Torque Sensor. Torque. with Dual-Range-Option. Type 4503B...

Transkript

1 Torque Torque Sensor with ual-range-option Type 0B... Type 0B... torque sensors with built-in speed sensor operate on the strain gage principle. n integral, digital measurement conditioning system produces analog or digital output signals. Rated torque: 0, Ratio for second range: :0 or : of rated torque Speed ranges up to /min ccuracy class in standard measuring range: 0,0 In the extended measuring range: 0,/0, Integral speed sensor, high resolution speed/angle measurement sensor up to 8 9 pulses/revolution as option Serial data output RS- and USB interface dditional advantages of second range: Natural overload protection of smaller range because of special design One sensor for two separately calibrated measuring ranges escription The dual range sensor offers the advantage of freely scalable range switching, which allows highly accurate measurement of both the peak and particularly the operating torque. The sensor offers an integrated high resolution speed/angle measurement sensor up to 8 9 pulses/revolution, freely scalable. dditionally, the rotational direction as well as an absolute zero point (Z-line) are available. Power is supplied and the measurement signals transferred between the rotating shaft and the case without contact. In addition to suitable mounting of the shaft, low production tolerances and high grade balancing, this is a further prerequisite for the high speed limit of up to /min achieved with the "" version. pplication The Type 0B... torque sensors are used: In automotive and vehicle engineering In the aeronautical industry In mechanical and process plant engineering In electric motor manufacture They are universal in application, being suitable for the development laboratory, production or quality assurance. With a torque sensor Type 0B... you will solve your measurement requirement. They are typically used for testing of electric motors, generators, drive performance, measurement of transmission or spindle drive friction, at a manual workstation or in networked, automated production cells. Page / , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland

2 Torque Sensor with ual-range-option, Type 0B... Technical ata echanical Basic ata easuring range ±0, Rated torque nom 0, Overload capacity at limiting torque, x nom lternating torque 0,7 x nom Rupture torque x nom Built-in speed sensor pulses/ speed measurement optional revolut. x60 speed and angular measurement (optional) x 8 9 with reference pulse 90 displaced, TT (Version ""and"w") + Z-pulse Nominal Speed depending on measuring range and design (see details) Balancing class Q for version "" and "W" 6, for version "", ousing material nodized aluminum Protection class IP0 eneral lectrical Specifications ut-off frequency db for kz 0 voltage output Output signal V ±0... /0 at nom (rated value) kz 00 ±0 oad resistance kω >0 Operating temperature range (rated temperature range) Service temperature range Storage temperature range % control input V "On",... 0 "Off" 0... Supply voltage V... 0 Power consumption W < lectrical connection pin/7 pin built-in connector lectrical easuring ata Standard easuring Range : Rated torque 0, ccuracy class 0,0 inearity error % FSO <±0,0 including hysteresis Temperature influence zero point % FSO/0 K <±0,0 Temperature influence nominal value % FSO/0 K <±0,0 Torque control signal % FSO 00 ±0, for voltage output/frequency output lectrical easuring ata xtended easuring Range :x Rated torque 0,0... 0,0 000 ccuracy class 0, 0, inearity error % FSO <±0, <±0, including hysteresis Temperature influence zero point % FSO/0 K <±0, <±0, Temperature influence nominal value % FSO/0 K <±0, <±0, Torque control signal % FSO 00 ±0, for voltage output/frequency output Speed/Rotation ngle easuring System... easuring system magnetoresistive Output signal V TT Pulses per revolution 8 9 Pulse tolerance 0,0 inimum rotational speed for sufficient pulse stability min - >0 dmissible maximum output frequency kz 00 roup delay µs <0 oad resistance kω Reference Pulse easuring System (0-Index) easuring system magnetoresistive Output signal V TT Pulses per revolution Pulse tolerance 0,0 inimum rotational speed for sufficient pulse stability min - >0 roup delay µs <0 oad resistance kω Page / , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland

3 Torque Sensor with ual-range-option, Type 0B... easuring Ranges and aximum Speed easuring range Version "" (low speed) /min Version "" (high speed) /min 0, , Spring onstant and Inertia of ass easuring range Spring constant /rad Inertia of mass kgcm easuring end rive end 0, 0 0,0 0,6 0, 0 0,0 0,6 0,0 0,6 80 0,0 0,6 0 0,0 0, ,0 0, ,0 0, ,8 0, ,8 0, ,7 6, ,6 6, ,8 6, ,9 6, , 6,9 imit Values for ynamic oad Version "/W" easuring Side (low speed) easuring range 0, Weight kg Speed /min easuring end ateral force xial force ateral force rive end xial force, ,, 0 000, , , , Version "" easuring Side (high speed) easuring range 0, Weight kg Speed /min easuring end ateral force xial force ateral force rive end xial force, ,, 0 000, , , , Page / , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland

4 Torque Sensor with ual-range-option, Type 0B... imensions (x90 ) T (x90 ) T B 60 0 B 6 0 Tk ±0,0 Tk ±0,0 0 7, 0 7, Fig. : Type 0B... size and Fig. : Type 0B... size (x90 T (x90 ) T 80 Tk B 60 ±0,0 B 7 60 Tk 60 ±0, , , Fig. : Type 0B... size Fig. : Type 0B... size = Option mounting base "U" = easuring end imensions in mm Rated torque 0, 0, / 0/0 0/00 00/00/ / ø ø ,, 6,, 90 9, B 8 0 6, , 6, 6, 78, 97 øtk (x90 ) (x90 ) 6 (x90 ) 6 (x90 ) 8 (x90 ) T 6 deep 6 deep deep deep 6 deep Option P: both shaft ends with keyways. Keyways (x80 ) to IN 688, Bl. Page / , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland

5 Torque Sensor with ual-range-option, Type 0B... imensions Feather Key (P) b P Rated torque 0, 0, / 0/0 0/00 00/00/ / 000 b 6 0 h 6 8 t,8,8,, 7, P ø h t imensions in mm Feather key according to IN 688 Page / , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland

6 Torque Sensor with ual-range-option, Type 0B... imensions for ounting Base (U) onnecting dimensions for mounting base and Thread 9, 8 ±0, , , 7, 0, 0, 0 0 x6 (x) ,0 + 0,0 0 8 onnecting dimensions for mounting base Thread x0 (x) x0 8x0 onnecting dimensions for mounting base 0 0, , Thread 8x0 (x) , ,0 60 8x0 8x0 0 onnecting dimensions for mounting base Thread 8x0 (x) 69 9, 0, 6 Page 6/ , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland

7 Torque Sensor with ual-range-option, Type 0B... ounting Torque Sensor Type 0B... between rive and Brake rive (specimen) alf coupling Sensor alf coupling Brake Fig. : Installation without holding bracket or housing base (U). Twist protection (should avoid heavy tensionforces on the torque sensor ounting Torque Sensor Type 0B... with olding Bracket (U) or ousing Base rive (specimen) Full couplings Sensor Full couplings Brake ousing base (U) or holding bracket Fig. 6: Installation with holding bracket or housing base (U). Principle of Function... 0 V 0... ±/0 V 0 V Standardized and calibrated outputs: Torque,9 N m 0 V Track /B/Z up to 8 9 pulses/revolution 0 V Speed ontrol 00 /min Serial interface torque easuring end easuring electronics easuring range selection cknowledgment measuring range rive end Type 700B... oo Torque valuation Instrument for Torque Sensors Strain gauge - full bridge Torsion shaft Page 7/ , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland

8 Torque Sensor with ual-range-option, Type 0B... lectrical onnections Pin llocation of the Pin Built-in Standard onnector Function PIN escription Pin llocation of the 7 Pin Built-in onnector for Range Switch Supply voltage F +UB... 0 V, power consumption < W N round relating to +UB Shield In sensor connected to housing Torque output U Voltage output ±/0 V at ±nom at > kω /0 V at control signal activation Speed-/angle of rotation pulses Frequency output F Frequency output 00 kz ± 0 kz N round relating to U round relating to F Track ctive, TT level Track B ctive, TT level, 90 displaced only option, W J Track Z ctive, TT level, reference pulse only option, W 00 % control input K ontrol Off: 0... V On:,... 0 V Ri,K = 0 kω RS- interface (oo Torque) igital ground potential B TX igital send path to the oo Torque RX igital receive path N round relating to speed- or angle of rotation pulses, control input, digital connection to RS- Function PIN escription 7 6 easuring range selection mplification Normal (:) with 0... V xtended (:x) with,... 0 V 00 % control input ontrol Off: 0... V On:,... 0 V 7 ON Opto isolated ground for measuring range selection and control input RS- interface TX Serial send path of the torque sensor 6 RX Serial receive path of the torque sensor N round relating the RS- interface Scaling selector switch cknowledgment output K 0 V at normal (:) V at (:x) Torque sensor Type 0B... Supply and evaluation unit Torque sensor Type 0... Supply and evaluation unit +U B round U B ± V N (0 V) + V TT (Track ) + V TT (Track B) + V TT (Track Z) N (0 V),... 0 V Shield F J K Supply 0 V Torque output Speed/angle output ontol signal input Shielded measuring cable = V ounter ~ ontrol button,... 0 V,... 0 V ON (0 V) K TX RX N (0 V) 7 6 ontrol signal input easuring range selection RS- interface Shielded measuring cable Fig. 7: onnection diagram of pin built-in connector (standard) Fig. 8: onnection diagram of 7 pin built-in connector +U b ontrol button * Range selection switch easuring range acknowledgment RX TX P N Page 8/ , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland

9 Torque Sensor with ual-range-option, Type 0B... Included ccessories Type/rt. No. USB able 78 Ordering Key Type 0B Optional ccessories Type/rt. No. ounting base "U", for measuring ranges 0,... 0 ounting base "U", for measuring ranges ounting base "U", for measuring ranges ounting base "U", for measuring ranges Female connector with solder eye pin Female connector with solder eye 7 pin onnection cable, m, pin onnection cable, m, pin open ends onnection cable, m, 7 pin open ends onnection cable, m, pin oo Torque onnection cable m, RS- 7 pin/-sub 9 pin ontrolonitor oo Torque valuation instument for torque sensors 700B... easuring Ranges in 0, 0, 0, 0, K0 000 K0 000 K0 Pulses per Revolution ow speed 60 igh speed up to x Z ow speed up to x Z W able according to the data sheet efinition of alibration Terms: WKS : Works calibration at points right, points left WKS : Works calibration at points right and left, and repeat series kks: alibration per IN 09 Our calibration service -K provides traceable calibrations for torque sensors from all manufacturers. Order example: Type 0B00P000K0 Torque sensor with measuring range: rated torque 0 : 00, version : max. speed 000 min -, without feather key groove : P0, Standard output signal ± V and frequency 00 ±0 kz: 00, calibration WKS single range: K0 Feather Key roove Without P0 With P Output Signal Voltage ± V and Frequency 00 ±0 kz 00 Voltage ±0 V and Frequency 00 ±0 kz B alibration WKS single range K0 WKS dual range : and/or :0 K WKS dual range : and/or : K WKS single range W0 WKS dual range :and/or :0 W WKS dual range : and/or : W kks single range, measuring point K kks 8 single range, 8 measuring point K8 kks dual range, measuring point kks 8 dual range, 8 measuring point 8 Page 9/ , Kistler roup, ulachstrasse, 808 Winterthur, Switzerland