T40B 扭矩传感器功能丰富,非常适合研发中的测试台应用以及生产中的下线测试(EoL)。
T40B 具有出色的精度、再现性和鲁棒性,特别适合静态和动态扭矩测量。T40B 扭矩传感器具有 0.03% 的线性精度,包括滞后,以及高温稳定性。与内置的磁性转速测量系统相结合,可测量传动系统中的功率。非接触式供电和数字信号传输确保故障安全和免维护运行。用于 EtherCAT 的 TIM-EC 接口模块和用于 Profinet 的 TIM-PN 接口模块可确保将扭矩和转速信号与尖端测试台系统集成时充分发掘其最大性能且具有高度灵活性。
T40B 现在可提供高达 23,000 rpm(1kNm)或 18,000 rpm(2和3kNm)的转速。因此,传感器满足了速度阻力方面的变化要求,例如在电驱动测试中。
经济高效的高性能扭矩传感器,可在测试台上实现测量结果的高精度和再现性。
创新的数字数据传输,即使在恶劣的环境条件下也能提供可靠的测量数据。
强大的灵活性和可靠性,适用于当前和未来的测量任务。
| T40B - 數據表 | Data Sheets | English |
| T40B - 數據表 | Data Sheets | German |
| T40B - 數據表 | Data Sheets | Japanese |
| T40B - 數據表 | Data Sheets | French |
| T40B - 安裝說明 | Mounting Instructions | English, German |
| T40B - 安裝說明 | Mounting Instructions | Italian |
| T40 - 安裝說明 | Mounting Instructions | French |
Sales documents
| T40 - 小冊 | Brochure | English |
| Torque transducers - 小冊 | Brochure | English |
| T40 - 小冊 | Brochure | Russian |
Certificates and Approvals
| T40 – EU Declaration of Conformity | Declaration of Conformity | English |
| Type (rotating/non-rotating) | Rotating |
| Measurement range | 50 Nm, 100 Nm, 200 Nm, 500 Nm, 1 kNm, 2 kNm, 3 kNm, 5 kNm, 10 kNm |
| Measurement range | 443 in-lb, 885 in-lb, 1770 in-lb, 4425 in-lb, 8851 in-lb, 17701 in-lb, 44254 in-lb, 88507 in-lb |
| Geometry (flange/shaft) | Flange |
| Nominal rotational speed | 10000 rpm, 12000 rpm, 14000 rpm, 15000 rpm, 18000 rpm, 20000 rpm, 22000 rpm, 23000 rpm |
| Accuracy class | 0.05 |
| Size (length) | 190 mm |
| Size (length) | 7.48 in |
| Weight (material) | Steel |
| Integrated speed measurement | true |
| Marine certification | None |
| Output signal | EtherCAT, ProfiNET |
| Minimum Temperature | -20 °C |
| Maximum Temperature | 85 °C |
| Minimum Temperature | -4 °F |
| Maximum Temperature | 185 °F |
High rotational speed, high bandwidth, and high accuracy: The T40B torque sensor together with HBM's reliable power analyzers is the ideal setup for any electric power measurement task and enables, for example, instant visualization of torque ripple.
Further information can be found in the data sheet.
From torque to electric power testing: in this video we will show you how to maximize the investment of your torque sensor by pairing it with the power analyzer of the eDrive series.
We are using a test rig to demonstrate an electric motor test with a torque transducer placed between the drive and the brake. With this test rig, we can control torque and speed to look at the different output states to imitate real world scenarios. To further visualize the benefits of the eDrive system, we have mapped the electrical and mechanical output of an e-motor. Watch the video to check out what it looks like in the software!