Part Number: 230SP
Material: Alloy steel
Weight: 1.2 kgs
Correspondent Pin: 23PN
Correspondent Adapter: 2740-23 / 834-23
Material: Alloy steel
Chemical component: Carbon, Silcon, Manganese, Sulfur, Phosphorous, Chrome, Molybdenum, Nickel
Impact: > 15J
Casting Type: Fine Casting / Sand Casting / Film Covering Sand Mold
Heat Treatment: Normalising, Quenching, Tempering
230 Series Teeth
230CF: Cast Flared Tooth
230CHF = 23HXF: Flared Flexpin Style Tooth; Heavy Duty Version of the 230CF Tooth
230CHFC: Flared Corner Style Tooth; Heavy Duty Version of the 230CF Tooth
230CLAW: Stronger Version of the Cast 230TF Fangs Tooth
230CPE: Heavier Version of the Sharp Penetration 230SP Tooth
230CSP: Cast Sharp Penetration; Other Part Number Associated with the Original 230SP
230CST: Cast Star Ripping Design; Other Part Number Associated with the Original 230ST
230CTT: Forged Centerline Twin Tiger Tooth; Heavier Version of the Twin Tiger 230TT Tooth
230SP: Sharp Penetration; Flexpin Style Tooth Design
230ST: Uniforged Flexpin Style Tooth Design; Penetration Version of the General Purpose 230SP Tooth
230T9: Forged Tiger Tooth; Sharper Penetration Version of the Star 230ST Tooth
230TF: Fangs Style Penetration; Heavy Duty Rock Application; Forged 230CLAW (Curved Profile) Design
230THD: Cast Single Sharp Design
230TL: Long Sharp Tiger Penetration
230TR3: Triple Tiger Trident Tooth; Self-sharpening Design; Centerline Design Allows Reversible Fit
230TT CLAW: Twin Tiger Claw (Fangs Style) Penetration
230TT7: Twin Tiger Penetration; Sharper Penetration Version of the Twin Tiger 230TT Tooth
230TW: Cast Twin Sharp Design
230WTL: Long Twin Tiger Penetration; Sharper Penetration Version of the Twin Tiger 230TT Tooth
23SP: Sharp Penetration; Fabricated General Purpose Sharp
The Maintenance of Bucket Teeth & Adapters (Ground Engaging Tools)
When the bucket teeth contact the material surface, because of the fast speed, the tip of the bucket teeth will be subjected to a strong impact load. If the yield strength of bucket tooth material is low, plastic deformation will occur at the tip. With the increase of excavating depth, the pressure on the bucket teeth will change.
The excavator/loader bucket control is the key to utilize the bucket teeth. The operator should try not to retract the bucket when lifting the boom. The operator should pay attention to the coordination of actions. Some of them throw the bucket on the rock during the action of expanding the arm, this will break the arms & cracks will occur on the bucket teeth.
In the daily maintenance, please spend 2 minutes to examine the bucket. The key point is to check if the bucket wears equally & any cracks has been occurred. If the status is horrible, you should carry out structural reinforcement immediately. If there is a crack in the bucket body, welding repair should be carried out immediately to prevent the increase in the length of the crack. In addition, you have to check the fitness of bucket teeth. If the teeth are loose, they should be tightened right away.
Before the bucket teeth reaches their service life, built-up welding is required. By the way, no bucket tooth made of a certain material can be applied to every kinds of work conditions, the teeth should be reasonably selected based on different work conditions to avoid unnecessary abrasion.
The bucket teeth on both sides of the excavator are worn about 30% faster than those in the middle. The bucket teeth on both sides and in the middle can be interchanged for further use, so as to reduce the repairs times and indirectly increase the service life of the bucket teeth.
It is recommended to replace the adapter after 10% of worn. There is a large gap between the worn gear base and the bucket teeth. The bucket teeth are easy to break due to the change of the stress point.
When you leave bucket teeth to wear down for too long, the moving range of excavator bucket will increase dramatically, and your excavator will take far longer to complete tasks and will use more fuel too. Dull bucket teeth will result in greater percussive shock to be transmitted via the bucket to the digging arm and undercarriage of the machine. This can result in damage to the equipment and accelerated wear to the other undercarriage components. It is necessary to immediately remove and replace the new bucket teeth.