MTS系统公司是全球家开拓磁致伸缩测量（Magnetostrictive Sensing）技术的公司，并注册专利。一直以来，MTS传感器技术在全球范围内，始终遥遥领先。创新科技和技术支援使MTS公司一直处于市场的领导地位。
MTS磁致伸缩线性位移传感器和液位计，适用于多种不同的工业自动化行业，为工业界对精确测量的要求提供两种创新和可靠的优质选择。MTS位移传感器能够测量长达10米的机械行程，而液位计则可以测量高达22米的大油罐。从70年代开发至今，已有超过一百万个传感器安装在不同的工业环境里。
MTS位移传感器的应用范围十分广泛，从冶金行业的轧钢设备，机械行业如注塑、压铸印刷和包装，林木行业的木材加工，工农业的车辆与行走机械，动感游乐模拟系统、医疗设备；以至石油、石化、制药、生化、食品加工和污水处理等行业。我们的客户遍布全球，国际知名的大小企业已广泛并长期采用我公司这一先进测量技术。
MTS位移传感器自95年进入中国后，深受各行业用户爱戴，其中尤以钢铁行业用户急速上升为甚，占冶金行业中以磁致伸缩位移传感器市场的绝大比例。近两年间销售更是以倍数增长，很多主要的钢厂改造和新项目，全部采用磁致伸缩这一先进测量技术。MTS不断研究和开发新的传感器产品以迎合市场需求，我们的宗旨就是为客户提供高品质和高质量的传感器产品。
MTS位移传感器
MTS磁致伸缩位移传感器的高精度及可靠性已被成千上万的应用案例所印证。传感器利用非接触技术监测活动磁铁的位移，由于磁铁和传感器并无直接接触，因此传感器在极其恶劣的工业环境下，如易受油渍、溶液、尘埃或其他的污染，并不构成问题。此外，传感器更能承受高温、高压和高振荡的环境。
MTS位移传感器的输出信号为绝对数值，所以，即使电源中断也不会对信号接收造成问题，更不会重归零位。最后，由于敏感元件都是非接触式的，即使测量过程不断重复，也不会对传感器造成任何磨损，其磁致伸缩敏感元件的平均无故障时间为23年。
磁致伸缩工作原理
磁致伸缩指一些金属（如铁或镍），在磁场作用下具有伸缩能力，伸缩的效果是非常细微的。一般的镍铁合金是30ppm，但现在科学界已设计出更新的物质，将磁致伸缩的效果提升至1500ppm以上。
磁致伸缩的原理并不复杂，是利用两个不同的磁场相交时产生一个应变脉冲信号，然后计算这个信号被探测的时间周期，从而换算出准确的位置。这两个磁场一个来自活动磁铁，另一个来自传感器头的电子部件产生的电流脉冲。这个询问信号脉冲沿着传感器内以磁致伸缩材料制成的波导管，以声音的速度运行。当两个磁场相交时，波导管产生磁致伸缩现象，产生一个应变脉冲。这个返回信号脉冲很快被电子头的感测电路探测到。从产生询问信号的一刻到返回信号被探测到所需的时间周期乘以固定的声音速度，便能准确的计算出磁铁的位置变动。这个过程是连续不断的，所以每当活动磁铁被带动时，新的位置就会被很快的感测出来。
由于传感器的输出信号是一个绝对值，而不是比例的，也不需要再放大处理，所以不存在信号漂移或变值的情况，更不必定期重标。一般技述参数
系列 分辨率 磁滞 输出种类 其他选项
RH 1um 4um 电流, 电压, SSI, AQB, CANbus, DeviceNet, Profibus, 位置和速度同时输出等… RP=外置式IP67, RF=柔性导管 、
LH 5um 0.02mm 电流, 电压, PWM脉宽调制, RS422开始/停止脉冲 LD=分离电子盒, LF=柔性导管, LS=外置式IP67, LP=外置式IP65, LPR=推拉杆式
EP 2.5um 4um 电流, 电压或RS422开始/停止脉冲 最长行程1525mm, 内置D6 DIN插头
TT 5um 0.02mm 电流, 电压或RS422开始/停止脉冲, PWM脉宽调制及中性输出 可配模拟输出界面: AK, AOM或数字输出介面: MK
GH 2.5um 0.05mm 电流,电压或RS422(开始/停止)数字脉冲,PWM脉宽调制及中性输出 GP=外置式IP67
可选9-23vd.c输入
MTS系列产品及部分型号如下:一，MTS位移传感器
①R系列传感器在I业应用中提供最佳性能MTS RHM0230D701S1G1100MTS RHM0250D701S1G1100MTS RHM0200D701S1G1100MTS RHM0O60MD601A01
MTS RHM0300MP101S1G1100MTS RHM1010MRO21A01
MTS RHM0100MD701S1G1100 MTS RHM0700MD701S1G1100MTS RHM0410R061AO1
②G系列传感器智能传感器具有极高的可靠性，可以令人信服地用于工业位移测量MTS GBF0220MU051A0MTS GHS1200MR102DE5MTS GHS0900MR102R01MTS GPS2500MD601V0MTS GHM0375MD601V0MTS GPS0250MD601V0
③E系列传感器为最普通产品，性价比很高，甚至可以代替其他传统的位移测量方式。MTS ERM0650MD341A01MTS ERM1250MD341A01MTS ERM0300MD341A01MTS EP00200MD341A01MTS EP00500MD341A01MTS ERM0950MD341A01MTS ERM0350MD341A01
④L系列传感器
LHMRR50-M00802RO⑤D系列传感器⑥MTS磁环201542-2
二，MTS液位传感器
MRA2A1B17J1M03600S
MTS Systems is the first company in the world to develop Magnetostrictive Sensing technology and is registered as a patent. MTS sensor technology has always been a leader in the world. Innovative technology and technical support have made MTS a market leader.
MTS magnetostrictive linear displacement sensors and level gauges are suitable for many different industrial automation industries, providing the industry with two innovative and reliable quality options for precise measurement requirements. The MTS displacement sensor measures mechanical travel up to 10 meters, while the level gauge measures large tanks up to 22 meters. Since its development in the 1970s, more than one million sensors have been installed in different industrial environments.
MTS displacement sensors are used in a wide range of applications, from steel rolling equipment in the metallurgical industry to machinery industry such as injection molding, die casting printing and packaging, wood processing in the forest industry, vehicles and walking machinery in industry and agriculture, dynamic amusement simulation systems, medical equipment, and even petroleum. , petrochemical, pharmaceutical, biochemical, food processing and sewage treatment industries. Our customers are all over the world, and internationally renowned companies have adopted this advanced measurement technology extensively and long-term.
Since its entry into China in 1995, MTS displacement sensors have been well received by users in various industries, especially in the steel industry, which accounts for a large proportion of the magnetostrictive displacement sensor market in the metallurgical industry. In the past two years, sales have increased by multiples. Many major steel mills and new projects have adopted the advanced measurement technology of magnetostriction. MTS continuously researches and develops new sensor products to meet market demand. Our aim is to provide customers with high quality and high quality sensor products.
MTS displacement sensor
The high precision and reliability of the MTS magnetostrictive displacement sensor have been proven by thousands of application cases. The sensor uses non-contact technology to monitor the displacement of the moving magnet. Since the magnet and the sensor are not in direct contact, the sensor does not pose a problem in extremely harsh industrial environments, such as being susceptible to oil, solution, dust or other contamination. In addition, the sensor is more resistant to high temperatures, high pressures and high oscillations.
The output signal of the MTS displacement sensor is an absolute value, so even if the power is interrupted, it will not cause problems in signal reception, and will not return to zero. Finally, since the sensitive components are non-contact, even if the measurement process is repeated, there is no wear on the sensor, and the average time between failure of the magnetostrictive sensor is 23 years.
Magnetostrictive working principle
Magnetostriction refers to some metals (such as iron or nickel) that have the ability to stretch under the action of a magnetic field. The effect of stretching is very subtle. The general nickel-iron alloy is 30 ppm, but now the scientific community has designed a newer material that will increase the magnetostrictive effect to more than 1500 ppm.
The principle of magnetostriction is not complicated. It is to generate a strain pulse signal when two different magnetic fields intersect, and then calculate the time period during which the signal is detected, so as to convert the accurate position. The two magnetic fields are from a moving magnet and the other is a current pulse generated by an electronic component of the sensor head. This interrogation signal pulse travels at a speed of sound along a waveguide made of magnetostrictive material within the sensor. When the two magnetic fields intersect, the waveguide produces magnetostriction, producing a strain pulse. This return signal pulse is quickly detected by the sensing circuit of the electronic head. The positional variation of the magnet can be accurately calculated from the moment the interrogation signal is generated until the return signal is detected for a desired period of time multiplied by a fixed sound velocity. This process is continuous, so every time the moving magnet is driven, the new position is quickly sensed.
Since the output signal of the sensor is an absolute value, not a proportional one, there is no need to re-amplify the processing, so there is no signal drift or variable value, and it is not necessary to periodically re-mark. General technical parameters
Series Resolution Hysteresis Output Type Other Options
RH 1um 4um current, voltage, SSI, AQB, CANbus, DeviceNet, Profibus, simultaneous output of position and speed, etc... RP=external IP67, RF=flexible conduit,
LH 5um 0.02mm current, voltage, PWM pulse width modulation, RS422 start/stop pulse LD=separate electronics box, LF=flexible conduit, LS=external IP67, LP=external IP65, LPR=push-pull rod
EP 2.5um 4um current, voltage or RS422 start/stop pulse Longest stroke 1525mm, built-in D6 DIN plug
TT 5um 0.02mm current, voltage or RS422 start/stop pulse, PWM pulse width modulation and neutral output Available with analog output interface: AK, AOM or digital output interface: MK
GH 2.5um 0.05mm current, voltage or RS422 (start/stop) digital pulse, PWM pulse width modulation and neutral output GP=external IP67
Optional 9-23vd.c input
MTS series products and some models are as follows:
An MTS displacement sensor
1.R series sensors provide the best performance in I industry applications MTS RHM0230D701S1G1100MTS RHM0250D701S1G1100MTS RHM0200D701S1G1100MTS RHM0O60MD601A01
MTS RHM0300MP101S1G1100MTS RHM1010MRO21A01
MTS RHM0100MD701S1G1100 MTS RHM0700MD701S1G1100MTS RHM0410R061AO1
2. G series sensor intelligent sensor has high reliability and can be used convincingly for industrial displacement measurement MTS GBF0220MU051A0MTS GHS1200MR102DE5MTS GHS0900MR102R01MTS GPS2500MD601V0MTS GHM0375MD601V0MTS GPS0250MD601V0
3. E series sensors are the most common products, cost-effective, and can even replace other traditional displacement measurement methods. MTS ERM0650MD341A01MTS ERM1250MD341A01MTS ERM0300MD341A01MTS EP00200MD341A01MTS EP00500MD341A01MTS ERM0950MD341A01MTS ERM0350MD341A01
4. L series sensor
LHMRR50-M00802RO5D Series Sensor 6MTS Magnetic Ring 201542-2
Two MTS level sensor
MRA2A1B17J1M03600S
