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The ICV-85-K Inlet Control Valve is a high-performance valve assembly engineered for large-capacity industrial air compressors. Its primary function is to serve as the master regulator for intake air, precisely controlling its flow into the compressor element.
It operates on a critical load/unload cycle:
Loaded State: The valve opens, enabling a high volume of air to enter the compression chamber to meet system demand.
Unloaded State: The valve seals completely, stopping airflow and allowing the compressor to run idle, thereby optimizing energy efficiency and controlling system pressure.
This precise operation is fundamental to demand-based control, ensuring stable pressure and minimized power consumption.
Complete Kit Configuration (-K): The "-K" denotes that the product is supplied as a complete kit. This typically includes the ICV-85 valve itself along with all necessary components for a full installation or replacement, such as the gasket set, O-rings, solenoid valve, and mounting hardware, ensuring a seamless and reliable service solution.
High-Flow Capacity: As part of the ICV-85 series, this valve is designed with a large flow path to handle the substantial air volume (high CFM) required by larger horsepower compressors, minimizing pressure loss.
OEM-Compatible Design: The "K" variant is often engineered as a direct, cross-compatible replacement for the inlet valve on specific major compressor brands (e.g., Kaeser, or others depending on context), matching original specifications for fit, form, and function.
Robust Construction: It retains the durable features of the ICV-85 series, including a high-grade body, hardened valve seat, and chemical-resistant seals, ensuring longevity in demanding industrial environments.
Optimized for Service and Reliability: The kit format is designed for maintenance efficiency, providing technicians with all the required parts for a complete repair in one package, which reduces downtime and ensures correct installation.
Energy Efficient Performance: The precision-engineered valve ensures a tight seal in the closed position, preventing air leakage during the unloaded cycle and contributing to significant energy savings.
The ICV-85-K Inlet Control Valve is a high-performance valve assembly engineered for large-capacity industrial air compressors. Its primary function is to serve as the master regulator for intake air, precisely controlling its flow into the compressor element.
It operates on a critical load/unload cycle:
Loaded State: The valve opens, enabling a high volume of air to enter the compression chamber to meet system demand.
Unloaded State: The valve seals completely, stopping airflow and allowing the compressor to run idle, thereby optimizing energy efficiency and controlling system pressure.
This precise operation is fundamental to demand-based control, ensuring stable pressure and minimized power consumption.
Complete Kit Configuration (-K): The "-K" denotes that the product is supplied as a complete kit. This typically includes the ICV-85 valve itself along with all necessary components for a full installation or replacement, such as the gasket set, O-rings, solenoid valve, and mounting hardware, ensuring a seamless and reliable service solution.
High-Flow Capacity: As part of the ICV-85 series, this valve is designed with a large flow path to handle the substantial air volume (high CFM) required by larger horsepower compressors, minimizing pressure loss.
OEM-Compatible Design: The "K" variant is often engineered as a direct, cross-compatible replacement for the inlet valve on specific major compressor brands (e.g., Kaeser, or others depending on context), matching original specifications for fit, form, and function.
Robust Construction: It retains the durable features of the ICV-85 series, including a high-grade body, hardened valve seat, and chemical-resistant seals, ensuring longevity in demanding industrial environments.
Optimized for Service and Reliability: The kit format is designed for maintenance efficiency, providing technicians with all the required parts for a complete repair in one package, which reduces downtime and ensures correct installation.
Energy Efficient Performance: The precision-engineered valve ensures a tight seal in the closed position, preventing air leakage during the unloaded cycle and contributing to significant energy savings.
