The GE/Hobart 00-873851 Plunger Bearing Assembly is a critical OEM component designed for commercial foodservice equipment, particularly in precise mechanical systems such as mixers and processing machines. Manufactured by GE/Hobart, this bearing assembly ensures smooth operation of plungers within high-volume industrial applications. Constructed from durable materials, it offers resistance to wear and corrosion, maintaining performance over extensive operational cycles. The assembly’s high-precision fit significantly reduces downtime due to component failure, ensuring reliable workflow continuity. Engineered for compatibility with specific GE/Hobart units, its technical design facilitates straightforward installation and maintenance, supporting efficient equipment servicing and extended lifespan. The component measures approximately 0.3 inches in height, 0.35 inches in width, and 1 inch in depth, with a weight of 0.01 lbs, making it an essential replacement part for machinery requiring exact dimensional specifications and robust construction, especially in food processing lines needing dependable mechanical performance.
Top GE/Hobart 00-873851 Features
The Plunger Bearing Assembly provides precise rotational support for reciprocating moving parts, ensuring consistent mechanical performance under repetitive cycling. Made with corrosion-resistant materials, it withstands harsh cleaning environments common in commercial kitchens. Its design simplifies installation and replacement, reducing maintenance downtime. Suitable for integration into various mixer and processing module assemblies, it enhances operational efficiency. Its compact form factor allows seamless fit within tight spaces, optimizing equipment portability and serviceability.
- Corrosion-resistant construction for prolonged durability in wash-down environments
- Precision fit ensuring smooth, low-friction operation
- Easy installation minimizes machine downtime during replacement
- Compact dimensions support integration in confined equipment spaces
- High wear resistance extends service life in demanding food processing workflows
Ideal for replacing worn bearings in commercial mixers and processing machinery to maintain optimal performance.
GE/Hobart 00-873851 Technical Specs
The GE/Hobart 00-873851 Plunger Bearing Assembly features a model number 00-873851, with dimensions of approximately 0.3 inches in height, 0.35 inches in width, and 1 inch in depth. Made predominantly from high-grade industrial materials, it weighs 0.01 lbs, providing lightweight yet durable support. This OEM part is suitable for installation in equipment requiring precise axial and radial support for plungers. The assembly is designed for quick replacement with no special tools needed, facilitating rapid maintenance procedures. Its construction resists corrosion and wear, offering long-term operational reliability, especially in environments with frequent cleaning and moisture exposure. As a non-hazardous component, it aligns with industry standards for safety and performance.
- Manufacturer: GE/Hobart
- Model Number: 00-873851
- Material: Industrial-grade durable materials
- Dimensions: Height 0.3", Width 0.35", Depth 1"
- Weight: 0.01 lbs
- Installation: OEM replacement, simple fit
- Corrosion Resistance: Yes, suitable for moist environments
- Application: Mechanical support in mixing and processing equipment
What is a commercial plunger bearing assembly
A commercial plunger bearing assembly is a mechanical component used in industrial food processing equipment to support and facilitate the movement of reciprocating parts such as plungers in mixers or other machinery. It typically consists of a high-strength bearing secured within a mounting bracket, providing low-friction movement and durability under continuous operation. The GE/Hobart 00-873851 Plunger Bearing Assembly is designed for precise fit and long-lasting performance, installed in equipment like industrial mixers, food processors, and volumetric dispensing machines. It is especially suitable for environments requiring rigorous cleaning and high operational reliability, making it an essential component for maintaining machinery efficiency in foodservice applications such as large-scale manufacturing or high-throughput kitchens.
Top commercial bearing support for medium-volume foodservice operations
The GE/Hobart 00-873851 Plunger Bearing Assembly offers high-quality durable support ideal for moderate throughput food processing setups. Manufactured by AllPoints, this OEM component ensures reliable operation in commercial mixer and processing line applications, supporting precise movements critical for consistent product quality. Designed for ease of installation and maintenance, it suits foodservice environments requiring dependable performance and minimal downtime during servicing.
- Operation Type — suited for medium-volume food processing equipment
- Kitchen Setting — ideal in commercial kitchens with frequent equipment maintenance
- Foodservice Category — applicable in industrial mixing and prep machinery
- Workload Qualifier — supports moderate throughput workflows
- Use Case — replacement in mechanical assemblies requiring high durability
Why Choose AllPoints 00-873851 ?
Compared to standard aftermarket components, the AllPoints 00-873851 Plunger Bearing Assembly features superior material quality and precise manufacturing standards, ensuring longer service life and dependable operation. Its corrosion-resistant design makes it suitable for frequent cleaning cycles typical in commercial kitchens. The assembly’s compact size allows seamless integration into tightly confined spaces, reducing maintenance complexity. Additionally, its OEM compatibility guarantees optimal fit and performance, which enhances equipment reliability and operational efficiency over generic alternatives.
- Built with high-grade materials for enhanced wear resistance
- Designed for seamless OEM replacement compatibility
- Corrosion-resistant to withstand cleaning environments
- Compact footprint for space-constrained equipment fitment
- Supports consistent performance in demanding industrial settings
