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XSCW12RMHL-ARM
| Availability: | |
|---|---|
| Item | Specification |
|---|---|
| Part Number | XSCW12RMHL-ARM |
| Product Name | Mining Shovel Bucket Tooth (Carbide Reinforced) |
| Product Type | Cable / Hydraulic Shovel Bucket Tooth (GET) |
| Tooth System | XSC12 Series |
| Profile | Crown / ARM (Abrasion Resistant Material) |
| Special Feature | Carbide Reinforced |
| Compatible Machine Models | 495, 7495HD, WH12 Mining Shovels |
| Application | Extreme-duty mining with high abrasion resistance |
| Single Weight | 160 kgs (352.7 lbs) |
| Material | High-strength alloy steel with carbide reinforcement |
| Industry Focus | Surface Mining, Hard Rock Excavation, Overburden Removal |
XSCW12RMHL-ARM carbide tooth
495HD carbide mining tooth
7495HD carbide shovel tooth
WH12 carbide bucket tooth
160 kg carbide reinforced shovel tooth
Abrasion resistant mining tooth
XSC12 series carbide tooth
Carbide bucket tooth for shovel
The XSCW12RMHL-ARM Mining Shovel Bucket Tooth (Carbide Reinforced) is a genuine OEM-specification ground engaging tool designed for the XSC12 tooth system, compatible with 495, 7495HD, and WH12 mining shovels. This carbide reinforced Crown profile tooth is engineered for extreme-duty mining applications requiring maximum abrasion resistance.
The Carbide Reinforced (ARM - Abrasion Resistant Material) design incorporates tungsten carbide inserts or hardfacing in critical wear areas, significantly extending tooth life in highly abrasive mining conditions. The Crown profile provides excellent penetration while maintaining superior wear resistance.
| Feature | Benefit |
|---|---|
| Carbide Reinforced (ARM) | Extended service life in highly abrasive conditions |
| Crown Profile | Excellent balance of penetration and wear resistance |
| XSC12 System Design | Engineered for ultra-class mining shovels |
| High-Strength Alloy Steel | Superior toughness and impact resistance |
| Ultra-Heavy-Duty Construction (160 kg) | Built for the most extreme mining conditions |
| Multi-Model Compatibility | Fits 495, 7495HD, WH12 shovels |
| Direct OEM Replacement | Guaranteed fit and performance |
| Machine Model | Type | Application |
|---|---|---|
| 495, 7495HD | Electric Rope Shovel | Surface mining, hard rock, abrasive materials |
| WH12 | Mining Shovel | Surface mining, hard rock, abrasive materials |
| Component | Description |
|---|---|
| Compatible Adapter | XSC12 series adapter |
| Locking Pin | XSC12PSL |
| Retention System | Pin-on attachment |
| Aspect | Benefit |
|---|---|
| Wear Life | Up to 2-3x longer life than standard teeth |
| Abrasion Resistance | Superior resistance in highly abrasive materials |
| Cost Effectiveness | Reduced downtime and lower operating costs |
| Productivity | Fewer tooth changes, more production time |
Adapter Compatibility: Use only with XSC12 series adapter
Pin Installation: Use correct XSC12PSL locking pin; ensure secure fit
Lifting Requirement: Due to extreme weight (160 kg), mechanical lifting assistance is required for safe handling
Regular Inspection: Check tooth for carbide wear and damage periodically
Replacement: Replace when carbide wear exceeds OEM specifications or when structural integrity is compromised
| Condition | Action |
|---|---|
| New tooth - full carbide profile | Normal operation |
| Moderate carbide wear | Monitor regularly |
| Excessive carbide wear (loss of protection) | Replace tooth |
| Broken or cracked tooth | Replace immediately |
| Item | Detail |
|---|---|
| Part Number | XSCW12RMHL-ARM |
| Type | Carbide Reinforced Shovel Bucket Tooth |
| System | XSC12 Series |
| Weight | 160 kg per piece |
| Compatibility | 495, 7495HD, WH12 Mining Shovels |
| Pin Required | XSC12PSL |
| Packaging | Individual crate |
Note: This is a carbide reinforced (ARM) shovel bucket tooth for 495, 7495HD, and WH12 mining shovels. Must be used with XSC12PSL locking pin. Due to extreme weight (160 kg), mechanical lifting assistance is required for safe installation. Verify machine model and adapter compatibility before ordering. The carbide reinforcement provides significantly extended wear life in highly abrasive mining conditions.
