Dafo Vehicle fire suppression systems gain ESL certification for UAE and Saudi standards

Dafo Vehicle certifications cover Gulf bus standards

Dafo Vehicle has achieved certification for UAE.S 5041:2021 and SASO 2946:2020 for fire suppression systems used in buses and coaches.

Dafo Vehicle announced that both certifications were issued by the Emirates Safety Laboratory (ESL).

UAE.S 5041:2021 is the United Arab Emirates standard for automatic fire suppression systems in the engine compartments of buses and coaches carrying more than 22 passengers.

The standard is intended to improve public transport safety by requiring vehicles in the region to use fire protection systems that meet defined testing requirements.

Those requirements include fire performance testing, along with vibration resistance testing.

The standard also requires temperature endurance testing to confirm system function in extreme operating conditions.

Dafo Vehicle adds Saudi standard approval

The company said its fire suppression systems are also certified to SASO 2946:2020, the Saudi Arabian standard for fire suppression systems in buses and coaches.

The Saudi Standards, Metrology and Quality Organization (SASO) issued that regulation for passenger vehicles operating in Saudi Arabia.

It sets requirements for automatic fire detection and suppression in engine compartments and for system performance during fire scenarios.

It also covers durability and reliability under vehicle operating conditions, with compliance verified through certified testing laboratories.

Dafo Vehicle said the two certifications support its work with operators and original equipment manufacturers in the United Arab Emirates and Saudi Arabia.

Dafo Vehicle gains SBF 127:17 certification for Forrex EVO in fire protection systems

Dafo Vehicle achieves compliance with Swedish fire safety standard

Dafo Vehicle Fire Protection has obtained the SBF 127:17 certification for its fluorine-free fire suppression system, Forrex EVO.

This certification signifies compliance with Sweden’s stringent fire safety standards, requiring the Forrex EVO system to operate at a volume of 3 litres per cubic metre.

The SBF 127:17 standard applies to fire suppression systems in vehicles frequently used in high-risk industries such as mining, forestry, and construction.

By meeting these standards, Dafo’s system demonstrates its capacity to detect and extinguish fires efficiently, ensuring safety for both equipment and operators.

Details of the SBF 127:17 standard

The SBF 127:17 is a rigorous Swedish standard that sets specific requirements for vehicle fire suppression systems, especially in industries where the risk of fire is high.

Meeting this standard requires systems to ensure operational reliability and consistent fire suppression performance.

Dafo Vehicle Fire Protection’s Forrex EVO system meets these specifications, allowing the system to function effectively while remaining fluorine-free.

The system is approved for a 3 litres per cubic metre usage volume, ensuring fire suppression with reduced environmental impact due to the absence of fluorine-based agents.

Requirements for customers using Forrex agent

Dafo Vehicle has outlined guidelines for customers still using the traditional Forrex suppression agent.

Under the SBF 127:17 standard, these systems must meet a requirement of 3.75 litres per cubic metre to comply.

Systems designed according to the previous SBF 127:16 standard will maintain those requirements if system designs remain unchanged.

For the Dafo SV-K and SV-B systems adhering to SBF 127:17, these updated standards provide clear volume requirements, depending on the agent used and system design.

Customers are advised to review these updates to ensure their systems meet the latest regulatory guidelines.

Applicability to various Dafo systems and other standards

While the SBF 127:17 standard primarily affects Dafo’s SV-K and SV-B systems, other standards may apply to systems installed under different industry-specific regulations.

Dafo Vehicle has provided guidelines for these scenarios, suggesting that systems outside SBF 127:17 may apply the standard 3 litres per cubic metre criteria based on individual risk assessments and Dafo’s design manuals.

Dafo Vehicle notes that systems not required to comply with SBF 127 will follow other design criteria outlined in their manuals.

Customers are encouraged to consult these documents or contact Dafo’s technical support team for any questions about compliance or installation.

Dafo Vehicle gains SBF 127:17 certification for Forrex EVO in fire protection systems: Summary

Dafo Vehicle Fire Protection has achieved SBF 127:17 certification in Sweden for its fluorine-free Forrex EVO fire suppression system, confirmed by Dafo Vehicle.

This standard applies to high-risk industries, including mining, forestry, and construction.

The Forrex EVO system operates at a specified 3 litres per cubic metre, complying with SBF 127:17’s rigorous requirements.

Customers using the traditional Forrex agent must adhere to a 3.75 litres per cubic metre volume.

Systems designed under previous standards, such as SBF 127:16, will continue with prior requirements if designs remain unchanged.

Dafo Vehicle Fire Protection introduces Arvak fire detection device for high-risk industries

Dafo Vehicle announces new Arvak fire detection device

Dafo Vehicle Fire Protection has announced the launch of its new fire detection system, Arvak, aimed at improving safety in industries such as mining, forestry, and agriculture.

As reported by Dafo Vehicle, the Arvak system is designed to offer early fire detection and reduce the risk of fire hazards in harsh working environments.

The device can function as a stand-alone system, which requires no annual servicing, enhancing its cost-effectiveness and ease of use for operators.

Key features and integration options of Arvak

The Arvak fire detection system provides an early warning to operators by identifying potential fire risks before they become critical.

It is designed for easy installation, minimizing operational disruptions during setup.

Sami Saarelainen, Business Line Manager for Forestry and Agriculture at Dafo Vehicle, said: “Our customers in industries such as mining, forestry, and agriculture face high fire risks daily, and we’re always seeking new ways to increase their safety.”

The Arvak system can be integrated into fire suppression systems for comprehensive protection, or it can function independently to alert operators of fire risks.

Arvak’s advanced diagnostics and false alarm prevention

Arvak includes advanced diagnostics, which offer real-time system monitoring and status updates.

The system is designed to minimize false alarms, ensuring reliability in high-risk environments.

It also includes a single detector measuring loop with a terminating resistor, enabling it to detect wire interruptions and low-temperature shorts effectively.

This makes Arvak suitable for monitoring critical areas of industrial sites and vehicles.

The device is built to withstand demanding conditions, with features like high electromagnetic immunity, reverse polarity protection, and overvoltage protection, making it durable for harsh operating environments.

Durability and environmental resilience of Arvak

The IP67-rated Arvak is resistant to both dust and water, allowing it to perform in tough environmental conditions.

The device’s robust design ensures it remains functional even in extreme working environments.

Its resistance to external conditions and minimal servicing requirements make Arvak a suitable solution for industries looking to reduce downtime and improve overall safety standards in fire detection.

Advanced fire detection device launched by Dafo Vehicle Fire Protection: Summary

Dafo Vehicle Fire Protection has launched Arvak, a new fire detection system designed for industries operating in harsh conditions.

The device provides early fire warnings, allowing operators to respond quickly and reduce risk.

Key features of Arvak include fast installation, no annual servicing when used as a stand-alone system, and advanced diagnostics for real-time monitoring.

Built for durability, the IP67-rated device can withstand challenging environments, offering reliable performance with minimal false alarms.

Arvak can also be integrated into a suppression system for comprehensive protection, making it a versatile solution for industries such as mining, forestry, and agriculture.

Dafo Vehicle launches Arvak fire detection system in high-risk industries

Dafo Vehicle introduces Arvak to enhance fire safety

Dafo Vehicle Fire Protection has launched its latest fire detection device, Arvak, designed to improve fire safety in high-risk environments.

The Arvak system offers a cost-effective and reliable solution that helps industries such as mining, forestry, and agriculture reduce fire risks.

Arvak provides early warning alerts of potential fire hazards, allowing operators to take swift action and minimise risks.

The system’s stand-alone design requires no annual servicing, ensuring it is both effective and economical for businesses operating in challenging conditions.

Key features of the Arvak system

The Arvak device comes equipped with several features designed to enhance its reliability in demanding environments.

These include early fire detection capabilities that alert operators before hazards escalate, and a fast, easy installation process that minimises operational disruption.

Arvak is also built to reduce the occurrence of false alarms, ensuring that its performance remains reliable.

The system includes advanced diagnostics, which allow for real-time monitoring and straightforward status updates, making it easier for operators to manage their fire safety systems effectively.

Arvak’s robust and durable design

Arvak is designed to function in tough industrial conditions.

Its robust construction includes features such as high electromagnetic immunity, reverse polarity protection, and overvoltage protection.

These elements ensure that the device continues to operate reliably even in extreme circumstances.

Additionally, Arvak holds an IP67 rating, signifying its resistance to both dust and water intrusion.

These characteristics make it particularly well-suited for industries that regularly deal with harsh environmental conditions.

Integration and fire protection

While Arvak functions effectively as a stand-alone system, it can also be integrated into broader fire suppression systems.

This flexibility allows businesses to implement comprehensive fire safety measures across their operations, protecting critical areas of vehicles or industrial sites.

With its single detector measuring loop and terminating resistor, Arvak is capable of detecting wire interruptions and low-temperature shorts, offering reliable detection of fire risks in high-risk environments.

New Arvak fire detection system offers cost-effective safety for high-risk vehicles: Summary

Dafo Vehicle Fire Protection has launched Arvak, a fire detection system designed to improve safety in industries such as mining, forestry, and agriculture.

Arvak provides early warning signals of fire hazards, functions independently without requiring annual servicing, and offers an array of features, including fast installation, false alarm prevention, and advanced diagnostics.

The device is built for durability in harsh environments and holds an IP67 rating.

It can also be integrated into fire suppression systems for added protection.

Arvak’s design makes it a practical solution for businesses looking to enhance their fire safety measures.

Minimising risks in the waste sector: A focus on evolving safety concerns

In a recent blog by Dafo Vehicle, the company shines a light on the heightened fire risks in the evolving waste and recycling industry.

As the sector strides towards more sustainable practices, the dynamics of the associated risks are rapidly shifting.

Changing dynamics in the waste sector

The waste and recycling industry has always been vulnerable to fire risks.

With over 300 incidents reported annually from 2001 to 2013, materials like paper, plastic, wood, and cardboard have been recognised threats.

Yet, as Dafo Vehicle notes, despite the sector’s proactive measures, there’s been a worrying 6% increase in fire accidents at recycling plants in 2022 compared to the previous year.

A notable concern, as Dafo Vehicle explains, is the surge in improperly disposed of lithium-ion batteries.

Unintended consequences of sustainability

Sustainability, though fundamentally a positive shift, has some unintended risks.

Dafo Vehicle points out that lithium-ion batteries, while instrumental for sustainability, can become hazardous fire risks when discarded carelessly.

Beyond batteries, machinery such as mobile crushers and shredders, integral to the industry, can act as inadvertent ignition points, especially with the build-up of combustible residues.

Understanding the environmental impact

Fires in recycling facilities have repercussions that ripple beyond immediate facility damage.

As Dafo Vehicle highlights, such fires, powered by diverse flammable materials, can be challenging to control and present a high re-ignition risk.

The aftermath impacts not just the business operations, but the environment and neighbouring communities as well.

Harmful emissions from these fires compromise environmental health, and the presence of these hazards can deter local authorities from sanctioning new recycling centres.

Regulatory challenges in the waste sector

Dafo Vehicle points to the Environment Agency’s 21-part fire protection plan, observing that some sections lack specific guidelines.

Sections detailing plant and equipment merely touch on inspection routines and fire extinguishers without diving into detailed standards.

Such regulatory gaps can inadvertently magnify risks. Insurers and original equipment manufacturers, relying on these broad guidelines, might overlook evolving threats.

Thus, as Dafo Vehicle suggests, more detailed risk assessments are paramount.

Safeguarding the recycling industry’s future

With technology and the waste sector in constant flux, Dafo Vehicle stresses that risk assessments and fire suppression systems must perpetually adapt.

As adoption rates for electric and hybrid machinery increase, so will their associated risks.

For the global waste processing industry to flourish, understanding and addressing these risks holistically is crucial.

IFSJ Comment

The concerns illuminated by Dafo Vehicle underscore the intricacies of harmonising sustainability objectives with safety in the waste sector.

As the landscape transitions towards more sustainable measures, the importance of evolving our safety protocols in parallel cannot be overstated.

These insights offer a clarion call for renewed attention to risk assessments and protective measures.