The MANNER Standard Measuring Flanges

The MANNER Standard Measuring Flanges

In addition to custom made products and client-specific series production, MANNER Sensortelemetrie GmbH also provides a diverse range of torque flanges from its standard portfolio.

 

Select the optimal measuring flange from a range of different sizes and categories and choose between a multitude of order options, e.g. improved accuracy class, increased temperature range, rotation speed measurement and much more

 

In the adjacent sub-menu you will find Manners standard portfolio of torque measuring flanges, arranged and categorised according to nominal torque values.

In addition to the essential technical details you will also find the most important dimensions as well as 3D models for integration into your individual CAD environment.

 

Measuring Range 20 Nm - 50 Nm

Type specific technical data
 

Nominal torque Mnom (Nm)

20

50

External diameter (mm)

78

78

Max. revolution speed (r.p.m.)

14.000

14.000

Weight (kg)

0,4

0,4

Mass moment of inertia (kgmm2)

280

280

Overload protection (relative to nominal torque / %)

250

250

Break resistance (relative to nominal torque / %)

500

500

Max. axial force (kN)

1

1

Max. transverse force (kN)

1

1

Max. bending moment (kNm)

0,005

0,01

Torsional rigidity (kNm/°)

28

40

Axial rigidity (kN/mm)

143

200

Transverse rigidity (kN/mm)

42

111

Flexural rigidity (kNm/°)

26

33

 

 

 

Rotation speed measurement (option)

yes

yes

Through bore-hole (option)

yes

yes

Temperature range

-25°C...+85°C optional -40°C...+150°C

-25°C...+85°C optional -40°C...+150°C

Accuracy class

<0,3% optional <0,1%

<0,3% optional <0,1%

Signal bandwidth (kHz)

1 optional 10

1 optional 10

Degree of protection

IP42 (IP67 option)

 

 

Measuring Range 100 Nm - 200 Nm
Type specific technical data

 

Nominal torque Mnom (Nm)

100

200

External diameter (mm)

100

100

Max. revolution speed (r.p.m.)

12.000

12.000

Weight (kg)

1,6

1,6

Mass moment of interia (kgmm2)

2.194

2.207

Overload protection (relative to nominal torque / %)

300

300

Break resistance (relative to nominal torque / %)

800

800

Max. axial force (kN)

5

5

Max. transverse force (kN)

5

5

Max. bending moment (kNm)

0,4

0,4

Torsional rigidity (kNm/°)

125

166

Axial rigidity (kN/mm)

333

500

Transverse rigidity (kN/mm)

143

167

Flexural rigidity (kNm/°)

106

119

 

 

 

Rotation speed measurement (option)

yes

yes

Through bore-hole (option)

yes

yes

Temperature range

-25°C...+85°C optional -40°C...+150°C

-25°C...+85°C optional -40°C...+150°C

Accuracy class

<0,3% optional <0,1%

<0,3% optional <0,1%

Signal bandwidth (kHz)

1 optional 10

1 optional 10

Degree of protection

IP42 (IP67 option)

 

 

Measuring Range 500 Nm - 1 kNm

Type specific technical data
 
Nominal torque Mnom (Nm) 500 1.000
External diameter (mm) 132 132
Max. revolution speed (r.p.m.) 12.000 12.000
Weight (kg) 3,3 3,3
Mass moment of interia (kgmm2) 7.360 7.360
Overload protection (relative to nominal torque / %) 300 300
Break resitstance (relative to nominal torque / %) 800 800
Max. axial force (kN) 8 10
Max. transverse force (kN) 8 10
Max. bending moment (kNm) 0,15 0,15
Torsional rigidity (kNm/°) 660 767
Axial rigidity (kN/mm) 250 294
Transverse rigidity(kN/mm) 91 227
Flexural rigidity (kNm/°) 115 162
     
Rotation speed measurement (option) yes yes
Through bore-hole (option) yes yes
Temperature range -25°C...+85°C optional -40°C...+150°C -25°C...+85°C optional -40°C...+150°C
Accuracy class <0,3% optional <0,1% <0,3% optional <0,1%
Signal bandwidth (kHz) 1 optional 10 1 optional 10
Degree of protection IP42 (IP67 option)  

 

Measuring Range 2 kNm - 3 kNm

Type specific technical data

Nominal torque Mnom (Nm)

2.000

3.000

External diameter (mm)

164

164

Max. revolution speed (r.p.m.)

8.000

8.000

Weight (kg)

5,6

5,6

Mass moment of interia (kgmm2)

18.533

18.533

Overload protection (relative to nominal torque / %)

300

300

Break resistance (relative to nominal torque / %)

800

800

Max. axial force (kN)

10

15

Max. transverse force (kN)

10

15

Max. bending moment (kNm)

0,25

0,5

Torsional rigidity (kNm/°)

2485

2733

Axial rigidity (kN/mm)

400

455

Transverse rigidity (kN/mm)

455

484

Flexural rigidity (kNm/°)

418

506

 

 

 

Rotation speed measurement (option)

yes

yes

Through bore-hole (option)

yes

yes

Temperature range

-25°C...+85°C optional -40°C...+150°C

-25°C...+85°C optional -40°C...+150°C

Accuracy class

<0,3% optional <0,1%

<0,3% optional <0,1%

Signal bandwidth (kHz)

1 optional 10

1 optional 10

Degree of protection

IP42 (IP67 option)

 

 

Measuring Range 5 kNm - 10 kNm

Type specific technical data

Nominal torque Mnom (Nm)

5.000

10.000

External diameter (mm)

205

205

Max. revolution speed (r.p.m.)

8.000

6.000

Weight (kg)

6

6

Mass moment of interia(kgmm2)

42.050

42.050

Overload protection (relative to nominal torque / %)

300

300

Break resistance (relative to nominal torque/ %)

800

800

Max. axial force (kN)

80

100

Max. transverse force (kN)

30

40

Max. bending moment (kNm)

3

5

Torsional rigidity (kNm/°)

25.600

34.000

Axial rigidity (kN/mm)

1.650

2.000

Transverse rigidity (kN/mm)

1.000

1.250

Flexural rigidity (kNm/°)

34.000

51.000

 

 

 

Rotation speed measurement (option)

yes

yes

Through bore-hole (option)

yes

yes

Temperature range

-25°C...+85°C optional -40°C...+150°C

-25°C...+85°C optional -40°C...+150°C

Accuracy class

<0,3% optional <0,1%

<0,3% optional <0,1%

Signal bandwidth (kHz)

1 optional 10

1 optional 10

Degree of protection

IP42 (IP67 option)

 

 

Measuring range to 20 kNm

Type specific technical data

Nominal torque Mnom (Nm)

20.000

External diameter (mm)

275

Max. revolution speed (r.p.m.)

4.000

Weight (kg)

11,5

Mass moment of interia (kgmm2)

138.459

Overload protection (relative to nominal torque / %)

300

Break resistance (relative to nominal torque/ %)

800

Max. axial force (kN)

150

Max. transverse force (kN)

60

Max. bending moment (kNm)

10

Torsional rigidity (kNm/°)

91.600

Axial rigidity (kN/mm)

1.650

Transverse rigidity (kN/mm)

2.000

Flexural rigidity (kNm/°)

45.800

 

 

Rotation speed measurement (option)

yes

Through bore-hole (option)

yes

Temperature range

-25°C...+85°C optional -40°C...+150°C

Accuracy class

<0,3% optional <0,1%

Signal bandwidth (kHz)

1 optional 10

Degree of protection

IP42 (IP67 option)

 

Measuring Range to 50 kNm

Type specific technical data

Nominal torque Mnom (Nm)

50.000

External diameter (mm)

420

Max. revolution speed (r.p.m.)

2.500

Weight (kg)

40

Mass moment of inertia (kgmm2)

1.250.168

Overload protection (relative to nominal torque / %)

300

Break resistance (relative to nominal torque / %)

800

Max. axial force (kN)

200

Max. transverse force (kN)

100

Max. bending moment (kNm)

20

Torsional rigidity (kNm/°)

390.000

Axial rigidity (kN/mm)

5.000

Transverse rigidity (kN/mm)

5.000

Flexural rigidity (kNm/°)

168.000

 

 

Rotation speed measurement (option)

yes

Through bore-hole (option)

yes

Temperature range

-25°C...+85°C optional -40°C...+150°C

Accuracy class

<0,3% optional <0,1%

Signal bandwidth (kHz)

1 optional 10

Degree of protection

IP42 (IP67 option)

 

Rotation Speed Measurement

Revolution speed, an essential parameter of motors and other mechanical applications, is also measured by Manner Sensortelemetrie GmbH using non-contact technology. Down-stream evaluation units calculate the power flow online, thus enabling it to be recorded. In addition to classical analogue interfaces, it goes without saying that computer interfaces such as USB, CAN or TCP/IP are also available.

 

Manner’s robust, efficient and economical rotation speed measurement is conducted using two different measuring systems. The following technologies have established themselves for the non-contact and space saving measurement of these important rotation parameters:

 

  • Rotation speed measurement using a toothed ring and separate rotation speed sensor. This must be aligned on the flange, in addition to the torque signal receiving antenna. The measured impulse count corresponds exactly to the number of teeth on the toothed ring which Manner has integrated into the flange.

  • Revolution speed measurement using magnets within the flange. Here only a few impulses are measured per revolution. However, no separate revolution speed sensor is required as this can be integrated directly into the stator antenna.    

 

ALFABETİK MARKA LİSTESİ

Sertifikalarımız

Oruçreis Mah. Tekstilkent Tic. Mrk.
G2 Blok, No:101 (10AD-Z77)
34235 Esenler / ISTANBUL
T: +90 212 235 95 35 / 36
F: +90 212 235 95 37

info@imajteknik.com

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