The KBPS series of directly controlled proportional pressure limiting valves are hydraulic devices designed to provide precise and reliable pressure control in hydraulic systems. These valves are essential in a wide range of industrial applications that require accurate pressure control to ensure optimal performance and safety.
KBPS valves use proportional solenoid actuators to modulate pressure based on electrical control signals. The robust and reliable design of these valves makes them suitable for demanding industrial environments, enhancing the overall efficiency and safety of the hydraulic system.
| R901321893 | KBPSR8AA/HCG12K40V |
| R901268443 | KBPSB8BA/HCG12K40V |
| R901049868 | KBPSH8AA/HCG24K4V |
| R901049865 | KBPST8AA/HCG24K4V |
| R901049860 | KBPSR8AA/HCG24K4V |
| R901049817 | KBPSF8AA/HCG24K4V |
| R901049804 | KBPSC8AA/HCG24K4V |
| R901047007 | KBPSP8AA/HCG24K4V |
| R901027408 | KBPSL8AA/HCG24K4V |
| R901018607 | KBPSR8BA/HCG24C4V |
| R901018605 | KBPSP8BA/HCG24C4V |
| R901018598 | KBPST8BA/HCG24K4V |
| R901018597 | KBPSR8BA/HCG24K4V |
| R901018593 | KBPSP8BA/HCG24K4V |
| R901018592 | KBPSN8BA/HCG24K4V |
| R901018588 | KBPSL8BA/HCG24K4V |
| R901018587 | KBPSF8BA/HCG24K4V |
The KBPS series of directly controlled proportional pressure limiting valves are hydraulic devices designed to provide precise and reliable pressure control in hydraulic systems. These valves are essential in a wide range of industrial applications that require accurate pressure control to ensure optimal performance and safety.
KBPS valves use proportional solenoid actuators to modulate pressure based on electrical control signals. The robust and reliable design of these valves makes them suitable for demanding industrial environments, enhancing the overall efficiency and safety of the hydraulic system.
Abex Construction Technologies Ltd. specializes in providing advanced and creative machinery solutions for factories in the construction steel industry. The company also designs factories in this sector according to customer requirements, with an emphasis on maximum logistical efficiency.
