Don’t let summer be one big breakdown

Many motorists know the importance of regular maintenance on their vehicle in preparation for the winter months, but many more are placing their car at risk of breakdown during the summer months due to a lack of maintenance at this time of year, that’s according to CTEK the leading global brand in the care and maintenance of vehicle batteries.

Summer heat is tougher on car batteries than the winter chill.  With the warmer weather upon us at last, and the ongoing threat of heatwaves forecast for the UK, motorists should be making sure that their vehicle is protected against the summer heat.  It may seem counterintuitive, but higher temperatures have a greater impact on the power-generating chemistry inside a battery.

Excessive heat causes the water in your battery’s electrolyte fluid to evaporate, weakening the battery’s charge and causing plate corrosion. This eventually leads to sulphation, or crystals forming on the battery’s plates, which can make your battery unusable.  And with these challenges, it’s easy to think that that charging your battery over the summer months is the last thing you need to do. Mark Poole, CTEK Sales Manager explains how you can beat the heat and keep your vehicle running all summer long.

“The warmer the environment, the faster the rate of self-discharge: for example, a battery being stored at an average temperature of 27°C will discharge at a rate of 4% per week. Whereas a lead acid battery being stored at 18°C will only discharge at a rate of approximately 3% per month.

“Heat gives you a false sense of security when it comes to the state of your battery during the summer months. It is easy to think that everything is OK – however, that may not be the case.  Even if the battery is not maintained during the warmer weather, it will still be able to start the vehicle because it doesn’t need as much energy to get the engine started, but if motorists don’t realise that their battery is becoming discharged in the heat, it could result in a flat battery the moment temperatures begin to drop.”

It’s vital to maintain voltage whatever the weather.  If your battery falls below 12.4V, a chemical reaction called sulphation will start to happen. This is where lead sulphate crystals start to build up on the battery plates, degrading the battery, reducing battery capacity and cranking potential. Your vehicle will easily start if the battery is at 12.4V but beware, your battery is already dying.

You can also risk overcharging your battery in the warmer weather. Delivering an uncontrolled charge risks fluid loss through overheating or ‘boiling’ meaning that the battery will become unusable due to dried-out cells. If temperatures reach 25 degrees Celsius and above, batteries should be charged at a lower voltage to avoid this.”

Not only is it important to charge over the summer, it’s also important to charge with the right charger to protect against over-charging. The groundbreaking CT5 TIME TO GO battery charger and maintainer is easy to use and fully automatic, so it can be connected directly to the battery indefinitely, if required, and it won’t over or under charge.  It also has built-In temperature compensation along with advanced technology to give you three charging and maintenance programs – Normal, AGM and Recond.

The CTEK CT5 TIME TO GO is a world first because it answers the question ‘When will my battery be fully charged?’ This means you can plan your day around your battery charging because the CT5 TIME TO GO gives you an accurate prediction of the remaining charging time in hours. Not only that, it’ll also tell you when you can safely try to start your vehicle before the battery is fully charged.

To find out more about the CTEK CT5 TIME TO GO visit: https://www.ctek.com/uk/battery-chargers-12v-24v/ct5-time-to-go-uk

Advancements in safety technology for heavy vehicles: ensuring a safer future on roads

The transportation industry has always prioritized safety, especially for heavy vehicles involved in commercial operations. With rapid advancements in technology, new safety features have emerged to offer better protection to drivers and other road users. By integrating advanced safety systems, we can potentially reduce accidents and save lives.

Safety with autonomous emergency braking systems

One of the most promising developments in heavy vehicle safety is the Autonomous Emergency Braking (AEB) system. Research indicates that if AEB systems were installed in all heavy vehicles, fatality rates could be reduced by up to 25 percent. Such significant reduction underscores the importance of this life-saving technology. Despite its effectiveness, retrofitting existing vehicles with AEB systems is not cost-effective, making it essential to prioritize this feature when purchasing new vehicles. For instance, companies like Haldex, known for their innovative air suspension solutions, are also investing in developing integrated safety systems that complement technologies like AEB.

AEB systems rely on sensors and cameras to monitor the traffic ahead. If an imminent collision is detected, the system automatically applies the brakes to prevent or mitigate the crash. This proactive approach significantly enhances the driver’s ability to respond swiftly to unexpected situations. Moreover, AEB systems are designed to function effectively under various weather conditions and during different times of the day, providing consistent safety benefits. Their potential to drastically cut down collision-related fatalities makes them a vital component of modern heavy vehicles.

Enhancing driver awareness with lane departure warning systems

Lane Departure Warning Systems (LDWS) address one of the leading causes of heavy vehicle accidents: running off the road. These systems are engineered to enhance driver awareness and reduce the likelihood of such incidents, which research suggests may prevent about six percent of fatal crashes involving heavy vehicles.

LDWS utilizes cameras to track the vehicle’s position within its lane. When the system detects unintentional lane drift without a turn signal, it alerts the driver through visual, audio, or haptic feedback. This immediate alert helps drivers correct their course and avoid potential accidents. Effective LDWS implementation requires well-maintained road markings and a calibration tailored to the specific characteristics of heavy vehicles. As the technology continues to evolve, newer models offer enhanced accuracy and reliability, further contributing to road safety.

Stabilizing performance with electronic stability control systems

Electronic Stability Control (ESC) systems play a crucial role in maintaining vehicle stability, particularly during challenging driving conditions. When fitted to heavy vehicles, ESC systems are estimated to prevent approximately four percent of crashes. This capability makes them an indispensable addition to the array of safety technologies.

ESC systems use sensors to monitor vehicle dynamics, including speed, steering angle, and lateral acceleration. In scenarios where the vehicle begins to lose traction or exhibits signs of instability, the ESC system intervenes by selectively applying brakes to individual wheels and reducing engine power as needed. This intervention helps keep the vehicle on its intended path, preventing rollovers and skidding. The widespread adoption of ESC systems reflects their effectiveness in enhancing vehicular control and safety across diverse driving environments.

Looking forward, the integration of cutting-edge technologies such as Autonomous Emergency Braking Systems, Lane Departure Warning Systems, Electronic Stability Control Systems, and Driver Monitoring Systems illustrates a commitment to safeguarding lives and improving road safety. By staying informed about these advancements and prioritizing the adoption of these critical features, the heavy vehicle industry plays a pivotal role in shaping a safer transportation ecosystem.

Beware the dangers of jump starting your vehicle

Facing a dead battery can be a frustrating experience, especially when you’re in a hurry or far from help. Jumpstarting a car is a common solution, but traditional methods involving jump cables and jump starter packs can pose significant risks to your vehicle’s electronics and battery.

Enter the CTEK CS FREE Adaptive Booster and Battery Charger, a revolutionary device that not only powers up your flat battery swiftly and safely but also acts as a portable battery charger, ensuring your vehicle batteries remain in peak condition wherever you go. In this article we’ll learn how to jumpstart a car the safe way.

CS FREE adaptive booster: A safer jumpstart

Bid farewell to the age-old reliance on jump cables and starter packs that come with inherent risks of damaging your vehicle’s battery or electronics. The CS FREE provides a safe and efficient solution to power up flat batteries. This device employs advanced technology to ensure a swift and risk-free jumpstart, minimising the potential for damage to your valuable vehicle components. This is crucial if you want to jumpstart a car the safe way.

Charge and maintain anywhere

One of the standout features of the CS FREE is its versatility. Whether you’re connected to a mains power source or going off-grid, this adaptive booster keeps your battery in optimal condition. The CS FREE is designed to charge and maintain any 12V lead-acid or lithium battery, making it suitable for a wide range of vehicles. Additionally, it can be powered by a standard power outlet, solar energy, or even a separate leisure battery, providing you with flexibility and convenience in any situation.

Hi-tech power bank functionality

The CS FREE goes beyond its role as a vehicle-centric device by doubling as a high-tech power bank. This feature ensures that you stay connected on the go by allowing you to charge your USB devices whenever needed. Whether you’re in the great outdoors or experiencing a power outage, the CS FREE is your reliable companion, keeping you connected and ensuring that your essential devices remain charged.

Say goodbye to jumpstarting hassles

With the CTEK CS FREE, the days of fumbling with jump cables and worrying about potential damage to your vehicle are over. This adaptive booster and battery charger provide a modern, safe, and efficient solution to jumpstart your car’s battery. Its versatility extends beyond jumpstarting, making it a comprehensive device for maintaining and charging your vehicle batteries wherever you are. Say goodbye to traditional jump starters and learn how to jumpstart a car the safe way.

In conclusion, the CTEK CS FREE Adaptive Booster and Battery Charger stand out as a game-changer in the realm of jumpstarting and battery maintenance. Its cutting-edge technology ensures a swift and safe jumpstart without the risks associated with traditional methods. If you want to jumpstart a car the safe way, this is the solution for you.

Step-by-step guide to using CTEK CS FREE battery charger

  1. Assess battery condition:

Before connecting the charger, assess the condition of the vehicle’s battery. Ensure it is safe to charge and does not display any visible signs of damage or leakage.

  1. Prepare the charger:

Locate the CS FREE battery charger unit and ensure it is fully charged.

Familiarize yourself with the charger’s components, including the display panel and input/output ports.

  1. Identify battery terminals and connect clamps to battery terminals:

Check the vehicle’s manual for specific charge points or jump start points. If you can’t find any specific jump start points, connect the red clamp to the positive     battery terminal and the black clamp to an earth point on the vehicle body.

Attach the red clamp (positive) to the positive terminal of the battery.

Attach the black clamp (negative) to the negative terminal of the battery.

Ensure the clamps are securely attached to the terminals to prevent any accidental disconnection during the charging process.

  1. Start Adaptive Boost charging:

Ensure that the CS FREE is not connected to a power source, as this will force it to go into the regular charging mode.

Press and hold the power button until it lights up. The CS FREE will analyze the battery and automatically start boost charging it.

The Start LED will pulsate during Adaptive Boost. When the Start LED shows a steady white light, the battery should have enough charge to start the vehicle. The Adaptive Boost session usually takes less than 15 minutes.

  1. Disconnect charger:

Once the Start LED is fully lit, turn off the CS FREE by pressing and holding the power button.

Remove the clamps from the battery terminals in the following order: black clamp (negative) first, followed by the red clamp (positive).

  1. Start the vehicle:

Once you’ve removed the CS FREE from the battery you can try to start the vehicle.

The CTEK CS FREE Adaptive Booster and Battery Charger revolutionise the way we approach jumpstarting and maintaining car batteries. By prioritising safety and versatility, this device eliminates the need for traditional jump cables and starter packs, providing a reliable and convenient solution. Whether you’re facing a flat battery or looking to keep your vehicle batteries in peak condition, the CS FREE is the ultimate all-in-one solution for how to jumpstart a car the safe way.

What are Tipper Vans used for?

A tipper van is a versatile vehicle that plays a crucial role in various industries. Designed to transport heavy loads efficiently, its distinctive feature is the ability to tip its bed and unload cargo easily.

This unique functionality makes it indispensable for businesses where unloading efficiency is crucial. Selecting the right vehicle for specific tasks can significantly impact productivity, and a tipper van offers many benefits and helpful features.

Key Features of Tipper Vans

Tipper vans are built to meet the demanding needs of industries like construction and landscaping. Key features include a robust chassis to support heavy loads, hydraulic systems for tilting the bed, and reinforced sides to contain heavy materials and equipment.

Some models come equipped with advanced features like remote controls, lockable cabs for security, and lightweight aluminium bodies for better fuel efficiency. These features ensure the vehicle is durable and optimised for completing heavy-duty tasks.

Common Uses of Tipper Vans

Tippers vans are useful for a wide range of tasks and industries.

Construction Industry

In the construction industry, tipper vans are vital for transporting materials like sand, gravel, and bricks. Their tipping mechanism allows for quick unloading, which is crucial on busy construction sites where time is of the essence. The sturdy construction of the tipper van ensures it can handle rough terrains and heavy loads, making it a reliable choice for builders and contractors.

Landscaping and Gardening

Landscaping projects often involve moving soil, mulch, plants, and other bulk materials. Tipper vans make these tasks easier by allowing landscapers to transport and unload materials quickly, saving time and reducing manual labour. Their manoeuvrability in tight spaces is also beneficial for navigating residential areas.

Waste Management

In waste management, tipper vans play a crucial role in collecting and transporting household and commercial waste. Their tilting mechanism is ideal for unloading waste at disposal sites efficiently. The reinforced bed prevents damage from heavy or sharp waste materials, ensuring longevity and reliability.

Road Maintenance and Construction

Maintaining roads requires transporting materials like asphalt, gravel, and other road-building substances. Tipper vans simplify this process by enabling efficient unloading at roadworks sites. Their robust qualities also allow them to transport heavy loads across various terrains, making them ideal for these tasks.

DIY Projects

For homeowners undertaking DIY projects or renovations, tipper vans are handy for transporting different materials and waste. Their compact size compared to larger trucks allows them to navigate urban areas more easily, and the tipping function simplifies unloading heavy materials. Overall, tipper trucks reduce manual handling and the risk of injury, and makes unloading quick and easy.

Considerations before purchasing or leasing a Tipper Van

Before investing in a tipper van, consider factors like the payload capacity needed for your tasks, the fuel efficiency of the vehicle, and the type of load to be transported.

Tipper van leasing can be a cost-effective way to access a brand-new tipper van, especially for businesses with seasonal demands or short-term projects. Equally, leasing is a great option for homeowners undertaking DIY projects or renovations, who may temporarily need access to this kind of vehicle.

FAQs

What types of materials can a tipper van transport?

Tipper vans can transport a variety of materials, including sand, gravel, soil, mulch, bricks, construction waste and various equipment. Their robust build and tipping mechanism make them suitable for many heavy-duty tasks.

How does the tipping mechanism of a tipper van work?

Most tipper vans have a hydraulic system that controls the tipping mechanism. When activated, the hydraulic system lifts the bed of the van, allowing for efficient and easy unloading.

What is the maximum payload capacity of a tipper van?

Payload capacities vary depending on the model and manufacturer. Typically, light commercial tipper vans can handle loads ranging from 500kg to over 2000kg. It is essential to consult the individual vehicle’s specifications for exact figures.

Is leasing a tipper van better than purchasing one?

Leasing can be advantageous for businesses with short-term needs or fluctuating demands, or for those who want to avoid the upfront costs of purchasing. Tipper van leasing provides flexibility, allowing businesses to use a brand-new van without committing to a long-term investment.

Tipper vans, with their versatile design and robust construction, are invaluable across a range of industries. They simplify the transportation and unloading of various materials, making them ideal for many industries from construction to landscaping. Whether for commercial or personal use, tipper vans are a reliable asset for efficient and productive transport needs.

Don’t let the hot weather fool you – charge your 12V battery!

CS One Volkswagen GTI

Today’s motorist knows the importance of proper maintenance procedures on their vehicle in preparation for the winter months, but many are placing their car at risk of breakdown during the summer months due to lack of vehicle maintenance, that’s according to CTEK the leading global brand in the care and maintenance of vehicle batteries.

Summer heat is tougher on car batteries than the winter chill. And, with the warmer weather upon us, motorists should be making sure that their vehicle is protected against the summer heat.  It may seem counterintuitive, but higher temperatures have an impact on the power-generating chemistry inside the battery.

Excessive heat causes the water in your battery’s electrolyte fluid to evaporate, weakening the battery’s charge and causing plate corrosion. This eventually leads to sulphation, or crystals forming on the battery’s plates, which can make your battery unstable.  And with these challenges, it’s easy to think that that charging your battery over the summer months is the last thing you need to do. Mark Poole, CTEK Sales Manager explains why it’s just as important and how you can beat the heat and keep your vehicle running all summer long.

“The warmer the environment, the faster the rate of self-discharge: for example, a battery being stored at an average temperature of 27°C will discharge at a rate of 4% per week. Whereas a lead acid battery being stored at 18°C will only discharge at a rate of approximately 3% per month.

Heat gives you a false sense of security when it comes to the state of your battery during the summer months. It is easy to think that everything is OK – however, that may not be the case.  Even if the battery is not maintained during the warmer weather, it will still be able to start the vehicle because it doesn’t need as much energy to get the engine started, but if motorists don’t realise that their battery is becoming discharged in the heat, it could result in a flat battery the moment temperatures begin to drop.

It’s vital to maintain voltage whatever the weather.  If your battery falls below 12.4V, a chemical reaction called sulphation will start to happen. This is where lead sulphate crystals start to build up on the battery plates, degrading the battery, reducing battery capacity and cranking potential. Your vehicle will easily start if the battery is at 12.4V but beware, your battery is already dying.

You can also risk overcharging your battery in the warmer weather.  Delivering an uncontrolled charge risks fluid loss through overheating or ‘boiling’ meaning that the battery will become unusable due to dried-out cells. If temperatures reach 25 degrees Celsius and above, batteries should be charged at a lower voltage to avoid this.

Not only is it important to charge over the summer, it’s also important to charge with the right charger to protect against over-charging. Charging any battery just got a whole lot simpler with the CTEK CS ONE charger and maintainer.

Its revolutionary APTO™ (Adaptive Charging) technology does all the thinking for you – you don’t even have to worry about which clamp goes where! The APTO™ Technology automatically recognises the type of battery you’re using, and then automatically delivers a customised charging program, telling you how long until the battery is charged and ready to go. No buttons to press or modes to select – just connect the CS ONE to any 12V battery and simply charge. Polarity free clamps mean you don’t even need to worry about which clamp goes where, so you’ll never make a wrong connection again. The clamps are spark free too, so don’t worry if you accidentally touch them together.”

For more information on the CTEK CS ONE visit https://www.ctek.com/uk/battery-chargers-12v-24v/cs-one-uk