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burster Italia s.r.l. · Sede legale ed operativa · Via Cesare Battisti, 16/18 · 24035 Curno (BG) · Tel. +39 035 618120 · Fax +39 035 618250 

e-mail: 

[email protected]

 · http://

www.burster.it

 

C.F. e P.IVA 11048400151 · Capitale sociale Euro 49.920,00 · R.E.A. di Bergamo 276749 

 

 
 
 
 

Apparecchi di misura di precisione. Sensori e Sistemi 

per grandezze elettriche, termiche e meccaniche 

3.4 

Foot Version Assembly 

The  housing  of  the  sensor  is  designed  as  a  bearing  block.  A  full  coupling  must

 

be 

installed  at  both  shaft  ends.  By  this,  inevitable  misalignments  can  be  balanced,  which 
can occur during the period of operation. 

If no couplings are used, very large transverse forces can affect the sensor. In addition, 
large forces occur on the bearings in drive and output, which limit their life span very 
strongly. 
Furthermore  large  bending  moments  occur  in  the  shaft.  At  small  torques  (<  20  N·m) 
connect  the  sensor  electrically  during  the  assembly  and  observe  the  signal,  the 
measurement signal may not exceed the limit values 
  
Shafts have to be cleaned with solvent (e.g. acetone) before the assembly  
No foreign bodies may adhere to them. 
Shift couplings on shaft (use entire clamping length of the coupling) and align shafts. 
Absolutely note that the data of the couplings (axis offset, angular offset, tension, compression) are not exceeded. 

 
 
 

 

 

 

Caution:

 During the assembly inadmissibly large forces may not act on the sensor or the couplings.

 

 

Electrical Connection 

4.1 

Pin Connection 

Also see test certificate. 

12-

pin 

86-2208; 86-2531 

86-2508; 86-2831 

 
 
 
 
 
 
 
 
 
 
 
 
 

View: socket on soldering side   

NC 

 

NC 

 

Option angle B  

TTL 

Option angle B 

TTL 

Signal  1 

±5 V / (±10 V)  NC 

 

Signal GND  

0 V 

NC 

 

Excitation GND 

0 V 

Excitation GND 

0 V 

Exci 

12 ... 28 VDC  Exci 

12 ... 28 VDC 

Option angle A  

TTL 

Option angle A  

TTL 

Signal 2 

±5 V / (±10 V)  NC 

 

NC 

 

output B 

RS485 

Calibration control   L<2,0 V; 

H>3,5 V 

NC 

 

NC 

 

output  A 

RS485 

Housing 

 

Housing 

 

4.2 

Calibration Control 

Only use calibration control in unloaded condition of the torque sensor. 

Double-jointed coupling 

Double-jointed coupling 

Drive   

 

Output 

Torque sensor 

Summary of Contents for 86-2208

Page 1: ...info burster it http www burster it C F e P IVA 11048400151 Capitale sociale Euro 49 920 00 R E A di Bergamo 276749 Apparecchi di misura di precisione Sensori e Sistemi per grandezze elettriche termic...

Page 2: ...y precautions must be operative By vibrations damages can occur at the device 4 1 Couplings Page 7 During the assembly the sensor must be supported to protect if from falling down 4 1 3 Alignment of t...

Page 3: ...1 1 Misalignment Possibilities of Single Jointed Couplings 7 3 1 2 Double Jointed Couplings 7 3 1 3 Alignment of the Measurement Arrangement 7 3 2 General 7 3 2 1 Torque Sensors of 5 N m to 15 N m 8 3...

Page 4: ...e and take responsibility for safety related interests for the sensor Remaining dangers must be minimized Remaining dangers of the torque measurement technique must be pointed out Human mistakes must...

Page 5: ...ominal torque of the torque sensor M Mnenn 1 8 Definition of the Pictograms on the Torque Sensor The measuring side of the torque sensor is designated as follows Measuring side or M More information c...

Page 6: ...remaining distance of the measuring signal within the sensor occurs in digital form completely Thus the measuring system achieves a high reliability of operation This signal is further conditioned in...

Page 7: ...ouble jointed coupling 3 1 2 Double Jointed Couplings Double jointed couplings are used for the balance of inevitable angular axial and radial misalignments 3 1 3 Alignment of the Measurement Arrangem...

Page 8: ...Assembly The sensor is installed between two single jointed couplings and contributes to the balance of an inevitable axis offset between the two mechanical connections If no couplings are used very l...

Page 9: ...signal the measurement signal may not exceed the limit values Shafts have to be cleaned with solvent e g acetone before the assembly No foreign bodies may adhere to them Shift couplings on shaft use e...

Page 10: ...rs and meet the metrological requirements 4 4 Shielding Connection In combination with the sensor and the external electronics the shield forms a Faraday Cage By this electro magnetic disturbances do...

Page 11: ...e 5 4 Dynamic Torques 5 4 1 General The static calibration procedure of torque sensors is also valid for dynamic applications Note The frequency of torques must be smaller than the natural frequency o...

Page 12: ...ange Connect excitation Cable defect No mains supply Signal output connected wrong Connect output correctly Evaluation electronics defect Sensor does not react to torque Shaft not clamped Clamp correc...

Page 13: ...Only use suitable means of transportation 7 2 Storage The storage of the sensors must occur in dry dust free rooms only Slightly lubricate shafts and flanges with oil before storing rust 8 Disposal T...

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