产品介绍
TMOFB -500NM,TMOFB-1KNM,TMOFB-2KNM,TMOFB-3KNM,TMOFB-5KNM
价 格：￥8
型 号：TMOFB-NMB系列
产品完善度：
生产地：其他访问量：5次
发布日期：2017/10/25 16:06:11
更新日期：2019/6/6 9:52:42
详细内容
日本（美蓓亚）NMB传感器，日本NMB称重传感器、NMB压力传感器、NMB拉力传感器、日本NTS传感器、美国AST压力传感器、美国MSP压力传感器、美国TRANSCELL称重传感器、德国HBM传感器、德国WAZAU传感器、新西兰PT传感器
| 产品类型: | TMOFA 扭矩传感器 |
| 精度等级: | 0.5%FS |
| 额定量程: | ±500 N.m ~ ±5 kN.m |
| 应用领域: | 自动化设备及仪器 |
| 功能特点: | 精度高，性能稳定 |
| |
| 技术参数: | | | |
| Optical transformer flange type torque transducer
High revolution by bearingless structure.
Easy to mount ａnd remove by adopting the division structure of stator (antenna).
To transmit the digital signal by the optical transmission method of the patent, high accuracy (0.1%) ａnd the low noise have been achieved.
(USA Patent acquired. PAT No. US6.472.656.B2,
Japanese Patent acquired. No.3448738, No.3453654) |
日本（美蓓亚）NMB传感器，日本NMB称重传感器、NMB压力传感器、NMB拉力传感器、日本NTS传感器、美国AST压力传感器、美国MSP压力传感器、美国TRANSCELL称重传感器、德国HBM传感器、德国WAZAU传感器、新西兰PT传感器
| 产品类型: | TMOFA 扭矩传感器 |
| 精度等级: | 0.5%FS |
| 额定量程: | ±500 N.m ~ ±5 kN.m |
| 应用领域: | 自动化设备及仪器 |
| 功能特点: | 精度高，性能稳定 |
| |
| 技术参数: | | | |
| Optical transformer flange type torque transducer
High revolution by bearingless structure.
Easy to mount ａnd remove by adopting the division structure of stator (antenna).
To transmit the digital signal by the optical transmission method of the patent, high accuracy (0.1%) ａnd the low noise have been achieved.
(USA Patent acquired. PAT No. US6.472.656.B2,
Japanese Patent acquired. No.3448738, No.3453654) |
日本（美蓓亚）NMB传感器，日本NMB称重传感器、NMB压力传感器、NMB拉力传感器、日本NTS传感器、美国AST压力传感器、美国MSP压力传感器、美国TRANSCELL称重传感器、德国HBM传感器、德国WAZAU传感器、新西兰PT传感器
| 产品类型: | TMOFA 扭矩传感器 |
| 精度等级: | 0.5%FS |
| 额定量程: | ±500 N.m ~ ±5 kN.m |
| 应用领域: | 自动化设备及仪器 |
| 功能特点: | 精度高，性能稳定 |
| |
| 技术参数: | | | |
| Optical transformer flange type torque transducer
High revolution by bearingless structure.
Easy to mount ａnd remove by adopting the division structure of stator (antenna).
To transmit the digital signal by the optical transmission method of the patent, high accuracy (0.1%) ａnd the low noise have been achieved.
(USA Patent acquired. PAT No. US6.472.656.B2,
Japanese Patent acquired. No.3448738, No.3453654) 
|
