在Hauhinco传统与创新是互不分离的。Hauhinco是1908年在德国斯普罗克霍威尔，鲁尔矿业的摇篮成立的。至今，Hauhinco仍旧牢记自己的由来。再过去的100余年间，公司经历了很多组织结构和市场环境的变化，并仍旧不断地推陈出新，为市场带来创新性的产品。这些经验使得Hauhinco在市场中独树一帜。
Hauhinco是一家拥有悠久历史的成功的中型公司。如今，Hauhinco是世界领先的水液压应用领域供应商。我们的高压柱塞泵，阀以及系统被广泛地应用于世界各地的井下煤矿以及工业领域。而我们的员工正是我们成功的关键。
中文 (中国)
The force (1), generated by the actuation, acts through the lever (2), the tappet (3) on the ball (4) and presses it out of the valve seat (5). This is used to connect lines P and A, see Example. The covers (6) support the flange seals from the inside and limit the volume flow to the admissible value.
Depending on the arrangement of the valve seat (5) and ball (4) the valve will have the basic position normally closed (NC) or normally open (NO).
The force (1), generated by the actuation, acts through the lever (2), the tappet (3) on the ball(s) (4) and presses it out of the right valve seat (5) and into the left valve seat (5). This is used to connect lines P and A and shut off line T, see Example. The covers (6) support the flange seals from the inside and limit the volume flow to the admissible value.
The 3/2-way valve is provided with a “negative overlap”. During the changeover process, connections P, A and T are briefly connected with each other. The changeover occurs so fast that the hydraulic effects are negligible. By design, a 3/2-way valve always requires the connection of a T-connector; only then a proper switching function can be ensured.
Depending on the design of the valve insert a valve with the basic position “A→T NO” (lines A and T are connected) or “P→A NO” (lines P and A are connected) is provided.
