Whatsapp:+86-15957850176
Wechat:+86-18667867317 
Email:admin@hytechchina.com

ATOS KQ-022 Parameter Overview
The ATOS KQ-022 is a throttle valve manufactured by ATOS, classified as an electro-hydraulic valve. According to the provided information, this throttle valve features a 6mm bore and a working pressure of 31.5MPa. Below is a detailed specification of the ATOS KQ-022 parameters:

Basic Parameters
Brand: ATOS
Model: KQ-022
Nominal Diameter: 6mm
Working Pressure: 31.5MPa
Detailed Parameters
Specific parameters for the ATOS KQ-022 throttle valve can be obtained from its product description. According to search results, the KQ-022 is a stacked one-way throttle valve suitable for hydraulic systems using mineral oil or synthetic fluids with similar lubricating properties. This type of throttle valve permits free reverse flow through a check valve and employs a bolted assembly to regulate flow. The adjustment mechanism can be supplied with a calibrated fine-tuning handle/G upon request. Turning clockwise increases throttling effect (reduces passage size). 

Working Principle
The ATOS KQ-022 throttle valve operates on a spool-type design, typically two-position or three-position, with direct-acting operation. This design enables the spool to respond directly to the solenoid's control signal, achieving rapid response and precise control of the hydraulic system. Direct-acting solenoid valves feature a simple structure and fast response time, making them suitable for applications requiring quick switching.

Application Fields
The ATOS KQ-022 throttle valve is widely used in various hydraulic systems, particularly where precise flow and pressure control are required. Due to its high accuracy and reliability, this throttle valve finds extensive application in industrial automation, machinery manufacturing, aerospace, and other fields.

Summary
The ATOS KQ-022 throttle valve is a high-performance hydraulic component featuring a 6mm bore and a working pressure of 31.5MPa. Compliant with ISO 4401 standards, its direct-acting design is suitable for hydraulic systems using mineral oil or synthetic fluids with comparable lubricating properties.