89083015SP

Overview

The Hoffman Enclosures Inc. model 89083015SP is a high-pressure cut-out switch belonging to the MCLP series. It is designed as a single-pole, single-throw (SPST) device intended for use with R-407C refrigerant systems. The unit features a head pressure control function, operating within a defined range of 170 to 240. This component serves as a critical safety and operational element in refrigeration circuits, ensuring system integrity by monitoring pressure levels against specified thresholds.

Feature Summary

• Single-pole, single-throw electrical configuration
• High-pressure cut-out functionality
• Compatible with R-407C refrigerant

Applications

• Refrigeration system pressure monitoring
• R-407C circuit protection
• Head pressure control applications

Procurement Notes

Verify that the replacement part matches the original MCLP series designation and SPST contact configuration. Confirm compatibility with R-407C refrigerant systems before installation. Ensure the pressure range specifications align with existing system requirements to maintain proper operational safety and performance standards.

Selection Notes

Select this component based on its specific suitability for R-407C refrigerant environments. The SPST configuration must match the control logic of the target system. Verify that the pressure cut-out parameters meet the design requirements for the specific refrigeration application to ensure reliable operation.

Part Context

This switch is part of the Hoffman MCLP series, which provides specialized pressure control solutions for HVAC and refrigeration equipment. The series is engineered to deliver precise pressure management, supporting system efficiency and safety in commercial and industrial cooling applications requiring robust component reliability.

Replacement Considerations

Ensure any substitute maintains the SPST configuration and R-407C compatibility. Verify that the pressure cut-out range matches the original 170-240 specification to prevent system malfunction or safety hazards during operation.