VT-MVTW-1-16 Rexroth  液压阀 用于控制液压系统中的流量

Rexroth VT-MVTW-1-16产品详情:

原产地:美国

品牌:Rexroth

型号:VT-MVTW-1-16

最低订单数量:1项

规格

内径:16毫米

外径:约30毫米

高度:约20毫米

·齿数:无

REXROTH是德国力士乐公司的一个品牌，成立于1795年，是全球领先的液压和电气驱动技术供应商之一。REXROTH的产品广泛应用于工业、机械、汽车、航空航天、能源等领域，以其高品质、高性能和可靠性而闻名。

Rexroth VT-MVTW-1-16D由Rexroth、Indramat、Bosch提供，属于VT-HNC100系列。VT-HNC100数字轴控制是一种可编程NC控制，最多可控制四个轴。

它符合液压驱动闭环控制的特定要求。此 Rexroth VT-MNTW-1-16D具有1个液压轴、壁挂式外壳和8个数字输入/输出。它还有一个23的组件系列，并具有PROFIBUS DP的总线连接。

VT-MVTW-1-16/D是REXROTH公司生产的一种液压阀，是一种多路换向阀，用于控制液压系统中的流量和压力。

VT-MVTW-1-16液压阀是一种用压力油操作的自动化元件，它受配压阀压力油的控制，通常与电磁配压阀组合使用，可用于远距离控制水电站油、气、水管路系统的通断。常用于夹紧、控制、润滑等油路。有直动型与先导型之分，多用先导型。

液压阀按控制方法分类：手动，电控，液控；按功能分类：流量阀（节流阀、调速阀，分流集流阀）、压力阀（溢流阀，减压阀，顺序阀，卸荷阀）、方向阀（电磁换向阀、手动换向阀、单向阀、液控单向阀）。

液压阀的优点有：

动作灵活，作用可靠，工作时冲击和振动小，噪声小，使用寿命长。

流体通过液压阀时，压力损失小；阀口关闭时，密封性能好，内泄漏小，无外泄漏。

所控制的参量（压力或流量）稳定，受外部干扰时变化量小。

结构紧凑，安装、调试、使用、维护方便，通用性好。

液压阀的缺点有：

控制精度低：由于机械操作的限制，普通液压阀的控制精度低，无法做到精确的液压控制。

流量控制不方便：由于普通液压阀的调节是通过机械操作来实现的，流量控制不方便，调节速度较慢。

调节灵活性差：普通液压阀的调节灵活性差，无法适应不同的液压控制需求。

VT-MVTW-1-16 Rexroth  液压阀 用于控制液压系统中的流量

Rexroth VT-MVTW-1-16 Product Details:

Country of Origin: USA

Brand :Rexroth

Model :VT-MVTW-1-16

Minimum order quantity :1 item

specification

Inside diameter :16 mm

Outer diameter: approx. 30 mm

Height: about 20 mm

· Number of teeth: None

REXROTH, a brand of Rexroth AG, founded in 1795, is one of the world's leading suppliers of hydraulic and electrical drive technology. REXROTH's products are widely used in industrial, mechanical, automotive, aerospace, energy and other fields, and are known for their high quality, high performance and reliability.

The Rexroth VT-MVTW-1-16D is supplied by Rexroth, Indramat and Bosch and belongs to the VT-HNC100 series. The VT-HNC100 Digital axis control is a programmable NC control that can control up to four axes.

It meets the specific requirements of hydraulic drive closed-loop control. This Rexroth VT-MNTW-1-16D features a hydraulic shaft, wall-mounted housing, and 8 digital inputs/outputs. It also has a 23 component family and has a PROFIBUS DP bus connection.

VT-MVTW-1-16/D is a hydraulic valve manufactured by REXROTH. It is a multi-way reversing valve used to control flow and pressure in hydraulic systems.

VT-MVTW-1-16 hydraulic valve is an automatic component operated with pressure oil, it is controlled by pressure valve pressure oil, usually combined with electromagnetic pressure valve, can be used for remote control of hydropower station oil, gas, water pipeline system. Commonly used for clamping, control, lubrication and other oil circuit. There are direct action type and pioneer type, multi-use pioneer type.

Hydraulic valve according to the control method classification: manual, electronic control, hydraulic control; Classification by function: flow valve (throttle valve, speed regulating valve, shunt collecting valve), pressure valve (relief valve, pressure reducing valve, sequence valve, unloading valve), direction valve (electromagnetic reversing valve, manual reversing valve, check valve, hydraulic control check valve).

The advantages of hydraulic valves are:

Flexible action, reliable function, small impact and vibration, small noise, long service life.

When fluid passes through the hydraulic valve, the pressure loss is small; When the valve port is closed, the sealing performance is good, the internal leakage is small, no external leakage.

The controlled parameters (pressure or flow) are stable, and the amount of change is small when subjected to external interference.

Compact structure, easy installation, debugging, use, maintenance, good versatility.

The disadvantages of hydraulic valves are:

Low control accuracy: Due to the limitations of mechanical operation, the control accuracy of ordinary hydraulic valves is low, and precise hydraulic control cannot be achieved.

Flow control is not convenient: Because the adjustment of ordinary hydraulic valves is achieved by mechanical operation, flow control is not convenient, and the adjustment speed is slow.

Poor adjustment flexibility: The adjustment flexibility of ordinary hydraulic valves is poor, and it cannot adapt to different hydraulic control needs.