The Hobart 00-328994 Probe Assembly Rinse, a precision OEM component from Hobart, is designed for commercial foodservice equipment involving fluid management and sanitation processes. Constructed from durable materials, it ensures long-term reliability in industrial dishwashers and cleaning systems. Its technical specifications include a compact size of 2.7 inches width, 4.25 inches depth, and 0.85 inches height, with a weight of just 0.04 lbs, making it suitable for integration into complex rinse and sanitation systems. This probe assembly plays a critical role in maintaining optimal water flow and rinse effectiveness, significantly reducing maintenance downtime and ensuring compliance with high sanitation standards in professional kitchens and institutional foodservice environments.
Top AllPoints 00-328994 Features
The Hobart 00-328994 Probe Assembly Rinse offers precise integration with commercial dishwasher systems, facilitating accurate rinse cycle control and water regulation. Designed for ease of installation and maintenance, its corrosion-resistant construction ensures durability in high-temperature wash environments. The compact form factor allows seamless incorporation into existing plumbing setups, supporting efficient workflow and reliable sanitation. Its robust build minimizes operational interruptions, making it ideal for mid-volume restaurant kitchens and institutional laundry processes.
- Function or Performance: Ensures accurate water flow regulation and rinse cycle control
- Durability Traits: Made from corrosion-resistant, high-grade materials for long-term use
- Ease of Use or Maintenance: Compact design simplifies installation and disassembly for cleaning
- Real-world Use Case: Compatible with industrial dishwashers in high-traffic kitchens
- Workflow Benefit or Integration: Supports reliable sanitation with minimal downtime in busy foodservice settings
Suitable for replacement in professional dishwashing and sanitation systems requiring precise probe functionality.
Hobart 00-328994 Technical Specs
The Hobart 00-328994 Probe Assembly Rinse operates as a self-contained OEM component, with dimensions of 2.7 inches in width, 4.25 inches in depth, and 0.85 inches in height. It weighs 0.04 lbs, constructed primarily from corrosion-resistant materials capable of withstanding high-temperature wash cycles. The assembly is intended for use in commercial dishwasher rinse systems, supporting high throughput environments such as institutional kitchens and commercial laundry facilities. The component is not hazardous and conforms to industry standards for safety and durability, with a typical shipping time of 4 to 5 days. Its design facilitates straightforward disassembly for maintenance, with no special power requirements, and it is compatible with most Hobart dishwasher models requiring precise probe functions.
- Electrical Requirements: Not applicable (OEM mechanical component)
- Material: High-grade corrosion-resistant metal and plastic
- Dimensions: 2.7" W x 4.25" D x 0.85" H
- Weight: 0.04 lbs
- Operating Environment: Suitable for high-temperature wash and rinse cycles up to 160°F (71°C)
- Cleaning & Maintenance: Disassembly for inspection and cleaning using standard tools
- Electrical Compatibility & Plumbing: Designed for integration with Hobart dishwasher rinse systems
- Installation Clearance: Requires minimal space; compatible with standard plumbing connections
- Drainage & Airflow: Supports optimal rinse flow and water drainage pathways
- Operational Requirements: Supports consistent performance in high-volume commercial dishwashing
- Material Compatibility: Compatible with standard food-safe and high-temperature environments
What is a commercial probe assembly rinse?
A commercial probe assembly rinse is a precisely engineered component used within industrial dishwasher rinse systems to monitor and regulate water flow during sanitation cycles. Designed for high durability and accuracy, these assemblies are typically installed in professional kitchens, hospitals, or institutional settings to ensure consistent and effective rinsing performance. The Hobart 00-328994 Probe Assembly Rinse, in particular, is an OEM part meant for integration with Hobart dishwashers, supporting high-volume cleaning operations and maintaining stringent hygiene standards in foodservice environments. Its function primarily involves sensors and pathways that optimize rinse quality, making it essential for reliable sanitation in commercial food preparation and cleaning areas.
Top Commercial Probe Assemblies for Foodservice Settings
Top commercial probe assemblies like the Hobart 00-328994 are built for reliable operation in medium-volume kitchens, supporting accurate rinse cycle regulation and long-term durability, suitable for institutional and restaurant applications. Hobart 00-328994 from AllPoints ensures precise water management and ease of maintenance for professional dishwashing operations.
- Operation Type — suitable for institutional dishwashing lines
- Kitchen Type — ideal for compact commercial kitchen setups
- Foodservice Category — supports high hygiene standards in restaurants
- Workload Qualifier — designed for moderate throughput use
- Use Case — optimal for maintaining rinse system integrity and sanitation efficiency
Why Choose AllPoints 00-328994?
AllPoints 00-328994 Probe Assembly Rinse stands out through its rugged, corrosion-resistant build and precise sensor integration, providing superior reliability and ease of maintenance compared to generic parts. Its compact design fits seamlessly into existing industrial dishwashers, ensuring consistent sanitation performance. The assembly’s robust materials and proven performance improve operational efficiency and extend equipment lifespan by reducing breakdowns and maintenance needs.
- Self-contained OEM design for hassle-free replacement
- Constructed from durable, corrosion-resistant materials
- Compact form factor for easy installation in confined spaces
- Supports high-temperature wash cycles safely and reliably
- Designed for seamless integration with Hobart dishwasher systems
