The H & K International E-4-3-0163 Probe is a precision instrumentation component designed for high-demand food processing and laboratory environments. As an OEM product by H & K International, it serves as a critical sensor in temperature monitoring applications, ensuring accuracy in food safety and product consistency. Its robust construction and exact electrical specifications enable seamless integration within professional foodservice equipment and industrial systems, making it ideal for applications requiring reliable, real-time temperature data. The probe features a compact form factor and is engineered for durability, with specifications detailing its precise measurements and material considerations for demanding operational environments.
Top AllPoints E-4-3-0163 Features
The E-4-3-0163 probe offers advanced temperature sensing capabilities suitable for commercial foodservice environments. Its stainless steel shaft ensures durability and sanitation, while its precise electrical configuration facilitates integration with temperature control systems and industrial HVAC units. Designed for ease of maintenance, this probe simplifies calibration and cleaning routines. Its small footprint allows for flexible installation in compact spaces, supporting workflows in food processing lines, fermentation tanks, or kitchen appliances, thereby enhancing operational efficiency and accuracy.
- High-accuracy temperature sensing with ±0.5°F precision for critical control
- Constructed from stainless steel for superior corrosion resistance and longevity
- Compact dimensions (3.8" W x 6.3" D x 1.1" H) facilitate easy installation in tight spaces
- Seamless integration with industrial control systems and food processing equipment
- Low-maintenance design supports straightforward calibration and cleaning protocols
This temperature probe is suitable for precise monitoring in commercial kitchens and food production facilities.
E-4-3-0163 Technical Specs
The H & K International E-4-3-0163 probe operates on a specified electrical configuration suitable for industrial environments, providing stable voltage and current parameters that support reliable data transmission. Its stainless steel construction offers excellent resistance to food-grade cleaning agents and temperature fluctuations, maintaining performance in operating ranges up to maximum safe temperatures typical for food processing applications. With dimensions of 3.8 inches in width, 6.3 inches in depth, and 1.1 inches in height, and a weight of just 0.05 pounds, it is lightweight yet durable. The probe's design allows straightforward disassembly for cleaning, and it is compatible with various temperature control and industrial automation systems. It is manufactured in a non-hazardous environment and is suitable for installation in both standard and specialized foodservice settings, supporting workflow efficiencies and maintaining product safety standards.
- Electrical Requirements: Compatible with 24V systems for seamless integration
- Construction & Finish: Made of stainless steel for durability and food safety
- Dimensions: 3.8" W x 6.3" D x 1.1" H, lightweight at 0.05 lbs
- Operating Temperature Range: Designed for a broad temperature spectrum up to standard safe limits
- Installation & Maintenance: Disassembles easily for cleaning and calibration checks
- Compatibility: Fits in industrial control panels, food processing, and beverage applications
What is a commercial temperature probe
A commercial temperature probe is a precision sensor used in food processing, industrial automation, or culinary environments to monitor and verify temperature conditions accurately. The H & K International E-4-3-0163 Probe specifically provides real-time data via its stainless steel sensing element, suitable for integration into temperature control systems in commercial kitchens, cold storage, or manufacturing lines. Its compact, durable design supports installation in tight spaces, ensuring consistent temperature monitoring for applications like pasteurization, freezing, or cooking, especially in facilities requiring strict control over product safety and quality.
Top industrial temperature sensing devices for foodservice settings
Industrial temperature sensing devices like the E-4-3-0163 from AllPoints are built for moderate workloads in commercial kitchens and food processing facilities, offering precise temperature data essential for safety and quality assurance. Designed for rugged use and easy integration, they support efficient workflows in environments such as restaurants and bakery operations. Manufactured by AllPoints, the E-4-3-0163 ensures reliable performance in demanding foodservice applications, making it suitable for installation in temperature control systems or processing equipment.
- Operation Type — supporting medium-volume food production environments
- Kitchen Type — suitable for compact commercial kitchen setups
- Foodservice Category — ideal for temperature monitoring in preparation stations
- Workload Qualifier — supports moderate throughput monitoring
- Use Case — critical for ensuring consistent food safety compliance
Why Choose AllPoints E-4-3-0163?
The AllPoints E-4-3-0163 probe distinguishes itself with its industrial-grade stainless steel construction, ensuring longevity and sanitation in food processing environments. Its precise temperature sensing enhances control accuracy, while its compact form enables versatile installation in diverse equipment. Designed for seamless integration into commercial kitchen and industrial systems, this probe improves workflow efficiency and measurement reliability, surpassing standard monitoring devices with its durable build and easy maintenance features.
- Self-contained design supports straightforward installation and maintenance
- Robust stainless steel construction ensures longevity in harsh environments
- Compact footprint for flexible placement in tight spaces
- Accurate and reliable data for precise temperature control and safety
- Compatible with various control systems for versatile use across foodservice and industrial applications
