The GE/Hobart 00-329275-00003 Probe Sump Wire Assembly, a critical component in commercial foodservice equipment, facilitates precise temperature sensing and reliable operation within refrigeration and freezing systems. Manufactured by GE/Hobart for OEM applications, this wire assembly features robust construction suited for medium-duty environments, ensuring consistent performance in food storage units. Its technical specifications include a length of 8.45 inches and a durable wire gauge designed for stable signal transmission, making it integral to maintaining optimal temperature control and preventing spoilage. This component is essential for commercial kitchens requiring dependable sensor wiring in refrigeration units, with easy integration into existing systems to support continuous operation and workflow efficiency.
Top GE/Hobart 00-329275-00003 Features
The probe sump wire assembly is engineered for durable performance in commercial refrigeration. It ensures accurate temperature monitoring with corrosion-resistant wiring, simplifies maintenance through straightforward disassembly, and seamlessly integrates with GE/Hobart appliances. Its long-lasting construction supports reliable operation in busy foodservice environments, facilitating quick troubleshooting and system adjustments. The precise dimensions and compatibility with OEM equipment optimize installation and workflow in commercial kitchens seeking resilient sensor solutions.
- Functionality: Ensures precise temperature control in refrigeration systems
- Durability: Made from corrosion-resistant materials for long-term use
- Ease of Maintenance: Designed for straightforward disassembly and replacement
- Application Fit: Compatible with GE/Hobart OEM refrigeration components
- Operational Workflow: Supports continuous monitoring and system reliability in food storage
Ideal for commercial kitchen technicians replacing sensor wiring in refrigeration units
GE/Hobart 00-329275-00003 Technical Specs
The OEM probe sump wire assembly from GE/Hobart operates with a standard electrical configuration suitable for medium-duty refrigeration applications. It measures 8.45 inches in length with a wire gauge optimized for stable signal transmission and resistance to corrosion. Constructed primarily from durable, non-hazardous materials, it weighs only 0.05 lbs, facilitating easy handling during installation and replacement. Its design supports reliable temperature sensing critical for maintaining food safety standards; the assembly is intended for use within refrigeration units with compatibility across various GE/Hobart equipment. The component’s construction ensures safe operation within typical temperature ranges encountered in foodservice cold storage, making it a dependable OEM spare part for commercial kitchen maintenance.
- Electrical Requirements: Compatible with OEM refrigeration wiring standards
- Dimensions: 8.45 inches length, 0.9 inches height, 6.3 inches width
- Weight: 0.05 lbs for easy installation handling
- Construction & Finish: Durable wire with corrosion-resistant coating
- Material Safety: Food safe, designed for long-term exposure in cold environments
- Usage Environment: Suitable for refrigerated units operating within standard temperature ranges
- Electrical Compatibility: Matches OEM refrigeration sensor wiring standards
- Installation Clearance: Requires 8.45-inch space for proper wiring routing
- Drainage & Ventilation: Compatible with systems requiring proper airflow and drainage clearance
- Maintenance Needs: Designed for quick disassembly during routine inspections
- Integration Scenario: Replaces OEM wiring to restore system reliability
What is a commercial probe sump wire assembly?
A commercial probe sump wire assembly is an OEM component designed for precise temperature sensing in refrigeration systems. It connects sensors to control modules, ensuring accurate data transmission for temperature regulation. Installed in refrigeration units within foodservice environments, this component from GE/Hobart, such as the 00-329275-00003 model, supports consistent cold storage performance. It is primarily used in commercial kitchens, walk-in freezers, and refrigeration units where reliable temperature monitoring is critical for food safety and operational efficiency.
Top probe sump wire assembly for refrigeration in foodservice environments
The GE/Hobart 00-329275-00003 OEM probe sump wire assembly features robust, corrosion-resistant wiring, designed for reliable sensor connectivity. It is ideal for medium-volume refrigeration applications in restaurant kitchens, food storage facilities, and institutional settings, supporting continuous temperature monitoring. This OEM part ensures quick installation and dependable system operation in commercial cold storage units, with a focus on operational integrity and maintenance ease.
- Operation Type — moderate workload in commercial foodservice refrigeration
- Kitchen Setting — suitable for compact and large cold storage units
- Foodservice Category — optimal for food storage and preservation facilities
- Workload Qualifier — supports consistent temperature monitoring with moderate throughput
- Use Case — sensor replacement in refrigeration maintenance workflows
Why Choose AllPoints 00-329275-00003?
Compared to standard sensor wires, the AllPoints 00-329275-00003 assembly offers superior durability with corrosion-resistant materials and precise OEM compatibility. Its compact size and easy disassembly streamline maintenance routines, reducing downtime. Designed for dependable, long-term operation, this wire assembly enhances refrigeration system reliability and simplifies replacement processes, ensuring continuity in busy commercial environments.
- Improved Durability: Corrosion-resistant wiring prolongs lifespan in cold environments
- OEM Compatibility: Fits GE/Hobart refrigeration units precisely
- Compact Design: Facilitates installation in tight wiring channels
- Maintenance Efficiency: Simplifies disassembly and sensor replacement
- System Reliability: Ensures accurate temperature data transmission for consistent operation
