When it comes to selecting an articulating boom lift for your project, choosing between electric and non-electric models can be a challenging decision. Both types of lifts offer unique benefits and are suited for different applications. Understanding the key differences between electric and non-electric articulating boom lifts can help you make an informed choice that aligns with your specific needs.
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An articulating boom lift is a type of aerial work platform that provides elevated access to hard-to-reach areas. It features a boom arm with multiple sections that can extend and articulate to reach various angles. This versatility makes it ideal for tasks that require precise positioning.
Articulating boom lifts are designed for both vertical and horizontal reach. They can navigate obstacles and provide access in tight spaces, making them valuable tools for construction, maintenance, and other industries.
Electric articulating boom lifts are powered by electric motors and batteries. They are designed for indoor use or outdoor environments with minimal exposure to harsh conditions.
Eco-Friendly Operation: Electric boom lifts produce zero emissions, making them a more environmentally friendly option. This is especially important for projects in sensitive or enclosed environments.
Lower Operating Costs: Electric models generally have lower operating costs compared to their non-electric counterparts. Electricity is often cheaper than fuel, and electric lifts typically require less maintenance.
Reduced Noise Levels: Electric boom lifts operate quietly, which can be beneficial in noise-sensitive areas such as office buildings or residential neighborhoods.
Electric articulating boom lifts are best suited for indoor work or outdoor environments with controlled conditions. They excel in tasks like warehouse maintenance, indoor construction projects, and facilities management.
Non-electric articulating boom lifts are powered by internal combustion engines that run on gasoline, diesel, or propane. They are designed for outdoor use and can handle more demanding environments.
High Power Output: Non-electric boom lifts offer more power and torque, making them suitable for heavy-duty tasks. They are capable of handling larger payloads and navigating rough terrain.
Better for Outdoor Use: With their robust engines and durability, non-electric boom lifts are ideal for outdoor applications, including construction sites, oil and gas fields, and other rugged environments.
Longer Runtime: Non-electric models have longer operational runtimes compared to electric lifts, which may need frequent recharging. This makes them suitable for extended work shifts and larger projects.
Non-electric articulating boom lifts are best suited for outdoor tasks such as construction, tree trimming, and maintenance in rugged conditions. They are also effective in areas where electric power is not readily available.
Electric models should be used indoors and can be used outdoors when working on finished or flat terrain. Diesel boom lifts, on the other hand, should only be used in outdoor environments and are the best option for projects that require more reach.
While electric boom lifts typically have a higher upfront cost, their lower operating and maintenance costs can make them more economical in the long run. Non-electric models may have lower initial costs but can incur higher fuel and maintenance expenses.
Electric boom lifts usually require less maintenance due to fewer moving parts and the absence of an internal combustion engine. Non-electric boom lifts, on the other hand, require regular engine maintenance and fuel management.
Contact us to discuss your requirements of electric mast lift. Our experienced sales team can help you identify the options that best suit your needs.
Electric boom lifts are environmentally friendly with zero emissions, making them preferable for indoor use and sensitive environments. Non-electric boom lifts, while powerful, produce emissions and are better suited for outdoor use.
Electric boom lifts offer quiet and smooth operation, making them ideal for indoor tasks. Non-electric models provide greater power and are designed for more demanding outdoor conditions.
Choosing between an electric and non-electric articulating boom lift depends on your specific needs and project requirements. Electric boom lifts offer eco-friendly, low-maintenance options for indoor and controlled environments, while non-electric models provide powerful performance for demanding outdoor conditions. By evaluating your project&#;s needs, site conditions, and budget, you can make an informed decision that ensures optimal performance and cost-efficiency.
What are the primary differences between electric and non-electric boom lifts?
Electric boom lifts are powered by batteries and are ideal for indoor use with minimal environmental impact. Non-electric boom lifts use internal combustion engines and are better suited for outdoor applications with higher power demands.
How do operating costs compare for electric vs non-electric boom lifts?
Electric boom lifts generally have lower operating costs due to cheaper electricity and reduced maintenance needs. Non-electric boom lifts may have higher fuel costs and require more maintenance.
Which type of boom lift is better for indoor use?
Electric boom lifts are better suited for indoor use due to their quiet operation, zero emissions, and lower maintenance requirements.
Can electric boom lifts be used in outdoor conditions?
Electric boom lifts can be used outdoors in controlled conditions but may not perform well in harsh or extreme environments.
What maintenance is required for each type of boom lift?
Electric boom lifts require minimal maintenance with fewer moving parts and no engine upkeep. Non-electric boom lifts need regular engine maintenance, fuel management, and other related services.
Electric aerial equipment is not new, but there are some new trends in the industry. First, a growing number of contractors are looking for lower-emission solutions to meet changing jobsite requirements. Second, more machines are coming in electric models, such as larger boom lifts.
We at Genie have been hearing from contractors and other equipment users &#; and from rental companies and dealers &#; with questions about charging, performance, operation and more when it comes to electric boom lifts and electric scissor lifts.
With that in mind, here are our responses to some of the most frequently asked questions about electric mobile elevating work platforms.
There are two big factors:
Just like a hybrid car, a hybrid MEWP can operate in an electric mode, but it has the option to run on liquid fuel when needed. An all-electric machine only has an electric power source, like a battery.
There&#;s a perception that electrification comes at the expense of performance, but it&#;s not an either/or situation. All brands are different, but to give a Genie example, our all-electric, four-wheel-drive DC boom lifts have better efficiency and rough-terrain capabilities than booms with internal combustion engines. The terrainability advantages come thanks to an AC drive system that controls each AC drive motor independently and offers more power to each wheel, optimizing current, torque and speed. It works in conjunction with an active oscillating axle that keeps all four tires in contact with the ground in even the roughest terrain, improving traction and giving operators a smoother ride.
Also, don&#;t forget about the lower noise of electric machines. This makes it easier for crews to communicate, which can improve productivity and jobsite safety, and for a more overall pleasant jobsite.
It&#;s much simpler and less expensive than diesel equipment. To use another Genie example, we estimate that our E-Drive scissor lifts lower maintenance costs by up to 35%.
Think about what not having an engine means:
Because many scissors and boom lifts have been electric for years, most technicians are already comfortable working on these machines. The larger lifts now coming in electric drive may be bigger and use a slightly different variant of a technology, but it&#;s not so different as to require retraining.
If the machine has an on-board charger, like Genie electric aerial equipment does, you can use common household outlets of 110/120 volts or 220-to-240-volt outlets, depending on what is common in your country. Machines will reach a full charge overnight.
There are other options too. Genie hybrid models are equipped with an on-board fast charger that can charge the battery pack in 2.5 hours.
Of course, aerial equipment is often used on construction projects where there is no existing infrastructure, so a wall outlet may not be handy. In these instances, you should check with the general contractor or the project owner on what steps they&#;re taking to bring power to the site.
If you're not confident there will be a consistent way to charge your machine, consider going with a hybrid lift. Genie FE hybrid booms can work full workdays for an entire week on a single tank of fuel. The FE hybrid boom has the added versatility of working in electric mode.
This will vary based on the application and by brand. For application, the amount the machines are driven and the number of lift cycles affects the battery. For brand, I&#;ll keep my answer specific to Genie machines. Our electric boom lifts and electric scissor lifts can work a full standard workday on one charge when the machine is being used in a typical manner. For scissor lifts&#; users who need to work longer than a typical workday, Lithium-Ion could provide an alternative because Lithium-Ion batteries won&#;t degrade from a partial charge. This means, they can be plugged in during breaks or lunch time without harming the battery life. Lithium-Ion batteries also charge 33% faster than FLA batteries.
With hybrids, of course, you also have the ability to switch to diesel. Genie takes this a step further and has developed hybrid machines that can actually charge the battery while operating in hybrid mode. They have an advanced energy management system that allows &#;dead battery&#; operations; when the batteries are completely drained, the power from the on-board diesel generator provides enough power to run any function (both drive and boom function).
Even though these machines do a good job keeping their charge, it&#;s still worthwhile to try to maximize runtime, just as you&#;d want to maximize fuel efficiency in diesel machines. Here are some tips to help conserve battery power:
These are some of the common questions we get about electric boom and scissor lifts, but we know many of our rental and dealer partners and end users have more. If you&#;d like to talk further, please reach out to us and we&#;d be happy to help.
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