AllPoints B1370155 6 Inch Auto Limit Switch with 90 to 120f Range
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- Footprint optimized for compact control panels
- Configurable for precise temperature limits
- Built with corrosion-resistant metals
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The Goodman Manufacturing B1370155 90 120f Auto Limit Switch is a precision-engineered control device designed for commercial HVAC systems, featuring a robust auto-reset mechanism tailored for reliability in temperature regulation applications. Constructed with durable materials suitable for harsh environments, this OEM part ensures accurate limit function, optimizing system safety and efficiency in residential and light commercial heating and cooling units. Its precise temperature setting range of 90°F to 120°F, combined with a compact form factor, makes it ideal for integration within furnace and hvac control panels to monitor and trigger safety cutoffs effectively.
The Goodman Manufacturing B1370155 temperature limit switch offers precise automatic resetting, robust construction with corrosion-resistant components, and straightforward installation for HVAC technicians. Its compact design allows quick integration into existing systems, providing reliable temperature monitoring and safety control in commercial climate systems. Designed for moderate workload environments, it enhances operational safety and minimizes downtime via durable metal contacts and a sealed enclosure that withstands environmental exposure.
Suitable for HVAC repair and installation projects requiring precise temperature limit controls, this switch is essential for maintaining safety standards in commercial environments.
The B1370155 limit switch operates at standard HVAC electrical requirements, with a voltage input suitable for 24V to 240V systems, along with a current capacity compatible with control circuit loads, ensuring seamless integration within HVAC control panels. Its construction features a durable metal enclosure with a temperature sensing element calibrated to respond within the 90°F to 120°F range. The compact dimensions of 6" W x 9" D x 5" H, and weight of approximately 1 lb, allow for straightforward installation in confined spaces. Rated for reliable operation within typical HVAC temperature ranges, it withstands environments with moderate temperature fluctuations and requires minimal maintenance. This switch complies with industry standards for safety and reliability, utilizing a sealed enclosure for environmental protection, with easy disassembly for troubleshooting. It is designed with a self-cleaning contact mechanism and corrosion-resistant materials, ensuring longevity in commercial HVAC applications.
A commercial auto limit switch is a control device used within HVAC systems to monitor and regulate temperature levels, automatically shutting off or resetting when preset limits are exceeded. The Goodman Manufacturing B1370155 model is designed for reliable operation in heating and cooling units, primarily installed in furnace control panels or system safeties. It offers precise, automatic temperature regulation suitable for moderate workloads in building climate control, ensuring system safety and operational consistency by responding within a 90°F to 120°F range. Its robust construction and compact form factor make it an effective component for safeguarding commercial HVAC equipment against overheating and thermal damage, often used in residential heating, light commercial systems, and system control panels for optimal safety performance.
Reliable temperature control devices designed for moderate workload HVAC applications, providing precise safety shutoff and reset functionality. AllPoints B1370155 ensures consistent system safety in residential and commercial heating units, with durable construction and straightforward installation suited for HVAC technician workflows.
The AllPoints B1370155 auto limit switch stands out with its rugged construction, precise temperature sensing, and easy integration into HVAC safety controls. Its corrosion-resistant metal design and compact dimensions improve operational reliability and simplify replacement processes, making it ideal for commercial HVAC safety systems that demand dependable thermal regulation without complex maintenance or space considerations.
