Chronics

Construction sites and industrial areas are environments where the coexistence of heavy equipment and pedestrians poses a significant safety risk. Accidents involving heavy equipment such as cranes, forklifts, trucks, and excavators can have serious, even deadly, consequences for pedestrians nearby.

Pedestrian detection for heavy equipment is crucial for safety, especially in industrial or construction environments. There are several pedestrian detection solutions, each with its own advantages and disadvantages.

Here are some commonly used solutions for pedestrian detection on construction sites and in factories:

Ultrasonic Sensors: 

• Operating Principle: Ultrasonic sensors use sound waves to detect nearby objects.
• Advantages: Effective in various conditions (dust, smoke, etc.). 
• Disadvantages: Accuracy may be affected by the presence of obstacles.

Infrared Sensors:

• Operating Principle: Infrared sensors detect heat emitted by objects.
• Advantages: Can be used in darkness.
• Disadvantages: Accuracy may be affected by weather conditions and obstacles.

Radar :

• Operating Principle: Radars use radio waves to detect moving objects.
• Advantages: Can detect objects at a greater distance.
• Disadvantages: Accuracy may be reduced in environments with many obstacles.  

Cameras with Object Detection Software:

• Operating Principle: Cameras capture video images, and software analyzes these images to detect pedestrians.
• Advantages: Potential for more precise detection through visual analysis.
• Disadvantages: May be affected by adverse weather conditions and requires significant processing power. 

LIDAR (Light Detection and Ranging):

• Operating Principle: Uses laser beams to measure the distance of objects.
• Advantages: High precision in distance measurement.
• Disadvantages: High cost compared to other technologies.  

Audible and Visual Alarm Systems:

• Operating Principle: Emit audible or visual warnings when pedestrians are detected.
• Advantages: Simple and often used in conjunction with other systems.
• Disadvantages: Doesn't always alert the driver in noisy environments. 

What is the cost of a pedestrian detection system?

As for prices, they can vary considerably depending on the technology used, detection range, accuracy, and other features. Costs may include equipment purchase, installation, and possibly maintenance costs. 

In summary, safety on construction sites related to accidents between heavy equipment and pedestrians requires a proactive approach involving the implementation of accident prevention measures, effective communication, training and compliance with safety standards. 

Pedestrian detection and construction site/factory safety systems offered by Alltech Group:

NBS systems improving safety around industrial vehicles. It supplies a precise vision of the environment to the driver. NBS is specially designed, tested and proven for heavy equipment.

Avoid vehicle blind spots

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Yes, there are several significant differences between manual lubrication and automatic lubrication, notably in how they are performed, the advantages they offer, and the situations in which they are most suitable. Here is an overview of the main distinctions:

Manual Lubrication: 

• Method : 
  • Manual lubrication involves the manual application of lubricant (usually oil or grease) to the lubrication points of a machine or equipment. This can be done using a hand pump, an oil can, a brush, or other similar tools.
• Frequency:
  • Manual lubrication requires regular human intervention to ensure that the components receive the appropriate amount of lubricant. The frequency of lubrication often depends on the machine's operating time and the manufacturer's recommendations.
• Advantages:
  • It is simple to implement and suitable for small-sized equipment or low-production volume. It allows direct control over the lubrication process and can be more cost-effective for certain applications. 
• Disadvantages:
  • Manual lubrication can be prone to human errors, leading to over-lubrication or under-lubrication. It requires meticulous monitoring and can result in unplanned downtime if not performed correctly and in time.

Automatic Lubrication: 

• Method:
  • Automatic lubrication, also known as centralized lubrication, utilizes automated systems to precisely distribute the required amount of lubricant to lubrication points. These systems include pumps, lines, and dispensers.
• Frequency:
  • Automatic lubrication systems are programmed to lubricate components at regular intervals, ensuring consistent and appropriate lubrication without frequent human intervention.
• Advantages:
  • They reduce reliance on human intervention, minimize lubrication errors, extend component lifespan, decrease unplanned downtime, and optimize operational efficiency.
• Disadvantages:
  • Automatic lubrication systems require a higher initial investment in terms of costs and setup. Additionally, their maintenance and monitoring are necessary to ensure proper functioning.

In summary

The main difference between manual and automatic lubrication lies in the degree of automation and the regularity of lubrication. Manual lubrication is more suitable for simple applications and low-volume operations, while automatic lubrication is ideal for complex industrial operations requiring precise, regular, and reliable lubrication. The choice between the two depends on the specific application needs, associated costs, and expected benefits in terms of equipment lifespan, safety, and productivity.

Système de lubrification automatique Allfett

Le Groupe Alltech offre plusieurs alternatives de système de lubrification automatique de marque Allfett. Les systèmes polyvalents, très facilement personnalisables qui s’adaptent à toutes les applications.

Welcome to Heavy Duty Evolution, new authorized distributor for the Edmonton region (Canada, Alberta).

Established in 2013 Heavy Duty Evolution Ltd. was formed under the philosophy of “Fixed, Right, Once!” Heavy Duty Evolution Ltd. is a supplier of fast, high-quality repairs for diesel powered equipment used in the construction, oil and gas, Highway maintenance and material handling industries. The best parts and materials are installed by qualified and trained technicians to relieve our customers of unnecessary downtime and critical failure of their high value equipment investments.

Heavy Duty Evolution Ltd. believes that the high-cost assets of industry should be well maintained and repaired, at the highest level so that they operate at their greatest measure of performance and value. Serving all of Alberta with 3 field service units, in shop services, component rebuild services, fabrication services and faster than average response times Heavy Duty Evolution Ltd. can take on any project with speed, integrity and real time communication.

Heavy Duty Evolution Ltd. distributes all the products offered by the Alltech Group, namely:

• Allfett- Automatic greasing system
• Mega – Range limiting device
• Pfreundt – On-board scale
• NBS-Cam – Backup camera and pedestrian detection
• Laserline – Laser guidance
• OKO – Tire sealant
• Sentinel – Dump up sensor  

Services & Expertise 

The creator of Heavy Duty Evolution Ltd. Alex Rice has 20 years of experience with all types of equipment. Throughout his career he has been educated with a complete 4-year HET certificate as well as Red Seal certification in On-highway truck and trailer and Off-highway equipment. He spent his early apprenticeship years in the oil and gas industry, starting his career in service rig manufacturing and field service then moving on to camp support units and natural gas compression maintenance. After completing his third-year apprenticeship certification he moved on to material handling equipment and then the paving industry. He completed his HET certification with two red seal certifications as well as multiple industry standard certifications and started building Heavy Duty Evolution in the spring of 2013. Every move in his career was fueled by the search for knowledge and a strategy of understanding as many aspects of diesel, propane, gasoline and natural gas, powered equipment as possible. With the support of Alberta Industry Training and multiple web training sources Alex now trains some of the most qualified and knowledgeable apprentices in Canada.

Heavy Duty Evolution Ltd. works with anyone who owns equipment and wants to avoid costly downtime. Included in a long list of customer relationships Heavy Duty Evolution Ltd. works closely with companies such as Tetra-Tech, Lafarge highways, Alberta Pavement Repair, Trenex Corporation Sentag Modular Manufacturing and many more smaller entities that value their own time in getting the job done on time and within budget.    

For more information or to request a quote:

Heavy Duty Evolution Ltd

10753 – 180 Street NW

Edmonton, AB T5S 1G6

Phone: 780-297-4484

Email : hdevolutionltd@gmail.com

Web Site : https://heavydutyevolution.ca/  

Groupe Alltech – The strength of a network!

Our after sales service is our strength. Alltech Group has established a distribution network which insures local services in particular regions. With many distributors across eastern Canada, the Alltech Group puts at your disposal a real network allowing you to ensure service no matter where you are located. Our distributors have highly qualified staff which are trained according to our standards enabling them to perform installations and service calls , as much on the construction sites as within your company.

The experience of each distributor generates our strength of our network . Together we formed a team that is at your service!

Find a distributor 

The contamination of lubricants, particularly in automatic lubrication systems, can have serious consequences on the performance and lifespan of equipment.

Here are some dangers associated with lubricant contamination in these systems: 

1. Decreased Lubrication Effectiveness : Contamination by foreign particles such as dust, dirt, metal debris, or residues can compromise the lubricant's ability to form a protective film between moving surfaces. This can lead to premature wear of mechanical components. 
2. Formation of Deposits and Buildup : The presence of contaminants can promote the formation of deposits and buildup within the lubrication system. These deposits can clog lubrication channels, disrupt lubricant flow, and cause blockages, thus reducing lubrication effectiveness.
3. Component Corrosion :Some contaminants may contain corrosive substances that can damage the metallic components of the system. Resulting corrosion can weaken parts' structure, shorten their lifespan, and compromise equipment safety.
4. Temperature Increase : Contaminants can act as thermal insulators, hindering proper heat transfer within components. This can lead to a rise in temperature, which is detrimental to mechanical parts and can reduce overall efficiency. 
5. Reduced Reliability and Performances : Contaminated lubrication can result in equipment malfunctions, unexpected breakdowns, and decreased overall performance. This can have a negative impact on productivity and operational profitability.

To avoid these dangers, it is essential to implement preventive measures, such as: 

• Using filters and separators to remove contaminants from the lubricant. 
• Following a regular maintenance program to inspect, clean, and replace lubricants in line with manufacturer recommendations.
• Using high-quality lubricants suitable for specific operating conditions.
• Avoiding sources of contamination by ensuring equipment is properly sealed and maintained.

In summary, lubricant contamination in automatic lubrication systems can compromise equipment reliability, durability, and performance. Preventing contamination and maintaining clean and effective lubrication are crucial for ensuring proper equipment operation and longevity.