T40B. Torque Flange. Special features. Data sheet. Overall concept
|
|
- Beverly Lynch
- 6 years ago
- Views:
Transcription
1 T40B Torque Flange Special features - Nominal (rated) torques 50 N m, 0 N m, 200 N m, 500 N m, 1 kn m, 2 kn m, 3 kn m, 5 kn m and kn m - Nominal rated rotational speed up to rpm (depending on nominal range and option) - ccuracy class 0.05 (50 N m: 0.1) - Large measurement frequency range up to 6 khz (-3 db) - Digital transmission of measured values - Compact design - Low rotor weights and mass moments of inertia - Optional: rotational speed measuring system, reference signal Data sheet Overall concept
2 Specifications Type ccuracy class Torque measuring system N m Nominal (rated) torque M nom kn m Nominal (rated) rotational speed standard speed (option M) U/min high speed (option H) U/min Non-linearity including hysteresis, related to the nominal (rated) sensitivity Frequency output For a max. torque in the range: between 0% of M nom and 20% of M nom > 20% of M nom and 60% of M nom > 60% of M nom and 0% of M nom Voltage output For a max. torque in the range: between 0% of M nom and 20% of M nom > 20% of M nom and 60% of M nom > 60% of M nom and 0% of M nom Relative standard deviation of the repeatability, per DIN 1319, related to the variation of the output signal Frequency output % Voltage output % Temperature effect per K in the nominal (rated) temperature range % % % % % % T40B < 0.01 < 0.02 < 0.03 < 0.01 < 0.02 < 0.03 < 0.03 < 0.03 on the output signal, related to the actual value of the signal span Frequency output % Voltage output % on the zero signal, related to the nominal (rated) sensitivity Frequency output % Voltage output % Nominal (rated) sensitivity (span between torque = zero and nominal (rated) torque) Frequency output khz / 60 khz / 240 khz Voltage output Sensitivity tolerance (deviation of the actual output quantity at M nom from the nominal (rated) sensitivity) Frequency output Voltage output khz V % % 5/30/ Output signal at torque = zero Frequency output khz /60/240 Voltage output V 0 Nominal (rated) output signal Frequency output with positive nominal (rated) torque khz 15 1) / 90 2) / 360 3) (5 V symmetrical 4) ) with negative nominal (rated) torque khz 5 1) / 30 2) / 120 3) (5 V symmetrical 4) ) Voltage output with positive nominal (rated) torque V + with negative nominal (rated) torque V Load resistance Frequency output kω 2 Voltage output kω Long-term drift over 48 h at reference temperature Frequency output % Voltage output % Measurement frequency range, 3 db khz 1 1) / 3 2) / 6 3) Group delay μs 400 1) / 220 2) / 150 3) Residual ripple Voltage output 5) mv 40 1) Option 5, 5 khz (code SU2) 2) Option 5, khz (code DU2) 3) Option 5, khz (code HU2) 4) RS 422 complementary signals, note termination resistance. 5) Signal frequency range 0.1 to khz HBM 2
3 Specifications (continued) N m Nominal (rated) torque M nom kn m Maximum modulation range 6) Frequency output khz 2.5 to ) / 15 to 5 2) / 60 to 420 3) Voltage output V 12 to +12 Energy supply Nominal (rated) supply voltage (separated extra-low DC voltage) V 18 to 30 Current consumption in measuring mode < 1 Current consumption in startup mode < 4 (typ. 2) 50 μs Nominal (rated) power consumption W < Maximum cable length m 50 Shunt signal approx. 50% of M nom Tolerance of the shunt signal, related to M nom % < 0.05 Nominal (rated) trigger voltage V 5 Trigger voltage limit V 36 Shunt signal ON V min. >2.5 Shunt signal OFF V max. <0.7 Rotational speed measuring system Measurement system Magnetic, via MR sensor (nisotropic Resistive Effect) and magnetized plastic ring with embedded steel ring Magnetic poles Maximum positional variation of the poles 50 angular seconds Output signal V 5 V symmetrical (RS 422); 2 square wave signals approx. 90 phase shifted Pulses per revolution 24 Min. rotational speed for sufficient pulse stability rpm 0 Pulse tolerance 7) degrees < 0.05 Maximum permissible output frequency khz 420 Group delay μs <150 Radial nominal (rated) distance between sensor head and magnetic ring (mechanical distance) mm 1.6 Working distance range between sensor head and magnetic ring mm 0.4 to 2.5 Max. permissible axial displacement of the rotor to the stator 8) mm 1.5 Hysteresis of direction of rotation reversal in the case of relative vibrations betw. rotor and stator Torsional vibration of the rotor degrees <approx. 0.2 Horizontal stator vibration displacement mm <approx. 0.5 Magnetic load limit Remanent flux density mt >0 Coercive field strength k/m >0 Permissible magnetic field strength for signal deviations k/m <0.1 Load resistance 9) kω 2 Reference signal measuring system (0 index) Measurement system Magnetic, with Hall sensor and magnet Output signal V 5 V symmetrical (RS-422) Pulses per revolution 1 Min. rotational speed for sufficient pulse stability rpm 2 Pulse width, approx. degrees Pulse tolerance 7) degrees < 0.05 Group delay μs <150 xial nominal (rated) distance between sensor head and magnetic ring (mechanical distance) mm 2.0 Working distance range between sensor head and magnetic ring mm 0.4 to 2.5 Max. permissible axial displacement of rotor to stator 8) mm 1.5 6) Output signal range in which there is a repeatable correlation between torque and output signal. 7) t nominal (rated) conditions. 8) The data refers only to a central axial alignment. Deviations lead to a change in pulse tolerance. 9) Note the termination resistances as per RS HBM
4 Specifications (continued) Nominal (rated) torque M nom N m kn m General information EMC Emission (per FCC 47, Part 15, subpart C) ) Emission (per EN , Section 7) RFI field strength) 11) Class B Immunity from interference (EN , Table 2) Electromagnetic field (M) V/m Magnetic field /m 0 Electrostatic discharge (ESD) Contact discharge kv 4 ir discharge kv 8 Fast transients (burst) kv 1 Impulse voltages (surge) kv 1 Conducted interference (M) V Degree of protection per EN IP 54 Reference temperature C Nominal (rated) temperature range C Operating temperature range 12) C Storage temperature range C 23 + to to to +85 Number n Mechanical shock per EN ) Duration ms 00 3 cceleration (half sine) m/s Vibrational stress in 3 directions per EN ) Frequency range Hz to 2000 Duration h 2.5 cceleration (amplitude) m/s Load limits 14) Limit torque, related to M 15) nom % Breaking torque, related to M 15) nom % 800 > 400 > 320 Longitudinal limit force 16) kn Lateral limit force 16) kn Limit bending moment 16) N m Oscillation width per DIN 500 (peak-to-peak) 17) N m ) Option 7, Code U 11) Option 7, Code S 12) Heat conductance via the stator base plate necessary over 70 C. The temperature of the base plate must not exceed 85 C. 13) The antenna ring and connector plug must be fixed. 14) Each type of irregular stress (bending moment, lateral or longitudinal force, exceeding nominal (rated) torque), can only be permitted up to its specified 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 limit bending moment and lateral limit force occur at the same time, only 40% of the longitudinal limit force is permissible and the nominal (rated) torque must not be exceeded. The effects of permissible bending moments, longitudinal and lateral forces on the measurement result are 0.3% (50 Nm: 0.6%) of the nominal (rated) torque. The load limits only apply for the nominal (rated) temperature range. t temperatures C, load limits are expected to reduce by up to 30%, because the strength reduction increases as the temperatures fall. 15) With a static loading. 16) Static and dynamic. 17) The nominal (rated) torque must not be exceeded. HBM 4
5 Specifications (continued) Nominal (rated) torque M nom N m kn m Mechanical values Torsional stiffness c T kn m/rad Torsion angle at M nom degrees Stiffness in the axial direction c a kn/mm Stiffness in the radial direction c r kn/mm Stiffness during the bending moment round a radial axis c b kn m/deg Maximum deflection at longitudinal limit force mm < 0.04 < 0.05 < 0.06 < 0.08 < 0.09 dditional max. radial deviation at lateral limit force mm < 0.02 dditional plumb/parallel deviation at limit bending moment (at d B ) mm < 0.06 < 0.11 < 0.09 < 0.18 < 0.19 < 0.14 < 0.12 Balance quality level per DIN ISO 1940 G 2.5 Max. limits for relative shaft vibration (peak-to-peak) 18) Undulations in the connection flange area, based on ISO Normal operation (continuous operation) μm s (p p) 9000 n Start and stop operation/resonance ranges (temporary) Mass moment of inertia of rotor J v without rotational speed measuring system with magn. rotational speed meas. system Proportional mass moment of inertia for the transmitter side (side of the flange with external centering) without rotational speed measuring system with magn. rotational speed meas. system Max. permissible static eccentricity of the rotor (radially) to the center point of the stator without rotational speed measuring system Permissible axial displacement between rotor and stator 19) without rotational speed measuring system Weight Rotor without rotational speed measuring system Rotor with magn. rotational speed meas. system Stator μm s (p p) n (n in rpm) (n in rpm) kg m kg m % of J v % of J v mm mm kg kg kg ) The influence of radial deviations, impact, defects of form, notches, marks, local residual magnetism, structural variations or material anomalies on the vibrational measurements needs to be taken into account and isolated from the actual undulation. 19) bove the nominal (rated) temperature range: ±1.5 mm HBM
6 Radial and axial run-out tolerances xial run-out B B Radial run-out B Internal centering Hardness 46 to 54 HRC 0.8 Surface quality of the axial and radial run-out tolerances (, B and B) Measuring range (N m) xial runout tolerance (mm) Radial run-out tolerance (mm) k k k k k HBM 6
7 Dimensions of T40B 50 Nm - 0 Nm without rotational speed measurement Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions Ø8 (30,5) (22) Ø14 M8 60 6x60 = x60 =360 7,5 133 Ø HBM
8 Dimensions of T40B 50 Nm - 0 Nm without rotational speed measurement, continued Dimensions without tolerances, per DIN ISO 68-mk 52,5 45 Rotor (25) 20 Center of gravity 20,4±0,3 Stator 15 Rotor flange (thread reach) Ø154,4 ±1,0 Ø114 Inner stator Ø 30 C12 Ø8,2 Ø4,5 For axial locking 4,2 2 Internal centering External centering 60 6x60 = Ø99 57,019 Ø57 H6 ( ) 57,000 56,990 Ø57 g5 ( ) 56, ±1 2,4±1,2 Ø84 Partial sections cut - HBM 8
9 Dimensions of T40B 200 Nm without rotational speed measurement Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions (30,5) (22) Ø14 M8 60 6x60 = x60 =360 7,5 133 Ø84 Ø HBM
10 Dimensions of T40B 200 Nm without rotational speed measurement, continued Dimensions without tolerances, per DIN ISO 68-mk 52,5 45 Rotor (24,4) 20,6 Center of gravity 20,4±0,3 Stator 15 Rotor flange (thread reach) 4,2 2 Internal centering External centering 60 6x60 =360 Ø114 Inner stator Ø 30 C12 Ø8,2 Ø154,4 ±1,0 Ø4,5 For axial locking Ø99,6 57,019 Ø57 H6 ( ) 57,000 56,990 Ø57 g5 ( ) 56, ±1 2,4±1,2 Ø84 Partial sections cut - HBM
11 Dimensions of T40B 500 Nm - 1 knm without rotational speed measurement Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions (33,5) Ø130 (22) ,5 Ø17 M 7,5 144 Ø1, HBM
12 Dimensions of T40B 500 Nm - 1 knm without rotational speed measurement, continued Dimensions without tolerances, per DIN ISO 68-mk 55,5 49 Rotor (25,7) 23,3 12 Center of gravity 20,4±0,3 Stator 17 Rotor flange (thread reach) Ø136 Inner stator Ø 22,5 C12 Ø,5 Ø176,4 ±1,0 Ø4,5 For axial locking 4,2 2 Internal centering External centering Ø121 75,019 Ø75 H6 ( ) 75,000 74,990 Ø75 g5 ( ) 74, ±1 232,4±1,2 Ø1,5 Partial sections cut - HBM 12
13 Dimensions of T40B 2 knm - 3 knm without rotational speed measurement Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions Ø164 (37) (22) ,5 Ø19 M12 7,5 161 Ø HBM
14 Dimensions of T40B 2 knm - 3 knm without rotational speed measurement, continued Dimensions without tolerances, per DIN ISO 68-mk 59 Rotor (,3) 25,7 15 Center of gravity 20,4±0,3 Stator 18 Rotor flange (thread reach) Ø170 Inner stator Ø 22,5 C12 Ø12,5 Ø2,4 ±1,0 Ø4,5 For axial locking 4,2 2,5 Internal centering External centering Ø156 90,022 Ø90 H6 ( ) 90,000 89,988 Ø90 g5 ( ) 89, ±1 266,4±1,2 Ø130 Partial sections cut - HBM 14
15 Dimensions of T40B 5 knm without rotational speed measurement Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions (46) Ø193 (22) ,5 Ø22 M14 7,5 175,5 Ø155, HBM
16 Dimensions of T40B 5 knm without rotational speed measurement, continued Dimensions without tolerances, per DIN ISO 68-mk Rotor (32,5) 30,5 20 Center of gravity 20,4±0,3 Stator 20 Rotor flange (thread reach) Ø239,4 ±1,0 Ø199 Inner stator Ø 22,5 C12 Ø14,5 Ø5,5 For axial locking 4,2 2,8 Internal centering External centering Ø180 1,022 Ø1 H6 ( ) 1,000 9,988 Ø1 g5 ( ) 9,973 7±1 295,4±1,2 Ø155,5 Partial sections cut - HBM 16
17 Dimensions of T40B knm without rotational speed measurement Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions Ø240 (57) (22) ,5 Ø26 M16 7,5 199 Ø HBM
18 Dimensions of T40B knm without rotational speed measurement, continued Dimensions without tolerances, per DIN ISO 68-mk Rotor (39) Center of gravity 22,4±0,3 Stator 22 Rotor flange (thread reach) Ø246 Inner stator Ø 22,5 C12 Ø17 Ø6,4 ±1,0 Ø5,5 For axial locking 4,2 3,5 Internal centering External centering Ø ,025 Ø140 H6 ( ) 140, ,986 Ø140 g5 ( ) 139, ±1 342,4±1,2 Ø196 Partial sections cut - HBM 18
19 Dimensions of T40B 50 Nm - 0 Nm with rotational speed measurement and reference signal Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions (30,5) Ø8 (22) Ø14 M8 60 6x60 = x60 = Ø84 Only Option 6, Code 7, HBM
20 Dimensions of T40B 50 Nm - 0 Nm with rotational speed measurement and reference signal, continued Dimensions without tolerances, per DIN ISO 68-mk (1) 52,5 45 Rotor (21) Center of gravity 20,4±0,3 Stator 15 Rotor flange (thread reach) Ø114 Inner stator Ø 30 C12 Ø8,2 Ø154,4 ±1,0 Ø4,5 For axial locking 4,2 2 Internal centering External centering 60 6x60 =360 Ø Outer speed ring Ø112 57,019 Ø57 H6 ( ) 57, , ,990 Ø57 g5 ( ) 56, ±1 2,4±1, Ø84 79 (75,4) 7, Partial sections cut - HBM 20
21 Dimensions of T40B 200 Nm with rotational speed measurement and reference signal Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions (30,5) Ø8 (22) Ø14 M8 60 6x60 = x60 = Ø84 Only Option 6, Code 7, HBM
22 Dimensions of T40B 200 Nm with rotational speed measurement and reference signal, continued Dimensions without tolerances, per DIN ISO 68-mk 52,5 Ø Outer speed ring Ø Rotor (23,1) 21,9 14 Center of gravity 20,4±0,3 Stator 15 Rotor flange (thread reach) 4,2 2 Internal External centering centering 4 57,019 Ø57 H6 ( ) 57,000 1,6 (1) ,990 Ø57 g5 ( ) 56, ±1 2,4±1,2 60 6x60 =360 Ø114 Inner stator Ø 30 C12 Ø8,2 Ø154,4 ±1,0 Ø4,5 For axial locking Ø ,4 7, Partial sections cut - HBM 22
23 Dimensions of T40B 500 Nm - 1 knm with rotational speed measurement and reference signal Dimensions without tolerances, per DIN ISO 68-mk Ø130 (33,5) (22) ,5 Ø17 M 7,5 144 Ø1,5 Mounting dimensions 190 Only Option 6, Code HBM
24 Dimensions of T40B 500 Nm - 1 knm with rotational speed measurement and reference signal, continued Dimensions without tolerances, per DIN ISO 68-mk 55,5 (1) 49 Rotor (23,7) 25, Center of gravity 20,4±0,3 Stator 17 Rotor flange (thread reach) Ø176,4 ±1,0 Ø136 Inner stator Ø 22,5 C12 Ø,5 Ø4,5 For axial locking 4,2 2 Internal centering External centering Ø Outer speed ring Ø134 75,019 Ø75 H6 ( ) 75, , ,990 Ø75 g5 ( ) 74, ±1 232,4±1,2 Ø1, , Partial sections cut - HBM 24
25 Dimensions of T40B 2 knm - 3 knm with rotational speed measurement and reference signal Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions (37) Ø164 (22) ,5 Ø19 M12 7,5 161 Ø130 Only Option 6, Code HBM
26 Dimensions of T40B 2 knm - 3 knm with rotational speed measurement and reference signal, continued Dimensions without tolerances, per DIN ISO 68-mk (4) 59 Rotor (26,2) 26, Center of gravity 20,4±0,3 Stator 18 Rotor flange (thread reach) 22,5 C12 Ø12,5 Ø2,4 ±1,0 Ø170 Inner stator Ø Ø4,5 For axial locking 4,2 2,5 Internal centering External centering Ø Outer speed ring Ø ,6 90,022 Ø90 H6 ( ) 90,000 89,988 Ø90 g5 ( ) 89, ±1 266,4±1,2 79 Ø ,4 8,5 Partial sections cut - HBM 26
27 Dimensions of T40B 5 knm with rotational speed measurement and reference signal Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions (46) (22) Ø ,5 Ø22 M14 7,5 175,5 Ø155,5 Only Option 6, Code HBM
28 Dimensions of T40B 5 knm with rotational speed measurement and reference signal, continued Dimensions without tolerances, per DIN ISO 68-mk Rotor (31,4) 31,6 22 (9) 13 Center of gravity 20,4±0,3 Stator 20 Rotor flange (thread reach) Ø239,4 ±1,0 Ø199 Inner stator Ø 22,5 C12 Ø14,5 Ø5,5 For axial locking 4,2 2,8 Internal External centering centering 4 1, Ø Outer speed ring Ø197 1,022 Ø1 H6 ( ) 1,000 9,988 Ø1 g5 ( ) 9,973 7±1 295,4±1, ,4 Ø155, , Partial sections cut - HBM
29 Dimensions of T40B knm with rotational speed measurement and reference signal Dimensions without tolerances, per DIN ISO 68-mk Mounting dimensions (57) (22) Ø ,5 Ø26 M16 7,5 199 Ø196 Only Option 6, Code HBM
30 Dimensions of T40B knm with rotational speed measurement and reference signal, continued Dimensions without tolerances, per DIN ISO 68-mk Rotor (37,6) 37, ,4±0,3 Stator 22 Rotor flange (thread reach) (11) 13 Center of gravity Ø6,4 ±1,0 Ø246 Inner stator Ø 22,5 C12 Ø17 Ø5,5 For axial locking 4,2 3,5 Internal centering External centering 4 1, Ø Outer speed ring Ø ,025 Ø140 H6 ( ) 140, ,986 Ø140 g5 ( ) 139, ±1 342,4±1,2 Ø ,4 21,5 60 Partial sections cut - HBM 30
31 Ordering numbers K-T40B [only with Option 2 = MF / ST] Code Option 1: Measuring range up to 050Q 50 N m [only with Option 2 = MF / RO] 0Q 0 N m [only with Option 2 = MF / RO] 200Q 200 N m [only with Option 2 = MF / RO] 500Q 500 N m [only with Option 2 = MF / RO] 001R 1 kn m [only with Option 2 = MF / RO] 002R 2 kn m [only with Option 2 = MF / RO] 003R 3 kn m [only with Option 2 = MF / RO] 005R 5 kn m [only with Option 2 = MF / RO] 0R kn m [only with Option 2 = MF / RO] Code MF RO ST Option 2: Component Measurement flange, complete Rotor Stator Code S Option 3: ccuracy Standard Code M H Option 4: Nominal speed range Standard speed High speed Code Option 5: Electrical configuration [only with Option 2 = MF / ST] SU2 DU2 HU2 khz ±5 khz and ± V output signal, V DC supply voltage 60 khz ±30 khz and ± V output signal, V DC supply voltage 240 khz ±120 khz and ± V output signal, V DC supply voltage Code Option 6: Rotational speed measuing system 0 Without rot. speed measuring system 1 Magnetic rot. speed measuring system; 24 pulses/revolution Magnetic rot. speed measuring system; 24 pulses/revolution with reference pulse Code U Option 7: Customised modification No customer-specific modification K-T40B- - - S - M U = PREFERENCE Types ccessories, to be ordered separately rticle Order no. Connection cable, set Torque connection cable, Binder 423 D-Sub 15P, 6 m 1 KB149 6 Torque connection cable, Binder 423 free ends, 6 m 1 KB1 6 Rotational speed connection cable, Binder pin, free ends, 6 m 1 KB154 6 Rotational speed connection cable, Binder pin D-Sub, free ends, 6 m 1 KB163 6 Rotational speed connection cable, reference signal, Binder pin D-Sub, 6 m 1 KB163 6 Rotational speed connection cable, reference signal, Binder pin, free ends, 6 m 1 KB164 6 TMC connection cable, Binder pin, free ends, 6 m 1 KB174 6 Cable sockets 423G 7S, 7-pin (straight) W 7S, 7-pin (angular) G 8S, 8-pin (straight) W 8S, 8-pin (angular) Connection cable, by the meter (min. order quantity: m, price per meter) Kab8/00 2/2/ HBM
32 Subject to modifications. ll product descriptions are for general information only. They are not to be understood as a guarantee of quality or durability. HBM measure and predict with confidence 32 Hottinger Baldwin Messtechnik GmbH Im Tiefen See Darmstadt Germany Tel Fax info@hbm.com
T40FM. Data Sheet. Torque flange. Special features. Overall concept. B en
T40FM Torque flange Special features Data Sheet - Nominal (rated) torque: 15 kn m, 20 kn m, 25 kn m, 30 kn m, 40 kn m, 50 kn m, 60 kn m, 70 kn m and 80 kn m - Nominal (rated) rotational speed up to 8000
More informationT40FH. Torque flange. Special features. Data sheet
T40FH Torque flange Special features - Nominal (rated) torques: 100kNm, 125kNm, 150kNm, 200kNm, 250kNm, 300kNm - Nominal (rated) rotational speed of 2000 rpm up to 3000 rpm - Compact design - Version for
More informationT10F. Data Sheet. Torque Flange. Special features. Installation example T10F. B en
T10F Torque Flange Data Sheet Special features Extremely short design High permissible dynamic loads High permissible transverse forces and bending moments Very high torsional stiffness Contactless Selectable
More informationT22. Torque transducer. Special features. Data sheet
T22 Torque transducer Special features - Nominal (rated) torques 0.5 Nm, 1 Nm, 2 Nm, 5 Nm, Nm, Nm, 50 Nm, 0 Nm, 0 Nm, 500 Nm and 1 knm - Nominal (rated) rotational speed up to 000 rpm (depending on measuring
More informationMDEX. on customized sensors. Technical information. Torque transducer. CS-T-04-MDEX Special features
MDEX Torque transducer CS-T-04-MDEX Special features - Explosion proof acc. to ATEX 95 - Exx II 2 G Ex deq IIC T4 - Nominal (rates) torque of 100kNm, 130kNm and 150kNm - HBM Accuracy Class 0,1 - Digital
More informationT10FS. Data Sheet. Torque Flange. Special features. Installation example T10FS. B en
T10FS Torque Flange Data Sheet Special features Nominal (rated) torques: 100 NVm, 200 NVm, 500 NVm, 1 knvm, 2 knvm, 3 knvm, 5 knvm, 10 knvm Nominal speed from 12,000 rpm to 24,000 rpm Low rotor weights
More informationT22. Data Sheet. Torque transducer. Special features. Installation example with two bellows couplings. B en
T22 Torque transducer Data Sheet Special features - Nominal (rated) torques N m, 10 N m, 20 N m, 0 N m, 100 N m, 200 N m, 00 N m and 1 kn m - Nominal (rated) rotational speeds of 9000 rpm to 16 000 rpm
More informationT12. Data sheet. Digital Torque Transducer. Special features. Signal flow block diagram. B en
T12 Digital Torque Transducer Data sheet Special features 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 Nominal (rated) rotational speeds from 10 000 rpm
More informationTB2. Torque reference transducer. Special features. Data sheet
T2 Torque reference transducer pecial features tandard version - ccuracy class 0.03 - ominal (rated) s 100 m, 200 m, 500 m, 1 k m, 2 k m, 3 k m, 5 k m and 10 k m - High permissible oscillation width -
More informationT12. Digital Torque Transducer. Data Sheet. Special features. Block diagram signal flow. B en
T12 Digital Torque Transducer Data Sheet Special features Nominal (rated) torques of 100 NVm, 200 NVm, 500 NVm, 1 knvm, 2 knvm, 3 knvm, 5 knvm and 10 knvm Nominal (rated) speeds from 10,000 rpm to 18,000
More informationTechnical data. Your advantages
Technical data Nominal torque: 0 Nm to 3.000 Nm, bidirectional Rotational speed: 10.000 rpm Accuracy: ±0,1 % Temperature range: +10 C to +100 C Protection class: IP54 Output signals: 0-10 V Output frequency:
More informationTorque Sensor DML 500 S080S10X
Bearing unit with integrated torque sensor Measurement range from 0 to 500Nm bidirectional High tolerable dynamic loads High tolerable transverse forces and bending moments Maintenance-free operation Torque
More informationModel DML 100 Accuracy class 0.1 No. Nominal torque M nom (bidirectional) Nm 100 Speed range rpm 0 10,000 Output signal Unit Value
Bearing unit with integrated torque sensor Measurement range from 0 to 100Nm bidirectional High tolerable dynamic loads High tolerable transverse forces and bending moments Maintenance-free operation Torque
More informationU9C. Data sheet. Force Transducer. Special features. B en
U9C Force Transducer Data sheet Special features Tensile/compressive force transducer Accuracy class 0.2 Nominal (rated) forces 50 N 50 KN Non-rusting, protection class IP67 Configurable with different
More informationU10M. Force Transducer. Special features. Data sheet. Mounting dimensions of the connection variants in mm [inch]
U10M Force Transducer Special features - Precise and robust tensile/compressive force transducer for static and dynamic measurement tasks - High lateral force and bending moment stability, the effect of
More informationInductive Standard Displacement Transducers
WA Inductive Standard Displacement Transducers Special features - Available as displacement probe or with detachable plunger - Good thermal stability in the event of temperature gradients - Space saving,
More informationC9C. Force Transducer. Special features. Data sheet
C9C Force Transducer Special features - Compact design compressive force transducer - Accuracy class 0.2 - Nominal (rated) forces 50 N to 50 kn - Configurable with different cable lengths, plug assembly
More informationDatasheet. messtechnik gmbh. Torque ranges from 0,5 to 1000 Nm. Features. Extra Features DRBK-A. Torque Transducer DRBK + DRBK-A
messtechnik gmbh tel. +49 (0)79 72 93 10-0 hagstrasse 10. D-74417 gschwend vertrieb@eth-messtechnik.de Datasheet Torque Transducer DRBK + DRBK- Torque ranges from 0,5 to 1000 Nm Features Very short Broad
More informationU15. Force transducer. Special features. Data sheet. Installed dimensions of connection variants
U15 Force transducer Special features - Tensile/compressive force transducer - Nominal (rated) forces 2.5 kn to 2.5 MN - lass 0.5 to ISO 376 in force measurement range between 10% and 100% of the nominal
More informationC10. Data sheet. Force transducer. Special features. B de
C10 Force transducer Data sheet Special features Force transducer for static and dynamic applications Made of non-rusting materials Precise (accuracy class from 0.03) Numerous options (double bridge, TEDS,
More informationU2B. Force Transducer. Special features. Data sheet
U2B Force Transducer Special features - Tensile/compressive force transducer - Non rusting, degree of protection IP67 - Can be configured with different cable lengths, plug fitting and TEDS on request
More informationE *) F 15. H 12 h9. 5.5f7 8h6. a./f approx. 0.5mm Free stroke. Displacement. Initial stroke
Displacement probe Plunger WA Inductive Standard Displacement Transducers Special features Displacement probe and transducer with detachable plunger Good thermal stability in the event of temperature gradients
More informationTorque Sensor Series 3000 and Series 4000
Properties Sensorshaft with integrated torque and angle measurement Non-contact measurement system, high robustness Plug & Play solution, no additional electronics required Performance Measurement range
More informationU2B. Data sheet. Force Transducer. Special features. B en
U2B Force Transducer Special features Data sheet Tensile/compressive force transducer Non-rusting, degree of protection IP67 Can be configured with different cable lengths, plug fitting and TEDS on request
More informationTerms and expressions for specifying torque transducers
Terms and expressions for specifying torque transducers Terms and expressions for specifying torque transducers Metrological properties of the torque measuring system Accuracy class The accuracy class
More informationRotary Measurement Technology Incremental Encoders
-20 to 60 C Temperature Shock/vibration resistant Short-circuit protection Reverse polarity protection High rotational speed Rugged Balanced, stainless-steel clamping rings, special bearing-shaft connection
More informationMX460B-R. Rugged pulse and frequency measuring module. Data sheet. Special features. Block diagram
MX460B-R Rugged pulse and frequency measuring module Special features - Four individually configurable inputs (electrically isolated) - Measure any kind of digital signals up to 1 Mhz for measurement of
More informationS9M. Force Transducer. Special features. Data sheet
S9 Force Transducer Special features - Tensile/compressive force transducer - ccuracy class 0.02 - Hermetically encapsulated (IP68) - Rust-resistant materials - vailable in different cable lengths and
More informationRotary Position Technology Incremental Encoders
-40 to 80 C Temperature Shock/vibration resistant Short-circuit protected Reverse polarity protection High rotational speed Rugged Balanced, stainless-steel clamping rings, special bearing-shaft connection
More informationTechnical data. Your advantages
Technical data Nominal torque: 50 Nm to 2.000 Nm, bidirectional Rotational speed: 10.000 rpm Accuracy: ±0,2 % Temperature range: -40 C to +85 C Protection class: IP50, IP65 Output signals: 0-10 V/4-20
More informationSingle point load cell
PW15AH Single point load cell Special features - Nominal load 10 kg... 100 kg - Stainless steel - High ratio of minimum verification interval Y - Industrial Footprint (SP4M) - Degree of Protection IP68;
More informationProduct Information. ERN 1085 Incremental Rotary Encoder with Z1 Track
Product Information ERN 1085 Incremental Rotary Encoder with Z1 Track 02/2018 ERN 1085 Rotary encoder with mounted stator coupling Compact dimensions Blind hollow shaft 6 mm Z1 track for sine commutation
More informationLENORD. +BAUER... automates motion. GEL 295x Customer-specific precision encoder. Technical Information Version General information.
GEL 95x Customer-specific precision encoder LENORD +BAUER... automates motion. Technical Information Version 04- General information Extremly robust rotary encoder with stainless steel housing for measuring
More informationXXXX e. X d.. X X X a
The Heavy Duty incremental encoder type 0H boasts a high degree of ruggedness in a very compact design. Its special construction makes it perfect for all applications in very harsh environments. / RoHS
More informationMX1615B R. Data Sheet. Ultra-rugged Bridge Amplifier
MX1615B R Ultra-rugged Bridge Amplifier Data Sheet Special features 16 individually configurable inputs Connection of strain gages in quarter-, half- or full-bridge Bridge excitation: DC or carrier frequency
More informationXXXX e. X d.. X X X a
The Heavy uty incremental encoder type 0H boasts a high degree of ruggedness in a very compact design. Its special construction makes it perfect for all applications in very harsh environments. / RoHS
More informationMX1601B R. Data Sheet. Ultra-rugged Standard Amplifier
MX1601B R Ultra-rugged Standard Amplifier Data Sheet Special features 16 individually configurable inputs (electrically isolated) Support of 60 V, 10 V, 100 mv, 20 ma or IEPE on all channels Sample rate:
More informationAbsolute encoders - SSI Solid shaft with clamping or synchro flange Optical multiturn encoders up to 14 bit ST / 16 bit MT
Features Encoder multiturn / SSI Optical sensing method Resolution: max. singleturn 14 bit, multiturn 16 bit Clamping or synchro flange Electronic setting of zero point Counting direction input Available
More informationRoHS. High shaft load capacity. Shock / vibration resistant
Due to their sturdy bearing construction in Safety Lock Design, the Sendix 5000 and 5020 offer high resistance against vibration and installation errors. The rugged housing, high protection level of up
More informationMX1615. Data sheet. Bridge/strain gauge amplifier
MX1615 Bridge/strain gauge amplifier Data sheet Special features 16 individually configurable inputs Connection of strain gauges in quarter-, half- and full-bridge Bridge excitation : DC or carrier frequency
More informationAbsolute encoders - SSI Solid shaft with clamping or synchro flange Optical multiturn encoders 18 bit ST / 12 bit MT
Features High resolution encoder multiturn / SSI Optical sensing method Resolution: singleturn 18 bit, multiturn 12 bit Electronic setting of zero point Counting direction input Available with additional
More informationData sheet. P3 Top Class BlueLine. P3MBP BlueLine. Ultra-high pressure transducers to 15,000 bar. Special features
Ultra-high pressure transducers to 1,000 bar Data sheet Special features P Top Class BlueLine PMBP BlueLine - For static and dynamic pressure variance, pressure peaks and pressure fluctuations - Principle
More informationMX840B R. Data sheet. Ultra-rugged universal amplifier CAN. Special features. Block diagram. B en
MX840B R Ultra-rugged universal amplifier Data sheet Special features 8 individually configurable inputs (electrically isolated) Connection of more than 16 technologies per channel Sampling rates of up
More informationAbsolute encoders - SSI Solid shaft with clamping or synchro flange Optical multiturn encoders up to 14 bit ST / 16 bit MT
Features Encoder multiturn / SSI Optical sensing method Resolution: max. singleturn 14 bit, multiturn 16 bit Clamping or synchro flange Electronic setting of zero point Counting direction input Available
More informationMagnetic Encoder MEM 22
Description The MEM 22 is a magnetic incremental encoder. He is a reliable low cost hollow shaft encoder that can be fixed quickly and easily on different sizes of motor shafts. The encoder MEM22 is designed
More informationSpecifications Type WA2 WA10 WA20 WA50 WA100 WA200 WA300 WA500 Nominal displacement mm Nomi
Displacement probe WA Inductive Standard Displacement Transducers Special features Data Sheet Plunger Displacement probe and transducer with detachable plunger Good thermal stability in the event of temperature
More informationMX1601B-R. Ultra rugged Standard Amplifier. Data sheet. Special features. Block diagram
MX1601B-R Ultra rugged Standard Amplifier Special features - 16 individually configurable inputs (electrically isolated) - Support of 60 V, 10 V, 100 mv, 20 ma or IEPE on all channels - Sample rate: up
More informationTechnical data. General specifications. Linearity error ± 0.1 Electrical specifications Operating voltage U B
Model Number SYNCHRON SERIELLES INTERFACE Features Very small housing Up to 32 Bit multiturn SSI interface Free of wear magnetic sampling High resolution and accuracy Description The ENA36IL series are
More informationNOVOHALL Rotary Sensor non-contacting. Series RSC2800 analog
NOVOHALL Rotary Sensor non-contacting Series RSC2800 analog The RSC 2800 sensor utilizes a contactless magnetic measurement technology to determine the measured angle. Unlike conventional Hall sensors,
More informationSingle point load cell
PW15AH Single point load cell Special features - Nominal load 10 kg... 100 kg - Stainless steel - High ratio of minimum verification interval Y - Industrial Footprint (SP4M) - Degree of Protection IP68;
More informationStandard Sendix 5000 / 5020 (shaft / hollow shaft) Push-Pull / RS422 / Open collector. Robust performance. Many variants
ue to their sturdy bearing construction in Safety-ock esign, the Sendix 5000 and 500 offer high resistance against vibration and installation errors. The rugged housing, high protection level of up to
More informationAbsolute encoders - SSI Shaft with clamping or synchro flange Optical multiturn encoders 14 bit ST / 12 bit MT
Features Encoder multiturn / SSI Optical sensing Resolution: singleturn 14 bit, multiturn 12 bit Clamping or synchro flange Electronic setting of zero point Counting direction input Suitable for high positive,
More informationNOVOHALL Rotary Sensor non-contacting. Series RSC2800 digital SSI, SPI, Incremental
NOVOHALL Rotary Sensor non-contacting Series RSC2800 digital SSI, SPI, Incremental The RSC 2800 sensor utilizes a contactless magnetic measurement technology to determine the measured angle. Unlike conventional
More informationRotary Encoder System Compact Model Range
we set the standards RIK Rotary Encoder System Compact Model Range 2 Incremental rotary encoder Features Compact design, consisting of scanning head with round cable, 15pin D-sub connector and grating
More informationPWB encoders GmbH Am Goldberg 2 D-99817 Eisenach Germany Phone: +49 3691 72580-0 Fax: +49 3691 72580-29 info@pwb-encoders.com www.pwb-encoders.com 1 of 9 Description The ME22 is a reliable low cost optical
More informationAbsolute encoders - SSI
with through hollow shaft Features Encoder multiturn / SSI Optical sensing method Resolution: singleturn 14 bit, multiturn 12 bit Compact design Cost-efficient mounting High reliability by self-diagnostics
More informationSeries 7000 Torque Sensor for PTO-shafts
Properties PTO (Power Take-Off) shaft with integrated torque and angle measurement Non-contact measurement system, high robustness Special for PTO shafts 1 ¾ und 1 3/8 Plug & Play solution, no additional
More informationData Sheet. Absolute pressure transducer Nominal (rated) pressure 10 bar to 3000 bar. Special features
P3 Top Class P3MB version with fixed cable P3MBP version with plug connection TEDS: Transducer Electronic Data Sheet P3 Absolute pressure transducer Nominal (rated) pressure 10 bar to 3000 bar Special
More informationOnline data sheet AFS60B-S4PA AFS/AFM60 SSI ABSOLUTE ENCODERS
Online data sheet FS60-S4P032768 FS/FM60 SSI FS60-S4P032768 FS/FM60 SSI C D E F Ordering information Type Part no. FS60-S4P032768 1037483 Other models and accessories www.sick.com/fs_fm60_ssi Illustration
More informationIncremental Encoder Model: FOI58
Incremental Encoder Model: FI58 Document no. FI 188 BE Date: 1.01.201 Robust mechanical construction, high vibration and shock resistance 1 to 16,8 pulses/ revolution perating temperature - 0 C to + 85
More informationAbsolute encoders multiturn
The Sendix M6 with Energy Harvesting Technology is an electronic multiturn encoder in miniature format, without gear and without battery. With a size of just 6 x 5 mm it offers a blind hollow shaft of
More informationData Sheet MEM 16. Incremental Encoder Magnetic
Incremental Encoder Magnetic PWB encoders GmbH Am Goldberg 2 D-99817 Eisenach Germany Phone: +49 3691 72580-0 Fax: +49 3691 72580-29 info@pwb-encoders.com MEM16IE Rev.2.1 / 15.12.2016 info@pwb-encoders.com
More informationTechnical data. General specifications. Measurement range min max. 360
Model Number Features Very small housing High climatic resistance 12 Bit singleturn Analog output Surge and reverse polarity protection Description This absolute rotary encoder with internal magnetic sampling
More informationPhone: Fax: Web: -
ue to their sturdy bearing construction in Safety-ock esign, the Sendix 5000 and 500 offer high resistance against vibration and installation errors. The rugged housing, high protection level of up to
More informationAbsolute Encoders Multiturn
Absolute Encoders Multiturn Functional Safety, optical The absolute multiturn encoders Sendix 5863 SIL and 5883 SIL are perfectly suited for use in safety-related applications up to SIL3 according to DIN
More informationNOVOTURN Multiturn Sensor non-contacting. Series RSM-2800
NOVOTURN Multiturn Sensor non-contacting Series RSM-2800 Special features Non-contacting, magnetic Long life Electrical range 720 up to 5760 in 360 -steps available (2 to 16 turns) True-Power-On System:
More informationelectronics Data Sheet Industrial Amplifier Special features Dimensions (in mm; 1 mm= inches) B en
C l i p electronics Industrial Amplifier Data Sheet Special features Amplifier and additional units for strain gauge full bridges and inductive half and full bridges Modules for mounting onto support rails
More informationMX1615B-R. Ultra-rugged Bridge Amplifier. Special features. Data sheet. Block diagram
MX1615B-R Ultra-rugged Bridge Amplifier Special features - 16 individually configurable inputs - Connection of strain gages in half-, full- or quarter-bridge (120 Ohm or 350 Ohm) - Bridge excitation: DC
More informationTechnical data. General specifications V DC Power consumption P 0. 1 W Time delay before availability t v
Model Number SYNCHRON SERIELLES INTERFACE Features Very small housing Up to 32 Bit multiturn SSI interface Free of wear magnetic sampling High resolution and accuracy Description The ENA36IL series are
More informationISOBE5600. Data sheet. Isolated Probe Systems. - ISOBE5600 Isolation system - ISOBE5600 Transient recorder. Features and Benefits
ISOBE5600 Isolated Probe Systems - ISOBE5600 Isolation system - ISOBE5600 Transient recorder Data sheet Features and Benefits ISOBE5600 Isolation system - Cost-effective - Fiber-optic isolation - Analogue-in
More informationProduct Information. RCN 2000 RCN 5000 RCN 8000 Absolute Angle Encoders for Safety-Related Applications
Product Information RCN 2000 RCN 5000 RCN 8000 Absolute Angle Encoders for Safety-Related Applications September 2013 RCN 2000 series Absolute angle encoders for safety-related applications Safe absolute
More informationIncremental Encoder for special applications
Model Number Features Up to 50,000 ppr Extended temperature range Industrial standard housing Ø58 mm Servo or clamping flange 10 V... 30 V with short-circuit proof push-pull output Description High performance
More informationPositioning drives DC motor, brushless Absolute multiturn position detection, Profibus-DP
Features Positioning drive with worm gear bevel geared shaft Profibus-DP Brushless DC motor Absolute multiturn position detection Nominal power output 80 W inputs programmable Separate communication and
More informationOnline data sheet AFM60B-S4PC AFS/AFM60 SSI ABSOLUTE ENCODERS
Online data sheet FM60-S4PC032768 FS/FM60 SSI C D E F H I J K L M N O P Q R S T Ordering information Type Part no. FM60-S4PC032768 1037504 Other models and accessories www.sick.com/fs_fm60_ssi Illustration
More informationn Measuring range ,02 N m to N m n Clockwise and counter-clockwise torque n Low linearity deviation of ± 0.05 % F.S.
Precision Torque Sensor Non-contact transmission for rotating applications Optional measurement of angle and speed Model 8661 Code: Delivery: Warranty: 2-3 weeks 24 months Application The 8661 precision
More informationLoad cell. Special features. Data sheet
Z6R Load cell Special features - Nominal (rated) loads: 20 kg 200 kg - Welded-on robust cover - Load cells made of rust-resistant materials - Easy to clean - Same dimensions like Z6F - Verifiable up to
More information100/200/400 t. Self-centering pendulum lead cells. Data sheet. Special features
C16A 100/200/400 t Self-centering pendulum lead cells Special features - Self restoring function - Nominal (rated) loads: 100 t, 200t and 400t - Simple installation - Rust resistant materials, laser welded,
More informationMotor Encoders. With Motor encoders Series M - Optimal control of motor feedback -
Motor Encoders With Motor encoders Series M - Optimal control of motor feedback - Hengstler supplies the new high-performance motor encoder series M for use with brushless servo motors and stepper motors.
More informationLENORD. +BAUER... automates motion. GEL 2351 with current or voltage interface. Technical information Version General. Features.
GEL 2351 with current or voltage interface LENORD +BAUER... automates motion. Technical information Version 201-11 General Single turn absolute rotary encoder with a resolution of 16 bits Magneto-resistive
More informationProduct Overview. Rotary Encoders with Optimized Scanning
Product Overview Rotary Encoders with Optimized Scanning November 2006 Rotary encoders for electrical drives are subject to high requirements: they are expected to function reliably and provide dependable
More informationMX440A. Data Sheet. Universal amplifier. Special features. Block diagram Digital platform. B en
MX440A Universal amplifier Data Sheet Special features 4 individually configurable inputs (electrically isolated) Connection of more than 12 transducers technologies Data rate: up to 19,200 Hz 24 bit A/D
More informationTorque Measuring Flange
Force Torque Measuring Flange Digital Telemetry Based, Short-Design, Robust, High Accuracy Type 025DF... Type 025DF... torque measuring flanges operate on the strain gage principle. The integral, digital
More information7600 Isolated Digitizer and Receiver
7600 Isolated Digitizer and Receiver Data sheet GEN series Features and Benefits - Complete single-channel isolated analog input subsystem - Rugged enclosure for use in EMI hostile environments - Shock
More informationPower supply CP-D 24/1.3
2CDC 271 027 F0t07 a OUTPUT ++/ : terminals output Features Rated output voltage 24 V DC Output voltage adjustable via front face potentiometer OUTPUT Adjust Rated output current 1.3 A Rated output power
More informationDG 60 L Incremental Encoder
Incremental Encoder Features Incremental encoder with 60 mm outer diameter ugged die-cast aluminum housing Quadrature output with reference marker, complementary output signals Protection to IP 67 Square
More informationLENORD. +BAUER... automates motion. GEL 2037 with heavy duty flange or tooth wheel adapter. Technical information Version General.
GEL 2037 with heavy duty flange or tooth wheel adapter LENORD +BAUER... automates motion. Technical information Version 2014-07 General Multiturn absolute rotary encoders with a resolution of up to 25
More informationLVDT. Inductive Position Transducer - Hydraulic Series. SM-HYD-F18 Hydraulic-Series. Key-Features:
LVDT Inductive Position Transducer - Hydraulic Series SM-HYD-F18 Hydraulic-Series Key-Features: Content: - M18x1,5 mm integral thread - Operating pressure 150 bar - Ranges 2...200 mm - Linearity up to
More informationType CP-S, CP-C & CP-A Switch mode
Switch mode power CP-S, CP-C & CP-A Switch mode Characteristics CP-S and CP-C range Output current 5 A, 10 A and 20 A Integrated power reserve of up to 50 % 5 A and 10 A devices with pluggable connecting
More informationNOVOHALL Rotary Sensor non-contacting. Series RSC-2800
NOVOHALL Rotary Sensor non-contacting Series RSC-2800 Special features Non-contacting, magnetic technology Measuring range up to 360 Available with push-on coupling or marked shaft Simple mounting Protection
More informationNOVOHALL Rotary Sensor touchless technology transmissive. Series RFC4800 analog
NOVOHALL Rotary Sensor touchless technology transmissive Series RFC4800 analog The RFC 4800 utilizes a separate magnet or magnetic position marker, attached to the rotating shaft to be measured. The orientation
More informationData Sheet MEM 22. Incremental Encoder Magnetic
Incremental Encoder Magnetic PWB encoders GmbH Am Goldberg 2 D-99817 Eisenach Germany Phone: +49 3691 72580-0 Fax: +49 3691 72580-29 info@pwb-encoders.com MEM 22 IE Rev.1.9 / 16.05.2017 info@pwb-encoders.com
More informationOptical encoder MEC22 HR
Optical encoder MEC22 HR Description The MEC22 HR is a high resolution optical hollow shaft encoder that can be fixed quickly and easily on different sizes of motor shafts. The encoder provides two square
More informationMX1616B. Strain gauge bridge amplifier. Special features. Data sheet. Block diagram
MX1616B Strain gauge bridge amplifier Special features - 16 individually configurable inputs - Connection of strain gauges in full-, halfand quarter-bridge (350 or 1,000 Ohm) - Bridge excitation : DC or
More informationMagnetic sensor MSK5000 Incremental, digital interface, resolution 1 μm, scaling factor
Incremental, digital interface, resolution μm, scaling factor 250 Profile Max. resolution μm Repeat accuracy ±0.0 mm Repeat accuracy of ± increment Status L display Works with magnetic tape M500/, MR500,
More informationIncremental encoders Redundant sensing, isolated blind hollow shaft ø mm, cone shaft ø17 mm pulses per revolution
Features Robust, compact housing Two bearings with large distance, one at each end High shaft load up to 450 N Shock resistant up to 250 g Shaft insulation up to 2.8 kv Highest operating speed 10000 rpm
More informationIncremental encoders Blind or through hollow shaft ø12 mm pulses per revolution
Blind or through hollow shaft ø mm...5 pulses per revolution Features Encoder with blind or through hollow shaft ø mm Optical sensing method Max. 5 pulses per revolution Small profile depth Versatile mounting
More informationAbsolute Encoders Singleturn
The absolute singleturn encoders Sendix 5853 SIL and 5873 SIL are perfectly suited for use in safety-related applications up to SIL3 according to DIN EN ISO 6800-5- or PLe to DIN EN ISO 3849. The extra
More informationProduct Information. ECN 1313 ECN 1325 ERN 1387 Rotary Encoders with Plane-Surface Coupling for Elevator Servo Drive Control
Product Information ECN 1313 ECN 1325 ERN 1387 Rotary Encoders with Plane-Surface Coupling for Elevator Servo Drive Control July 2017 ECN/ERN 1300 series Rotary encoders with integral bearings for elevator
More informationThe World of Motion Control
PWB-Ruhlatec Industrieprodukte GmbH Siegburger Str.39a D-53757 Sankt Augustin Germany www.pwb-technologies.com info@pwb-technologies.com ME16 1 of 8 Rev.7.22 / 05.02.2007 Description The ME16 is a reliable
More informationMX1601B. Data Sheet. Universal amplifier. Special features. Block diagram Digital platform. B en
MX1601B Universal amplifier Data Sheet Special features 16 individually configurable inputs (electrically isolated) Connection of of standard signals (60, 10, 100 m, 20 ma, IEPE) Individual data rates
More information