The Garland 94040003 16-inch Ntc Heatsink Temperature Sensor is a precision component designed for accurate thermal monitoring in commercial heating, ventilation, and refrigeration systems. Manufactured by Garland under the OEM category, this heatsink temperature sensor offers reliable performance for temperature regulation applications. Its 16-inch length enables versatile installation in various equipment configurations, supporting precise temperature feedback to ensure optimized operational control. Crafted from durable materials, it provides stability over the sensor’s operating temperature range, making it suitable for foodservice environments requiring consistent thermal management.
Top Garland 94040003 Features
The Garland 94040003 temperature sensor features a robust heatsink design that enhances thermal conductivity and durability. It integrates seamlessly with commercial refrigeration units, food prep equipment, and oven control systems, providing quick response times and accurate readings. Its straightforward installation process simplifies maintenance, while its corrosion-resistant construction ensures long-term reliability in busy foodservice environments. The 16-inch cable length allows flexible routing, facilitating efficient workflow integration in kitchen setups and equipment calibration procedures.
- Precision temperature sensing: Provides accurate feedback for critical control systems
- Durable aluminum heatsink: Ensures heat dissipation and long-term stability
- Ease of installation: Features flexible cable length with corrosion-resistant coating
- Reliable performance in foodservice equipment: Maintains consistent readings during operation
- Supports thermal management workflows: Compatible with various HVAC and refrigeration systems
Ideal for integration into commercial HVAC, refrigeration, or cooking equipment requiring precise temperature monitoring
Garland 94040003 Technical Specs
The Garland 94040003 temperature sensor operates with a standard connection suited for commercial cooking and refrigeration applications, employing a durable aluminum heatsink that ensures effective heat transfer. It is constructed from corrosion-resistant materials and incorporates a 16-inch cable capable of withstanding typical operational temperatures encountered in foodservice environments. Its physical dimensions are 1 inch in height, width, and depth, with a minimal weight due to its compact design. The sensor functions within a broad temperature range, supporting safe operation up to the maximum environment-specific temperatures. Easy to disassemble for maintenance, it can be integrated into standard control systems for temperature regulation workflows. Its versatility makes it compatible with various heating and cooling equipment, facilitating quick installation and calibration.
- Electrical Requirements: Compatible with standard control system inputs, no power supply needed
- Cooling Method: No active cooling, passive heat dissipation via heatsink
- Refrigeration Type: Suitable for retrofit in OEM equipment and replacement
- Dimensions: 1" W x 1" D x 1" H, cable length 16 inches
- Construction Material: Aluminum heatsink with corrosion-resistant coating
- Temperature Operating Range: Broad, supporting safe operation in typical foodservice environments
- Food Safety & Cleanability: Constructed from materials resistant to cleaning agents, easy to disassemble for calibration and maintenance
- Weight: Minimal, approximately 0 lbs due to compact size
- Technology & Features: Passive temperature sensing with heat dissipation feature for prolonged durability
- Installation & Maintenance: Flexible cable routing, straightforward disassembly for calibration or replacement
What is a commercial temperature sensor
A commercial temperature sensor is a device designed to accurately measure and monitor temperature in foodservice and industrial applications. Typically constructed from durable materials like aluminum or stainless steel, these sensors are installed in refrigeration units, ovens, and HVAC systems to provide real-time thermal data. The Garland 94040003 16in Ntc Heatsink Temp.s Ensor is an OEM-grade example, suitable for integration into commercial kitchen equipment, supporting precise thermal regulation and safety in foodservice operations. Its robust construction and high responsiveness make it ideal for consistent temperature control in medium-volume foodservice settings and equipment calibration tasks.
Top Commercial Temperature Sensors for Foodservice Environments
Reliable and robust, the Garland 94040003 temperature sensor is built for precise operation in commercial foodservice kitchens, supporting medium workloads in refrigeration, cooking, and HVAC systems. AllPoints offers this durable OEM component designed for optimized control workflows and long-term durability in busy foodservice settings.
- Operation Type — supporting medium-volume kitchen control workflows
- Kitchen Type — suitable for compact commercial spaces
- Foodservice Category — ideal for refrigeration and heating equipment
- Workload Qualifier — reliable in moderate throughput environments
- Use Case — effective for equipment calibration and temperature regulation
Why Choose AllPoints 94040003
The AllPoints 94040003 temperature sensor distinguishes itself with a durable aluminum heatsink optimized for thermal performance and longevity in commercial environments. Its straightforward installation, corrosion resistance, and compatibility with a wide range of control systems enhance operational efficiency. Designed for reliability, it minimizes calibration downtime and promotes consistent temperature regulation across foodservice equipment, setting it apart from competing sensors with less durable construction or limited installation flexibility.
- Compact form factor with a 16-inch cable length for flexible installation
- Robust aluminum heatsink ensures stable heat transfer and longevity
- Corrosion-resistant construction supports sanitation requirements
- Designed for OEM integration into commercial cooking and refrigeration equipment
- Supports precise temperature feedback for improved workflow control
