Sandvik Equipment Naming: A Field Guide for EAM Teams
For Enterprise Asset Management (EAM) teams operating with Sandvik mining equipment, understanding the intricate naming conventions and serial number formats is paramount for efficient asset tracking, maintenance scheduling, and regulatory compliance. This guide provides a comprehensive overview of how Sandvik structures its model names for underground drilling, loading, and hauling equipment, including the DD, DL, LH, TH, and Z series, and offers insights into mapping this equipment to ISO 14224 categories for standardized reliability and maintenance data collection.
The Importance of Standardized Equipment Naming in EAM
Standardized equipment naming is not merely a bureaucratic exercise; it is a foundational element for robust EAM. A clear, consistent nomenclature system facilitates accurate data entry, reduces human error, and streamlines communication across maintenance, operations, and procurement teams. For Sandvik equipment, which often involves complex machinery with numerous variants, a deep understanding of the naming structure allows EAM teams to quickly identify specific models, their configurations, and their intended applications. This precision is critical for ordering correct spare parts, accessing relevant technical documentation, and ensuring that maintenance tasks are performed on the right asset with the right procedures.
Decoding Sandvik's Equipment Series Naming Conventions
Sandvik employs a systematic approach to naming its underground mining equipment, with specific prefixes indicating the equipment type, followed by numerical and alphabetical designators that convey further details about the model, capacity, and technological features. While a single, universally published Sandvik nomenclature guide detailing every character was not readily available, patterns emerge from product specifications and technical documents. The 'i' suffix, for instance, consistently denotes Sandvik's iSeries machines, which are characterized by advanced intelligence, automation, and connectivity features.
DD Series: Underground Development Drill Rigs
The DD series (Development Drills) are designed for face drilling in underground mining and tunneling. The nomenclature typically follows a pattern that indicates the number of booms and the generation or size of the drill. For example:
DD321: A compact, two-boom jumbo drill for demanding conditions.
DD422i: An intelligent, two-boom development drill with advanced automation features.
DD212i: A compact and versatile single-boom jumbo for narrow vein operations.
The numbers often relate to the size class or capacity, while the 'i' indicates the iSeries intelligent platform.
DL Series: Underground Longhole Drill Rigs
DL series (Longhole Drills) are used for production drilling in underground mass mining. These drills are designed for precision and efficiency in creating long, accurate holes for blasting. Examples include:
DL301: A longhole drill available in various boom versions (compact, frame, versatile).
DL422iE: A fully automated, battery-powered top hammer longhole drill, with 'E' likely denoting electric drive.
The numbers typically signify the size or capacity, and the 'i' and 'E' suffixes denote intelligent and electric features, respectively.
LH Series: Underground Loaders (Load-Haul-Dump - LHDs)
The LH series (Load-Haul-Dump) comprises underground loaders designed for efficient mucking and hauling in hard rock mines. The numbers in the model name generally correspond to the payload capacity in tonnes.
LH410: A 10-tonne LHD.
LH517: A high-capacity LHD, indicating a larger payload than the LH410.
LH204: A four-tonne capacity LHD for narrow-vein mining applications.
The 'i' suffix, as seen in models like LH517i, again points to intelligent features and enhanced automation.
TH Series: Underground Trucks (Hauling)
TH series (Trucks Hauling) are underground mining trucks built for robust and efficient material transport. Similar to LHDs, the numbers in the model name often represent the payload capacity in tonnes.
TH320: A 20-metric tonne truck designed for small and medium-sized hard rock mines.
TH430: A truck with a higher payload capacity than the TH320.
TH663i: A high-capacity truck featuring integrated intelligence and automation.
The 'i' suffix indicates intelligent technology, enhancing productivity and safety.
Z Series: Battery-Electric Equipment
While not a primary equipment type series like DD, DL, LH, or TH, the 'Z' often appears in Sandvik's battery-electric equipment, signifying zero-emission solutions. This is a crucial designator for mines focusing on sustainability and reducing their environmental footprint. For example, the Sandvik Z50 is a battery-electric truck.
Understanding Sandvik Serial Number Formats
Sandvik serial numbers are unique identifiers for each piece of equipment, crucial for warranty tracking, service history, and parts identification. While the exact format can vary slightly by product line and manufacturing year, a common structure observed includes a combination of numbers and letters, often indicating the manufacturing plant, year, and a sequential production number. For instance, a serial number like 119A55695-1 (from a Sandvik DL431) suggests a structured code that EAM teams must accurately record and utilize. It is recommended that EAM teams consult the equipment's specific identification plate or the official Sandvik documentation provided with each machine for precise serial number interpretation.
Mapping Sandvik Equipment to ISO 14224 Categories
ISO 14224, the international standard for reliability and maintenance data collection, provides a structured framework for classifying equipment. While originally developed for the petroleum, petrochemical, and natural gas industries, its principles are widely applicable across other sectors, including mining. ISO 14224 defines a hierarchical taxonomy with nine levels, enabling a systematic breakdown of assets from a broad industry perspective down to individual components.
ISO 14224 Asset Hierarchy Levels and Mining Equipment Application
To effectively map Sandvik mining equipment to ISO 14224, EAM teams should consider the following hierarchical levels:
Level 1: Industry. This top level identifies the primary industry. For Sandvik equipment, this would typically be Mining.
Level 2: Business Category. This level refines the industry. For underground Sandvik equipment, this could be Underground Mining.
Level 3: Installation Category. This describes the specific type of installation or operation. Examples relevant to Sandvik could include Drilling, Loading, or Hauling.
Level 4: Plant / Unit Category. This level identifies a specific plant, mine site, or operational unit where the equipment is located.
Level 5: Section / System. This further breaks down the plant into functional sections or systems, such as a Production Drift, Development Heading, or Ore Pass System.
Level 6: Equipment Class. This is where the primary Sandvik equipment series fit. For instance, a Sandvik DD series drill rig would be classified under Drill Rig, an LH series loader under Loader (LHD), and a TH series truck under Haul Truck.
Level 7: Subunit. This level details major subsystems within the equipment. For a drill rig, this could include the Drilling System, Boom System, or Tramming System.
Level 8: Maintainable Item. This refers to specific components that are maintained or replaced. Examples include a Rock Drill, Engine, Transmission, or Hydraulic Pump.
Level 9: Part. The lowest level, identifying individual parts within a maintainable item, such as a Bearing, Seal Kit, or Filter Element.
Practical Mapping for Sandvik Equipment
EAM teams can establish a clear mapping by aligning Sandvik's product categories and model specifics with the ISO 14224 hierarchy. For example:
| Sandvik Equipment Series | Equipment Class (ISO 14224 Level 6) | Typical Subunits (ISO 14224 Level 7) |
| :----------------------- | :---------------------------------- | :----------------------------------- |
| DD Series (Drill Rigs) | Drill Rig | Drilling System, Boom System, Control System, Tramming System |
| DL Series (Longhole Drills) | Drill Rig | Drilling System, Boom System, Control System, Tramming System |
| LH Series (Loaders) | Loader (LHD) | Engine System, Drivetrain, Hydraulic System, Bucket Assembly |
| TH Series (Trucks) | Haul Truck | Engine System, Drivetrain, Braking System, Dump Box |
| Z Series (Battery-Electric) | (Varies by equipment type) | Battery System, Electric Drivetrain, Charging System |
This structured approach ensures that all relevant data, from operational parameters to failure modes, can be consistently collected and analyzed, providing valuable insights for predictive maintenance and asset optimization.
Best Practices for EAM Teams
To maximize the benefits of understanding Sandvik's naming conventions and ISO 14224 mapping, EAM teams should implement the following best practices:
Integrate Nomenclature into CMMS/EAM Systems: Ensure that your Computerized Maintenance Management System (CMMS) or EAM platform accurately reflects Sandvik's naming conventions and the ISO 14224 hierarchy. This enables precise data capture and reporting.
Develop Internal Cross-Reference Guides: Create internal documentation that cross-references Sandvik model names and serial number formats with your organization's internal asset IDs and the corresponding ISO 14224 classifications. This aids in training and consistency.
Leverage Digital Tools: Utilize Sandvik's digital services, such as My Sandvik customer portal, for accessing up-to-date technical specifications, parts manuals, and service history, which are invaluable for accurate data management.
Regularly Review and Update: As Sandvik introduces new models and technologies, regularly review and update your internal nomenclature guides and CMMS configurations to ensure they remain current and accurate.
Train Personnel: Provide comprehensive training to maintenance technicians, planners, and data entry personnel on Sandvik's naming conventions and the importance of adhering to ISO 14224 standards.
Conclusion
Mastering Sandvik equipment naming conventions and effectively mapping them to ISO 14224 categories is a strategic imperative for EAM teams in the mining sector. This meticulous approach not only enhances operational efficiency and reduces maintenance costs but also provides a solid foundation for advanced analytics and predictive maintenance strategies. By embracing these practices, mining operations can unlock the full potential of their Sandvik fleet, ensuring optimal performance and longevity.
Struktive offers a free 350-record normalisation service to help EAM teams streamline their asset registers and align with industry best practices. Contact us today to learn how we can help you optimize your Sandvik equipment data management.
Key Takeaways
Understanding Sandvik's equipment naming conventions (DD, DL, LH, TH, Z series) is crucial for efficient EAM.
The 'i' suffix in Sandvik models denotes intelligent, automated, and connected features.
Sandvik serial numbers are unique identifiers vital for tracking and service history.
ISO 14224 provides a 9-level hierarchical framework for classifying mining equipment.
Mapping Sandvik equipment to ISO 14224 enhances data consistency and supports advanced analytics.
Effective EAM requires integrating nomenclature into CMMS, developing cross-reference guides, and continuous training.
FAQ Items
Q: What do the letters in Sandvik equipment model names like DD, LH, and TH stand for?
A: The letters indicate the equipment type: DD for Development Drills, DL for Longhole Drills, LH for Load-Haul-Dump (loaders), and TH for Haul Trucks. The 'Z' series often denotes battery-electric equipment.
Q: How does the 'i' suffix in Sandvik model names, such as DD422i, affect equipment management?
A: The 'i' suffix signifies Sandvik's iSeries machines, which incorporate advanced intelligence, automation, and connectivity. For EAM, this means leveraging digital features for data collection, remote monitoring, and predictive maintenance capabilities.
Q: Why is it important for EAM teams to understand Sandvik serial number formats?
A: Understanding serial number formats is critical for accurate asset tracking, warranty management, accessing correct technical documentation, and ensuring the right parts are ordered for specific equipment, preventing costly errors and downtime.
Q: What is ISO 14224, and how is it relevant to Sandvik mining equipment?
A: ISO 14224 is an international standard for the collection and exchange of reliability and maintenance data. It provides a hierarchical classification system for equipment, which, when applied to Sandvik mining machinery, enables standardized data management, benchmarking, and improved reliability analysis.
Q: What are the key benefits of mapping Sandvik equipment to ISO 14224 categories?
A: Key benefits include enhanced data consistency, reduced human error in asset identification, streamlined maintenance planning, improved spare parts management, and the ability to conduct more effective reliability and maintenance analysis for better asset performance and longevity.
Q: How can Struktive assist EAM teams with Sandvik equipment data management?
A: Struktive offers a free 350-record normalisation service to help EAM teams standardize their asset registers, ensuring alignment with industry best practices like ISO 14224. This service helps optimize Sandvik equipment data for improved efficiency and cost savings.
References
[1] Sandvik Mining and Rock Solutions. (n.d.). Underground drill rigs. Retrieved from https://www.mining.sandvik/en/products/equipment/underground-drill-rigs/
[2] Sandvik Mining and Rock Solutions. (n.d.). Underground loaders: diesel and electric. Retrieved from https://www.mining.sandvik/en/products/equipment/loaders/
[3] Sandvik Mining and Rock Solutions. (n.d.). Underground trucks. Retrieved from https://www.mining.sandvik/en/products/equipment/underground-trucks/
[4] Accendo Reliability. (n.d.). How to Setup An Asset Hierarchy. Retrieved from https://accendoreliability.com/setup-asset-hierarchy/
[5] ISO. (2016). ISO 14224:2016, Petroleum, petrochemical and natural gas industries — Collection and exchange of reliability and maintenance data for equipment. Retrieved from https://www.iso.org/obp/ui/en/#!iso:std:64076:en
[6] Scribd. (n.d.). Sandvik Product Nomenclature Guide. Retrieved from https://www.scribd.com/document/657379183/CAMBIO-DE-NOMENCLATURA-DE-LOS-EQUIPOS
[7] Scribd. (n.d.). UNIT IDENTIFICATION CARD (Sandvik DL431). Retrieved from https://www.scribd.com/document/547394833/UNIT
[8] Sandvik Mining. (n.d.). Underground equipment with names ending in the letter “i”. Retrieved from https://www.facebook.com/SandvikMining/posts/underground-equipment-with-names-ending-in-the-letter-i-such-as-the-sandvik-dd32/1282748047226858/