Articulating boom lift used to position worker(s) and approved tools at elevated work areas. The platform has hinged boom sections that enable it to rise, extend to the side and to go over obstacles. Typical applications are for use on the construction, facility maintenance, industrial service, painting, lighting, signage, and other elevated access work.  

An articulating boom lift is a mechanism consisting of a platform, controls, hydraulic cylinders, hinge sections, and a chassis for positioning personnel at height. The systems that move the sections of the boom are hydraulic systems, and the systems that move the machine around the worksite are drive and steering systems. Safety controls and devices aid in proper operation.  

An articulating boom lift is a lift that features one or more hinge points that give it some flexibility in order to lift over obstacles. A straight boom lift is a telescopic boom that has a mostly straight design. When the work area is above or behind an object which prevents a straight approach, articulating models can be useful.  

Maintenance frequency varies with make, model, operating hours, operating environment, and manufacturer’s requirements. The operator should perform necessary pre-use checks prior to operating. All maintenance outside of the above should follow the maintenance guide from the manufacturer and inspection requirements as applicable. No single maintenance schedule can be used for all boom lifts.  

Some frequently occurring issues are hydraulic leaks, slow or jerky boom operation, electrical faults, battery issues, engine problems, drive problems, steering problems, sensor failures, damaged hoses, broken pins or worn bushings. Correct diagnosis is important as the same symptoms can be caused by a variety of parts.  

Examples of wear parts include hydraulic hoses, seals, pins, bushings, bearings, tires, filters, batteries, and some electrical parts. Actual wear will vary with age of machine, hours of operation, machine environment, maintenance and machine load. Before making a replacement decision, ensure that critical structural and safety elements are inspected.  

The cause of hydraulic issues may be damaged hoses, leaking fittings, worn seals, contaminated or incorrect fluid, cylinder issues, valve, pump or other system issues. If movement is slow or jerky, and fluid leaks are visible, then it is a hydraulic problem. Hydraulic faults should be professionally diagnosed if they are significant.  

Professional repair should be performed when the hydraulic, electrical, structural, engine, drive, steering, control, or safety system issues arise. When a fault is involved in boom movement, platform control, load handling, structural condition, or a safety device, it is particularly significant.  

Use the same manufacturers, models, and serial numbers. If a part number exists, verify the part number and dimensions, specifications, and compatibility. Don’t choose a component just for looks. A trained part or service technician can help determine the proper part.  

Yes. For older machines or equipment with hard to find parts, used parts might be available for certain models of boom lift. Give a careful and thorough inspection of the condition and compatibility. Do not use suspect parts in safety related systems and adhere to manufacturer’s specifications. 

The most common issues are hydraulic leaks, overheating, starting or electrical issues, drive and steering issues, and worn tires, tracks or undercarriage parts. 

Each machine has a different service interval depending on the manufacturer, model and machine hours, so the machine’s service manual is the right place to find information on service intervals. Most brands are daily check and service on an hourly basis.   

Other routine maintenance involves engine oil and filters, hydraulic fluid and filters, coolant, air filters, lubrication points, and inspecting tires or tracks, belts and hoses, and the attachment coupler.  

Low hydraulic fluid, clogged hydraulic fluid filter, contaminated hydraulic fluid and worn hydraulic pump can all cause a decrease in hydraulic power. A technician is recommended to examine the system to determine if it is, indeed, the cause. 

Always look for hydraulic leaks, overheating, unusual noises, vibration, loss of power or hydraulic warning lights or changes in machine handling characteristics if any of the following occurs. All of these are enough to call in the professional and don’t wait. 

Parts that may wear out and need regular replacement – e.g. tires or tracks, undercarriage parts, filters, belts and bushings/pins. 

The cost is dependent on the problem to be solved, parts required, labor, and the machine model. When it comes to the price of a minor repair, it won’t be the same price as a major repair for the hydraulic or engine. Therefore, it’s important for a technician to correctly diagnose the problem. 

Seek out actual heavy equipment experience, the ability to fix hydraulic and electrical problems, parts availability and honesty in the diagnosis and scope of repair prior to the start of work.

A repair is used to correct a previously existing problem. Maintenance scheduled, work which is preventative, and will help stop small problems from becoming the warning signs detailed here.  

A visual and audible inspection should be conducted before each shift by operators. If there is anything unusual, whether this is a minor fact or not, tell them right away, not when it is next formally inspected.  

This is dependent on sign and severity. Any machine with safety-related problems, such as controls that fail to respond or major fluid leaks, should be removed from service immediately. Anything that doesn’t seem urgent should not be overlooked, but rather, investigated promptly.  

A qualified technician who is knowledgeable in this type of machine. The same symptom can have multiple causes, and if the diagnosis is correct, you won’t be charged for the wrong repair.  

Indications of hydraulic problems might as well be from hydraulic leaks, slow or jerky operation, abnormal pump noises, vibration, reduced operating speed, excessive fluid temperature, reduced pressure or abnormal hydraulic performance.  

Cease operation of equipment when problem poses an immediate safety hazard or when manufacturer’s instructions call for shutdown. Specific attention should be given to: brake or steering issues, excessive hydraulic leaks, significant overheating, major structural damage, loss of control, and critical warning indicators.  

Signs of a problem with the engine may be: tension, strange noises, diminished power, starting issues, strange exhaust and warning indicators. There are several causes of these symptoms; an inspection should be performed before deciding on a particular component of the engine.  

Power loss may occur due to the failure of the engine, fuel system, air intake, hydraulic system, electrical controls, transmission, drivetrain or other issues. A professional inspection will be able to determine the real cause.  

The frequency of inspections depends on the setup, manufacturer, use, and safety requirements. Do not use a single inspection and maintenance period but follow the manufacturer’s inspection and maintenance schedule. 

The repair refers to a situation in which an occurrence has already taken place. Maintenance is the routine maintenance that keeps a machine from breaking down and that uncovers small problems in time. Both are necessary; one is not a substitute for the other.  

This varies from machine to machine and manufacturer to manufacturer. Service intervals are usually specified in terms of operating hours, calendar time or both, and the manufacturer service manual gives the exact service interval.  

Any unusual noises, hydraulic leaks, loss of power, warning lights, overheating, excessive smoke, unusual vibration, brake or steering problems, are all good indicators for getting a professional inspection.  

Typical maintenance items include fluid checks and changes, filter changes, lubrication, checking tires or tracks, checking batteries, checking hydraulic systems, and safety system inspections. Specific jobs depend on the type and model of equipment.  

Prices are not set. Cost is variable based on equipment type, severity of the problem, parts availability, labor and accessibility of the affected component. For one can only know after inspecting it directly.  

Regular checkup can detect the developing problem, such as a worn hose or a small leak, before it results in breakdown. This moves more service work to the planned and scheduled repair rather than unplanned failures on a live job site.  

Call if a fault, failure or safety related problem exists in the equipment that is beyond normal wear or if the same problem continues to repeat after repair.  

Heavy Equipment Repair and Maintenance in Bristol, PA and throughout the Pennsylvania region by EQS LLC, servicing leading brands such as JLG, Genie and SkyTrak. 

Heavy equipment maintenacne includes inspections, lubrication, fluid checks, and replacing worn parts. Proper maintenance of heavy equipment and regular heavy duty maintenance can help reduce downtime and costly repairs.

Deciding whether to rebuild or replace heavy equipment depends on its age, condition, repair costs, and future use. The right heavy equipment maintenance solutions can also help extend machine life.

Equipment Services LLC provides heavy equipment rental, repair, parts, and maintenance support. Customers researching a structural maintenance equipment USA guide or the heavy equipment repair and maintenance services market can use EQS LLC to explore suitable equipment and service options.

Adjust the working height to the highest work location with a few feet of clearance. Most one-story commercial projects can be handled with a 30- to 45-foot lift. Exterior work, such as multi-story jobs, typically require 60 feet or more.

Select depending on requisite not value. Articulating lifts are lifts that go over and around obstacles. Telescopic lifts are used for the greatest straight line reach. The price difference between the two is fairly consistent at most height levels.

In the Philadelphia and Bristol, Pennsylvania region, the cost to rent a boom lift ranges from $275 to $550 per day for electric models, depending on size, while diesel models typically fall within the same $275 to $550 daily range.

Weekly boom lift rental rates depend on the equipment type and working height. Selected EQS weekly rates range from $975 for a 35′ tow-behind boom to $9,432 for a 180′ straight boom. Compare the weekly and daily rates for the specific machine you need.

Selected EQS LLC monthly boom lift rates range from $2,300 for a 34′-39′ electric boom to $23,697 for a 180′ straight boom. Aerial lift rental prices vary depending on the specific equipment, rental duration, and terms.

No. Delivery and pickup may be charged separately. Ask EQS LLC for the delivery cost for your jobsite and equipment. 

Cherry picker rental costs, including small cherry picker rental options, vary based on the machine type, height, rental duration, and location. Contact EQS LLC for current rental rates.

Yes. Contact us with your boom lift requirements and six month rental period, and we can provide a quote based on the equipment and rental terms.

Boom truck rental costs vary based on the truck type, lift capacity, rental duration, and location. Contact EQS LLC for current rental rates.

Most 30 to 60 foot lifts run $225 to $600 a day. Small electric units can go as low as $80 a day. Large 80 foot plus diesel units can top $1,000 a day.

Yes, both beat the daily rate. Weekly rentals usually run three to four times the daily rate instead of seven, which cuts your effective daily cost by around 60 percent. Monthly goes further still, often 75 to 80 percent below the day rate.

Usually not. Delivery is billed on top and typically runs $75 to $350 each way for standard-size lifts. Aerial lift rental prices may vary depending on the equipment size and transport requirements. Larger units that need specialized transport cost more.

Lift rental costs vary by equipment type, rental period, and location. If you’re looking for the cheapest boom lift rental, compare daily, weekly, and monthly rates and request a quote based on your specific needs.

Not usually. You’ll either pay a damage waiver, typically 10 to 18 percent of the rental total, or show proof of your own equipment insurance policy.

You can rent one, but OSHA requires operator training before anyone actually uses it on a job site. Some suppliers offer certification on-site for an added fee if your crew doesn’t already have it.

A few days ahead usually works for standard sizes in the off-season. During spring and summer peak months, book one to two weeks out, longer for large or specialty units.

Most suppliers deliver Monday through Friday, but many will accommodate weekend pickup or return for an added fee. Confirm this before you book if your job runs through the weekend.

For diesel and gas units, no. You’ll either pay a fuel surcharge or return the unit with a full tank. Electric lifts don’t have this cost.

Many suppliers set a one or two-day minimum, even for jobs that only need the lift for a few hours. Ask upfront so it doesn’t catch you off guard.

Rental costs vary by lift type, height, rental duration, and location. Comparing aerial lift rental prices and cherry picker hire options can help you find the right lift for your project.

The boom lift rental cost per day varies based on the machine model, size, features, rental period, and job requirements. Daily rentals may also differ from weekly or monthly rental arrangements.