The Hobart 00-949039 Probe Assembly. 10k from AllPoints is a precision-engineered replacement component designed for commercial laboratory and foodservice applications requiring accurate temperature sensing. This 10k ohm probe assembly features durable materials and a compact form factor, ensuring reliable performance in demanding environments. Engineered for compatibility with Hobart equipment, it offers precise temperature measurement essential for optimal food safety and processing workflows. Its robust construction minimizes drift and withstands frequent sanitation cycles, making it ideal for continuous operation in commercial kitchens and industrial kitchens relying on consistent data input for quality control.
Top AllPoints 00-949039 Features
This probe assembly provides high-accuracy temperature sensing with a 10k ohm thermistor, supporting precise control in food and beverage processing. Its stainless steel probe ensures corrosion resistance and durability in high-temperature environments. Designed for easy installation, it features a compact, plug-and-play connection compatible with Hobart systems; facilitating minimal downtime. Its rugged build withstands frequent cleaning and sanitation, maintaining calibration integrity over time. Suitable for use in manual monitoring workflows or integrated automated systems, this component sustains reliable data acquisition for temperature-sensitive operations.
- Highly accurate 10k thermistor for precise temperature detection
- Constructed from stainless steel for corrosion and heat resistance
- Compact, easy-to-install design with quick-connect terminals
- Designed for frequent cleaning and long-term calibration stability
- Compatible with Hobart temperature control units for seamless integration
Ideal for replacing worn probes or optimizing temperature control in food processing lines.
AllPoints 00-949039 Technical Specs
This OEM probe assembly features a 2.25" wide and 2.5" deep stainless steel probe with a low profile height of 0.3". Its electrical requirements include a 10k ohm thermistor sensor, designed to operate effectively in a temperature range consistent with standard foodservice and laboratory environments. The assembly's construction ensures durability during repeated sanitation cycles, and its corrosion-resistant material prolongs service life. Weighing only 0.03 lbs, it is suitable for frequent replacement and maintenance. The assembly is typically installed in temperature-sensitive applications such as refrigeration, cooking, or sterilization processes, with easy disassembly for cleaning. Designed for continuous operation, it withstands standard ambient temperatures while maintaining accuracy. The assembly features standard quick-connect terminals for easy installation, with a typical shipping timeframe of 4-8 business days, and no hazardous material restrictions.
- Electrical Requirements: 10k ohm thermistor sensor
- Construction & Finish: Stainless steel probe with corrosion resistance
- Dimensions: Width 2.25", Depth 2.5", Height 0.3"
- Weight: 0.03 lbs for precise handling and ease of replacement
- Temperature Range: Designed for typical foodservice operating environments
- Compatibility: Connects seamlessly with Hobart control systems
- Cleaning & Maintenance: Disassembly easy, resistant to sanitation chemicals
- Material Safety: Food-grade stainless steel, compliant with sanitation standards
- Effective in: Refrigeration, cooking, and sterilization workflows
What is a commercial probe assembly?
A commercial probe assembly is a precision sensor component used in foodservice, laboratory, or industrial environments to monitor temperature accurately. It typically consists of a temperature-sensitive thermistor or thermocouple housed within a durable protective casing, compatible with specific equipment such as refrigeration units or process controls. The Hobart 00-949039 Probe Assembly is installed in commercial food processing and preparation settings where consistent temperature measurement is critical. It is ideal for applications that demand reliable, repeatable readings, such as cooking lines, refrigeration, or sterilization processes, ensuring operational accuracy and compliance with food safety standards in middiameter workflows.
Top commercial temperature sensing solutions for food industry workflows
This robust temperature probe assembly caters to mid-volume foodservice operations needing accurate control and easy integration. Hobart 00-949039 provides durable, corrosion-resistant performance suitable for demanding kitchen environments. Designed for moderate throughput workflows in commercial kitchens and processing plants, it supports precise monitoring essential for quality and safety assurance.
- Operation Type — suited for moderate- or medium-volume food processing
- Workplace — optimized for commercial kitchens and industrial settings
- Foodservice Category — ideal for temperature-sensitive food and beverage operations
- Workload Qualifier — supports consistent, reliable measurement during medium throughput
- Use Case — essential for temperature control in sanitation, refrigeration, and cooking workflows
Why Choose AllPoints 00-949039 ?
Designed to meet the rigorous demands of commercial foodservice and laboratory environments, the AllPoints 00-949039 probe assembly offers exceptional durability and accuracy. Its stainless steel construction and precise thermistor sensor provide long-lasting performance with minimal calibration drift. The plug-and-play design simplifies maintenance and troubleshooting, reducing downtime compared to less specialized replacements. This sensor's compatibility with Hobart systems ensures reliable integration for temperature-critical applications, elevating operational efficiency and food safety standards in demanding workflows.
- Manufactured for high durability in demanding sanitation cycles
- Compact profile supports unobtrusive installation in tight spaces
- Designed specifically for seamless integration with Hobart units
- Corrosion-resistant stainless steel extends product lifespan
- Supports reliable, precise temperature measurement for food safety
