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December 19, 2024
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Budget-Friendly, Ultra-Fast Proximity Detection and Collision Alert System (CAS)
GroundHog Proximity Detection Solutions combine third-party proximity beacons with the GroundHog FMS system. These components work together to deliver instant alerts when equipment and personnel are in close proximity, enhancing safety across your operation.
Hassle-Free Installation, Rugged and Reliable Beacons
No need for external power sources or additional equipment. Simply attach it to your equipment, configure it, and it’s ready to go
Self-Contained, Self-Powered CAS Hardware
The standard off-the-shelf beacon is installed on every piece of equipment, in key environments, or carried by each personnel. It can be easily placed in a vest or simply carried in a pocket. Whenever the beacon enters the danger zone near any equipment, the GroundHog application on a tablet immediately detects it and triggers a visual and audio alarm.
- Our proximity detector is housed in its own IP-67 case, ensuring it is fully protected from dust and water ingress.
- Comes with a durable battery that powers the system independently.
- Rugged Beacons
- IP-67 Rated
Maximize Safety with Configurable Alerts
Ensure the driver is always aware of potential hazards.
In-Cab Alerts
GroundHog CAS system’s real-time alerts, configurable detection range, and data logging ensure that operators are promptly informed of potential hazards, leading to improved safety and operational efficiency.
- The in-cab tablet features the GroundHog FMS operator app for real-time monitoring.
- Detection range is configurable between 50m and 100m, depending on the beacon.
- Provides visual alerts (red and yellow lights) and sound alarms when beacons enter the detection zone.
- Stores and transmits beacon activity data to the cloud for analysis.
- Real-Time Alerts
- Configurable Range
Ultra-Fast Proximity Detection
Deliver instant alerts when equipment and personnel are in close proximity
Our Software Stack
OP FMS Operator App
UG FMS Operator App
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Frequently Asked Questions
What is proximity detection in mining?
Proximity detection is a safety technology that uses sensors to detect the presence and movement of personnel, equipment, or vehicles in relation to each other to prevent collisions and enhance situational awareness.
What are collision alerts in mining?
Collision alerts are warnings generated by detection systems when there is a risk of collision between mining equipment, vehicles, or personnel, helping to prevent accidents and improve safety.
How does proximity detection work?
Proximity detection systems use various sensors, such as radar, ultrasonic, or infrared, to monitor the distance between objects. When an object comes too close, the system triggers an alert to prevent potential collisions.
How do collision alerts improve safety in mining operations?
Common sensors include radar, ultrasonic, infrared, and GPS. These sensors help detect the proximity of objects and provide real-time data to the monitoring system.
What types of sensors are used in proximity detection systems?
Collision alerts provide real-time warnings to operators and personnel, allowing them to take corrective actions to avoid accidents. This helps prevent injuries, equipment damage, and operational disruptions.
Can proximity detection systems be integrated with existing equipment?
Yes, many proximity detection systems can be integrated with existing mining equipment and vehicle systems, providing enhanced safety without requiring complete equipment overhauls.
How is proximity detection data used?
Proximity detection data is used to monitor and analyze the movement and interactions of equipment and personnel, helping to identify potential hazards and improve safety protocols.
What are the benefits of using proximity detection and collision alert systems?
Benefits include enhanced safety, reduced risk of accidents, improved operational efficiency, and better compliance with safety regulations.
How often should proximity detection systems be calibrated and maintained?
Regular calibration and maintenance are essential to ensure accurate and reliable performance. The frequency of maintenance depends on the system and operational conditions but typically involves periodic checks and adjustments.
What challenges might arise when implementing proximity detection systems in mining?
Challenges include the initial cost of installation, integration with existing systems, potential sensor interference, and the need for ongoing maintenance and calibration.
How do proximity detection and collision alert systems impact overall mining operations?
They improve safety, reduce accident-related downtime and costs, enhance operational efficiency, and contribute to a safer working environment for personnel.
