描述
| 品牌 | 品名 | 产品型号 | 订货号 |
| EPRO | 模块 | MMS3120022-000 | |
| 产地 | 可售卖地 | 是否进口 | 保修期 |
| 美国 | 全国、国外 | 是 | 一年 |
| 发货地点 | 发货方式 | 使用方式 | 适用行业 |
| 厦门 | 顺丰快递 | 调试安装 | 电厂钢厂水泥厂船舶造纸 |
| 服务优势 | 国外进口 、 备货供应、 | 价格合适、品质可靠 | 图片仅供参考实物为准 |
| 产品特点 | 一手货源、 按型号供货 | 售后有保障 | 何经理1805988-4797 |
MLI-2003轴承振动监测仪，配接两个磁电式速度传感器，能测量两个独立的机壳或结构相对于自由空间的振动峰峰值。 两个通道各自独立工作，独立显示，各自输入来自两个速度式传感器的信号，可广泛使用于电力、冶金、石化和造纸行业的大型旋转机械（ 如汽轮机、压缩机、电机、风机、泵等） 轴承振动的测量和保护控制。
配接两个磁电式速度传感器，能测量两个独立的机壳或结构相对于自由空间的振动位移峰峰值。
对于电机、小型压缩机、风机等需要测量大量振动点的情况，采用DF9052是很理想的。它特别适用于zui有滚珠轴承的机器，在这种机器里，轴的振动可较多的传到轴承壳上，因而可用速度传感器去测量，但应特别注意传感器安装，使转子振动有足够的大小传递到传感器上。
主要用于连续运转的大型机械设备、旋转设备的超振监控保护。可以避免因设备运转失常和振动幅度增大，造成设备损坏和人员伤亡。是设备保养维护*的监控仪器。用户使用过程中，可根据设备允许振动量值来设定振动烈度（速度）的控制值（mm/s）。
广泛应用于电力、石油、化工等部门。通过磁电式速度传感器，可对汽轮机、风机等旋转机械轴承振动峰—峰值进行连续监视和测量。具有报警与停机控制信号输出。设有电流输出通用接口，可与计算机等设备连接。
对于电机、小型压缩机、风机等需要测量振动的情况，采用MLI-2003轴承振动监测仪是很理想的。它特别适用于具有滚珠轴承的机器，在这种机器里，轴的振动可较多的传到轴承壳上，因而可用速度传感器去测量，但应特别注意传感器安装，使转子振动有足够大小传递到传感器上。
量程：0～999um pk-pk
精度：±3um pk-pk
频响：4～1000Hz，±5%
WLI-2004-汽机风机振动烈度监测仪，配接两个磁电式速度传感器，能测量两个独立的振动烈度（振动强度，即振动速度的有效值）。
对于电机、小型压缩机、风机等需要测量振动的情况，采用MLI-2003轴承振动监测仪是很理想的。它特别适用于具有滚珠轴承的机器，在这种机器里，轴的振动可较多的传到轴承壳上，因而可用速度传感器去测量，但应特别注意传感器安装，使转子振动有足够大小传递到传感器上。
MMS3120022-000 9100-03047-01
The MLI-2003 bearing vibration monitor, equipped with two magnetoelectric speed sensors, can measure the vibration peak value of two independent enclosures or structures with respect to free space. The two channels work independently, display independently, and input signals from two speed sensors respectively, which can be widely used in the measurement and protection control of bearing vibration of large rotating machinery (such as steam turbines, compressors, motors, fans, pumps, etc.) in the electric power, metallurgy, petrochemical and paper industry.
Equipped with two magnetoelectric speed sensors, it can measure the peak value of vibration displacement of two independent enclosures or structures relative to free space.
The DF9052 is ideal for motors, small compressors, fans, etc., where a large number of vibration points need to be measured. It is especially suitable for machines with ball bearings, in which the shaft vibration can be more transmitted to the bearing housing, so that the speed sensor can be measured, but special attention should be paid to the sensor installation, so that the rotor vibration has enough size to be transmitted to the sensor.
Mainly used for continuous operation of large mechanical equipment, rotating equipment over vibration monitoring and protection. It can avoid equipment damage and casualties caused by abnormal operation of equipment and increased vibration amplitude. It is a monitoring instrument for equipment maintenance. During the use of the user, the control value of vibration intensity (speed) can be set according to the allowable vibration value of the equipment (mm/s).
Widely used in electric power, petroleum, chemical and other sectors. Through the magnetoelectric speed sensor, the vibration peak and peak value of the bearing of rotating machinery such as steam turbine and fan can be continuously monitored and measured. With alarm and shutdown control signal output. With current output general interface, can be connected with computer and other equipment.
For motors, small compressors, fans and other need to measure vibration, the use of MLI-2003 bearing vibration monitor is ideal. It is particularly suitable for machines with ball bearings, in which the shaft vibration can be more transmitted to the bearing housing, so that the speed sensor can be measured, but special attention should be paid to the sensor installation so that the rotor vibration is sufficiently large to be transmitted to the sensor.
Range: 0 ~ 999um pk-pk
Accuracy: ±3um pk-pk
Frequency response: 4 ~ 1000Hz, ±5%
WLI-2004- Turbine fan Vibration intensity monitor, equipped with two magnetoelectric speed sensors, can measure two independent vibration intensity (vibration intensity, i.e. effective value of vibration speed).
For motors, small compressors, fans and other need to measure vibration, the use of MLI-2003 bearing vibration monitor is ideal. It is particularly suitable for machines with ball bearings, in which the shaft vibration can be more transmitted to the bearing housing, so that the speed sensor can be measured, but special attention should be paid to the sensor installation so that the rotor vibration is sufficiently large to be transmitted to the sensor.
