The CASE CX350D large crawler excavator is built for contractors who demand uncompromising power, precision, and efficiency on the jobsite. With 268 horsepower and an impressive bucket breakout force of more than 56,000 pounds, it delivers the muscle needed for high-production applications like pipeline trenching, land clearing, roadbuilding, and foundation work. Operators benefit from fast cycle times, smooth hydraulic responsiveness, and three power modes that adapt performance to the task at hand, from heavy digging to fine grading.

Inside the spacious cab, comfort and control take center stage. The CASE CX350D features an ergonomic design, an intuitive 7-inch LCD display, and a work environment built to reduce fatigue during long days. Add in excellent fuel economy, no-hassle Tier 4 Final emissions compliance, and purpose-built compatibility with advanced machine control systems, and the CX350D stands out as a productivity-driven machine engineered to deliver maximum return on investment. Keep reading to see how the CASE CX350D compares to rivals like the CAT 336 series, the John Deere 350 P-Tier, and the Komatsu PC390LC-11.

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COMPETITIVE COMPARISON

When comparing the CASE CX350D to major competitors like the CAT 336 series and the John Deere 350 P-Tier, the CASE model consistently delivers a balanced combination of power, efficiency, and operator-focused design. The CAT 336 offers slightly higher rated horsepower at around 300 horsepower, but the CX350D has more than enough power to tackle demanding excavation tasks without consuming excess fuel. With an operating weight positioned between the Deere 350 P-Tier (about 80,985 lb.) and the heavier CAT 336 (about 81,100 lb.), the CASE model hits a sweet spot. It is heavy enough for stability and breakout strength, yet efficient enough for faster cycle times and lower operating costs. The Deere 350 P-Tier produces similar horsepower (271), but the CX350D distinguishes itself through its CASE Intelligent Hydraulics system. This feature optimizes power delivery, refines control, and contributes to exceptional performance in both heavy cutting and detailed finish work. The CASE model also has three power modes—Automatic, Heavy, and Speed Priority—that allow operators to precisely match performance to the application in ways many competing models can’t fully replicate.

Stacked up against the Komatsu PC390LC-11, the CX350D continues to shine as a more versatile and efficiency-minded machine. The Komatsu delivers 257 horsepower and carries a significantly higher operating weight of up to 90,441 pounds, which can boost stability but often results in higher transportation costs and reduced maneuverability in certain applications. The CX350D offers comparable digging strength and superior cycle speed, while avoiding the drawbacks associated with extra mass. Its advanced hydraulic system, operator-focused cab, and fuel-efficient engine help reduce daily operating costs. This advantage becomes increasingly valuable on long-duration projects. While all three competitors bring strong capabilities to the table, the CASE CX350D excels by delivering high-end performance without compromising efficiency, comfort, or versatility. These aspects make it a leading choice for contractors who prioritize productivity and long-term value.

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WHY BUY FROM MCCANN INDUSTRIES?

At McCann Industries, we offer an extensive selection of both new and pre-owned construction equipment designed to suit every budget and project need. Our new models ensure advanced performance, enhanced fuel efficiency, and superior operator comfort, all of which make them perfect for businesses that prioritize long-lasting reliability. If you're looking for a budget-friendly option, our pre-owned and surplus heavy equipment is rigorously inspected to ensure dependable operation at a lower cost. Additionally, we’re interested in purchasing any equipment you no longer use. This allows you to convert those unused assets into quick cash.

When you choose McCann Industries, you gain access to a vast inventory of top brands like CASE, Takeuchi, Bobcat, Kubota, Deere, CAT, and many more. Many of our machines are eligible for McCann Protect Plans, which include complimentary powertrain coverage for 12 months or 1,000 hours (whichever comes first) to give you added peace of mind. If you can’t locate what you need on our website, you can reach out to us at (331) 236-0276 or via email at used@McCannOnline.com for tailored assistance from our knowledgeable team. To keep your equipment in top shape, we provide same-day parts and contractor supplies, along with certified technicians available for on-site service 24/7 to minimize any downtime and keep your projects on track. What sets us apart from other construction sales companies is our unwavering commitment to your success, long after your purchase. Reach out to us today and discover the McCann Industries difference!

The CASE CX145D SR minimum-swing radius crawler excavator is built for contractors who need serious digging and lifting performance in spaces where a conventional excavator simply won’t fit. With an operating weight of 32,100 lbs and 102 horsepower on tap, it delivers the muscle you expect from a 14- or 15-ton machine while remaining easy to transport from job to job. Its short-radius, tailswing design lets operators work confidently along roadsides, next to structures, and in tight urban sites without constantly worrying about the counterweight.

With features like a bucket breakout force that tops 21,000 lbs, smooth and responsive hydraulics, and three selectable power modes, the CASE CX145D SR delivers fast, efficient cycle times. Add a proven, fuel-efficient engine, easy-access service points, and OEM-fit 2D and 3D machine control options, and this excavator stands out as a high-productivity, high-value tool ready for today’s demanding job sites. Keep reading to see how the CASE CX145D SR compares to rivals like the Cat 315, the Komatsu PC138USLC-11, and the John Deere 160 P-Tier.

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COMPETITIVE COMPARISON

The CASE CX145D SR stands out against the Cat 315 and Komatsu PC138USLC-11 for its blend of performance, agility, and practicality. While the Cat 315 offers slightly higher horsepower (108 vs 102) and weighs around 34,000 lbs, this extra weight hinders mobility on weight-restricted roads. The CX145D SR features a lighter, 32,100-lb design that enhances transportability while providing strong breakout performance of over 21,000 lbs, alongside quick hydraulic response. Compared to the Komatsu PC138USLC-11, which delivers up to 97.2 horsepower and weighs up to 37,547 lbs, the CASE machine combines more power with less weight. This results in more effective digging and lifting without unnecessary bulk.

When looking at the heavier John Deere 160 P-Tier, the CASE CX145D SR remains the more nimble and efficiency-driven choice. The Deere boasts about 122 horsepower and weighs approximately 39,526 lbs. As such, it’s better suited for larger job sites. The CX145D SR, in contrast, features a minimum-swing design that minimizes the risk of jobsite damage and a balanced power-to-weight ratio that prioritizes fuel efficiency and control. Its easy maintenance and attachment compatibility further improve uptime and operator confidence, making the CASE CX145D SR the most practical and ROI-focused choice in its class.

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WHY BUY FROM MCCANN INDUSTRIES?

At McCann Industries, we provide a comprehensive selection of new and pre-owned construction equipment to match any budget and project requirement. Our new models deliver cutting-edge performance, improved fuel efficiency, and enhanced operator comfort. This inventory is ideal for businesses that value long-term dependability and the security of warranty coverage. For those seeking a cost-effective solution, our used and surplus heavy equipment undergoes thorough inspection to ensure reliable operation at a reduced price. Plus, if you have equipment you no longer need, we’re ready to make you an offer so you can turn your unused assets into quick and easy cash.

When you buy from McCann Industries, you gain access to a huge inventory of leading brands, including CASE, Takeuchi, Bobcat, Kubota, Deere, CAT, and more. Many machines qualify for McCann Protect Plans, which unlock a complementary 12-month or 1,000-hour (whichever comes first) powertrain coverage plan for added peace of mind. If you can’t find what you’re looking for on our website, you can call (331) 236-0276 or email used@McCannOnline.com to get personalized assistance from our team. To keep your equipment working hard, we offer same-day parts and contractor supplies, as well as certified technicians who are available for 24/7 on-site service to minimize downtime and keep your projects moving. We stand out from other construction sales companies because we stay committed to supporting your success long after the sale. Connect with us today to experience the McCann Industries difference.

The number one reason for problems with your hydraulic equipment is improper or inconsistent maintenance. It’s important to change your fluids and filters at the intervals outlined by the manufacturer, routinely inspect system components, and conduct regular fluid analysis. Particles like dirt, metal, and other contaminants can clog valves, damage seals, and lead to accelerated wear and tear on pumps and hoses. By recognizing abnormal buildup of these substances and ensuring your filters and fluids are clean, you can prevent costly delays and repairs.

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HOW DO YOU DETERMINE IF YOUR MACHINE HAS HYDRAULIC LEAKS?

If your hydraulic equipment is leaking, it will eventually lead to pressure loss, a decrease in power, and inefficient performance when lifting, scooping, or moving. Signs that you might have a leak include the following:

• Fluid collecting underneath your machine
• Hydraulic system pressure loss
• Sluggish hydraulic pumps
• Strange sounds coming from the system

Routine inspections and proactive hydraulic maintenance will help you realize you have a leak before it turns into a larger, more expensive issue.

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WHAT ARE THE PRIMARY WARNING SIGNS OF HYDRAULIC PUMP FAILURE?

The last thing you need on a job is for your hydraulic pump to go out. When that happens, it grinds your equipment and your work to a stop. To avoid this situation, we recommend constantly watching out for:

• Loud noises like whining or grinding
• Large, quick decreases in pressure
• Greater heat buildup
• Metal particles in your hydraulic fluid, which means internal wear

Proper hydraulic pump maintenance, like fluid analysis and filter replacements, can help lengthen your pump’s service life and assure effective operation.

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WHICH SOUNDS MAY INDICATE A BIGGER PROBLEM?

If you hear any type of knocking, banging, or whining come from your hydraulic systems, then it could be a serious issue. Common causes behind these noises are:

• Air contamination (aeration)
• Cavitation due to insufficient fluid supply
• Worn out bearings or misaligned components

Noticing and fixing these problems the first time you hear an abnormal sound can help you avoid a catastrophic failure. Always conduct inspections and listen to components as part of your hydraulic maintenance routine.

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DOES SLUGGISH OPERATION MEAN I HAVE HYDRAULIC ISSUES?

If your hydraulic equipment is less responsive and operating slower than normal, it might be a sign of:

• Clogged filters restricting fluid flow
• Worn out seals or gaskets
• Insufficient fluid levels or contaminated fluid

Conducting hydraulic system maintenance makes it much easier to spot these types of complications before they become worse.

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IS OVERHEATING SERIOUS FOR HYDRAULIC SYSTEMS?

If your machine’s hydraulic pump or overall system overheats, it can result in fluid breakout and significant component damage. Most often, the culprits behind overheating are:

• Low fluid levels that decrease cooling capabilities
• Contaminated or degraded fluid
• Excessive stress on the hydraulic pumps

Closely monitoring your machine’s temperature and ensuring correct fluid levels are critical for avoiding overheating and expensive failures.

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WHAT PREVENTIVE HYDRAULIC SYSTEM MAINTENANCE SHOULD I DO?

Preventive hydraulic maintenance is very important for lengthening your machine’s service life. Here are the steps that you should follow:

• Conduct regular fluid analysis
• Make sure your fluid levels are correct
• Check hoses, seals, and fittings for wear prior to operation
• Change filters according to the manufacturer’s recommendations
• Always keep tabs on temperature and pressure levels

By sticking to these maintenance best practices, you can assure top performance from your hydraulic equipment for as long as possible.

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FAQS

• Q: How often should you change hydraulic fluid?
  A: It depends on your working conditions, but a good rule of thumb is to replace hydraulic fluid about every 2,000 hours.
• Q: What causes hydraulic pump failure most often?
  A: Contaminated fluid is the primary reason behind hydraulic pump problems, because it leads to excessive wear and tear and can harm internal components.
• Q: Will air in my hydraulic system result in breakdowns?
  A: Yes, air may lead to cavitation, pressure loss, and extra wear on components.

Effectively managing your equipment fuel costs is essential in the construction, demolition, and road building industries, where they constitute a significant portion of your operational expenses. Avoiding excessive engine idling is key, because it can drive up those already expensive costs. For instance, according to one equipment manufacturer’s data, an average 36 ton excavator running 1,000 hours per year wastes approximately 400 gallons of fuel through idling alone. To combat this resource drain, we’ve compiled some essential tips for minimizing idle times, optimizing machine efficiency, and reducing unnecessary equipment wear.

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THE COSTLY IMPACT OF ENGINE IDLING

Engine idling happens when equipment continues to run when not being actively used. This practice undermines profitability, reduces machine efficiency, and depletes valuable resources. Extended idle times can lead to:

• Fuel consumption without productive work
• Increased wear on engine components
• More frequent maintenance visits
• Accumulation of unproductive “ghost hours” that can decrease resale value
• The machine not reaching proper operating temperature, potentially causing emissions system problems that aren’t covered by manufacturer warranties

While the impact of “ghost hours” or excessive idle times may not be immediately visible, they steadily erode your asset value. Consider this example: two machines, A and B, both have 5,000 working hours, but machine A accumulated substantially more idle time. During resale, machine A displays 10,000 total hours compared to machine B’s 7,500 total hours. This 2,500 hour difference can reduce the sale price by up to $20,000, depending on equipment size and type – all because of too much idling.

Despite its substantial negative effect on business profitability, engine idling remains widespread at construction sites. However, several effective strategies can help minimize this practice.

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EDUCATE YOUR OPERATORS

It’s essential that equipment operators fully understand how engine idling impacts your operation’s financial health and equipment longevity. Implement a straightforward policy: if the machine isn’t performing work for more than 10 seconds, it should be shut down. Some operations even implement an incentive or rewards program for operators who effectively and consistently reduce idle times, resulting in significant gains on their bottom line.

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UTILIZE EQUIPMENT MONITORING SYSTEMS

You can’t improve what you don’t measure. Today’s machines typically include monitoring capabilities that track usage patterns and transform operational data into actionable insights. These systems enable you to track and analyze idle times. By identifying patterns of engine idling, you can take targeted steps to train operators or adjust site workflows, resulting in improved operational efficiency.

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PLAN YOUR PROJECTS CAREFULLY

Effective project planning can dramatically reduce engine idling. Deploy the right number and types of machines to each location to eliminate bottleneck, redundancies, and job delays. Equipment matching is critical—for example, when loading articulated trucks, your excavator should complete the job in three to five bucket loads. If it takes more than five loads, you will likely have machines waiting around, idling, and wasting time and fuel.

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SELECT MACHINES WITH AUTOMATIC START AND STOP TECHNOLOGY

Many modern pieces of equipment include idling reduction features that help increase machine efficiency. Whether labeled as auto idle, auto stop, auto start, or idle stop systems, these technologies can significantly reduce unnecessary engine idle times. When purchasing new equipment, prioritize models with these fuel saving features.

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If you have any questions about minimizing engine idling or increasing machine efficiency in general, contact our team today!

BEST PRACTICES FOR HEAVY EQUIPMENT WASHING

Cleaning is a critical aspect of machine maintenance. It helps improve performance, reduce wear and tear, boost efficiency, extend service life, and safeguard your investment. However, heavy equipment cleaning isn’t as straightforward as washing your car. To help you complete it the right way, we’ve put together some important tips and best practices.

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MAINTAIN A REGULAR SCHEDULE

The frequency of heavy equipment washing depends on your usage and specific jobsite conditions. For particularly muddy or dusty environments, you might need to clean it every few days or at least once a week. We suggest adhering to a cleaning schedule as part of your regular machine maintenance routine, because the longer you leave grease, mud, and other debris on your equipment, the more it interferes with operation and the tougher it is to get off.

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USE A DEDICATED CLEANING AREA

When washing heavy equipment, it’s crucial to use specialized areas or bays designed to collect and process wastewater. Many local regulations prohibit the discharge of water containing grease, fuel residues, and other pollutants into open waters and groundwater sources. Dedicated wash bays allow you to clean your machinery while preventing contaminants from entering the surrounding environment.

There are two primary types of heavy equipment washing bays. The first is a permanent station built at your facility or equipment storage site. They second is a portable wash pad that can be brought with you from jobsite to jobsite. Whether permanent or portable, both types work by capturing the polluted water in a catch basin below the wash pad and then moving it through a water treatment recycling system that removes the harmful materials.

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ALWAYS BRING A PRESSURE WASHER

A pressure washer is an essential tool for tackling the most challenging heavy equipment cleaning jobs. It can effectively remove persistent residue from hard to reach areas, including old grease, mud, rocks, sludge, vegetation, and more. For buildup that is especially difficult to clean off, we recommend using a hot water pressure washer. The hot water dissolves and breaks down the toughest grime more quickly and efficiently than cold water, helping you save both time and water.

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PRIORITIZE APPROPRIATE PROTECTIVE GEAR

During heavy equipment cleaning, we strongly recommend wearing full length clothing or coveralls, slip resistant footwear, face and eye protection, and gloves. Proper attire and equipment will minimize the risk of employee injuries from hot water, chemicals, or contaminants that dislodge from the machinery.

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SELECT THE RIGHT CLEANING AGENTS

When your equipment is covered in a combination of organic materials (like lubricating grease, fuel residue, or animal waste) and inorganic substances (such as sand, gravel, and dust), detergents will make the cleaning process easier and more effective.

Here are some effective chemicals for removing grease, dirt, and grime from your machines:

• Acidic pre-soaks and/or aluminum brighteners for oxidation and mineral residue
• High pH detergent to neutralize your low pH presoak & clean normal buildup
• Friction detergent for brush washing that will reduce drying & surface abrasions
• Degreaser for a heavy buildup of grease, fuel spills, and oils
• Concrete and cement cleaner for removing paving materials, lime, fly ash, rust, and water scale

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REMOVE ATTACHMENTS BEFORE CLEANING

When completing heavy equipment washing, it’s essential to take off any attachments and clean them separately. This approach allows easier access to accumulated grime and makes the entire washing process easier and more effective.

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For any inquiries about heavy equipment washing or general machine maintenance, please contact our team.

Ensuring robust and effective jobsite security is crucial for any project’s success. Your work area houses millions of dollars worth of equipment and materials, and the construction industry faces annual losses of up to $1 billion due to theft. Implementing construction security measures is key to reducing these losses and deterring potential thieves from accessing your work area.

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CONDUCT A COMPREHENSIVE RISK ASSESSMENT

The first step in enhancing construction site security is performing a thorough evaluation to identify vulnerabilities. This assessment should examine potential risks, including the site’s location, local crime rates, and the value of on-site assets. Once weak points are identified, you can develop a targeted jobsite security strategy.

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IMPLEMENT ADEQUATE LIGHTING

Well lit work areas serve as an excellent deterrent when unoccupied at night. Most criminals prefer to operate undetected, so illuminating the area increases the risk of discovery and discourages potential intruders.

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INSTALL PHYSICAL BARRIERS

Erecting fences, walls, and gates significantly improves construction site security by restricting unauthorized entry. Secure fencing with controlled entry points limits access to authorized personnel, while concrete barriers can prevent vehicle intrusions.

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DEPLOY SURVEILLANCE SYSTEMS

Video monitoring is a crucial component of effective jobsite security. These systems provide round-the-clock surveillance, alert personnel to suspicious activities, and offer evidence in case of theft or vandalism. Consider portable surveillance options that you can bring from job to job for a more cost effective, flexible construction security solution.

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UTILIZE ALARM SYSTEMS

Alarms play a vital role in jobsite security by notifying security personnel of intrusions. Loud noises and flashing lights can deter trespassers and immediately inform on-site staff of security breaches. Similar to portable surveillance systems, portable alert systems offer versatility across multiple projects.

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TRAIN YOUR WORKFORCE

Educate all team members on identifying potential risks, recognizing suspicious activity, and following proper security protocols. Regular training sessions will enhance your crew’s ability to prevent and report jobsite security issues effectively.

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SECURE VALUABLE EQUIPMENT

When it comes to high value equipment, we recommend implementing additional protective measures. Use GPS tracking devices, secure storage containers, and always maintain detailed inventory records to enhance overall construction site security.

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If you have any questions about construction site security or preventing equipment theft, contact our team today!

Whether you’re excavating, transporting materials, or simply navigating through a worksite, sandy soil can present unique challenges for traction, excavation safety, and various aspects of construction and earthmoving operations. To help you overcome these challenges and minimize costly delays, we’ve put together some important tips for effectively digging in sand and maneuvering on sandy soil.

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SELECT THE RIGHT CTL OR EXCAVATOR TRACKS

When digging in sand or traversing sandy soil, maintaining adequate traction can be difficult, particularly on slopes. We recommend opting for wide, high flotation CTL or excavator tracks. These distribute weight more evenly, reducing the risk of sinking into soft, sandy terrain.

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PICK SUITABLE SKID STEER TIRE

For non-tracked equipment like skid steers, both solid and pneumatic tires can provide sufficient traction in sandy environments. Look for skid steer tires with deep tread patterns, as these offer the necessary grip for effective maneuverability on loose surfaces such as sand and gravel.

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EXERCISE CAUTION WHILE EXCAVATING

When digging in sand, it’s crucial for operators to prioritize precision and gentleness. Sandy soils are easily disturbed, increasing the risk of cave ins compared to denser soil types. By excavating slowly and removing material in smaller increments, you can enhance stability, reduce the likelihood of dangerous collapses, and improve overall project efficiency.

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USE THE RIGHT EXCAVATOR BUCKET OR SKID STEER BUCKET

Selecting the appropriate bucket for your machine is key for successful digging or loading operations. In loose, sandy soils, a general purpose excavator bucket or skid steer bucket with wide teeth and curved edges is often the best choice. This design minimizes soil disturbance while still allowing for efficient material movement.

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MAINTAIN CLEAN TRACK

Sandy soil can cause abrasion between components, leading to increased wear on excavator tracks. Throughout the workday, use a shovel to clear the undercarriage and a pressure washer to remove sand and dirt from hard to reach areas.

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APPLY AMPLE LUBRICATION

Due to its abrasive nature, sand can be harsh on your undercarriage, bucket, and other moving parts. Ensure all these components are well greased, and reapply lubricant multiple times throughout the day or approximately every five hours. This practice helps keep sand away from sensitive parts and pushes out any accumulated sand when fresh grease is applied.

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IMPLEMENT PROPER TRENCH PROTECTION

Installing trench protection is critical when working in sandy soil. Traditional sloping and benching methods are often less effective in sand due to its loose nature. Instead, consider using shoring and trench shields, which utilize metal supports to reinforce trench walls and prevent cave ins during excavation.

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CONDUCT THOROUGH SOIL TESTING

Soil tests are crucial for jobsite and structural safety, especially when working with sandy soil. These assessments help on-site experts determine the appropriate benching, shoring, and sloping techniques to prevent cave ins during excavation. Understanding the soil’s physical and chemical properties allows you to calculate its weight bearing capacity and determine the necessary compaction levels.

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For any questions about operating on sandy soil, selecting the right excavator bucket or skid steer bucket, or digging in sand, contact our team today!

Every piece of equipment will need new parts eventually. Whether a component breaks, wears out, or you’re just upgrading, replacements will be necessary from time to time. When deciding which construction equipment parts are best for your machine, you have a few different options available. To help you out, we’re reviewing what those options are and what the benefits or drawbacks are of each different type.

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THE DIFFERENT CATEGORIES OF CONSTRUCTION EQUIPMENT PARTS

There are three primary types of construction equipment parts, OEM, aftermarket, and remanufactured.

OEM components – OEM means original equipment manufacturer. These parts are built by the same manufacturer who produced your machine. They are exactly the same as the components that were originally in the piece of equipment.

Aftermarket parts – Components or accessories that are produced by a different manufacturer than the one that built the machine are called aftermarket. They are engineered to closely resemble and replicate OEM parts, but they are not identical to them and are generally less expensive.

Remanufactured parts – Remanufacturing restores old or worn out complex parts to like new condition in terms of performance, quality, and reliability. The process works by completely taking it apart, cleaning it, checking it for quality, and then re-engineering and rebuilding it with new individual components. Reman parts are less expensive than OEM components, but they meet the same specifications. Typical examples of remanufactured parts include oil pumps, torque converters, power shuttles, A/C compressors, injection pumps, alternators, and others.

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WHICH TYPE OF PART IS BEST FOR YOUR EQUIPMENT

OEM components are usually the right choice when it comes to purchasing construction equipment parts. The reasons why are quality, warranty, and reliable distribution.

• Quality – OEM parts are engineered and produced specifically for your machine from the same manufacturer. You can be confident of a precise fit and excellent performance. Plus, you’ll most likely have better support than you would with an aftermarket manufacturer if there is a problem with the part.
• Warranty – OEM components are generally covered by the manufacturer’s warranty, and using them will not affect your equipment warranty. Installation of aftermarket parts, on the other hand, may compromise or void your warranty.
• Reliable distribution – More often than not, manufacturers have a large dealer network and parts inventories, so you can locate and purchase what you need quickly to minimize equipment downtime.

With aftermarket parts, the main drawbacks are poor compatibility and quality. Due to their design, they may not work seamlessly with your machine without making some adjustments and modifications. These changes increase the cost of the part and may hinder its effectiveness.

Aftermarket parts are typically cheaper than OEM components because they are usually lower quality. They also generally aren’t put through as rigorous of testing to make sure they do their job properly. If you’re considering aftermarket parts, the question you need to ask yourself is, are you willing to risk costly downtime caused by an inferior component for a slight cost savings in the short term?

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HOW ABOUT REMANUFACTURED PARTS?

Remanufactured parts are an excellent alternative to OEM components. They are much less expensive than purchasing new, but, unlike aftermarket options, they are engineered and produced to the same factory specifications and often covered by warranties that are the same as or better than new OEM parts.

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When it comes to choosing construction equipment parts, we recommend you choose OEM components or remanufactured options. If you have any questions about which parts to choose, contact our team today!

Earthmoving and digging projects can very dangerous if the proper precautions and measures aren’t taken by your excavator operator and other people on the jobsite. To help you avoid potentially hazardous situations in your work area, we’re sharing some key tips and best practices to improve the safety and productivity of your operation.

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INSPECT YOUR EQUIPMENT BEFORE BEGINNING WORK

Prior to starting their shift, your excavator operator needs to check the machine for any indications of damage or abnormal operation. They should be on the lookout for things like intermittent electrical failures, inappropriate noises, structural cracks or other signs of impending breakage, and any damage to the machine. Catching issues as early as possible will prevent bigger, more dangerous, and more expensive problems down the road, helping avoid downtime and improving excavator safety.

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REMEMBER YOUR FUEL

It may sound simple, but one of the first things your excavator operator should do each day is make sure their machine has fuel in the tank. If you run out of gas while working, the machine may shut down unexpectedly, leading to unstable loads and dangerous conditions for everyone around the excavator. All it takes is a quick look at the fuel gauge to know whether or not you need to top off the tanks before beginning work for the day.

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MAKE TRACK OF ADJUSTMENTS ON-SITE

Key to excavation safety is having properly tensioned tracks. If they are too loose, then they can detrack. If they are too tight, you can experience power loss, excessive wear, and even track breakage. Both situations lead to unstable and dangerous working conditions. It’s critical that your excavator operator makes tension adjustments in the field, rather than in the shop. The reason is that tension can increase if the sprocket and chain are packed with mud or other materials, so a track that was correctly tensioned in your shop may become too tight when packed with mud in actual job conditions.

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CHECK THE GROUND PRIOR TO WORKING

Hidden or unexpected obstacles like rocks, stumps, and slopes can cause your excavator to slide, catch an edge, and even tip over. Before starting each shift, your excavator operator has to assess the terrain and search for any large debris, loose soil, holes, ditches, inclines, or other obstructions that may hinder excavation safety.

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USE THE RIGHT ATTACHMENTS

A key way to improve excavator safety is to choose attachments that are approved by your machine’s manufacturer. Look at your owner’s manual to find out your equipment’s hydraulic flow, weight capacities, and any other limitations. It’s important to not push your excavator beyond the recommendations in the manual or use an attachment that it’s not compatible with.

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NEVER UNDERCUT

An undercut is when you dig out the ground underneath the excavator itself. In order to maintain excavation safety and prevent any cave ins or other accidents, your operator has to always be aware of where the lip of the hole is and be very cautious to not to remove dirt from under the tracks.

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DON'T OVERLOAD THE BUCKET

The fastest way to compromise excavation safety on your jobsite is to work beyond your machine’s maximum capacities. Overloading a bucket will lead to instability and can potentially cause a tip over, which may result in serious injury to the operator and surrounding crew. You should avoid overloading your bucket at all times.

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MONITOR YOUR TRACK POSITION

Whenever operating on a hill or any incline or decline, make sure your machine’s tracks are pointing up and down the slope. You never want them to be parallel to the slope, as this distributes the weight of the excavator unevenly and can result in a roll over. Your excavator operator needs to maintain a stable center of gravity at all times.

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POSITION YOUR TRUCK PROPERLY

Our last tip to increase excavator safety on the jobsite is to correctly load your trucks. We suggest positioning the truck on the left side of the excavator, so the truck and excavator are facing cab-to-cab. The truck has to be stopped with the truck bed headboard in line with the rear of the excavator cab. This position provides the excavator operator excellent visibility, since the boom is out of the way. It also gives about a 25° swing into the truck, which is the most effective position for loading.

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If you have any questions about excavator safety, excavation safety, or any other tips for your operator, contact our team today!