Light Tower Rental

Daytime highway construction. Nighttime emergencies. Tight project deadlines. Rental customers are looking for solutions to these problems. The answer: portable light towers like the Terex CP Light Tower.

Some people say "a light tower is a light tower," but all light towers are not the same. When selecting one to offer to customers, you need to consider a variety of factors to ensure that everyone receives the best product for the best value.

Fixture performance is the single greatest factor in portable light tower selection: A more efficient lamp fixture lights a greater area.

Portable light towers commonly use commercial-grade, coaxial light fixtures, which provide reflected light as opposed to direct light. Also available are parallel lamp fixtures with horizontally mounted lamps that are designed to provide direct, non-reflected light.

Fixture durability Perhaps the biggest maintenance concern about light towers is fixture durability. Replacing a light fixture costs up to $150 to $200, which can amount to thousands of dollars for lamp and fixture breakage and replacement.

Ensuring that the fixture is not only durable but also carefully transported, is essential in limiting the times a fixture must be replaced.

Machine size Portable light tower manufacturers have realized that, in most situations, rental centers and rental customers prefer a heavy-duty but compact light tower. Compact light towers offer many significant advantages over traditional, large wide-stanced light towers.

First, factories can ship compact light towers side by side on a delivery truck, resulting in significant savings in transportation costs both from the manufacturer to the rental center and from the rental center to the customer.

For rental centers, a smaller light tower takes up less storage space in a rental yard, and, for the end-user, a narrower light tower saves valuable space on the jobsite. This proves especially effective on street or highway work where the machines' compact design could possibly allow one or more lanes of traffic to remain open while work continues.

A more compact light tower also weighs less, leading to better maneuverability. You can easily maneuver many of today's compact light towers around the jobsite by hand rather than with a vehicle, allowing more precise placement and added mobility.

While compact light towers are typically about a foot narrower than traditional models, their outrigger design should still allow them to sustain wind gusts of up to 65 mph.

Ease of operation Because of rental center demands, portable light towers are becoming more operator-friendly. Many offer a mechanism that locks the tower down and prevents it from inadvertently extending when towing.

Newer models also feature latches. In the past, a light tower required pins, which were troublesome and frequently lost. Self-locking stabilizers and a captive latch on the tower support have eliminated the need for pins, resulting in a simpler and safer basic unit.

Many light towers feature generators, allowing the units to power small tools. Generators should offer at least 6 kilowatts of power in order to give rental customers the flexibility they need to power small tools on the jobsite.

Noise contamination job site and operator safety, as well as the emergence of the special event industry, have made noise contamination a significant consideration for rental centers and their customers. Manufacturers have minimized vibration noise with heavy-duty enclosures and well-mounted engines, and many light towers offer sound attenuation packages to further reduce noise.

Machine design Fuel capacity is another important feature of a portable light tower. A minimum fuel tank capacity of 30 gallons, which provides more than 60 hours of continuous operation, is best. Molded polyethylene fuel tanks reduce the risk of rust and corrosion associated with metal.

Rental centers can expect to keep a light tower in their fleets for a minimum of three to five years. Portable light towers constructed with dent- and rust-resistant ABS plastic or molded fenders and protective enclosures constructed of 10- to 12-gauge sheet metal will help withstand the rigors of continual use and help ensure a good return on investment.The equipment rental market currently accounts for approximately 90 percent of the light tower industry. In order to serve this constantly expanding market, light tower manufacturers will continue to focus on developing more efficient, rugged and operator-friendly products.

As rental customers find more uses for the portable light towers, rental centers will be there to provide their customers with the products they need. For the light tower industry and its customers, the future is very bright.

source: rermag.com

How to Operate a Mini Excavator

Mini excavators were considered toys by heavy equipment operators a few decades ago when they were first introduced, but they have earned the respect of construction utility contractors and site work professionals with their ease of operation, small footprint, low cost, and precise operation. Available for homeowners to use from rental businesses, they can make easy work out of a weekend landscaping or utility project. Here are the basics for operating a mini .Steps are as follows:

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   Select a machine for your project. Minis come in a variety of sizes, from super compact weighing less than 4000 pounds, to heavyweights that almost squeeze into the standard excavator class. If you are simply digging a small ditch for a DIY irrigation project, or your space is limited, go for the smallest size available at your equipment rental business. For large landscaping projects, a 3 or 3.5 ton machine like a Bobcat 336maybe better suited for the job.
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   Compare the rental cost versus the labor cost before investing in a weekend rental. Typically, mini excavators rent for about 150 dollars (US) per day, plus delivery, pick up, fuel charges, and insurance, so for a weekend project you will be spending about 250-300 dollars(US).
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   Check out the range of machines at your rental business, and ask if they do demonstrations and allow customers to become familiar with the machine on their premises. Many large equipment rental businesses have a maintenance area where they will allow you to get the feel of the machine with some experienced supervision.
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   Look over the operator's manual to be sure to be familiar with the location and exact description of the controls. This guide references most standard minis, including Kobelco, Bobcat, IHI, Case, and Kubota, but there are slight differences, even between these manufacturers.
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   Look at warning labels and stickers posted around the machine for other specific warnings or instructions on the particular machine you are going to rent or use. You will also notice maintenance information, specification charts, and other pertinent information as well as a manufacturer's tag for reference when ordering parts with the machine's serial number and information regarding where it was made.
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   Have the excavator delivered, or arrange to pick it up from the rental business if you have access to a truck with a heavy duty trailer. One advantage of a mini excavator is that it can be towed on a trailer using a standard pickup truck, provided the gross weight of the machine and trailer do not exceed the truck's capacity.
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   Find a level, clear area to try the machine out in. Minis are stable, with a very good balance and fairly wide footprint for their size, but they can be overturned, so start out on firm, level ground.
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   Take a look around the machine to see if there is any loose or damaged partsthat will make operating it hazardous. Look for oil leaks, other fluids dripping, loose control cables and linkages, damaged tracks, or other potential problems. Find your fire extinguisher location and check the engine lubricant and coolant levels. These are standard operating procedures for using any piece of construction equipment, so make a habit of giving any machine you operate, from a lawnmower to a bulldozer aonce over before cranking it.
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   Mount your machine. You will find the arm rest/control assembly on the left (from the operator's seat) side of the machine flips up and out of the way to access the seat. Pull the lever (or handle) on the front end (not the joystick on top) up, and the whole thing will swing up and back. Grab the handhold attached to the rollover frame, step on the track, and pull yourself up to the deck, then swing in and have a seat. After being seated, pull the left armrest back down, and push the release lever to lock it into place.
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    Sit in the operator's seat and look around to familiarize yourself with the controls, gauges, and operator's restraint system. You should see the ignition key (or keypad, for digital engine starting systems) on the console on the right side, or overhead on your right. Make a mental note to keep an eye on the engine temperature, oil pressure, and fuel level while operating the machine. The seatbelt is there to keep you safe inside the machine's roll cage if it tips over. Use it.
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    Grip the joysticks, and move them around a bit, to get the feel of their motion. These sticks control the bucket/boom assembly, also known as thehoe(hence the name trackhoe for any track carriaged excavator) and the machine rotating function, which swings the upper part (or cab) of the machine around when operated. These sticks will always return to a neutral position when they are released, stopping any movement which is caused by their use.
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    Look down between your legs, and you will see two long steel rods with handles attached on top. These are the drive/steer controls. Each controls the rotation of the track on the side it is located on, and pushing them forward causes the machine to move forward. Push an individual stick forward will cause the machine to turn in the opposite direction, pulling a stick backward will turn the machine in the direction of the stick pulled, and counter rotating (pushing one stick while pulling the other) the tracks will cause the machine to spin in one place. The farther your push or pull these controls, the faster the machine will move, so when it is time to crank up and go, operate these controls slowly and smoothly. Make sure you are aware of what direction the tracks are pointed before you travel. The blade is on the front. Pushing the levers away from you (forward) will move the tracks forward but if you have rotated the cab it will feel like you are traveling backwards. This can cause an unexpected side effect. If you try to move forward and the machine moves back your inertia will tend to make you lean forward, pushing the controls harder. This can be similar to the way the you must change your steering when driving a car in reverse, you will learn with time.
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    Look down on the floor boards, and you will see two more, less used controls. On the left, you will see either a small pedal or a button operated with your left foot, this is the high speed control, used to boost the drive pump and speed the machine's travel when moving it from one location to another. This feature should only be used on smooth, level terrain in a straight path. On the right side is a pedal covered with a hinged steel plate. When you flip up the cover, you will see a two way pedal. This pedal pivots the machine's hoe left or right, so the machine doesn't have to swing to reach the location you need the bucket in. This should be used sparing and only on stable, level ground because the load will not be lined up with the counterweight so the machine can tip over much easier.
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    Look on the right side, in front of the instrument cluster and you will see two more levers or control sticks. The rear one is the throttle, which increases in the engine's RPMs, usually the further back it is pulled, the faster the engine speed. The larger handle is the front blade (or dozer blade) control. Pulling this lever raises the blade, pushing the handle lowers it. The blade can be used for grading, pushing debris, or filling holes, just like a bulldozer on a very small scale, but is also used to stabilize the machine while digging with the hoe.
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    Start up your engine. With the engine running, you must be careful to avoid accidentally bumping any of the control sticks previously described, since any movement of any of these controls will cause an instant response from your machine.
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    Start out maneuvering your machine. Make sure the front blade and the hoe boom are both raised, and push the steering control levers forward. If you are not planning to do any grading work with the machine, using the dozer blade while in motion, you can control one stick with each hand. The sticks are located very close together so they can both be gripped with one hand, which is then twisted to push or pull the sticks while in motion, allowing your right hand to be free to raise or lower the dozer blade, so that it can be kept at the right height for the work you are doing.
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    Walk the machine around a bit, turning and backing it to get used to the handling and speed of it. Always watch for hazards as you move the machine, since the boom may be farther away than you think, and can cause serious damage if it hits something.
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    Find a suitable place in your practice area to try out the digging functionof the machine. The joysticks on the armrests control the boom, pivot, and bucket motion, and they can be operated in one of two modes, commonly calledbackhoe or trackhoe mode, which is selected with a switch behind or on the left side of the seat on the floor board. Usually, these settings are labelled A or F, and the descriptions of the stick operations in this article are in the A mode.
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    Lower the dozer blade pushing forward the control handle on the front of the console on your right until it is firmly on the ground. Grip both joysticks, being careful not to move them until you are ready. You will want to start out by raising and lowering the main (inboard) boom section first. This is done by pulling the right joystick straight back to raise it, pushing it forward to lower it. Moving the same joystick right or left either pulls the bucket in (scooping)by moving the stick to the left, or throws the bucket out (dumping) by moving it to the right. Raise and lower the boom a few times, and roll the bucket in and out to see how they feel.
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    Move the left joystick forward, and the secondary (outboard) boom segment will swing up (away from you). Pulling the stick in will swing the outer boom back toward you. A normal combination for scooping dirt from a hole is to lower the bucket into the soil, then pull back the left boom to pull the bucket through the soil toward you, while pulling the right stick to the left to scoop earth into the bucket.
    
    

    

    
    
    

    
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    Move the left joystick to your left (being sure the bucket is clear of the ground, and there are no obstacles on your left). This will cause the complete cab of the machine to rotate on top of the tracks to the left. Move the stick slowly, since the machine will rotate pretty suddenly, a motion that takes some getting used to. Push the left joystick back to the right, and the machine will pivot to the right.
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    Keep practicing with these controls until you have a good feel for what they do. Ideally, with enough practice, you will move each control without consciously thinking about it, focusing on watching the bucket do its job. When you feel confident with your ability, maneuver the machine into position, and get to work.