Alto Shaam 5017133 Multi-Point Temperature Probe Hard-wired Modification
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- Supports precise multi-zone temperature control
- Robust stainless steel construction ensures durability
- Wide temperature range suitable for various applications
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The Alto Shaam 5017133 Multi-Point Temperature Probe Hard-wired In Lieu Of Standard is a precision sensor designed for integration with commercial cooking equipment. Engineered by Alto-Shaam, this multi-point electronic temperature probe provides real-time, accurate temperature monitoring across multiple critical points within food processing or holding environments. It replaces standard single-point probes, supporting enhanced workflow control for high-volume foodservice operations—particularly in facilities requiring precise management of cooking, holding, or chilling processes. Constructed with durable materials suitable for professional kitchen environments, it offers reliable performance within demanding temperature ranges of -58°F to 600°F, making it ideal for thermal consistency and operational efficiency in industrial food preparation settings.
This multi-point temperature probe from Alto-Shaam enables comprehensive temperature oversight during complex cooking and holding processes. Its hard-wired connection eliminates the need for external transmitters, simplifying installation and providing consistent readings. Designed for durability, the probe’s housing withstands high temperatures and frequent cleaning. Easy to integrate into existing systems, it supports precise monitoring for multiple zones or products simultaneously, improving workflow accuracy and product safety in commercial kitchens, especially in large-scale food production or central kitchen setups.
Ideal for precise temperature management in meal prep stations or holding units requiring consistent thermal control.
The Alto Shaam 5017133 multi-point temperature probe features a robust, stainless steel housing designed for durability and ease of cleaning. It operates via a 24V power supply with standard cable connections, ensuring stable data transmission. The sensor’s temperature measurement capability spans from -58°F to 600°F, accommodating various cooking and holding environments. Its compact size of approximately 4 inches in length and 0.75 inches in diameter allows for unobtrusive installation in tight spaces. The probe’s design is compliant with commercial food safety standards and optimized for high-volume use in busy kitchens, supporting workflows in food processing plants, restaurants, and institutional cafeterias. The device's self-contained, hard-wired nature offers dependable, long-term performance with minimal maintenance requirements.
A commercial multi-point temperature probe is a sensor device designed for precise, simultaneous temperature measurement at multiple locations within commercial foodservice equipment. In the case of the Alto Shaam 5017133, it is installed in industrial cooking or holding units to ensure consistent thermal management. This probe is used in applications such as large-scale kitchens, food processing, or central production facilities where monitoring multiple zones enhances safety and quality assurance. Its robust, food-grade construction and high-temperature range make it suitable for demanding environments, providing critical data to optimize cooking, holding, and chilling operations for mid- to high-volume foodservice settings.
Designed for medium workload environments, the Alto Shaam 5017133 custom multi-point probe offers precise thermal monitoring, durability, and reliable integration with commercial kitchen systems, ideal for central kitchens and food processing facilities. Alto-Shaam’s robust design supports operation in high-temperature environments, enhancing workflow and product safety.
Why Choose Alto-Shaam 5017133 Multi-Point Temperature Probe Hard-wired In Lieu Of Standard? This model’s durable stainless steel housing, multi-point measurement capability, and reliable hard-wired connection set it apart from standard probes, delivering accurate, real-time data for critical food safety management. Its seamless integration simplifies workflows, reducing downtime and calibration frequency, making it suitable for demanding commercial environments requiring precise thermal oversight and consistent performance.