Why worry about GET?

It’s important to select the correct GET for your job. Choosing incorrectly can have more negative consequences than you may think. The wrong GET can mean reduced fuel efficiency, reduced engine and power train life, and increased operator fatigue. Selecting the wrong GET or allowing them to exceed 100% wear can also increase the contact surface of your bucket, introducing more stress to the system. This increased resistance requires the machine to work harder, which results in more horsepower and fuel use, increased time taken to move the material, and inefficient contact.

Selecting the right GET

Cat Advansys™ GET are designed for the toughest jobs, whether you’re digging into high-abrasion material or need bucket tips that can withstand high impact. Though your Cat dealer can help with GET selection that offers the right balance of penetration and wear for your job, here’s a quick look at the most common bucket tip options.

• General Purpose tips are standard symmetrical bucket tips.
  
  
• Heavy Duty tips include about 60% more wear material in the tip body than the General Purpose tips. For added durability, Heavy Duty tips can also be made with Abrasion Resistant Material (ARM), a welding process that provides a protective shield of tungsten carbide which can double your wear life.
  
  
• Wide tips are used to maintain smooth trench floors and are best used in low-abrasion, easy-to-penetrate material.
  
  
• Penetration tips are ideal for densely compacted materials, featuring a leading edge with 60% less cross-sectional area than the General Purpose tip. It also features a single center rib that self-sharpens as it wears. Penetration tips are also available with ARM.
  
  
• Penetration Plus tips feature 20% more wear material and a leading edge with 25% less cross-sectional area than the General Purpose tip. It self-sharpens as it wears.
  
  
• Spike tips are used to achieve maximum penetration, typically used for cohesive material.
  
  
• Double Spike tips are used in the corner position of your Cat bucket in tandem with the Spike tips for hard-to-penetrate, fracturable materials.

Getting the most out of your GET

So you’ve selected the right GET for the job. How can you maximize the life of these bucket tips? Conduct a bucket walk-around to inspect your bucket and GET for wear. Here’s what to look for.

• Start at the front of the bucket, and look at the bottom up. The bottom half of your bucket will have between 90% and 95% of the wear.
  
  
• Look at the base edge. Check for cracks in the welding around the adapters and around the edge to the bucket. Are the welds thin or excessively worn? Normal wear can lead to cracking over time, but with high-impact applications, it’s important to check for cracking more regularly.
  
  
• Look for scalloping wear in between your bucket teeth. Is the wear spreading to your adapters and adapter welds?
  
  
• Look at the wear on the ends of the base edge. Are the base edge ends worn into the outer adapter and sidebar welds?
  
  
• Are your GET wearing evenly? Could they be swapped to get more life?
  
  
• Now, look inside your bucket. Is there a liner? Look for wear closest to the edge. Is there any weld wear or plate peeling?
  
  
• Look up under the bottom of the hinge plate inside the bucket. Check for possible cracks, particularly for high-impact applications.
  
  
• Finally, examine the sides of your bucket. Is the lower half excessively worn?
  
  
• If you are using sidecutters or protectors, look for visible wear and determine if they need replacement.

Check out the GET catalog here.


You can also check out this video for tips on bucket maintenance to minimize downtime and maintenance costs.