JC / HJC / JE / HJE Series Indirect Acting Solenoid Valves

2022-09-26
▲Compact valve series providing reliable directional control of cylinders up to 40mm bore while consuming as little as 0.15watt power consumption. The Selection Guide provides a summary of the 54 different JC / HJC / JE HJE Series - Indirect Acting Solenoid Valves.
●Plug-in Connector
●Inline, Subbase or Monoblock Manifold
●Low Current Option
●Fast Response Option
●High Pressure Option
●RoHS Compliance
▲Improve the performance and reduce the size of your next generation machine. Koganei sets the standard for supplying innovative high-quality solutions with unmatched reliability. Optimized designs, with a wide variety of styles and sizes, increase speed to market as well as provide solutions for most applications. Expedite deliveries with product stocked in the USA.

KOGANEI

HJE SeriesHJEJE SeriesHJC SeriesJC SeriesJCHJCJEJC10F1HJC10F1JC10F2JC10F3JC10F4HJC10F2HJC10F3HJC10F4JE12F4HJE12F4JE12F2JE12F3HJE12F2HJE12F3JC10F2LJC10F3LHJC10F3LJC10F4LHJC10F4LJC10F1LHJC10F1LJE12F2LHJE12F2LJE12F4LHJE12F4LJE12F3LHJE12F3LJE12F1LHJE12F1LJC10F4SHJC10F4SJC10F2SHJC10F2SJC10F1SHJC10F1SJC10F3SHJC10F3SJE12F4SHJE12F4SJE12F2SHJE12F2SJE12F3SHJE12F3SJE12F1SHJE12F1SJC10F5HJC10F5SJE12F5HJE12F5SJC10F5LHJC1OF5LJE12F5LHJE1OF5LJC10F5SJE12F5SJC10F9HJC10F9JC10F8HJC10F8JC10F7HJC10F7JC10F6HJC10F6JE12F8HJE12F8JE12F9HJE12F9JE12F7HJE12F7JE12F6HJE12F6JC10F8LHJC10F8LJC10F7LHJC10F7LJC10F9LHJC10F9LJC10F6LHJC10F6LJE12F7LHJE12F7LJE12F9LHJE12F9LJE12F8LHJE12F8LJE12F6LHJE12F6LJC10F9SHJC10F9SJC10F7SHJC10F7SJC10F8SHJC10F8SJC10F6SHJC10F6SJE12F7SHJE12F7SJE12F8SHJE12F8SJE12FSHJE12F9SJE12F6SHJE12F6SJE12F1HJE12F1HJE1OF2LHJC1OF2L

More

Part#

Indirect Acting Solenoid Valves

More

More

Bill of Materials (BOM)

More

More

Please see the document for details

More

More

English Chinese Chinese and English Japanese

7/15/2020

176 KB

- The full preview is over. If you want to read the whole 5 page document,please Sign in/Register -
  • +1 Like
  • Add to Favorites

Recommend

All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.

Contact Us

Email: