NCTE 2300 Series Instruction Manual And Data Sheet Download Page 9

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Page 9 of 16 

3.5

 

Operation during regular mode 

Optimal  measuring  values  are  achieved  when  the  sensor  is  used  while  maintaining  the  specific  nominal 
torque.  If  the  permissible  operating  conditions  are  observed,  the  sensor  operates  trouble-free  and 
maintenance-free. 

3.6

 

Irregular operation, actions in case of failures 

If the sensor is mechanically overloaded (e.g. if the maximum permissible longitudinal force or torque limit 
is exceeded or if there are strong vibrations),  the  sensor may  be  damaged and the signal output may  be 
distorted. In this case do not open the device. Contact NCTE AG directly. 

3.7

 

Safety instructions 

The following safety instructions should be followed for smooth operation: 

 

Opening the sensor or even single screws is not allowed. 

 

The shaft retaining rings on the shaft ends must not be loosened. 

 

The fastening nut of the plug must not be loosened or tightened. 

 

Only use power supplies safely disconnected from the mains voltage. 

 

Regarding  the  electrical  and  mechanical  load  of  the  sensor,  the  specifications  according  to  the 
sensor-specific nameplate a

nd the table in Chapter “

4 Technical characteristics

 must be 

observed. 

 

The sensor is not to be used as support bearing. The existing fastening options serve exclusively to 
secure the housing against twisting. 

 

To protect your system, we recommend increasing the torque over several stages. 

3.8

 

Shaft preservation 

The  shafts  are  protected  on  both  sides  with  a  film  of  anti-corrosion  wax.  We  recommend  to  leave  the 
protection permanently. If technically necessary, remove the protective film with spirit/ethanol. 

3.9

 

Service, maintenance and repair 

As part of your test and measurement equipment management, we recommend regular inspection of your 
test and measurement equipment. Please also observe the relevant standards and guidelines. 

Maintenance plan by NCTE AG 

Calibration: 

Every 12 months 

Check the wiring, connectors and shaft: 

Every 12 months 

 
Repairs and recalibrations can only be carried out by NCTE AG personnel. 

3.10

 

Disposal 

The  device  must  be  returned  to 

NCTE  AG,  Raiffeisenallee  3,  D-82041  Oberhaching

  for  disposal. 

Summary of Contents for 2300 Series

Page 1: ...Version 20 01 State September 2020 Instruction manual and data sheet Torque Sensor Series 2300 ...

Page 2: ... NCTE AG Torque Sensor Series 2300 Instruction Manual and Data Sheet This instruction manual is property of NCTE AG D 82041 Oberhaching Unauthorized duplication even in part is not permitted State September 2020 ...

Page 3: ...hange 7 2 4 Training of the operating personnel 7 2 5 Transport and handling 7 3 Torque Sensor Series 2300 8 3 1 Short description 8 3 2 Assembly and disassembly 8 3 3 Interface description 8 3 4 Starting up 8 3 5 Operation during regular mode 9 3 6 Irregular operation actions in case of failures 9 3 7 Safety instructions 9 3 8 Shaft preservation 9 3 9 Service maintenance and repair 9 3 10 Disposa...

Page 4: ...Facts 10 2 Torque ranges 10 3 Load characteristics 10 4 Technical characteristics 11 5 EMV Emission data 12 6 Dimensions 12 7 Wiring diagram 13 8 Sensor wiring 13 9 Angle sensor 14 10 Order options 14 11 Accessories 15 ...

Page 5: ... try to maintain compatibility with previous versions All information without guarantee subject to technical changes For further questions we are of course also available after the purchase at any time Please use our contact address 1 1 Customer service address NCTE AG Raiffeisenalle 3 D 82041 Oberhaching Phone 49 0 89 665 619 0 Email sales ncte de Web https ncte com 1 2 Warranty The warranty peri...

Page 6: ...2 5 2300 5 2300 10 2300 20 2300 50 2300 100 conforms to the requirements of the EMC Directive 2014 30 EU including its amendments in force at the time of this declaration The following harmonized standards were applied EN 61000 6 2 2019 11 EN 61000 6 4 2020 09 EN 61326 1 2013 07 EN 61326 1 2018 09 Draft The following national laws standards and specifications were applied Electromagnetic compatibi...

Page 7: ...e is considered improper The manufacturer is not liable for any damage resulting from such use 2 2 Duration of use A factory recalibration should be executed annually See corresponding label on the sensor 2 3 Structural change Unauthorized conversions or changes to the torque measuring system are prohibited for safety reasons and lead to the immediate expiration of the warranty claims 2 4 Training...

Page 8: ...th the connecting shafts It must then be possible to push the key adapters of the connection shafts onto the key adapter connections of the sensor without any effort No force must be exerted on the housing in the axial direction during fastening The sensor can be secured against rotation by means of the flat surface optional sensor holder The cable length must not exceed 5m Using a cable other tha...

Page 9: ...not be loosened or tightened Only use power supplies safely disconnected from the mains voltage Regarding the electrical and mechanical load of the sensor the specifications according to the sensor specific nameplate and the table in Chapter 4 Technical characteristics must be observed The sensor is not to be used as support bearing The existing fastening options serve exclusively to secure the ho...

Page 10: ...n case of overload the sensor leads to an offset in measurement In such case the sensor needs to be recalibrated at NCTE AG The sensor should be operated only within the specified nominal torque range 3 Load characteristics Series 2300 Measuring range Axial force N 1 Limit transverse force N Limit bending moment Nm 1 500 8 1 2 5 and 5 1000 20 2 5 10 and 20 1000 30 12 5 50 and 100 1000 100 41 7 Any...

Page 11: ...orque zero 4 V mA 5 12 7 Signal at positive nominal torque 5 V mA 9 20 8 Signal at negative nominal torque5 V mA 1 4 9 Calibration parameter normed 5 V Nm mA Nm 4 V Measurement range 8 mA Measurement range 10 Error output V mA 0 10 4 20 11 Output resistance Voltage Output Ω 1 12 Output resistance Current output k Ω 250 Effect of temperature Unit Value 13 Zero point drift over temperature 10 K 0 1 ...

Page 12: ... HF field IEC 61000 4 3 80 1000 MHz 10 V m 80 AM A passed Rapid transients IEC 61000 4 4 1 kV B passed High frequency asymmetrical IEC 61000 4 6 0 15 80 MHz 10V 80 AM A passed Examination Test specification Admission Evaluation criteria Interference voltage 0 15 30 MHz CISPR 11 2009 A1 2010 Class B Limit values observed Radio interference field strength 30 1000 MHz CISPR 11 2009 A1 2010 Class B Li...

Page 13: ...5 5 25 1 For high alternating loads torque transmission by positive and frictional locking via a suitable fit is recommended 7 Wiring diagram Connector Power supply and outputs Type Binder Plug Series 712 M9 IP67 Colour coding acc to DIN 47100 Pin Colour Description Value 1 White USB CAN Bus D H 2 Brown USB CAN Bus D L 3 Green Angle Channel A 0V 5V 4 Yellow Angle Channel B 0V 5V 5 Grey Analog GND ...

Page 14: ...es 2300 accuracy 0 5 Measuring range Nm 1 including 5m cable and calibration certificate 2 5 including 5m cable and calibration certificate 5 including 5m cable and calibration certificate 10 including 5m cable and calibration certificate 20 including 5m cable and calibration certificate 50 including 5m cable and calibration certificate 100 including 5m cable and calibration certificate Angle sens...

Page 15: ...input A B USB interface Software Windows included SD card slot to use for data logging S Order number 400010 ATS002 Art No 400010006 Sensor input current output 4 20 mA 1 x angle encoder input A B USB interface Software for windows included SD card slot to use for data logging Couplings coupling types Used for D2 max KB2 15 26 8 D2 2300 D8 10 KB2 45 41 9 D2 2300 D9 18 KB2 100 47 9 D2 2300 D9 25 KB...

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