仪器仪表网

专业销售代理进口称重传感器仪器仪表、泵、阀门、世界知名品牌,原装正品,货期短,厂家直供!

全国服务热线157-6785-5089
您所在的位置:

TB2 扭矩(扭力/转矩)传感器-德国HBM

额定扭矩100 N·m,200 N·m, 500 N·m, 1 kN·m, 2 kN·m,3 kN·m, 5 kN·m和10 kN·m
  • 所属分类:HBM扭矩传感器
  • 产品标签:
  • 设备特点:

    精度等级0.03

    高容许振荡宽度

    与DKD校准证书相结合,按照DIN 51309或EA‐10/14等级0.05

    可选:EN 60529数据表的保护等级IP67

  • 累计访问
    939
    0
  • 特别说明:产品图片以及参数跟实际产品略有差异。
  • 采购说明:一切规格按照客户实际情况或考察后下单采购,支持非标定制。
  • 库存配送:有货,全国送货保障!
  • 温馨提示:本产品一经下单采购,非质量问题不支持退货!如产品质量问题,可三个月内免费退换货!
详细描述Detailed description

TB2 比对扭矩传感器具有非极高的精度,其带有 DKD标定证书,按照 DIN 51309 或 EA 10-14标准精度等级达到 0.05。标准要求在 40% 到 100% 的额定量程范围内,要达到此精度。TB2 比对扭矩传感器远远超出了此标准,在 10 到 100% 都达到了此精度。

TB2 比对扭矩传感器不仅具有非常高的精度,并且有极好的对寄生负载的不灵敏性,例如弯矩和横向力。

由于其很好的密封性,因此其也有很好的温度不灵敏性,例如:温度的波动。独有专利的,结构紧凑的测量体同 T10FS 扭矩传感器一样具有扭矩法兰,可进行旋转扭矩测量。

尽管 TB2 扭矩传感器原先只应用于工业场合,但由于其具有极高的精度,因此同样可以应用于实验室标定。

TB2TB2 扭矩(扭力/转矩)传感器产品特点

  • 精度等级0.03
  • 额定扭矩100 N·m,200 N·m, 500 N·m, 1 kN·m, 2 kN·m,3 kN·m, 5 kN·m和10 kN·m
  • 高容许振荡宽度
  • 与DKD校准证书相结合,按照DIN 51309或EA‐10/14等级0.05
  • 可选:EN 60529数据表的保护等级IP67

TB2 Torque reference transducer Special features

  • Accuracy class 0.03
  • Nominal (rated) torques 100 N·m,200 N·m, 500 N·m, 1 kN·m, 2 kN·m,3 kN·m, 5 kN·m and 10 kN·m
  • High permissible oscillation width
  • In combination with DKD calibrationcertificate, Class 0.05 as per DIN 51309 or EA‐10/14
  • Optional: Degree of protection IP67 per EN 60529 Data sheet
Specifications
TypeTB2
Accuracy class0.03
Nominal (rated) torque MnomN×m100200500
kN×m123510
Nominal (rated) sensitivity (spread between torque = zero and nominal (rated) torque)mV/V1
Sensitivity tolerance (deviation of the actual output quantity at Mnom from the nominal (rated) sensitivity)%<土0.1
Temperature effect per 10K in the nominal (rated) tempera- ture range
on the output signal, related to the actual value
on the zero signal, related to the nominal (rated) sensitivity
%
%
<土0.03
<土0.02
Linearity deviation, including hysteresis
relative to nominal (rated) sensitivity
the relative standard deviation of repeatability
according to DIN 1319, relative to the variation of the output signal
%
%
<土0.03
<土0.01
Input resistance at reference temperature Output resistance at reference temperature Reference excitation voltage
Operating range of excitation voltage
Ω Ω V V1550土100
900 ¼ 1500
5
2.5 ¼ 12
Emission in accordance with (EN61326-1, Table 4) RFI field strengthClass B
Interference immunity (EN61326-1, Table A.1) Electromagnetic field (AM)
Magnetic field
Electrostatic discharge (ESD) Contact discharge
Air discharge
Burst (rapid transients) Surge (impulse voltages) Cable based interferences
V/m A/m
kV kV kV kV V
10
100
4
8
2
1
10
Degree of protection per EN 60,529-IP54, optional IP67
Nominal (rated) temperature range
Operating temperature range Storage temperature range
°C
°C
°C
+10 ¼ +60
−10 ¼ +80
−50 ¼ +85
Mechanical shock, test severity level per DIN IEC 68; Part 227; IEC 682271987
Number Duration
Acceleration (half sine)
n ms m/s21000
3
650
Vibrational stress, test severity level according to DIN IEC 68; Part 26; IEC 68261982
Frequency range Duration
Acceleration (amplitude)
Hz h
m/s2
5 ¼ 65
1.5
50
Load limits1)
Limit torque, related to Mnom Breaking torque, related to Mnom Longitudinal limit force
Lateral limit force Limit bending moment
Oscillation width per DIN 50100 (peaktopeak)
%
%
kN kN N×m N×m
200
>400
160
>320
5
1
50
200
10
2
100
400
16
4
200
1000
19
5
220
2000
39
9
560
4000
42
10
600
4800
80
12
800
8000
120
18
1200
16000
1)    Each type of irregular stress (bending moment, lateral or longitudinal force, exceeding nominal (rated) torque) can only be permitted up to its specified static load limit, provided none of the others can occur at the same time. If this condition is not met, the limit values must be reduced. If 30% of the bending limit moment and lateral limit force occur at the same time, only 40% of the longitudinal limit force is permis- sible and the nominal (rated) torque must not be exceeded. The permissible bending moments, longitudinal forces and lateral forces can affect the measurement result by approx. 0.2% of the nominal (rated) torque.
Specifications
Mechanical values
Nominal (rated) torque MnomN×m100200500
kN×m123510
Torsional stiffnesskN×m/rad2302705409002300260046007900
Torsion angle at MnomDegree0.0480.0430.0550.0660.0490.0660.060.07
Stiffness in axial direction, approx.kN/mm420800900970100011009501600
Stiffness in radial direction, approx.kN/mm1302907008401400160014002500
Stiffness during the bending moment around a radial axisN×m/rad661201651703803905501240
Maximum deflection at longitudinal force limitmm0.02<0.03<0.05<0.1
Additional max. radial run-out deviation at lateral limit forcemm<0.01
Additional plane/parallel deviation at bending moment limitmm<0.03<0.04<0.06<0.1
Mass moment of inertia (without taking flange bolts into account) of rotor Iv (around the longitudinal axis)kg×m2×10−31.62.65.919.23797
Proportional mass moment of inertia (measuring side)%56555250
Position of SG level (as distance to level of adap- tion surface of flange with external centering)% of total length50
Weight, approx. (excl. cable)kg0.71.72.44.98.314.6
Weight, IP67 version, approx. (incl. cable)kg0.91.92.65.18.514.8
Supplementary data as per DIN 51309 or EA 10/14
Class as per DIN 51309
Rel. zero error (zero signal return)
%0.05
<土0.008 (typical <0.003)
Relative reproducibility and repeatability errors (0.2 Mnom to Mnom) for:
a constant mounting position a changing mounting position
%
%
<0.02 (typical <0.01)
<0.03 (typical <0.02)
Relative hysteresis error (0.2 Mnom to Mnom)%<0.06 (typical <0.03)
Scope of supply:
TB2
Transducer connection cable, 3m, (Lemo® FGG6-free ends) Test certificate
Mounting instructions
Option:
Degree of protection IP67 per EN 60529                                                                            Order No.: D-TB2/IP67
Accessories:
Connecting plug MS 3106PEMV, mounted on cable                                                          Order No.: D-MS/MONT
15 pin D-plug, mounted on cable                                                                                        Order No.: D-15D/MONT DKD calibration certificate to DIN 51309 or EA10/14

Standard version Dimensions (in mm; 1 mm = 0.03937 inches)

Nominal (rated) torque0A0B0C0D0E0FH60G0Hg50JKαMSLNOPXs
500 N×m − 1 kN×m1710101.51412075121751245735.8M1018418602+0.430
2 kN×m − 3 kN×m19121301415590156901605735M1220420642.5+0.432
5 kN×m2214.2155.5141791101801101885710M1426326842.842
10 kN×m2617196142211402221402305710M1630430923.5+0.546

Option: Degree of protection IP67 (Dimensions (in mm; 1 mm = 0.03937 inches))

文章版权备注

来源:仪器仪表网 阅读:939
文章版权归 仪器仪表网 所有 购买产品联系:15767855089(QQ/微信/手机同号)
文章链接:https://www.shajiangguan.cn/torque/hbm-niuju/4339.html
未经授权,禁止任何站点镜像、采集、或复制本站内容,违者通过法律途径维权到底!

下面这些产品,一样很精彩哟!

产品繁多,总有一款适合你,更可来图来样定制生产,选型!
  • T40B扭矩传感器 转矩传感器 T40B扭力传感器-德国HBM
    T40B扭矩传感器 转矩传感器 T40B扭力传感器-德国HBM

    T40B 以高精度、再现性和鲁棒性而著称,非常适合用于静态和动态扭矩测量。包括滞后和高温稳定性,扭矩传感器具有 0.03% 的线性精度。可内置磁学转速测量...

  • CFTplus压电力传感器-高精度,高动态
    CFTplus压电力传感器-高精度,高动态

    在工厂,CFTplus系列压电力传感器已进行了三个量程段 (1%, 10%和100%)的校准,因此安装后可立即使用,无需进行现场校准。 一般来说,压电原理传感器的...

  • MCS10 多分量传感器-德国HBM
    MCS10 多分量传感器-德国HBM

      沿不同轴同步测量力和扭矩。3维力传感器! 来自 HBM 的 MCS10 多分量传感器能够同步测量沿三个轴或坐标的力 (Fx, Fy, Fz)。 六分量传感器...

  • T12HT 扭矩传感器
    T12HT 扭矩传感器

    T12HT 扭矩传感器,适用于高达1.5 MN·m 极高扭矩测量 T12HT 扭矩传感器专门针对大扭矩应用设计,高精度,并可大幅提高生产力和效率。其采用无线供电,无线...

  • TTS 扭矩扳手传感器-德国HBM
    TTS 扭矩扳手传感器-德国HBM

    TTS 扭矩扳手 是用来检查和标定扭矩设备.其符合标定的所有要求(DKD-R 3-8 中所描述). 产品描述 由于扭矩扳手会产生特殊扭矩, 因此 TTS 弯矩的极限阻值...

  • TN 扭矩(扭力/转矩)传感器-德国HBM
    TN 扭矩(扭力/转矩)传感器-德国HBM

    TN 扭矩传感器 是一种非转动传感器,专门用于传感器标准 或作为实验室的比对传感器 其有极高的极高的精度和稳定性. TN 扭矩传感器经常作为国家计量院的...

  • TB1A 扭矩(扭力/转矩)传感器-德国HBM
    TB1A 扭矩(扭力/转矩)传感器-德国HBM

    TB1A 扭矩比对测量盘采用HBM的专利技术-剪应力扭矩测量 采用轴向剪应力臂的测量体有很小的尺寸和具有很高的刚性,可以抵御弯矩等其他负载。 简单,...

  • t5 扭矩(扭力/转矩)传感器-德国HBM
    t5 扭矩(扭力/转矩)传感器-德国HBM

    t5 扭矩(扭力/转矩)传感器(特点) 任何旋转方向扭矩的测量 标称扭矩10 NV/m, 20 NV/m, 50 NV/m, 100 NV/m, 200 NV/m 无滑动摩擦接头的圆柱轴...

  • T4A 扭矩(扭力)传感器-德国HBM
    T4A 扭矩(扭力)传感器-德国HBM

    T4A 扭矩传感器主要用于保证扭矩质量符合国家标准而进行的追溯性测量。 T4A 扭矩传感器的连接通过手动扳手或电动扳手来进行,而不能用气动扳手。 ...

  • T22 扭矩(扭力)传感器-德国HBM
    T22 扭矩(扭力)传感器-德国HBM

    T22 扭矩传感器: 扭矩测量最高达 1 kNm 基于应变的 T22 扭矩传感器采用非接触式传输技术,量程从 0-0.5 Nm 最大到 0-1 kNm。结构紧凑,适合旋转和非旋...

  • T21WN 扭矩传感器-德国HBM
    T21WN 扭矩传感器-德国HBM

    T21WN 扭矩传感器: 扭矩测量最高到 200 Nm 基于应变的 T21WN 扭矩传感器采用非接触式方式进行信号传输和供电。适用于非旋转和旋转部件的较低扭矩静态...

  • T10F 扭矩传感器-德国HBM
    T10F 扭矩传感器-德国HBM

    T10F 扭矩传感器: 额定扭矩从 50 N·m 到 10 kN·m 其非常紧凑的设计占有非常小的空间。高侧向的防护允许连接轴直接与法兰连接,无须其它支撑轴,并且可...

  • T40MAR扭矩传感器-用于确定负载信号-德国HBM
    T40MAR扭矩传感器-用于确定负载信号-德国HBM

    用于确定负载信号的T40MAR认证传感器 高精度 T40MAR 扭矩传感器可以从船舶发动机中获取负载信号,从而可以更好地控制它们。负载信号测定可通过传动系...

  • T40FH 扭矩传感器-高精度扭矩测量-德国HBM
    T40FH 扭矩传感器-高精度扭矩测量-德国HBM

    T40FH 扭矩传感器: 极高扭矩测量 T40FH 扭矩传感器是 极高扭矩测量 第一选择 - 通过极高扭矩测量提高效率和生产力,而无需其他昂贵设备。 旋转型T4...

  • T40HS高速扭矩传感器-德国HBM
    T40HS高速扭矩传感器-德国HBM

    T40HS: 高速扭矩测量,极小的测量不确定性 T40HS 专门为 高速扭矩测量 应用设计,更短并且节省空间,转速高达 45,000 rpm. 更短的设计保证其具有 更高...

与仪器仪表网合作的

大致流程

全国统一服务热线

157-6785-5089
立即咨询
感谢以下战略合作伙伴十多年来对仪器仪表网的长期支持
Thanks to the following strategic partners for our support
抓紧每一道工序,做好每一件产品 >>>>>>>>
提高售后服务质量 , 提升客户满意程度

以质量求生存,以信誉求发展,满足合同规定及潜在需求!

全国咨询热线

157-6785-5089