Torque Measuring Transducer - Sensortelemetrie · * Coupling with Lenze clamping elements * Very...
Transcript of Torque Measuring Transducer - Sensortelemetrie · * Coupling with Lenze clamping elements * Very...
Characteristics:* Coupling with Lenze clamping elements* Very small moment of inertia* Accuracy 0.1%* Signal transmission via Sensortelemetry* Completely encapsulated* Rotational speed up to 30,000 rpm* Temperature range -30 to 125°C
Miniature Torque Measuring Shaftwithout Bearings (0.5 Nm to 500 Nm)
Page 2
Distance0 to 3 mm
Type specific mechanical data (Typ MWS....)M (Nm)nom
Weight (Rotor) (kg):
Diameter D(mm)length L (mm)
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
-6 2Inertia (10 kgm ):
Torsional stiffness (Nm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
201051 50 100 200 500
0.48515
0.28515
0.158515
0.158515
0.48515
0.412020
0.415025
0.420035
31,71,51,45 6 10 25 110
0,080,040,040,04 0,20 0,40 0,80 2,000.10.10.10.1 0.1 0.1 0.1 0.19755 12 15 18 21
50403030 200 400 500 6000.350.350.350.35 0.35 0.35 0.35 0.350.180.140.100.06 0.37 0.75 0.75 0.750.180.140.060.06 0.30 0.50 0.65 0.80.150.070.050.01 0.20 0.40 0.60 0.70
<0.04<0.04<0.04<0.04 <0.04 <0.08 <0.08 <0.08
20,00020,00050,00050,000 20,000 18,000 16,000 14,00080,00080,000100,000100,000 80,000 36,000 32,000 28,000
6666 10 12 14 16
G2.5
Typ: MWS_<Range>_<Accuracy>_<Te>_<Temp>
L
D
31,8 12,0
H7
Pick up
Torque Transducer with Seperate Pick Up(bearing free)
DriveBellowscoupling
coupling
fixed coupling
Test device
Torque measuring shaft
Evaluation unit
alternative mounting inside control cabinet
Page 3
Measuring amplifier
Pick up
e. g. Clamping element Lenze
85
ETP-Techno 015
PowerData
Measuring range: 5 Nm
Measuring rangeMeasuring range: 50 Nm
: 20 Nm
Measuring rangeMeasuring range: 200 NmMeasuring range: 500 Nm
: 100 Nm
Measuring range: 10 Nm
Torque measuring shaft
Typ: MWS_<Range>_<Accuracy>_<Te>_<Temp>
Evaluation unit type D
Torque Transducer with Seperate Pick Up(bearing free)
Page 4
Type specific mechanical data (Typ MWS....)M (Nm)nom
Weight (Rotor) (kg):
Diameter D(mm)length L (mm)
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
-6 2Inertia (10 kgm ):
Torsional stiffness (Nm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
201051 50 100 200 500
0.48515
0.28515
0.158515
0.158515
0.48515
0.412020
0.415025
0.420035
31,71,51,45 6 10 25 110
0,080,040,040,04 0,20 0,40 0,80 2,000.10.10.10.1 0.1 0.1 0.1 0.19755 12 15 18 21
50403030 200 400 500 6000.350.350.350.35 0.35 0.35 0.35 0.350.180.140.100.06 0.37 0.75 0.75 0.750.180.140.060.06 0.30 0.50 0.65 0.80.150.070.050.01 0.20 0.40 0.60 0.70
<0.04<0.04<0.04<0.04 <0.04 <0.08 <0.08 <0.08
20,00020,00050,00050,000 20,000 18,000 16,000 14,00080,00080,000100,000100,000 80,000 36,000 32,000 28,000
6666 10 12 14 16
G2.5
Typ: MWS_<Range>_<Accuracy>_<Te>_<Temp>
Pin Assignmentof the D-Sub connectorPin 1 Output -10V to +10VPin 2 GND OutputPin 3 Remote Calibration SignalPin 4 do not connectPin 5 GND Power Supply (V-)Pin 6 do not connectPin 7 Power Supply 24 VDC(V+)Pin 8 do not connectPin 9 do not connect
Compact Wearless Transducer (contactless, no bearing)
Technical data Signal bandwidth: 0 to 1 kHzOutput signal: 0 to ±10 V, (0 (4) to 20 mA, frequency, binary, USBRF power: 1 Wgap clearence: 2 mm +/- 1mmTransmission: contactless, inductive sensortelemetry PCMIntegrated filterResolution: 16 Bitslinearity and hysterese: < 0,15 %accuracy: < 0,15 %Remote shunt calibration: 80% of rangeEnviromental temperature range: -25 to +70°CSupply: 24/15 volts, 200 mA
Page 5
Bearing free Miniature Extreme High Speed (0.5 Nm to 10 Nm)especially for turbo applications
10510.20.150.151,71,51,5
0,040,040,010.10.10.1751
4030100.350.350.10.180.180.050.150.150.050.100.100.10
<0.04<0.04<0.04
20.00030,000100.00080.000100.000150.000
666
77
41
46
32,5
28,5
2,3‰
Ø6
Ø15
Ø19
Ø11
Typ: MW_S_<Range>_<Accuracy>_<Te>_<Temp>
Weight: 54 g
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Page 6
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
20 50 1000.4 0.4 0.4
0.0002 0.0002 0.0002
4 5 60.01 0.01 0.01156 156 15650 200 400
0.35 0.35 0.350.18 0.37 0.750.18 0.37 0.750.18 0.37 0.75
<0.04 <0.04 <0.08
14,000 14,000 14,00018,000 18,000 18,000
64 64 64--- --- ---
Rotor antenna
Pick up20 +0,1Ø
78
Ø30
H7
M5
1
40
Air gap 1+0,5
1
Ø47
Ø30
H7
M5
35
10
Ø5,3
1030
50 ±
0,1
Pick up
15
Measuring range: 20 Nm
Measuring range: 100 NmMeasuring range: 50 Nm
Torque measuring flangeG6.3 (G2.5 option)
Typ: MW_<Range>_<Accuracy>_<Te>_<Temp>Axial force measuring flange also available Page 7
Measuring range: 20 Nm
Measuring range: 100 NmMeasuring range: 50 Nm
Torque measuring flange
5/10/20 50 1000,4 0,4 0,4
0,0002 0,0002 0,0002
5 60,01 0,01 0,01156 156 15650 200 400
0,35 0,35 0,350,18 0,37 0,750,18 0,37 0,750,18 0,37 0,75
<0,04 <0,04G6,3 (G2,5 Option)
<0,08
14.000 14.000 14.00018.000 18.000 18.000
64 64 64--- --- ---
Typ: MW_<Range>_<Accuracy>_<Te>_<Temp>Axial force measuring flange also available
Ø5,
3
Pic
k up 50
35
10
1010
15
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Hole pattern identical on both sides
both sides
both sides
Page 8
Page 9
Topology
Torque measuringflange
Characteristic features: ü Nominal (rated) torques
200Nm; 500Nm; 1kNm; 2kNm; 3 kNm; 5 kNm; 10 kNm
ü Nominal (rated) speeds from 10000 rpm to 24000 rpm (depending on the measuring range)
ü Accuracy class 0.05 ü Large measuring frequency range
up to 1 kHz (optional 10 kHz (-3dB)) ü Low rotor weights and moments of
inertia ü Digital transmission of measured
values ü Short design, compatible flange
image to HBM (DIN flange) ü Temperature range -40 ... 160 °
(optional)
Dyno
rotation speedmeasurement
torque measurement
Torque flange
couplings
Topology
Torque flange with Pick Up
Remote Shunt on/off
Ethernet (digital)
Remote Shunt on/off
Energy supply
Energy supply
Torque signal (digital)
EtherCat (digital)
Temperature (digital)Voltage (U) +/10V
USB (digital)
Frequency (10+/-5kHz)
StatusCurrent (I) 4..20mA
Remote ControlRemote Control
Evaluation Unit
max. Distance: 100 m
Typ: MW_<Range>_<Accuracy>_<Te>_<Temp> Page 10
PIC
K U
P
20
Ø5,3Ø5,3
3010
5
30
10 10
PIC
K U
P
18
Drilling pattern identical on both sides
both sides
gap 0,5..5
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Measuring range: 100 NmMeasuring range: 200 Nm
Torque measuring flange
2001,7
0.0026
200.011808004
1.51.51.5
<0.08G6.3 (G2.5 option)
12,00018,000
64yes
Typ: MW_<Range>_<Accuracy>_<Te>_<Temp>
Dimensions 0,05 kN m (mm)XTREMA
Page 11
PIC
K U
P
20
6
Ø5,3Ø5,3
3010
5
3010 10
PIC
K U
P
gap 0,5..5
Measuring range: 500 NmTorque measuring flange
Dimensions 0,5/1 kN m (mm)XTREMA
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Measuring range: 500 NmMeasuring range: 1000 Nm
Torque measuring flange
500 10002.9 3
0.009 0.01
52 1050.01 0.0190 180
400 8002 4
3.7 7.53.7 7.53.7 7.5
<0.04 <0.08G6.3 (G2.5 option)
12,000 12,00016,000 16,000
90 90yes yes
PIC
K U
P20
Ø5,3Ø5,3
3010
5
30
10 10
PIC
K U
P
Dimensions 2/3 kN m (mm)XTREMA
8
gap 0,5..5
Measuring range: 2 kNmMeasuring range: 3 kNm
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Torque measuring flange
2,000 3,0004.8 5.0
0.019 0.020
210 3150.01 0.01350 540
1,300 2,4004 615 2115 2115 21
<0.08G6.3 (G2.5 Option)
<0.12
8,000 8,00013,000 13,000
120 120yes yes
Page 12
Dimensions 5 kN m (mm)XTREMA
PIC
K U
P
20Ø5,3Ø5,3 30
105
30
10 10
PIC
K U
P
10
gap 0,5..5
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Measuring range: 5 kNmTorque measuring flange
5,00010.5
0.0614
5000.01900
4,00010383838
<0.04G6.3 (G2.5 Option)
8,00012,000
120yes
Page 13
Dimensions 10 kN m (mm)XTREMA
PIC
K U
P
20
Ø5,3Ø5,3 3010
5
3010 10
PIC
K U
P
147
11
gap 0,5..5
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
5,00012.30.122
4,0500.01
1,8008,000
607575150
<0.08G6.36,0009,000120yes
Measuring range: 10 kNmextrem bending moment stiffness
Torque measuring flange
10,00014.30.122
8,0500.01
1,8008,0001207575
300<0.08G6.36,0009,000120yesPage 14
Tech
nica
l Dat
a Type
XT
REM
A
Acc
urac
y C
lass
0.05
1)0.
02
0.05
Torq
ue m
easu
ring
syst
em
Nom
inal
(rat
ed) t
orqu
e M
nom
Nom
inal
sen
sitiv
ity(r
ange
bet
wee
n to
rque
= z
ero
and
nom
inal
torq
ue)
kN m
0.2
0.5
12
35
10
Volta
ge o
utpu
t 10
V
Out
put s
igna
l at t
orqu
e =
zero
Nom
inal
out
put s
igna
l
Load
resi
stan
ce
Long
-term
drif
t
Max
. mod
ulat
ion
rang
e
Pow
er s
uppl
y
Mea
sure
men
t fre
quen
cy ra
nge
(-3 d
B)
Gro
up d
elay
tim
e
Res
idua
l rip
ple
Tem
pera
ture
influ
ence
per
10
°C in
the
nom
inal
te
mpe
ratu
re ra
nge
on th
e ou
tput
sig
nal,
rela
ted
to th
e ac
tual
val
ueof
sig
nal r
ange
6)Fr
eque
ncy
outp
ut 1
0 kH
z
Volta
ge o
utpu
tFr
eque
ncy
outp
ut 1
0 kH
z7)
Volta
ge o
utpu
tw
ith p
ositi
ve n
omin
al to
rque
with
neg
ativ
e no
min
al to
rque
7)
with
pos
itive
nom
inal
torq
uew
ith n
egat
ive
nom
inal
torq
ue
with
pos
itive
nom
inal
torq
uew
ith n
egat
ive
nom
inal
torq
ue
Freq
uenc
y O
utpu
t 10
kHz
Dig
ital o
utpu
t
Volta
ge o
utpu
tFr
eque
ncy
outp
ut 1
0 kH
z7)
Volta
ge o
utpu
t7)
Freq
uenc
y ou
tput
10
kHz
7)Fr
eque
ncy
outp
ut
Dig
ital o
utpu
tVo
ltage
out
put
10
kHz
Nom
inal
sup
ply
(pro
tect
ive
low
vol
tage
DC
)C
urre
nt c
onsu
mpt
ion
in m
easu
ring
mod
eC
urre
nt c
onsu
mpt
ion
in s
tart-
up m
ode
Rat
ed in
put p
ower
Max
. Cab
le le
ngth
Dig
ital o
utpu
tD
igita
l out
put E
ther
Net
TC
P/IP
16(
20) B
itD
igita
l out
put C
AN
16(
20) B
it
Eth
erC
at
16(2
0) B
it
Dig
ital o
utpu
t
Sen
sitiv
ity to
lera
nce
(dev
iatio
n of
the
actu
al o
utpu
t val
ue a
t M o
f nom
inal
sen
sitiv
ity)
nom
V V
dig.
di
g. va
lue
valu
e
kΩ kΩ % % kHz
digi
tsV V A A W mKH
z
us mV
mV
KH
z
kHz
dig.
val
uedi
g. v
alue
dig.
val
ue
dig.
val
ue
%0.
1
+/-1
0
+/-1
1.2
0+/-5
+/-5
.27
+20.
.28V
< 0.
7<
1 (ty
p 1.
5) 1
00 u
s<
510
010
5 (5
V T
TL 0
/5V
)15
(5V
TTL
0/5
V)
3)62
258
(996
126
)3)
3278
(524
49)
>2 >10
<+/-0
.03
<+/-0
.03
1 4) 2 5) 56)
10 <400
4)<2
505)
<130
6)<4
0<1
0
3)+/
-311
24(
)49
7984
4979
8449
7984
3)+/
-311
24(
)3)
+/-3
1124
()
5)+/
-327
68(5
2428
8)
3276
8 (5
2428
8)
3)
% % % % % %
+/- 0
.05
+/- 0
.03
+/- 0
.1
+/- 0
.02
+/- 0
.015
+/- 0
,05
+/- 0
.01
+/- 0
.005
+/- 0
.01
+/- 0
.05
+/- 0
.03
+/- 0
.1
+/- 0
.02
+/- 0
.015
+/- 0
.05
+/- 0
.01
+/- 0
.005
+/- 0
.01
1)A
ccur
acy
clas
s: 2
2
Zer
odrif
t )
with
cal
ibra
tion
to te
mpe
ratu
re
Acc
urac
y cl
ass:
1
1) O
ptio
n ac
cura
cy c
lass
0.0
22)
Opt
ion
zero
drift
3) O
ptio
n si
gnal
reso
lutio
n 20
Bit
4) O
ptio
n m
easu
ring
sign
al b
andw
idth
2 k
Hz
5) O
ptio
n m
easu
ring
sign
al b
andw
idth
5 k
Hz
6) O
ptio
n m
easu
ring
sign
al b
andw
idth
10
kHz
7) O
ptio
n fre
quen
cy o
utpu
t 10
kHz+
/-5 k
Hz
vol
tage
out
put
7)Fr
eque
ncy
outp
ut
Dig
ital o
utpu
tVo
ltage
out
put
on th
e ze
ro s
igna
l, re
late
d to
the
nom
. sen
sitiv
ity
7)Fr
eque
ncy
outp
ut
Dig
ital o
utpu
tVo
ltage
out
put
V V KH
zK
Hz
+10
-10
Page 15
Tech
nica
l Dat
a (C
ontin
uatio
n 1)
Nom
inal
torq
ue M
nom
Line
arity
dev
iatio
n in
clud
ing
hyst
eres
is,
rela
ted
to th
e no
min
al s
ensi
tivity
Shun
t sig
nal
Tole
ranc
e of
the
shun
t sig
nal r
elat
ive
to M
nom
kN m
0.2
0.5
12
35
10
EMC
EME
(Em
issi
on p
er E
N61
326−
1, s
ec.7
)
Imm
unity
from
inte
rfer
ence
(EN
613
26-1
, tab
le 2
)
Deg
ree
of p
rote
ctio
n pe
r EN
605
29
Wei
ght
Ref
eren
ce te
mpe
ratu
reO
pera
ting
tem
pera
ture
rang
e 9)Ex
tend
ed te
mpe
ratu
re ra
nge
Stor
age
tem
pera
ture
rang
e
Vibr
atio
n lo
ad in
3 d
irect
ions
EN 6
0068
-2-2
7
Mec
h. s
hock
resi
stan
ce a
ccor
ding
to E
N 6
0068
-2-2
7
Nom
inal
spe
ed10
)In
crea
sed
spee
d st
abili
ty11
) Li
mita
tions
of l
iabi
lity
Lim
it to
rque
rela
ted
Mno
m
Bre
akin
g to
rque
rela
tive
to M
nom
11)
Axi
al li
mit
forc
e11
)La
teria
l for
ce li
mit
11)
Ben
ding
lim
it m
omen
t12
) O
scill
atio
n ba
ndw
ith p
er D
IN 5
0100
(pea
k-to
-pea
k)
Volta
ge o
utpu
t 10
V
Dig
ital o
utpu
t7)
Freq
uenc
y ou
tput
10
kHz
Rel
. Sta
ndar
d de
viat
ion
of re
peat
abili
tyac
cord
ing
to D
IN 1
319
in re
latio
n to
out
put s
igna
l cha
nge
% V/m
A/m% kg kg Hz h
2m
/srp
mrp
m % %% % -
< +/
- 0.0
5<
+/- 0
.03
80 200
5 12 < 1
> 2,
5
< +/
- 0.0
5<
+/- 0
.02
0,2
< +/
- 0.0
5<
+/- 0
.02
Acc
urac
y cl
ass:
0.
1)02
A
ccur
acy
clas
s: 0
.05
+/-0
.05
+/- 0
.025
+/- 0
.01
60..1
00 %
of M
nom
20..6
0 %
of M
nom
0..2
0 %
off
Mno
m
<+/0
,03
<+/0
.02
V V V V
appr
ox. 8
0 %
of M
nom
Nom
inal
rele
ase
volta
geLi
mit
tripp
ing
volta
geS
hunt
sig
nal o
n (a
ctiv
e lo
w)
Shu
nt s
igna
l
Ove
rall
accu
racy
rela
tive
to n
omin
al to
rque
Mno
m
% % %
1) A
ccur
acy
clas
s: 0
,02
Acc
urac
y cl
ass:
0,0
5
+/- 0
.02
+/- 0
.01
+/- 0
.004
base
d on
10
K te
mpe
ratu
re c
hang
e (d
ig. o
utpu
t)
Gen
eral
dat
a
RFI
fiel
d st
reng
thC
lass
B
Con
tact
dis
char
geA
ir di
scha
rge
Ele
ctro
mag
netic
fiel
d A
MM
agne
tic fi
eld
Ele
ctro
stat
ic d
isch
arge
(ES
D)
Fast
tran
sien
ts (b
urst
)S
hock
(sur
ge)
Con
duct
ed d
istu
rban
ces
kV kV kV kV V
20 10 1 1 10 IP54
IP67
Sta
ndar
d8)
Oil-
resi
stan
t / w
ater
proo
f ap
prox
. Rot
orap
prox
. Sta
tor
1800
020
000
2200
025
000
1500
018
000
1200
014
000
1000
0
-
°C °C °C °C
23-1
0..+
70-4
0..1
60-5
0..+
160
Num
ber o
f im
pact
sD
urat
ion
Acc
eler
atio
n
Freq
uenc
y ra
nge
Dur
atio
nA
ccel
erat
ion
(am
plitu
de)
n ms 2
m/s
100 3 650
10...
2000
2,5
200
400
800
kN kN kNm
kNm
1)
Opt
ion
accu
racy
cla
ss 0
.02
%8)
O
ptio
n pr
otec
tion
clas
s IP
679)
O
ptio
n ex
tend
ed s
ervi
ce te
mpe
ratu
re ra
nge
10) O
ptio
n in
crea
sed
spee
d st
abili
ty11
) st
atic
and
dyn
amic
12)
The
nom
inal
torq
ue m
ust n
ot b
e ex
ceed
ed
2,0
2,0
2,1
4,0
4,1
6,1
10,2
15 6 0,3
1,0
20 6 0,3
1,0
29 80,
36 2,0
45 15 0,8
4,0
53 17 0,9
5,1
90 20 1,2
8,5
120
24 1,7
17
Page 16
Tech
nica
l Dat
a (C
ontin
uatio
n 2)
Nom
inal
torq
ue M
nom
kN m
0.2
0.5
12
35
10
<0,0
2<0
,04
<0,0
6<0
,10
<0,0
85<0
,15
<0,1
8<0
,15
<0,1
2
<0,0
45<0
,04
<0,0
5<0
,06
<0,0
8<0
,09
Wav
e os
cilla
tions
in th
e ar
ea o
f the
con
nect
ion
flang
es a
cc. t
o IS
O 7
919−
3 N
orm
al m
ode
(con
tinuo
us o
pera
tion)
Sta
rt an
d S
top
mod
e/re
sona
nce
rang
es (t
empo
rary
)
Mec
hani
cal v
alue
s
14)
Effe
ct o
f mea
sure
d va
lues
by
para
sitic
forc
es
Tors
iona
l stif
fnes
s c
T
Tors
ion
angl
e at
Mno
m
Cro
ssta
lk b
endi
ng m
omen
t MB
Fs F z
Cro
ssta
lk s
ide
forc
eC
ross
talk
axi
al fo
rce
kN m
/rad
Rad
Axi
al s
tiffn
ess
c aR
adia
l stif
fnes
s c r
Stiff
ness
with
ben
ding
mom
ent a
bout
a ra
dial
axi
s c b
kN/m
mkN
/mm
kN m
/rad
Max
. def
lect
ion
at a
xial
lim
it fo
rce
Add
ition
al m
ax. c
once
ntric
ity e
rror
at l
ater
al li
mit
forc
eA
dditi
onal
pla
nepa
ralle
l dev
iatio
n at
ben
ding
lim
itm
omen
t dB
Bal
ance
qua
lityl
evel
to D
IN IS
O 1
940
Mas
s m
omen
t of i
nert
ia o
f the
roto
r Lv
Max
. per
mis
sibl
e st
atic
ecc
entr
icity
Rot
or -
stat
or s
paci
ngM
ax. p
erm
issi
ble
axia
l dis
plac
emen
t be
twee
n ro
tor a
nd s
tato
r
13)
Max
. lim
its fo
r rel
ativ
e sh
aft v
ibra
tion
(pea
kto
peak
)
mm
mm
mm
um um
2kg
m mm
mm
G6.
3
s =
(p
-p)
s =
(p
-p)
(n in
rpm
)
(n in
rpm
)
9000
1320
0n n
Axi
s of
rota
tion,
with
out c
onsi
dera
tion
of th
e fla
nge
scre
ws
2 +/
-2
+/-2
kN m
/kN
mkN
m/k
NkN
m/k
N
< 0.
002
< 0.
0002
< 0.
0001
5
13) I
nflu
enci
ng th
e vi
brat
ion
mea
sure
men
ts b
y ru
nout
, sho
ck, d
efec
ts in
sha
pe, n
otch
es, g
roov
es, l
ocal
resi
dual
mag
netis
m h
ave
to b
e se
para
ted
from
the
actu
al w
ave
vibr
atio
n
14) B
asis
: onl
y on
e pa
rasi
täric
forc
e ty
pe is
app
lied
Flat
ness
and
con
cent
ricity
tole
ranc
es
Rat
ed to
rque
Mno
m
Flat
ness
tole
ranc
es
Con
cent
ricity
tole
ranc
es
kN m
0,2
0,5
12
35
10
BA
AB AB
Inte
rnal
cen
terin
g
Con
cent
ricity
Flat
ness
Har
dnes
s 46
..54
HC
RS
urfa
ce q
ualit
y of
in-p
lane
an
d co
ncen
tric
surfa
ces
(A,B
and
AB
)
0,8
mm
mm
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.02
0.02
0.02
0.02
0.02
0.02
561
0,02
1
437
336
2,89
437
336
2,89
587
541
3,8
939
801
9,1
1090
1028
10,4
1040
985
13,7
1412
1272
27,2
561
0,05
189
50,
064
2293
0,05
128
650,
061
1098
90,
052
4854
0,05
9
0,00
480,
0048
0,00
500,
0151
0,01
520,
0335
0,08
59
13)
Opt
ion
accu
racy
cla
ss 0
.02
%
Page 17
High Performance test rig versionGeometry Evaluation Unit Type F with different digital Interface options and analogic output
DIN
-Rai
l
Page 18
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
5,0006
0.122
4,0500.01
1,8008,000
607575
150<0.08G6.36,0009,000120yes
10,0006,2
0.122
8,0500.01
1,8008,0001207575
300<0.08G6.36,0009,000120yes
35
10
Ø5,3
1030
50 ±
0,1
Pick up
15
Measuring range: 5 / 10 kNm
Special version Torque measuring flangefor extrem high bending moment
also optional available as torque / force combination flange
Page 19
Dimensions 5/10 kN m (mm)
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft:
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
15,00011,50.951
3,0000.0053,600
16,000200150150550
<0.08G6.34,0007,000270yes
20,00011,70.951
4,0000.0053,600
16,000260150150650
<0.08G6.34,0007,000270yes
35
10
Ø5,3
1030
50 ±
0,1
Pick up
15
Measuring range: 15 / 20 / 25 kNmextrem bending moment stiffness
also optional available as torque / force combination flange
Torque measuring flangefor extrem high bending moment
Page 20
Dimensions 15/20 kN m (mm)
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft:
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
30,00017
1.05
6,0000.01
3,60012,000
4001701701100<0.15
4,0007,000360yes
35
10
Ø5,3
1030
50 ±
0,1
Pick up
15
Measuring range: 30/35kNmextrem bending moment stiffness
also optional available as torque / force combination flange
Torque measuring flangefor extrem high bending moment
Page 21
Dimensions 30/35 kN m (mm)
Hollow shaft: yes yes
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
50,000 100,000371.1
10,0000.01
6,00080,000
80350350850
<0.15
3,0004,000360
G9.4 (G6.3 Option)
381.29
20,0000.01
5,000160,000
160400400
1200<0.15
2,0003,000360
Measuring range: 50 / 100 kNmextrem bending moment stiffness
also optional available as torque / force combination flange
Torque measuring flangefor extrem high bending moment
Page 22
Dimensions 50/100 kN m (mm)
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Measuring range: 100 kNmMeasuring range: 150 kNm
Torque measuring flange
100,000 150,00038 40
1.29 1.45
10,000 15,0000.01 0.01
5,000 7,00020,000 25,000
160 240400 600400 600400 600
<0.15 <0.15
2,000 2,0003,000 3,000360 360--- ---
G9.4 (G6.3 Option)
35
10
Ø5,3
1030
50 ±
0,1
15
Pick up
Bore hole
M24
Air gap 1+0,5Rotor antenna Pick up
42
Ø40
0
Ø28
8 H
7
104
6 6
Ø33
0 ±0
,15
Ø28
8 H
7
Ø28
2
Page 23
Dimensions 100/150 kN m (mm)
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Measuring range: 250 kNmTorque measuring flange
250,000602
25,0000.01
11,00040,000
4001,0001,0001,000<0.15
1,7002,000480---
G9.4 (G6.3 Option)
35
10
Ø5,3
1030
50 ±
0,1
15
Pick up
M24
Bore hole
Air gap 1+0,5Rotor antenna Pick up
42
Ø28
6
Ø30
0 H
7
Ø43
0 ±0
,15
Ø50
0
Ø30
0 H
7
120
6 6
Page 24
Dimensions 250 kN m (mm)
500.000803
25.0000,01
11.00040.000
4001.0001.0001.000<0,15
1.7001.500480---
G9,4 (G6,3 Option)Measuring range: 500 kNmMeasuring range: 600 kNm
Torque measuring flange
35
10
Ø5,3
1030
50 ±
0,1
15
Pick up
M24
Air gap 1+0,5Rotor antenna Pick up
42
Ø28
6
Ø35
0 H
7
Ø52
00 ±
0,15
Ø60
0
Ø35
0 H
7
120
6 6
Bohrung
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Page 25
Dimensions 500/600 kN m (mm)
Measuring range: 1000 kNmTorque measuring flange
35
10
Ø5,3
1030
50 ±
0,1
15
Pick up
1000.00016010
50.0000,01
25.00080.000
4002.0002.0002.000<0,15
1.7001.500480---
G9,4 (G6,3 Option)
Type specific mechanical dataM (Nm)nom
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
Hollow shaft (option):
2Inertia (kgm ):
Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
both sides
RPM optional
Page 26
Dimensions 500 kN m (mm)
Pick up
Rotor antennaAir gap 1+0,5
20
Adapter flanges
Universal joint Flange
Measuring device
Torque Measuring Flange
Page 27
Rotorantenna
Statorantenna
RPMsensor
To theevaluation unit
Elongated hole for screw M5
Shaft
50 40,0 30
30
0.5
to 3
mm
Technical data (rpm)Phase Sensor 1 to Sensor 2: 90°Frequency: 0 to 25 kHzAir gap: 0.5 -0.4;+0.3 mmModule: 1.5 (others optional)
Active area
0.1
to 0
.8 m
m
Measuring Rotational Speed
Page 28
10
10
17
0= 5,3
5030
±0,1
ConnectorBNC 3530
Pick up
Rotor antennaAir gap 1 to 30 mm (Option)
Application for Big Axial Movementsand High Speed
±50 mm
Page 29
0= 3
89
4920
±0,1±0,1
2 ±1,5 mmPick Upwith integrated Electronic
D-Sub Connector
Montingplate
Compact Torque acquisition(in Pick Up integrated Receiver, analogic Output)
PCM ReceiverBandbwitdh: 1 kHz (10 kHz)Output: ±10 V, (0(4) ... 20 mA option)Digital Interface (option): USBSupply_power (Rotor): 1, 3 WTransmission: inductive Sensortelemetry PCMRemote Shunt CalibrationTemperature range: -10 ... +70°C (-45 ... +85°C)Versorgung: 24 V DC (±5%)Type: AW_DAnt_<Bandbreite>_<Versorg>_<Ausgang>_<HL-Leistung>_<Temp>_PCM16_<Sample>_<RPM>
1 kHz2 kHz
10 kHz
1W3W
2412B
67004000
40000
UI
USB
70-45/85
-RPM
16
Drehmoment digitaleMessverstärker
mit µP
Rotor Spannungsausgang 0 ... ±10 VStromausgang 0(4) ... 20 mA
Drehzahlausgang TTL (0 ... 100 kHz)(Option)
USB-Bus (Option)
~~~0Lp1
O Drehzahl
Dreh-moment Drehmoment
Dreh-zahl
Auswerteeinheit
Kennung/Kalibrierdaten
(Option)
Mess-flansch
Page 30
SupplyData
SchnittstelleUSB/CAN/TCP/IP
Optional
Dreh-moment
Nullpunkt
Messbereich
-100
1
-80
2
-60
3
-40
4
-20
5
0
6
20
7
40
8
60
9
800
10 11 12
100
MV/V
% [-100..100]
MV/V [0...12,64]
Absolut[0.. 4095]-2,58 mV/V...+2,58 mV/V
Absolut[0.. 4095] Vmax...+Vmin
Übertragung Initialisieren
Exit
Transmit/Receive
Status
MA MANNERSensortelemetrie
R
Datei Info
Werte erneut senden
Zusatzfunktionen
Option
MA MANNERSensortelemetrie
Sensorsignal-DrehübertragerPin 1: Output U: 0 to +/- 10 Volt Pin 8: Output I: 0 to + 20 mAPin 1: Output U: 0 to +/- 5 Volt Pin 8: Output I: 4 to + 20 mAPin 3: Input Mod.(Cal.)aktive low Pin 9: Output F:100kHz ±50kHzPin 3: Input Mod.(Cal.)aktive high Pin 9: Output F:25kHz ±12,5kHzPin 6: RPM PCMPin 7: Supply +15V +/-2%
Pin 2: GND OutputPin 7: Supply +24V +/-10% Pin 5: GND SupplyLED yellow: SupplyLED green: Signal
ConnectionTNC
Compact Torque acquisition(offsetted receiver, analog Output)
Mess-flansch
PCM ReceiverBandbwitdh: 1 kHz (10 kHz)Output: ±10 V, (0(4) ... 20 mA option)Digital Interface (option): USBSupply_power (Rotor): 1, 3 WTransmission: inductive Sensortelemetry PCMRemote Shunt CalibrationTemperature range: -10 ... +70°C (-45 ... +85°C)Versorgung: 24 V DC (±5%)Type: AW_Dt_<Bandbreite>_<Versorg>_<Ausgang>_<HL-Leistung>_<Temp>_PCM16_<Sample>_<RPM>
1 kHz2 kHz
10 kHz
1W3W
2412B
67004000
40000
UI
USB
70-45/85
-RPM
16
Page 31
Block Diagram / Signal Flow of Digital Torque Meter
Torque transducer
Inductivespeed sensor
Digitalmeasuringamplifierswith µP
Rotor
Temperature(Option)
Cablemax. 50 m
PickuP
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Remote Shunt Cal.Auto zero (Option)Measuring range selection(Option)
Frequency output (100 ±50 kHz)Frequency output (10 ±5 kHz)(Option)
Frequency output (0 to 100 kHz)(Option)
SPI Bus, 16 Bit binary,TTL (Option)
USB Bus (Option)TCP/IP (Option)
CAN Bus (Option)
~
~~~
~ ~~
~~~
~ ~~
~~~
~ ~0
Digitalsignal
processingunit
LP1, LP2, LP3: 0,1 Hz to 50 kHz
LP4: 0,1 Hz to 100 Hz
Lp1
Lp4
Lp4
Lp4
Lp2 Lp3
OAB
Rotational speed
Torque Torque
Speed
Angle ofrotation
Power
Evaluation unit
x
Ident/Calibration data
(Option)
Compact evaluation unit
Mounting type: NS 35/7,5, NS 35/15 (option)
PCM ReceiverBandwidth: 1 kHz (10 kHz)Output: ±10 V, (0(4) to 20 mA option)Digital interface (option): USB, CAN, Ethernet TCP/IPRF-Power: 1, 3, 5 WTransmission: inductive sensor telemetry PCMRemote shunt calibrationEnviromental temperature range: -10 to +70°C (-45 to +85°C)Supply: 24 V DC (±5%), 9 to 36 V DC (board supply)Type: AW_M_<bandwidth>_<supply>_<output>_<RF-power>_<temp>_PCM16_<Freq>_<sample>_<RPM>
1 kHz2 kHz
10 kHz
1W3W5W
2412B
-6
3,2
67004000
40000
UI
USB
70-45/85
-RPM
1624
Page 32
Block Diagram / Signal Flow of Digital Torque Meteroptional Integrated Temperature acquisition channel
Torque transducer
Inductivespeed sensor
Digitalmeasuringamplifierswith µP
Rotor
Temperature(Option)
Cablemax. 50 m
PickuP
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Remote Shunt Cal.Auto zero (Option)Measuring range selection(Option)
Frequency output (100 ±50 kHz)Frequency output (10 ±5 kHz)(Option)
Frequency output (0 to 100 kHz)(Option)
SPI Bus, 16 Bit binary,TTL (Option)
USB Bus (Option)TCP/IP (Option)
CAN Bus (Option)
~
~~~
~ ~~
~~~
~ ~~
~~~
~ ~0
Digitalsignal
processingunit
LP1, LP2, LP3: 0,1 Hz to 50 kHz
LP4: 0,1 Hz to 100 Hz
Lp1
Lp4
Lp4
Lp4
Lp2 Lp3
OAB
Rotational speed
Torque Torque
Speed
Angle ofrotation
Power
Evaluation unit
x
Ident/Calibration data
(Option)
Compact evaluation unit
Mounting type: NS 35/7,5, NS 35/15 (option)
PCM ReceiverBandwidth: 1 kHz (10 kHz)Output: ±10 V, (0(4) to 20 mA option)Digital interface (option): USB, CAN, Ethernet TCP/IPRF-Power: 1, 3, 5 WTransmission: inductive sensor telemetry PCMRemote shunt calibrationEnviromental temperature range: -10 to +70°C (-45 to +85°C)Supply: 24 V DC (±5%) , 9 to 36 V DC (board supply)Type: AW_P_<bandwidth>_<supply>_<output>_<RF-power>_<temp>_PCM16_<Freq>_<sample>_<RPM>
, 15 V DC (±2%)
1 kHz2 kHz
10 kHz
1W3W5W
2412B
-6
3,2
67004000
40000
UI
USB
70-45/85
-RPM
1624
Page 33
M AM
AN
NE
RS
enso
rtele
met
rie
+ -
Aus
wer
teei
nhei
t
DataCable outletBNC
Dreh-moment
Nullpunkt
Messbereich
-100
1
-80
2
-60
3
-40
4
-20
5
0
6
20
7
40
8
60
9
800
10 11 12
100
MV/V
% [-100..100]
MV/V [0...12,64]
Absolut[0.. 4095]-2,58 mV/V...+2,58 mV/V
Absolut[0.. 4095] Vmax...+Vmin
Übertragung Initialisieren
Exit
Transmit/Receive
Status
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Datei Info
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Zusatzfunktionen
Option
CAN, TCP, USB
Torque Measuring System with Power Evaluation Unit
Measuringflange
0 to ±10V0 to 20mA
Supply
Page 34
Block Diagram / Signal Flow of Digital Torque Meter
Torque transducer
Inductivespeed sensor
Digitalmeasuringamplifierswith µP
Rotor
Temperature(Option)
Cablemax. 50 m
PickuP
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Remote Shunt Cal.Auto zero (Option)Measuring range selection(Option)
Frequency output (100 ±50 kHz)Frequency output (10 ±5 kHz)(Option)
Frequency output (0 to 100 kHz)(Option)
SPI Bus, 16 Bit binary,TTL (Option)
USB Bus (Option)TCP/IP (Option)
CAN Bus (Option)
~
~~~
~ ~~
~~~
~ ~~
~~~
~ ~0
Digitalsignal
processingunit
LP1, LP2, LP3: 0,1 Hz to 50 kHz
LP4: 0,1 Hz to 100 Hz
Lp1
Lp4
Lp4
Lp4
Lp2 Lp3
OAB
Rotational speed
Torque Torque
Speed
Angle ofrotation
Power
Evaluation unit
x
Ident/Calibration data
(Option)
Guß evaluation unit
Traffic
Link
MA 260
91
160
Supply
RF-DataRF-Power
BoplaA130 SIL
PCM ReceiverBandwidth: 1 kHz (10 kHz)Output: ±10 V, (0(4) to 20 mA option)Digital interface (option): USB, CAN, Ethernet TCP/IPRF-Power: 1, 3, 5 WTransmission: inductive sensor telemetry PCMRemote shunt calibrationEnviromental temperature range: -10 to +70°C (-45 to +85°C)Supply: 24 V DC (±5%), 15 V DC (±2%), 9 to 36 V DC (board supply)Type: AW_G_<bandwidth>_<supply>_<output>_<RF-power>_<temp>_PCM16_<Freq>_<sample>_<RPM>_<wa>
1 kHz2 kHz
10 kHz
3W5W10W
2412B
-6
3,2
6700400040000
UI
USBCAN
TCP/IP
70-45/85
-RPM
-IP65IP67
1624
Page 35
Block Diagram / Signal Flow of Digital Torque Meter
ConnectionBNC
Measuringflange
Supply 24 V(optional analog
torque signal 0 to ±10 V / 4 to 20 mA)
Torque
Nullpunkt
Messbereich
-100
1
-80
2
-60
3
-40
4
-20
5
0
6
20
7
40
8
60
9
800
10 11 12
100
MV/V
% [-100..100]
MV/V [0...12,64]
Absolut[0.. 4095]-2,58 mV/V...+2,58 mV/V
Absolut[0.. 4095] Vmax...+Vmin
Übertragung Initialisieren
Exit
Transmit/Receive
Status
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MA
110
22035(90) EtherCat
USB
EtherCatcontroller
USBservice
Page 36
ConnectorBNC
Evaluation unit
19" Plug-in module
Torque Measuring System with Evaluation Unit19"
Measuringflange
Torque
Nullpunkt
Messbereich
-100
1
-80
2
-60
3
-40
4
-20
5
0
6
20
7
40
8
60
9
800
10 11 12
100
MV/V
% [-100..100]
MV/V [0...12,64]
Absolut[0.. 4095]-2,58 mV/V...+2,58 mV/V
Absolut[0.. 4095] Vmax...+Vmin
Übertragung Initialisieren
Exit
Transmit/Receive
Status
MA MANNERSensortelemetrie
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Datei Info
Werte erneut senden
Zusatzfunktionen
Option
USB, CAN,TCP/IP
Display Display Display
74,234 kNm 3457 RPM 5004 kW
Page 37
Cable RG58BNC
Cable RG58BNC
Cable RG58BNC
Torqueflange 1
Torqueflange 2
Torqueflange n
Rack Configuration
Page 38
General Specification Torque Transducer MW...Torque flange
Repeatability
Reference temperature: 23 °C
(DIN 1319, standard deviation): <±0.03 %Langzeitdrift über 48 Std. <+/-0,03%
Working temperature: -10 to +85 °C (-45 to +160 °C Option)Storage temperature: -25 to +90 °C (-55 to +170 °C Option)
Available Output SignalsVoltage: 0 to ±10 V (rated to torque range), Rinternal = 100 W
Vibration resistance: 1,000 g for 1 h
Current: 0(4) to 20 mA (rated to torque range), max. load = 300 W
Impact resistance: 2,000 g
Frequency: 100 ±50 kHz (rated to torque range), Rinternal = 50 W
Balance quality per DIN ISO 1940: see type
SPI Bus (Data, Clock, Frame)
Max. axial displacement (flange to pick up): <1.5 mm
USB Bus, CAN Bus, EtherCat, Ethernet
Max. flange to pick upradial distance ( ): 0.3 to 2 mm (0 to 20 mm)
Max. loads
Available Signal Bandwidth (Low pass filter 5th order Bessel):
Max. torque (related to MNom): 300 % (800 % Option)
Group delay time:
Breaking torque (related to MNom): 800 % (1600 % Option)
Bandwidth Frequency / Digital Analog
Oscillation (peak to peak) DIN 50100 (related to MNom): 300 %Details siehe mech. Datenblatt
Protection (EN 60529): IP54 (IP65, IP67 Option)
10 Hz (-3 dB): 60 ms 100 ms100 Hz (-3 dB): 6 ms 10 ms 1 kHz (-3 dB): 600 µs 1,000 µs10 kHz (-3 dB): 120 µs 200 µs50 kHz (-3 dB): 20 µs 40 µs
Speed system
Pick up 8a
Receivers
Type: massive toothed rim, inductive pick upNumber of increments: see special data sheetOutputs
Option switchable low pass filter
1 trace: digital TTL2 trace: digital TTL, 90° phase shift (Option)
Resolution electrical signal: 16/24 Bit (18 Bit mit integr. Verfahren)
Analog output range: 0 to +10 V, related to speedNom (Option), Rinternal = 50 W
Residual signal ripple output voltage: < 5 mV
Bandwidth: 100 Hz (-3dB)
Remote controlled shunt signal: 80 % of MNom
Group delay time (digital): <10 µsTemperature drift: <0.02 % of related speedNom
Temperature drift (zero) per 10 K of the output signal
Temperature span change per 10 K of the output signal
Weight: 0.1 kgDimensions: 50 x 35 x 20 mm (60 x 55 x 40 mm Option)Max. axial tolerance (flange-pick up): < 1,5 mmMax. radial tolerance (flange-pick up): 0,3..2,5 mm (optional 0..20 mm)
(available types)Receiver compact supply: 24 V DC, 1 A, (9 to 36 V DC Option)Receiver plug-in card 19" Rack supply: ±15 V DC, 1 A19" Rack supply: 90 to 270 V AC, 50 / 60 Hz
EMC: Emission per EN6126RFI voltage \ power \ field strength: Class AImmunity from interference (EN61326-1)Electromagnetic field: 30 V/mMagnetic field: 50 A/mESD: 10 kV
Page 40
precision class:1
digital:
digital:
precision class:2 precision class:3(only with dig. Interface) (only with dig. Interface)
Linearity including hysteresis60..100% v. M : 0,05%Nom 60..100% v. M : 0,03%Nom 60..100% v. M : 0,02%Nom
20..60% v. M : 0,025%Nom 20..60% v. M : 0,015%Nom 20..60% v. M : 0,01%Nom
0..20% v. M : 0,01%Nom 0..20% v. M : 0,006%Nom 0..20% v. M : 0,004%Nom
0,05%
change of torque reading by additonal bending moment: M : < 0,1%*M /MB B Norm
change of torque reading by additonal axial force: F : < 0,01%*F (N)/M (Nm)Z z Norm
0,05%
0,02%
0,03%
0,01%
0,01%Crosstalk of parasitaric forces
M AM
AN
NE
RS
enso
rtele
met
rie
+ -
Aus
wer
teei
nhei
t
PowerData
ConnectorBNC
Measuringflange
Torque Measuring System with Switchable Range
Option
Torque rangekNm
Page 41
CAN, TCP, USBSupplyData
Speed
Inductivespeed sensor
Rotor
Cabelmax. 50 m
Pickup
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V) (0(4) to 20 mA)Current output
Voltage outputCurrent output
(0 to ±10 V) (0(4) to 20 mA)
remote Shunt cal.auto zero (option)range seletction(option)
Frequency output (0 to 100 kHz)(Option)
Ethernet TCP/IP(Option)USB-Bus (Option)
CAN-Bus (option)
~
~~~
~ ~~
~~~
~ ~~
~~~
~ ~0
digitalsignal
processing
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP4: 0.1 Hz to100 Hz
Lp1
Lp4
Lp4
Lp4
Lp2 Lp3
OAB
Speed
force
Speed
speed
angle
Receiver
Receiver
Block Diagram / Signal Flow Digital Flange / Shaft with Integrated Torque Sensor (2 channel, power and transient)
Torque
Identification /calibration data
(option)
static 0 to 5 Hz
Channel1
digital 2 channelmeasuring amplifier
with µP
Lowpass
channel 2 (dyn)
channel 1 (stat)
ADC
ADC
Torque
Power
Voltage outputCurrent output
(0 ... ±10 V) (0(4) ... 20 mA)0
dynamic 1 Hz to 1 kHz
Channel 2
Page 42
M
Speed
Inductivespeed sensor
Rotor
Cabelmax. 50 m
PickuP
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
voltage (0 to ±10 V)current (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current (0(4) to 20 mA) output
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
remote Shunt cal.auto zero (option)range selection(option)
Frequency output (0 to 100 kHz)(Option)
Ethernet TCP/IP(Option)USB-Bus (Option)
CAN-Bus (option)
~
~~~
~ ~~
~~~
~ ~~
~~~
~ ~0
digitalsignal
processing
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP4: 0.1 Hz to100 Hz
Lp1
Lp4
Lp4
Lp4
Lp2 Lp3
OAB
Speed
force
Force
Speed
speed
angle
Receiver
Block Diagram / Signal Flow Digital Flange / Shaft with Integrated Force Sensor (1 channel)
Force
digital 2 channelamplifierwith µP
Temperature(option)
Identification/calibration data
(option)
Force
ADC
0 to 1 kHz
force
Mounting type: NS 35/7,5, NS 35/15 (option)
Fx Fx
Evaluation unit
Page 43
Speed
Inductivespeed sensor
Rotor
Cabelmax. 50 m
PickuP
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
Voltage (0 to ±10 V)Current (0(4) to 20 mA) output
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
remote Shunt cal.auto zero (option)range seletction(option)
Frequency output (0 to 100 kHz)(Option)
Ethernet TCP/IP(Option)USB-Bus (Option)
CAN-Bus (option)
~
~
~~~
~
~
~
~
~
~
~~~
~
~
~
~
~
~
~~~
~
~
~
~
0
0
digitalsignal
processing
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP4: 0.1 Hz to100 Hz
Lp1
Lp1
Lp4
Lp4
Lp4
Lp2
Lp2
Lp3
Lp3
OAB
Speed
torque
Torque
Force
Speed
speed
angle
power
Receiver
x
Receiver
Block Diagram / Signal Flow Digital Torque Flange / Shaft with Additional Integrated Axial Force Sensor (2 channels)
Torque
Digital 2 channelamplifierwith µP
Temperature(option)
Identification/calibration data
(option)
Force
Torque
ADC
ADC
0 to 1 kHz
0 to 1 kHztorque
force
Power
Force
Mounting type: NS 35/7,5, NS 35/15 (option)
Fx FxM
Page 47
Speed
Inductivespeed sensor
Rotor
Cabelmax. 50 m
Pickup
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
Voltage output (0 to ±10 V)Current (0(4) to 20 mA) output
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
Voltage (0 to ±10 V)Current (0(4) to 20 mA)
output output
remote Shunt cal.auto zero (option)range seletction(option)
Frequency output (0 to 100 kHz)(Option)
Ethernet TCP/IP(Option)
USB-Bus (Option)
CAN-Bus (option)
~
~
~~~
~
~
~
~
~
~
~~~
~
~
~
~
~
~
~~~
~
~
~
~
0
0
digitalsignal
processing
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP4: 0.1 Hz to100 Hz
Lp1
Lp1
Lp4
Lp4
Lp4
Lp2
Lp2
Lp3
Lp3
OAB
Speed
torque
Torque range 1
Torque range 2
Speed
speed
angle
power
Receiver
x
Receiver
Block Diagram / Signal Flow Digital Simultaneous Double Range Torque Flange / Shaft (2 channels)
Torque 1
digital 2 channelamplifierwith µP
electricalinclination 5 to 10
Identification/calibration data
(option)
torque 2
torque 1
ADC
ADC
0 to 1 kHz
0 to 1 kHztorque 1
torque 2
Power
Torque 2
Mounting type: NS 35/7,5, NS 35/15 (option) Page 48
M
Speed
inductivespeed sensor
Rotor
cabelmax. 50 m
PickuP
Voltage outputCurrent output
(0 to ±10 V) (0(4) to 20 mA)
Voltage outputCurrent output
(0 to ±10 V) (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current (0(4) to 20 mA) output
remote Shunt cal.auto zero (option)range selection(option)
Frequency output (0 to 100 kHz)(Option)
Ethernet TCP/IP(Option)
USB-Bus (Option)
CAN-Bus (option)
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
~
0
0
0
digitalsignal
processing
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP4: 0.1 Hz to 100 Hz
Lp1
Lp1
Lp1
Lp4
Lp2
Lp2
Lp2
Lp3
Lp3
Lp3
OAB
Speed
torque
Torque
Force
Bending moment
Speed
speedangle
Receiver
Receiver
Block Diagram / Signal Flow Digital Combination Flange Torque, Axial Force, Bending Moment (3 channels)
Torque
identification/calibration data
(option)
force
bending moment
torque
ADC
ADC
ADC
0 to 1 kHz
0 to 1 kHz
0 to 1 kHz
torque
force
force
force
bending moment
Mounting type: NS 35/7,5, NS 35/15 (option)
digital 3 channelamplifierwith µP
FxMB
Page 49
Online Realtime Power Calculation* Online power calculation in in the evaluation unit Online multiplikation of torque and speed
TorquePower
Speed
Torque / speed
RG58
Rotorantenna
Statorantennq
Speedsensor
Shaft
0,5
to 3
mm
0,1
to 0
,8 m
m
Torque Speed (Option) Temperature (Option) Power(option)t
Data stream
Versorgung 24 V(optional analog
torque signal 0 to ±-10 V/ 4 to 20 mA)
Torque
Nullpunkt
Messbereich
-100
1
-80
2
-60
3
-40
4
-20
5
0
6
20
7
40
8
60
9
800
10 11 12
100
MV/V
% [-100..100]
MV/V [0...12,64]
Absolut[0.. 4095]-2,58 mV/V...+2,58 mV/V
Absolut[0.. 4095] Vmax...+Vmin
Übertragung Initialisieren
Exit
Transmit/Receive
Status
MA MANNERSensortelemetrie
R
Datei Info
Werte erneut senden
Zusatzfunktionen
MA
110
22035(90) EtherCat
USB
Power
Controller
USBService
EtherCAT,TCP/IP, USB
Page 50
Data Recording Software(Software Package data acquisition - optional)
Start recording into a file
Stop recording into a file
Show data with additional external viewer PVIEW - if installed
Display file operationactivity
No other program must be active at the PC while recording data into a file.This can effect a loss of data.
Number of saved samples
Input field for path and file name
Additional information,which is saved in the description files
Option for RPM-systemssave calculated rpm or saverpm-pulses to datafileOn menue setup, there is the possibility to activate an averaging for the calculated rpm.For option 'Calculated RPM' take care of the correct setting at configuration(Samplerate).
time
time
rpm
rpmpulses
or
Shunt kalibration on/off
Recording sample rate reductionfactor
Temperature channel recording(option)
Speed channel recording(option)
Read value channel 1
Read value channel 2 (temperature)
Page 51
Power [KW]
-100.00
Data Display Software Pview(Software Package data acquisition - optional)
Torque [Nm]
Visualisation of recorded datas
Page 52
Format of the binary file (.DAT) orASCII file (.CSV)
Definition: LB = low byte, HB =high byteFirst the low byte and then the high byte of a channel is recordedThe range of a 12 and 16 bit system is from 0 to 65535For 12 bit-systems, the lowest 4 bits are set to 0
Realtime recorded Data File
User specificanalysis program
Pviewvisualisation
program(part of software package
data acquisition)
Excel or other
analysisprogramms
Export functions
Data Interface
Page 53
High Pprecise Torque Meters with Integrated Overload Protectionspecial for test rigs and machine protection
(depending on range)* high precision despite of over load protection (typically < 0,05 %)* high resolution measurement of smallerst torque‘s at operating torques* resolution of the torque with 16 or 24 bit‘s* optional speed detection* open for custome spec built* principial also usable for bigger torque ranges
* up to 200-times overload capability Advantages:
Applications:* high precise measurement of rolling moment (friction) of vehicles * protection of the torque at over load in test riggs* protection of the torque meter at high breakaway torques* Prevent destroy of the of small torque meters at mounting process* Protect torque meter at test rigg problems* Protect torque meter in case of bearing problems
Page 54
Typ: MW_<Torque>_<Accuracy>_<Te>_<Temp>_2.3_Bg
M10
Mnorn
-Mnorn
limiting oftorque
read out
+ Max fracturetorqueMmax.
+ Max fracturetorqueMmax.
breaking
breaking
100%
100%
Charakteristic
Pick Up
Torque Flange with Integrated Overload Protection
201051200 /200 500 /500 2k /2k500 /500 2k /2k 10k /10k 10k /10k 20k /20k
50 100 500 1000
2.328
132
2.228
132
2,228
132
2,228
132
0.628
132
3 3 528 32 32
132 132 132
0,0060,0060,0040,004 0,007 0,007 0,018 0,0180,0200,100,050,01 0,50 1 5 10
0.10.10.10.1 0.1 0.1 0.1 0.1210,50,1 5 10 80
0,0810,50,1 0,2 0,4 20.200.100.50,1 0.50 1 0,5 20.0500.0200.0100.001 0.20 0.50 2 40.1000.140.060.01 0.30 0.50 2 40.150.070.050.01 0.20 0.40 2 4
<0.04<0.04<0.04<0.1 <0.04 <0.08 <0.08 <0.08
12,000 12,000 12,000 12,000 12,000 12,000 12,000 12,00016,000 16,000 16,000 16,000 16,000 16,000 16,000 16,000
60454545 60 90 90 90
G6.3(option G2.5)
Type specific mechanical Data of MW...
50k /50k5000
1250
132
0,122500.1
9202020
<0.08
12,00016,000
120
4004
200020
M /M (Nm)nom1 nom2
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
2Inertia (kgm ):Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
Max. Torque load (Nm) /max. Radial force(N)flange diameterflange length
ETP clamping bush fortorques up to 420 Nm
Alternative form-fittransmission byfitting screw possible
Page 55
Mechanicallimiter
Advantages:
0.1%
0.05%
- 0.05%
-0.1%
Lineariy and hysterese
Applications:* high precise measurement of rolling moment (friction) of vehicles * protection of the torque at over load in test riggs* protection of the torque meter at high breakaway torques* Prevent destroy of the of small torque meters at mounting process* Protect torque meter at test rigg problems* Protect torque meter in case of bearing problems
(depending on range)* high precision despite of over load protection (typically < 0,05 %)* high resolution measurement of smallerst torque‘s at operating torques* resolution of the torque with 16 or 24 bit‘s* optional speed detection* open for custome spec built* principial also usable for bigger torque ranges
* up to 100-times overload capability
Mnorn
-Mnorn
limiting oftorque
read out
+ Max fracturetorqueMmax.
+ Max fracturetorqueMmax.
breaking
breaking
100%
100%
Charakteristic
- nominaltorque in
Nm
+ nominal-torque in
Nm
Torque Meter with Integrated Overload Protectionup to 100-time breaking moment
Page 56
50/500050/200020/200010/10002000/100 4000/500 10000/10004000/200 10000/500 20000/2000
100/5000 100/10000
2.328
210
2.228
194
2,228
194
2,228
132
0.628210
335
294
0,0060,0060,0040,004 0,007 0,0070,200,100,050,01 0,50 10.10.10.10.1 0.1 0.1210,50,1 5 10210,50,1 5 10
0.200.100.50,1 0.50 10.0500.0200.0100.001 0.20 0.500.1000.140.060.01 0.30 0.500.150.070.050.01 0.20 0.40
<0.04<0.04<0.04<0.1 <0.04 <0.08
12,000 12,000 12,000 12,000 12,000 12,00016,000 16,000 16,000 16,000 16,000 16,000
90909090 90 90
G6.3(option G2.5)
Type: MW_<Torque>_ _<Accuracy>_<Te>_<Temp>_6.3D2m
M10
Pick Up
M /M (Nm)nom1 nom2
Typspecific mechanical Data MW...
Mnorn1 Mnorn2-Mnorn2
-Mnorn1
Torque limiterfor range 1
range 2
display
-Max totaltorqueMmax.
-Max total
torque+Mmax.
brea
king
breaking
100%
100%
Characteristic
not usablemechanical limiteracting
Weight (Rotor) (kg):
Torsional angle related to M (°):nom
Radial stiffness (kN/mm) c :r
Max. axial load (kN):
Max. bending moment (kNm):
Balance quality level (DIN ISO 1940):
Highspeed option (rpm):
2Inertia (kgm ):Torsional stiffness (kNm/°):
Axial stiffness (kN/mm) c :a
Bending moment stiffness (kNm/°) c :b
Max. radial load (kN):
Max. excursion at max. axial force (mm):
Max. speed (rpm):
Speed acquisition (inductive, teeth/turn):
(With/without speed system)
Max. Torque load (Nm) /max. Radial force(N)flange diameterflange length
Real High Resolution Double Range Torque Meter ETP clamping bush fortorques up to 420 Nm
Alternative form-fittransmission byfitting screw possible
Page 57
in both ranges* high torque resolution 16 or 24 Bit in both ranges* high resolution of zero torques at normal work torque torque range* opt. integrated speed acquisition* open for custome spec. design* appliable for Torque range 10 Nm to 20 KNm* saving of exchange need of torque meters in test rig* very small not usable torque range
* high accuracy (0.05 % linearity and hysterese)advantages:
Application:* high resolution measurement of the rolling torque at vehicles * high resolution friction measurement of clutches* high resolution friction measurement at axial shafts * demand of high precision torque measurement over a very large range* precise “zero torque” measurement
friction
Mnorn1 Mnorn2-Mnorn2
-Mnorn1
Torque limiterfor range 1
range 2
display
-Max totaltorqueMmax.
-Max total
torque+Mmax.
brea
king
breaking
100%
100%
Characteristic
0.1%
0.05%
- 0.05%
-0.1%
linearity and hystereseboth ranges
not usablemechanical limiteracting
Real High Resolution Double Range Torque Meter
-Nenn-drehmoment
Nm
Nenn-drehmoment
Nm
Page 58
Speed
Inductivespeed sensor
Rotor
Cabelmax. 50 m
PickuP
Voltage outputCurrent output
(0 to ±10 V) (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V) (0(4) to 20 mA)Current output
Voltage outputCurrent output
(0 to ±10 V) (0(4) to 20 mA)
Voltage outputCurrent output
(0 to ±10 V) (0(4) to 20 mA)
remote Shunt cal.auto zero (option)range seletction(option)
Frequency output (0 to 100 kHz)(Option)
Ethernet TCP/IP(Option)
USB-Bus (Option)
CAN-Bus (option)
~
~
~~~
~
~
~
~
~
~
~~~
~
~
~
~
~
~
~~~
~
~
~
~
0
0
digitalsignal
processing
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP1, LP2, LP3: 0.1 Hz to 50 kHz
LP4: 0.1 Hz to100 Hz
Lp1
Lp1
Lp4
Lp4
Lp4
Lp2
Lp2
Lp3
Lp3
OAB
Speed
torque
Torque range 1
Torque range 2
Speed
speed
angle
power
Receiver
x
Block Diagram / Signal Flow Digital Simultaneous Real Mechancial Double Range Torque Flange / Shaft (2 channels)
Torque 1
digital 2 channelamplifierwith µP
Electricalinclination 5 to 10
Identification/calibration data
(option)
Torque 2
Torque 1
ADC
ADC
0 to 1 kHz
0 to 1 kHztorque 1
torque 2
Power
Torque 2
ReceiverPage 59
Inductivespeed sensor
Rotor
Cablemax. 50 m
PickuP
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
Voltage output (0 to ±10 V)Current output (0(4) to 20 mA)
remote Shunt cal.auto zero (option)range seletction(option)
Frequency output (0 to 100 kHz)(Option)
EtherCAT,Ethernet TCP/IP,CAN,USB(Option)
~~~
digitalsignal
processing
LP4: 0.1 Hz to 100 HzLp4
OAB
Speed
Torque
Speed
speedangle
receiver
Receiver
Torquerange 1
Torquerange 2(option)
Temperature
Identification/calibration data
(option)
temperature
torque 1
torque 2
ADC
ADC
ADC
0 to 1 kHz
0 to 1 kHz
0 to 1 kHz
Torque range 1
torque range 2
temperature Temperature
Mounting type: NS 35/7,5, NS 35/15 (option)
digital 3 channelsensor signal amplifier
with µP
M
Block DiagramZerodrift and (temperature drift compensation) E-Modul change
real time Temperaturdrift
correction
real time Temperaturdrift
correction
0
0
torque range 1
torque range 2
Speed
Page 60
Socket:DeutschAS007-35PA
Connector:DeutschAS607-35SA
Torquemeter
Pinning:Pin 1: I+Pin 2 : I-Pin 3 : U (24 V, 100 mA)B Pin 4 : GND / schieldingPin 5 : CALPin 6 : not connected
Torque flange
4 m cableVoltage output (0 to. ±10 V)Current output (0(4) to 20 mA)
~~~0Lp1
AmplifierDreh
moment
0..1 kHz
Static Torque Acquisition
Ether-Cat
opt. digitalOutput
(alternating load applications)* optional digital Interfaces USB, CAN,EtherCat, Ethernet
* extrem robust against vibrations Advantages:
Page 61
Flange with Additional Measurement Channels
Antenna cableBNC
Messflansch
Torque
Nullpunkt
Messbereich
-100
1
-80
2
-60
3
-40
4
-20
5
0
6
20
7
40
8
60
9
800
10 11 12
100
MV/V
% [-100..100]
MV/V [0...12,64]
Absolut[0.. 4095]-2,58 mV/V...+2,58 mV/V
Absolut[0.. 4095] Vmax...+Vmin
Übertragung Initialisieren
Exit
Transmit/Receive
Status
MA MANNERSensortelemetrie
R
Datei Info
Werte erneut senden
Zusatzfunktionen
MA
110
22035(90) EtherCat
USB
Power
EtherCatController
USBService
Supply 24 V(optional analogic
outputs 0 to ±10 V/ 4 to 20 mA)
Torque
Speed
Mul
tiple
xer
with
mea
surin
gam
plifi
er
Rotor
Pickup
Cablemax. 50 m
Out
puts
(vo
ltage
, cu
rren
t, U
SB, T
CP/
IP, E
ther
cat,
CA
N
~~~~~~
0
0
Lp1
Lp1
Torque
RPM
multi channel receiver
1 to 8
1..8
~~~0Lp1
~~~0Lp1
~~~0Lp1
Dem
ultip
lexe
r
Additional channels
Page 62
Order code: A_8a_<temperature>_<VFreq>_<PCM>_<ConP>_<ConD><cable>_<length>_<Power>_<sys>_<water>-10 to +85°C-25 to +125°C-45 to +85°C-45 to +160°C
-wa -
0.44x
-pcm
-6.4 MHz3.2 MHz
BNCTNCNSASBFiLe
BNCTNCNSASBFiLe
RG58RG316RG142RG213Mar
3 W5 W10 Wx W
in m -InbaInFuFu
Pick Up Type 8a
HF Energyand Data
Flange
Page 63
rotationalspeed
Measuring Shaft
M AM
AN
NE
RS
enso
rtele
met
rie
+ -
Träg
erfre
quen
z
Aus
wer
teei
nhei
t
Nul
lpun
kt
Vers
tärk
ung
PowerData
Page 64
* Online power calculation by the evaluation unit (Online multiplication of torque and speed)
TorquePower
Speed
360°
360°
0
0
n =
0
360°
Pulse dPhi1T
n(Phi)
M(Phi)
Calculation of speed per turn
actual Torque value
n
Torque MPower P
n = rpm
Integration over 1 turn.
Online-Power Calculation
Calculation of the Power P = 2 * Pi * M * n
The power calculation will be done at every sample torque value in real time. It will be calculated from last sampled and calculated speed value and the actual torque value.The calculated Power and Speed will be outputed over additional channels on digital interface and/or the analogic interface.The speed value will actualised at every 360 ° turn. (Puls count per every 360° turn)
Page 65
Online-Power Calculation
Calculation of the Power P = 2 * Pi * M * n
The power calculation will be done at every sample torque value in real time. It will be calculated from last sampled and calculated speed value and the actual torque value.The calculated Power will be outputed over a addition channel on digital interface and/or the analogic interfacewith the last measured speed value The speed value will actualised at every 360 ° turn.
x
M in Nmn in rpm
M
nP
Scale factorAnalogic Interface
Scale factordigital Interface
0 to ±10V
Ethernet / USB / CAN
z.B. 10 V = 100 kW
real time
Page 66
Failure Sources at Torque Meters
Page 67
+ total failure
Failure Sources at Torque Meters
Total failue calculation(ISO-thermal):
Total failure = max. Hysterese failure +max. Linearity failure +termical zero point failure/10°C+thermical spann failure/10°C+ crosstalk
Torque temperaturetemperature
bending moment(full range)
Torque
Reading ReadingReading Reading
Reading
Linearityfailure
hysteresefailure zero point
failure spanfailure
failure
10°C span10°C span
reference
reference
+ +++=
Failure sources
Linearity of measurement body
Hysterese of measurement body
Remanence of measurement body
Digitizing Failure(AD-Converter inside Rotor)
Gain drift over temperature changeof the total amplifier
Zeropoint drift over temperature changeof the flange body, SG and the amplifier (AD-Converter)condition: isothermical
Zeropoint drift differential temperature changecondition: different temperatures on both flange sides
E-modul value (change over temperature)
Cross talk from bending moment to torque
HBM - compatible flange patternT10 F
View ZCenter point foralignment of the rpm measung system
Gauging memberAdapter flange
measuring planemiddle ofapplication position
View X
View Y
Screw for mountingof split washer shownin section plane
Connection flangeonly for
Split washer
Mounting by customerand fastening ofsplit washer
Measuringrange
Diemnsions without tolerance indicationaccordung to DIN ISO 2768-mK
Dimensions in mm
Flange with mounted split washer for rpm detection
Page 68
9-Pol DSub
Pin1
Pin2
Pin7 SupplyPin5 Supply Gnd
Coax cable+-
Zwingendsymmetricalamplifier inputand Shieldingat Input
data acquisitionSteuerung
Grounding
Receiver (Sensortelemetry)
Supply
Connection rule(noise free data acquisition)
Pick Up
Page 69
Type: MW_<x>_<range>_<mult>_ <accuracy>_<temp>_<Freq>_<sys>_<mod>_<bandwidth>_<rmc>_<wa>_<Dz>_<Mk>_<speed>_<Ka>
Multi sensor (torque, force, bending m.)Range
Speed acquisitionSensorbody supplied by customerMax. speedMech. Calibration
Waterproof / oilproofRemote ControlBand width
Type of system(Inductive, Radio, UHF) Type of signal transmission
Supply frequencyTemperature rangeAccurracy
TypeTorque meter
Product Key Torque Meter
Page 70