Crossing Guard System
Active Safety Technologies Protects operators and forklift drivers
The Crossing Guard system has been developed to minimize the danger of collision at intersections in warehouses or other industrial spaces, and to create safer and more efficient work environments.
The Crossing Guard System protects operators and forklift drivers by means of visual alerts. It uses radar technology to differentiate between persons and vehicles, and to detect if forklifts are approaching or leaving an intersection.
It can be easily complemented with other safety systems. On request, the Crossing Guard can also be purchased with external outputs that activate a pedestrian gate, or with external signaling accessories.
The Crossing Guard device can be configured to give priority to one direction.
Protects operators and forklift drivers
The Crossing Guard System hangs at a height of between 10 to 23 feet over warehouse intersections, warning of a risk with its traffic light and visual warning projections on the ground.
The Crossing Guard detects a person approaching an intersection and immediately projects a blue light signal – called a Bluespot – to warn of the pedestrian’s presence. It can also be configured so that instead of the Bluespot signal, it projects another visual warning signal – for example, a pedestrian warning triangle, using the VAS system.
On the other hand, if a forklift approaches the intersection, it will be detected by the Crossing Guard and turn the green or red light of the traffic light on to indicate the driver whether it has permission to cross or not, thus preventing a collision and contributing to a creating a safer workplace.
Operating Examples
System Benefits
- Capable of differentiating between vehicles and people.
- Mounting height from 10 to 23 feet.
- Maximum detection speed of 15.5 mph for vehicles.
- It’s not necessary to carry a device to be detected.
- Easily complements other safety systems.
- Easy handling at height.
- Robust aluminium structure.
- Configuration with remote control.
In the first case, a worker is approaching the intersection. The Crossing Guard system detects him, and it projects the Blue spot signal to warn those around him of the presence of a pedestrian. The traffic light is off because the Crossing Guard does not detect any vehicle at this time.
In the second case, the Crossing Guard System detects a forklift approaching the intersection. This turns the traffic lights green, giving priority to the approaching forklift and notifying the other aisles of the intersection with a red light that they are not allowed to circulate. This way, the Crossing Guard Active Safety Technologies guarantees the safety of everyone involved and prevents possible collisions.
In the third case, the Crossing Guard has been configured to project a forklift alert signal using the VAS system. This way, when the Crossing Guard detects a person, it warns them of the presence of a forklift in his or her proximity.
END OF AISLE Safety
Traffic control for pedestrian and forklift safety - Active Safety Technologies
The Access & Traffic control systems aims to prevent accidents involving people and cargo vehicles. As forklifts navigate the workspace, the system automatically activates warning and signaling elements placed at various points within the area. These automated active safety technologies control systems ensure safe interaction between operators and forklifts in shared spaces.
Low Speed Areas
What is Speed Zoning?
Speed Zoning or Velocity Regulation is optimized for environments that necessitate slower vehicular movement in zones identified as high-risk, such as indoor locations or areas with heavy foot traffic. These systems are engineered to minimize potential hazards without sacrificing operational productivity. The Halo series of velocity regulation systems present a triad of foundational approaches that can be customized to meet the unique demands of a particular location.
Key Features
- Enhanced safety measures on premises
- Better driving standards
- Distinct speed thresholds for indoor and outdoor areas
- Flexibility to accommodate alterations in site configuration
- Optimized operational efficiency
Line Based Speed Zoning
This mechanism provides a versatile approach that allows for the establishment of multiple, predetermined speed areas, thereby amplifying both operational efficiency and safety metrics. The system employs a compact camera affixed to the underside of the Material Handling Equipment (MHE). As the MHE traverses a sequence of color-coded lines—typically red and green—the device adjusts its speed either upward or downward, contingent on the direction of movement. The setup transcends the rudimentary indoor/outdoor categorization and can function effectively within those parameters if necessitated.
Internal/External Speed Zoning With Active Safety Technologies
This system employs radar technology that uses the ceiling as a reference point to modulate the speed of material handling equipment (MHE). As the MHE enters an internal zone, the radar cues a speed reduction, creating a safer environment particularly in areas with higher pedestrian activity and more confined operational spaces. Upon exiting the area, the equipment reverts to its standard speed. This method eliminates the need for additional site infrastructure and is inherently simple to deploy. The result is an elevated level of operational efficiency: reduced speed in higher-risk, internal areas and quicker movement in external zones where the level of risk is comparatively lower. OSHA
The strength of your operations lies in the safety of your equipment. With our state-of-the-art forklift safety gear, you’re not just moving materials—you’re moving forward with confidence.