The GE/Hobart RR-012-48 Ring Retaining Met Din 1.412 is a precision-engineered retaining ring designed for industrial applications involving machinery and equipment assembly. Manufactured by GE/Hobart, this OEM component features a durable material grade with high corrosion resistance, ensuring long-lasting performance. Its circular profile with a DIN 1.412 specification provides a standardized fit for specialized machine shafts and housings. Suitable for high-precision mechanical assemblies, it facilitates secure retention of rotating or stationary components, reducing downtime and maintenance costs. The ring’s technical dimensions include a width of 2.75 inches, a depth of 4 inches, and a height of 0.3 inches, with an ultra-lightweight construction at 0.01 lbs for ease of handling during installation. This part is integral for maintaining assembly integrity in demanding environments, especially in food processing, manufacturing, and industrial machinery sectors requiring exacting standards and reliable performance.
Top GE/Hobart RR-012-48 Features
The GE/Hobart RR-012-48 Ring Retaining Met DIN 1.412 offers high-performance retention with corrosion-resistant material qualities. Its design ensures secure fitment and ease of installation in machine shafts and equipment housings, minimizing operational downtime. Crafted for durability, it withstands repetitive mechanical stresses, and its precise dimensions facilitate streamlined maintenance and replacement in industrial settings. Ideal for machinery used in food processing, manufacturing, and packaging lines, it supports efficient workflow and reliable component retention.
- Precision fitment: Ensures accurate alignment and secure retention of machine parts
- Durable construction: Made from corrosion-resistant material for long-term use
- Easy installation: Designed for straightforward mounting and removal during maintenance
- Fits DIN 1.412 standards: Ensures compatibility with industry-standard components
- Lightweight design: Weighs just 0.01 lbs for simplified handling
Ideal for industrial equipment requiring reliable retention, this ring is suited for machinery servicing and assembly verification.
GE/Hobart RR-012-48 Technical Specs
The GE/Hobart RR-012-48 Ring Retaining Met DIN 1.412 features a simple yet robust design crafted from corrosion-resistant materials suitable for demanding environments. This OEM component operates within a broad temperature range, ensuring stability during heavy mechanical loads typical in industrial settings. Its dimensions include a width of 2.75 inches, a depth of 4 inches, and a height of 0.3 inches, with a minimal weight of 0.01 lbs, facilitating effortless handling and installation. Constructed to conform to DIN 1.412 standards, it provides dependable fitment in applications requiring precision and durability. The part is resilient under operational stresses, supporting maintenance routines without compromise in integrity. Designed for compatibility with mechanical assemblies requiring exact retention, it supports high-efficiency workflows in food processing, manufacturing, and industrial machinery sectors.
- Electrical requirements: Not applicable
- Material: Corrosion-resistant steel alloy
- Dimensions: Width 2.75", Depth 4", Height 0.3"
- Weight: 0.01 lbs
- Standards compliance: DIN 1.412
- Usage environment: Mechanical assemblies and machine shafts
- Compatibility: Fits DIN 1.412 retention slots
- Maintenance: Easy replacement during routine repairs
- Installation clearance: Requires standard assembly space
- Durability traits: Withstands repetitive mechanical stress
- Application: Heavy-duty industrial machinery
What is a commercial retaining ring?
A commercial retaining ring is a mechanical device used to securely hold components onto shafts or inside housings within industrial machinery. The GE/Hobart RR-012-48 Ring Retaining Met DIN 1.412 is designed for precise fits in equipment that demands reliable component retention, particularly in manufacturing and processing facilities. Installed in machine assemblies such as conveyors, mixers, or other rotating equipment, it prevents axial movement of parts under operational stresses. This OEM part from GE/Hobart supports high-precision applications by ensuring consistent retention and ease of assembly during maintenance or repair routines, making it suitable for mid-volume industrial environments that require durable, repeatable performance and standardized installation specifications.
Top industrial retaining rings for manufacturing and foodservice operations
Designed for assembly precision and durability, the GE/Hobart RR-012-48 retaining ring supports moderate workloads in manufacturing or foodservice machinery. Manufactured by AllPoints in a compact form, it offers reliable component retention suitable for industrial applications requiring high uptime and minimal maintenance. Ideal for installation in machinery with DIN 1.412 specifications, it ensures consistent performance in versatile, demanding environments.
- Operation Type — suited for medium-duty industrial machinery
- Workload Qualifier — supports moderate throughput production
- Foodservice Category — applicable in processing lines and equipment
- Application Scope — maintenance, assembly, component retention
- Installation Environment — industrial settings with DIN standards compliance
Why Choose AllPoints RR-012-48?
Compared to similar retaining rings, the AllPoints GE/Hobart RR-012-48 model offers precise DIN 1.412 compliance, corrosion-resistant materials, and a lightweight yet durable profile. Its design simplifies installation and replacement, reducing servicing time and operational interruptions. Built for industrial use, this OEM component enhances machinery reliability and supports consistent performance, setting it apart from less specialized alternatives.
- Self-contained design for reliable retention in industrial equipment
- Manufactured with corrosion-resistant steel alloys
- Compact footprint maximizes machine compatibility
- Built for repeated assembly and disassembly cycles
- Industry-standard DIN 1.412 compliance ensures interoperability
