration
Define the model for your site.
Review operating duty, movement speed, enclosure protection and temperature requirements with the selected model.
| Component or use | How it fits the system |
|---|---|
| Application | Vehicle type, operating policy and required control outcome documented. |
| Physical system | The barrier, its foundation and the vehicle path share the same layout; the movement envelope must leave room for passage and service. |
| Duty and movement | Operating assumptions and cycle behavior validated against the selected model. |
| Protection ratings | The selected model’s documentation establishes its protection ratings. An industrial form alone does not establish impact resistance. |
| Controls and safety | Interfaces, detection, emergency behavior and commissioning plan approved. |
Configuration: Crash resistance, security classification and environmental performance require a model specified for those conditions.
Equipment questions
Practical details for planning, operating and maintaining this equipment.
Project review
Define the requirement before naming the model.
Share the operating environment, lane, movement, controls and technical requirements so the application can be reviewed accurately.

