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TAMAGAWA SEIKI CO.,LTD.
SA35
ROTARY ENCODERS
FA-CODER
Catalogue No.T12-1228N48
OIH35
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FA-CODER
ROTARY ENCODERS
1
Digital techniques in business industry have been greatly
advanced. Among these, necessity for converting analog likedvanced. Among these, necessity for converting analog like
rotating value, shaft angle position, etc. to digital has been
increased as measurement for physical value and automation
for control system are advanced. Encoders, at present, have
been widely used for factory automations, measurements, office
automation devices, medical equipment, aviations and universal
fields.
Various kinds of encoders F
CODER
as trade mark) from small
to high resolution are available to meet all of the requirements.
High performance encoders supported by these high disk prigh performance encoders supported by these high disk pro-ducing techniques are available.
Digital techniques in business industry have been greatly
advanced. Among these, necessity for converting analog like
rotating value, shaft angle position, etc. to digital has been
increased as measurement for physical value and automation
for control system are advanced. Encoders, at present, have
been widely used for factory automations, measurements, office
automation devices, medical equipment, aviations and universal
fields.
Various kinds of encoders (FA-CODERas trade mark) from small
to high resolution are available to meet all of the requirements.
High performance encoders supported by these high disk pro-ducing techniques are available.
F CODER
FA-CODER
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Super-precision angle index device
HISTORY OF ENCODER DEVELOPMENT AT TAMAGAWA SEIKI
SPECIFICATION LIST (INCREMENTAL)
SPECIFICATION LIST (ABSOLUTE)
INDIVIDUAL SPECIFICATION (INCREMENTAL) INDIVIDUAL SPECIFICATION (ABSOLUTE)
NOTICE IN TRANSMITTING
TRANSMITTING DISTANCE
HOW TO USE ENCODER CONTROL SIGNAL
CONVERSION TIME
NOTICE IN HANDLING
MOUNTING WAY
DEFINITIONS
COUPLING SPECIFICATION MOUNTING PLATE
ANGLE CONVERSION LIST
INDEX
2
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TechnologicalDevelopment
1970S45
1975S50
1980S55
1985S60
3
1971S46A-DNoncontactType A-D ConverterTS295 Series
1972S47Brush Type EncoderTS449 Series
1977S52(LED)Standard lncremental(LED)TS1500. TS1560 Series1003,600C/T
1983S58Mechanical Multi-TurnTS1604 Series5bit12bit
400
300
200
100
010
9
8
7
3
2
1
0
Numberofpartsusedinanencoder
Price(10,0
00)
1980 1985 1990 1995 2000 2005 2010
Mechanical Multi-Turn
11bit
11bitMemory Multi-Turn
11bitMemory Multi-Turn
Inc.
Abs.
17bit
Memory Multi-Turn
17bit
Abs Inc
366
59
307
169
32
137
123
14
109
107
4
103
87
4
83
Multi-Turn Absolute Encoder
HISTORY OF ENCODER DEV
120L671.1kg
70L66400g
35L38110g
35L1830g
1987S62Reinforced lncrementalTS5080 Series 251,500C/T(for steel)
198863lncremental for Motor Con-trolTS5146 5,000C/T
1989H1High Resolution lncremen-talTS5410 Series90k480k C/T
1989H1
Magnetic EncoderTS5270 Series1,024 C/T
1979S54
(LED)Small Reinforced Abso-lute(LED)TS1660 Series8bit12bit
1973S48High Resolution AbsoluteTS1302-1193B19bit
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1990H2
1995H7
2000H12
2005H17
4
1990H2Serial Abs SeriesBattery Backup Multi-TurnTS5778 11bit
1996H8Smart Abs SeriesBattery Backup Multi-TurnSA35 11bit
1991H3Hollow Shaft lncrementalOIH48 Series1006,000C/T
1996H8Smart Abs SeriesBattery BackupSA56 11bit
1992H4Space EncoderETS-VI(VI)High Accuracy EarthSensor Encoderfor ETS-VI (EngineeringTesting Satellite VI Type)
1996H8Smart Abs SeriesBattery BackupSA85 20bit
1992H4
Magnetic Encoder for VehiclesTS5840 Series
1996H8ICSmartceiverSerial Signal Receiver
AU5688
ELOPMENT AT TAMAGAWA SEIKI
1998H10Smart Abs SeriesBattery Backup Multi-TurnSA35 17bit/Turn
16bit/Multi-Turns
1998H10Smart Abs SeriesBattery Backup Multi-TurnSA48 17bit/Turn
16bit/Multi-Turns
2001H13Smart Inc SeriesTwo-way Serial Communication Type(NRZ)SI35 17bit/Turn
2001H13Smart Abs SeriesBattery Backup Multi-TurnSA35 17bit/Turn
16bit/Multi-Turns
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SPECIFICATION LIST
NOTE 1 Consumption Current: This is a specification for no loading at output circuit.
NOTE 2 The specification for shaft allowable load shall be a mechanical value.
Actual specification allows us to recommend within 20 percents of the specification.
NOTE 3Vibration: This is a value under the condition of meeting the total of 6 six hours consisting of 2 hours for each of X, Y and Z axis.
NOTE 4 Shock: This is a value under the condition of meeting the total of 18 eighteentimes consisting of 3 times for each of X, Y and Z axis.
Applications
Features
Series
Model No.
External Appearance
Page
ResolutionCounts/Turn
Output Phase
Max Response Frequency
Supply Voltage
Consumption CurrentNOTE1
Output Form
NOTE2
Shaft Loading
Radial
Axial
NOTE3
NOTE4
Starting Torque
Protection
Operating Temp.Range
Vibration
Shock
Mass
Instrumentation
Ultra small size
9, 10
1002,000C/T
80kHz
DC+5V
100mA Max
Open Collector
12.7N
1.3kgf
2.9x10 3 N m
30gfcm Max
0 + 60C
0.2kg Max
OIS28
TS5150
INCREMENTAL
Industrial
Milling
Small size and
low cost
11, 12
1002,500C/T
A, B Phase
A, B
A, B, Z Phase
A, B, Z
125, 200kHz
DC+5+12V
Open Collector
Line Driver
21.6N
2.2kgf
10.8N
1.1kgf
4.4x10 3 N m
45gfcm Max
IP = 50
10 + 85C
49m/s2
5G
0.15kg Max
OIS38
TS5300
Wide range of resolution, a lot of options
13, 14
1005,000C/T
125kHz
DC+5, +12V
200mA Max
Voltage, Open Collector, Line Driver
12.7N
1.3kgf
2.9x10 3 N m
30gfcm Max
10 + 70C
0.5kg Max
OIS66
TS5100
15, 16
98N
10kgf
9.8x10 2 N m
1kgfcm Max
IP = 52
1kg Max
OIS68
TS5000
Ultra rugged Model
17, 18
255,000C/T
A, B Phase
A, B
25kHz
DC+24V
300mA Max
Voltage
Complementaly
392N
40kgf
49N
5kgf
0.2 N m
2kgfcm Max
IP = 57
0 + 50C
98m/s2
10G
980m/s2
100G
7kg Max
OIS128
TS5080
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20%
2Hr6Hr
18
Super Precision Machine Tools
High resolution, high reliability and low cost
19, 20
9,60050,000C/T
A, B, Z, U, V, W Phase
A, B, Z, U, V, W
1.5MHz
DC+5V
250mA Max
19.6N
2kgf
2.0x10 2 N m
200gf cm Max
IP = 52
10 + 80C
49m/s2
5G
1,960m/s2
200G
1kg Max
OIS85
TS5170
Motor Controls
21, 22
90k480k C/T
A, B, Z Phase
A, B, Z
500kHz
98N
10kgf
9.8x10 2 N m
1kgfcm Max
10 + 75C
98m/s2
10G
980m/s2
100G
3kg Max
OIS90
TS5410
Hollow Shaft
Small Size
Hollow Shaft
Small Size
23, 24
5003,000C/T
200kHz
200mA Max
1,0006,000C/T
A, B, Z, U, V, W Phase
A, B, Z, U, V, W
Mounting Tolerance
Radial 0.05mm TIR Max
Axial 0.2mm MaxShaft Runout
0.1 Max
5.9x10 3 N m
60gfcm Max
IP = 40
Electronic Circuits
Disclosed
20 + 85C
490m/s2
50G
0.2kg
OIH35
TS5200N300
25, 26
9.8x10 3 N m
100gf cm Max
IP = 40
49m/s2
5G
980m/s2
100G
0.3kg
OIH48
TS5200N500
Hollow Shaft
Medium Size
27, 28
1,0008,192C/T
2.0x10 2 N m
200gf cm Max
0.5kg Max
OIH60
TS5200N400
Machine Tools
Magnetic Encoder
29, 30
1,024C/TNo.of teeth = 256
A, B, Z Phase
A, B, Z
200kHz
300mA Max
Line Driver
Air gap in Spur Wheel
0.15 0.01mmAllowable Tolerance
Radial 0.3 mm
Axial 0.5 mm
IP = 50
10 + 80C
Full Amplitude
1.5mm 0.5Hr5500Hz
294m/s2
30G
0.5kg Max
MIB0.4
TS5270
INCREMENTAL
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SPECIFICATION LIST
NOTE 1Consumption Current: This is a specification for no loading at output circuit
NOTE 2 The specification for shaft allowable load shall be a mechanical value.
Actual specification allows us to recommend within 20 percents of the specification.
NOTE 3Vibration: This is a value under the condition of meeting the total of 6 six hours consisting of 2 hours for each of X, Y and Z axis.
NOTE 4 Shock: This is a value under the condition of meeting the total of 18 eighteentimes consisting of 3 times for each of X, Y and Z axis.
Applications
Features
Series
Model No.
External Appearance
Page
Resolution
Output Phase
Max Response Frequency
Supply Voltage
Consumption CurrentNOTE1
Output Form
NOTE22
Shaft Loading
Radial
Axial
NOTE3
3
NOTE4
4
Starting Torque
Protection
Operating Temp.Range
Vibration
Shock
Mass
Machine Tools
Single-Turn Encoder
Small & Rugged Model
31, 32
8 bit
Gray
10kHz
DC+5V
120mA Max
Open Collector
9.8x10 3 N m
100gf cm Max
IP = 50
10 + 70C
49m/s2
5G
490m/s2
50G
0.5kg Max
OAS50
TS5610
ABSOLUTE
Rugged Model
33, 34
1012bit
0359C/T
Pure Binary
Gray
DC+5, +12V
250mA Max
9.8x10 2 N m
1kgfcm Max
IP = 52
98m/s2
10G
980m/s2
100G
1.5kg Max
OAS68
TS5620
Rugged Model and
Special divisions
35, 36
890
Pure Binary
20kHz
DC+24V
150mA Max
Emitter follower
2.0x10 2 N m
200gf cm Max
IP = 53
10 + 60C
176m/s2
18G
OAS66
TS1857
Ultra rugged model with
strobe signal
Press Machines
37, 38
0359C/T
BCD
2.5kHz
DC+12V
300mA Max
Open Collector
98N
10kgf
49N
5kgf
9.8x10 2 N m
1kgfcm Max
IP = 54
10 + 70C
49m/s25G
continuous
490m/s2
50G
0.6kg Max
OAS66
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20%
2Hr6Hr
18
Multi-Turn Encoder
Small wattage motor,
Serial Data transfer
39, 40
11bit/turn and 13bit/Multi-Turns
11bit,13bit2,048C/T
17bit/turn and 16bit/Multi-Turns17bit,16bit
Absolute Signal 170kHz
Incremental Signal 170kHzAbsolute Signal 13MHz
150mA MaxBattery operation
100 A Typ.
0.05 mm TIR Max0.2 mm Max
60mA Typ.Battery operation
100A Typ.
110mA Typ.100 A Typ.
110mA Typ.60mA Typ.
Battery operation 100A Typ.
0.05 mm TIR Max0.1 mm Max
0.1
5.9x10 3 N m
60gfcm Max
Not Enclosed
10 + 85C
98m/s2
10G
1,960m/s2
200G
0.3kg MaxWithout Cable
0.06kg MaxWithout Cable
SA35 SA56 SA100 SA135
TS5643N110 TS5667N120 TS5669N220 TS5668N20
43, 4445,
46
47,
4849, 50 51, 52 53, 54 55, 56
17bit/turn and 16bit/Multi-Turns17bit, 16bit
17bit/turn17bit
Pure Binary
Absolute Signal
13MHz
DC+5V
0.08kg MaxWithout Cable
TS5667N420
Middle wattage motor
Serial Data transfer
Large wattage motor
Serial Data transfer
20bit/turn and 16bit/Multi-Turns120bit or 16bit, 16bit
52MHzTS5648
3.2MHzTS5647
9.8x10 3 N m
100gf cm Max
4.9x10 3 N m
50gfcm Max
10 + 70C
49m/s2
5G
0.03kg MaxWithout Cable
SI35 SA48
TS5647TS5648 TS5667N253 TS5667N650
Motor control, For Robots
Motor control, Machine tools
250mA MaxBattery operation 50A Max
Line Driver
980m/s2
100G
0.6kg Max
17bit/turn and 16bit/Multi-Turns117bit, 16bit
Absolute Signal
3,000min-1
Absolute Signal
1,500min-1
70mA Typ.Battery operation
100 A Typ.
10 + 85C
IP40
49m/s2
5G
1,960m/s2
200G
1.2kg MaxWithout Cable
49m/s2
5G
294m/s2
30G
1.5kg MaxWithout Cable
80x10 3 N m
820gf cm Max
98x10 3 N m
1,000gfcm Max
AB
SOLUTE
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Model No.
100
500
1,024
2,000
9
Resolution
C/T
INCREMENTAL
APPLICATION
Measuring Instruments
Small Size
Rigid Bearing
FEATURES
23 0.2
28
4.5
4 - M2.64 - M2.6 Equally
Spaced Depth 6
180
-0.0
2
5-0.0
04
-0.0
15
9
15 3 45
L=500Min
N.P.
TS5150
OIS28SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIS 28 C/T C 2 5 V
Optical
Incremental
ShaftEncoder
Size
28mm
Voltage
5+5V
Output phase
2A, B phase
Output form
COpen Collector
TS5150
TS5155
TS5158
TS5162
For special cases, please consult us.
6
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Function
10
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Open Collector
1002,000 C/T
DC+5V5%
100mA Max
80kHz
2SC1815
Maximum Allowable Output Voltage
40V
Maximum Allowable Sink Current
30mAOutputForm
Mechanical Spec.
INCREMEN
TAL
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
Note For open collector output, above voltage wave form shall be
obtained by loading a RL shown in the left figure.
RL
Note that transfer distance depends much on ambient condition.
Starting Torque
Moment of Inertia
2.9x10 3 N m
30gfcm Max
2.0x10 6 kgm2
20gcm2 Max
5,000min 1
5,000rpm
0+ 60C
20+ 85C
IP = 50
49m/s2
5G
490m/s2
50G
0.2kg Max
Radial
Axial
21.6N
2.2kgf Max12.7N
1.3kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Open Collector Output
Lead color
BLUE
GREEN
RE D
BLACK
A ch Output
B ch Output
DC+5V
GND
Power Supply
Shield Cable
Transfer distance 50m MaxEncoder
Output signal line
GND
DC+5V:RL=220DC+12V:RL=470
L:LoadL:
RL
L
T
a b c d
CCW
Viewed from Shaft End
a.b.c.d = T4
T8
A ch Output
A
B ch Output
B
OPEN
CLOSE
Transistor
Driving Shaft
Driving Shaft
20 Max
0.15 Max
Encoder
Plus pan-head screw
M2.6
0.0
5TIR
50mIc=20mA
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Description
Model No.
Resolution
C/T
11
INCREMENTAL
APPLICATION
Robots
X&Y Tables
Machine Tools
Superior Noise Chracteristics
Available up to high-level resolution
Rigid Bearing
FEATURES
38
PCD28 0.2
3 - M3 Depth 63 - M3 6
8.5
5.7
B
B
20
0
-0.0
21
6
0
-0.0
12
17
2
L
L=500Min
N.P.
DETAIL OF SHAFT
SECTION B - B
TS5300
OIS38SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIS 38 C/T 3 V
Optical
Incremental
ShaftEncoder
100
200
300
360
400
500
600
900
1,000
1,024
1,200
1,800
2,000
2,048
2,500
Size
38mm
Voltage
5+5V
12+5+12V
Output phase
3A, B, Z phase
Output form
COpen CollectorLLine Driver
TS5300
TS5301
TS5302
TS5303
TS5320
TS5304
TS5305
TS5306
TS5307
TS5308
TS5309
TS5311
TS5312
TS5313
TS5314
Size
Resolution
Outputform
OutputPhase
Voltage
OIS 38 C/T
For special cases, please consult us.
STANDARD ITEM
N510,N512
C
L
3
3
+5V+12V
+5V
N-number
N
N510
N512
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Open Collector Output
Line driver Output
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Open Collector
Line Driver
1002,500 C/T
DC+5V 5 %DC+12V+5%DC+5V 5%
100mA Max
200kHz
Line Driver200nsec
Maximum Allowable Output Voltage 40V
Maximum Allowable Sink Current
30mA
Source Current
20mA Max
Sink Current
20mA Max
OutputForm
Mechanical Spec.
INCREMEN
TAL
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
Note For open collector output, above voltage wave form shall be
obtained by loading a RL shown in the left figure.
RL
Starting Torque
Moment of Inertia
4.4x10 3 N m
45gfcm Max
1.5 x10 6 kgm2
15gcm2 Max
5,000min 1
5,000rpm
O.C 10+70C
L.D 0+75C
20+85C
IP = 50
49m/s2
5G490m/s2
50G
0.15kg Max
Radial
Axial
21.6N
2.2kgf Max10.8N
1.1kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range Protective Construction
Vibration Shock Mass
Open Collector Output
Line Driver Output
Lead color
RE D
BLACK
YE LL OW
WHITE BLUE
GREEN
BROWN
ORANGE
DC+5 +12V
GND
Z ch Output
GND
A ch Output
B ch Output
DC+5V
GND
A ch Output
A ch Output
B ch Output
B ch Output
Z ch Output
Z ch Output
12
Power Supply
Shield Cable
Transfer distance 50m MaxEncoder
Output signal line
GND
DC+5V:RL=220DC+12V:RL=470
L:LoadL:
RL
L
26C31 26C32
Encoder Transfer distance 1km MaxTwisted Pair Shield Cable.
T
OPEN
CLOSE
a b
e
c d
CCW
Viewed from Shaft End
a.b.c.d = T4
T8
e =TT2
A ch Output
B ch Output
Z ch Output
Transistor
Driving Shaft
Driving Shaft
20 Max
0.15Max
Encoder
Plus pan-head screw
M3
0.0
5TIR
50mIc20mA
A
B
Z
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N-number
N
Description
Model No.
Resolution
C/T
13
N132
N632
N102
N602
N122
INCREMENTAL
APPLICATION
Measuring Instruments
Wide ranging resolution
A lot of options
FEATURES
66Max
30-0.0
07
-0.0
28
5-0.0
04
-0.0
12
180.5
500.1
4 - M4
4 - M4 Depth 7
3
54
L = 500Min
N.P.
TS5100
OIS66SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIS 66 C/T 3 V
Optical
Incremental
ShaftEncoder
100
200
300
360
500
600
900
1,000
1,024
1,200
1,500
1,800
2,000
2,048
2,5003,600
4,096
5,000
Size
66mm
Voltage
5+5V
12+12V
Output phase
3A, B, Z phase
Output form
COpen Collector
TVoltage
LLine Driver
TS5100
TS5101
TS5102
TS5103
TS5104
TS5105
TS5106
TS5107
TS5108
TS5109
TS5110
TS5111
TS5112
TS5113
TS5114TS5115
TS5116
TS5117
Size
Resolution
Outputform
OutputPhase
Voltage
OIS 66 C/T
C
T
L
3
3
3
5
12
5
12
5
For special cases, please consult us.
STANDARD ITEM
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Lead color
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Open Collector
1005,000 C/T
DC+5V 5% DC + 12V 5%
200mA Max
125kHz
Voltage Output1sec
Line Driver200nsec
Maximum Allowable Output Voltage
40VMaximum Allowable Sink Current
30mA
Voltage Output
HDC+2.4V MinL DC+0.4V Max
HDC+10V MinL DC+1V Max
Line Driver
SN75113
Source Current
40mA MaxSink Current
40mA Max
OutputForm
Mechanical Spec.
INCREMEN
TAL
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
Note For open collector output, above voltage wave form shall be
obtained by loading a RL shown in the left figure.
RL
Starting Torque
Moment of Inertia
2.9x10 3 N m
30gfcm Max.
3.0x10 6 kgm2
30gcm2 Max
7,200min 1
7,200rpm
10+70C
20+85C
IP = 50
49m/s2
5G
490m/s2
50G
0.5kg Max
Radial
Axial
21.6N
2.2kgf Max12.7N
1.3kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Open Collector Output
Voltage Output
Line Driver Output Open Collector
Voltage Output
Line driver Output
RE D
BLACK
YE LL OW
WHITE BLUE
GREEN
BROWN
ORANGE
DC+5V DC+12V
GND
Z ch Output
GND
A ch Output
B ch Output
DC+5V
GND
A ch Output
A ch Output
B ch Output
B ch Output
Z ch Output
Z ch Output
14
Power Supply
Shield Cable
Transfer distance 50m MaxEncoder
Output signal line
GND
DC+5V:RL= 220DC+12V:RL= 470
L:LoadL:
RL
L
Power Supply
Shield Cable
Transfer distance 2m MaxEncoder
Output signal line
GNDL:LoadL:
L
SN75113 SN75115
Encoder Transfer distance 1km Max
Twisted Pair Shield Cable
T
a b
e
c d
CCW
Viewed from Shaft End
a.b.c.d = T4
T8
e = TT2
A ch Output
A
B ch Output
B
Z ch Output
Z
OPEN
CLOSE
Transistor
Driving Shaft
Driving Shaft
20 Max
0.15Max
Encoder
Plus pan-head screw
M4
0.0
5TIR
50mIc=20mA
2m
1km
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16/76
N-number
N
Description
Model No.
Resolution
C/T
INCREMENTAL
APPLICATION
Robots
X&Y Tables
Machine Tools
Rigid Bearing
Dust-Proof construction
Available up to high-level resolution
FEATURES
12
9
66Max
500
-0.0
5
10
0
-0.0
09
200.5
1
15
2.63.6
681
681
560.1
560.14 - 5.4
70
L = 500Min
N.P.
TS5000
OIS68SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIS 68 C/T 3 V
Optical
Incremental
ShaftEncoder
100
200
300
360
500
600
900
1,000
1,024
1,200
1,500
1,800
2,000
2,048
2,5003,600
4,096
5,000
Size
68mm
Voltage
5+5V
12+12V
Output phase
3A, B, Z phase
Output form
COpen Collector
TVoltage
LLine Driver
TS5000
TS5001
TS5002
TS5003
TS5004
TS5005
TS5006
TS5007
TS5008
TS5009
TS5010
TS5011
TS5012
TS5013
TS5014TS5015
TS5016
TS5017
15
Size
Resolution
Outputform
OutputPhase
Voltage
OIS 68 C/T
C
T
L
3
3
3
5
12
5
12
5
For special cases, please consult us.
STANDARD ITEM
N532
N632
N502
N602
N122
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Lead color
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Open Collector
1005,000 C/T
DC + 5V 5% DC +12V 5%
200mA Max.
125kHz
Voltage Output1sec
Line Driver200nsec
Maximum Allowable Output Voltage
40VMaximum Allowable Sink Current
30mA
Voltage Output
HDC+2.4V MinL DC+0.4V Max
HDC+10V MinL DC+0.4V Max
Line Driver
SN75113
Source Current
40mA MaxSink Current
40mA Max
OutputForm
Mechanical Spec.
INCREMEN
TAL
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
Note For open collector output, above voltage wave from shall be
obtained by loading a RL shown in the left figure.
RL
Starting Torque
Moment of Inertia
9.8x10 2 N m
1kgfcm Max
3.0x10 6 kgm2
30gcm2 Max
7,200min 1
7,200rpm
10+70C
20+85C
IP = 52
98m/s2
10G
980m/s2
100G
1kg Max
Radial
Axial
98N
10kgf Max49N
5kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Open Collector Output
Voltage Output
Line Driver Output Open Collector
Voltage Output
Line driver Output
RE D
BLACK
YE LL OW
WHITE BLUE
GREEN
BROWN
ORANGE
DC+5V DC+12V
GND
Z ch Output
GND
A ch Output
B ch Output
DC+5V
GND
A ch Output
A ch Output
B ch Output
B ch Output
Z ch Output
Z ch Output
16
Power Supply
Shield Cable
Transfer distance 50m MaxEncoder
Output signal line
GND
DC+5V:RL= 220DC+12V:RL= 470
L:LoadL:
RL
L
Power Supply
Shield Cable
Transfer distance 2m MaxEncoder
Output signal line
GNDL:LoadL:
L
SN75113 SN75115
Encoder Transfer distance 1km Max
Twisted Pair Shield Cable
T
a b
e
c d
CCW
Viewed from Shaft End
a.b.c.d = T4
T8
e = T T2
A ch Output
A
B ch Output
B
Z ch Output
Z
OPEN
CLOSE
Transistor
Driving Shaft
Driving Shaft
20 Max
0.15Max
Encoder
Plus pan-head screw
M5
0.0
5TIR
50mIc=20mA
2m
1km
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N-numberN
Voltage
Model No.
25
200
300
600
900
1,200
1,500
2,500
5,000
Resolution
C/T
N10
N100
N310
N300
INCREMENTAL
APPLICATION
Iron Steel Line
Machine Tools
Paper Producing Line
Ultra Rugged Type
Water-ProofIP57
FEATURES
16
0
-0.011
0- 0.1
28
DJ5A28S4JIS B 1301
Accessory:Parallelkey
Water tight
cable gland
Cable gland AC25C
is available onrequest.(Total body lengthshall be increased.)
Water tightcable gland
Cable gland AC25Cis available on
request.(Total body lengthshall be increased.)
32
46 60 1882
1671
13
129
65
128
120
140 4 - 10
5
5x5x28
0
-0.03
164237183
70h7
16h6
28
1292MAX
18 0
0.1
5h8
Water tightcable glandA20C
4C8
6M8 Depth 226M8 22
PCD1004 9PCD140
N.P
N.P
TS5080
OIS128SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIS 128 C/T 2 24 V
Optical
Incremental
Shaft
Encoder
Size
128mm
Voltage
24+24V
Output phase
2A, B phase
Output form
TVoltage OutputPComplementaly
Output
TS5080
TS5081
TS5082
TS5083
TS5084
TS5085
TS5086
TS5088
TS5090
Description
Size
Resolution
Outputform
OutputPhase
OIS
128
120
C/T
C/T
T
P
T
P
2
2
2
2
24V
For special cases, please consult us.
STANDARD ITEM
17
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Driving ShaftDriving Shaft
20 Max
0.15Max
M8 Hexagon head cap screwM8
0.0
5TIR
PIN
Complementary Output
Voltage Output
Function
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Voltage Output
Complementary Output
25C/T 5,000C/T
DC+24V 20%
300mA Max
25kHz
5 sec Max
HDC+24V20%
L DC+ 0.5V Max
HDC+24V20%
L DC+ 1.1V Max
OutputForm
Mechanical Spec.
INCREMEN
TAL
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
Output cable is available upon request.Wire connection to terminal block: Please remove the cover by detaching
the 4 pcs. M4 hexagon socket head bolts. When assembling the cover,
insert the O-ring securely, and screw the bolts by a torque 44kgf cm.
44kg cm
Starting Torque
Moment of Inertia
0.2 N m
2kgfcm Max
5.0x10 5 kgm2
500gcm2 Max
2,500min 1
2,500rpm
0+50C
20+85C
IP = 57
98m/s2
10G
980m/s2
100G
7kg Max8kg Max
Radial
Axial
392N
40kgf Max49N
5kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Voltage Output
Complementary Output
1
2
3
4
5
6
DC+24V
GND
GND
Ach Output
Bch Output
DC+24V
GND
Ach Output
GND
Bch Output
GND
18
Power Supply
Shield Cable
Transfer distance 50m MaxEncoder
Output signal line
GNDL:LoadL:
L
A:2SC3733
B:2SA1460
Encoder
Transfer distance 500m Max.
Twisted Pair Shield Cable.
A
B32
Power Supply
GND
GND
L:LoadL:
Output signal line
L
T
a b c d
CCW
Viewed from Shaft End
a.b.c.d = T4
T8
A ch Output
A
B ch Output
B
OPEN
CLOSE
Transistor
50m
500m
Mount Type Flange Type
8/10/2019 Tamagawa Ois38 Series
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Model No.
Resolution
C/T
INCREMENTAL
APPLICATION
AC Servo motors
High Resolution
High Speed responsibility
Easy to attach
Low cost
High reliability
FEATURES
75
(27)
(80)
38
27
58
(23)
(38)
0
-0.0
2
17.3
85
+0.1
0
5
97F3102E22-14P(DDK)
+0.05 0
15+0.0
27
0
15+0.0.2
7
0
2
.7
N.P
N.P
+0.2
5
0
22
2 - M4
70Max.
5
1.52
30.2
30.2
27.5
Key Position
45
PCD100
8
110
TS5170
OIS85SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIS 85 C/T L 6 5 V
Optical
Incremental
ShaftEncoder
9,600
25,000
50,000
Size
85mm
Voltage
5+5V
Output phase
6A.B.Z PhaseU.V.W
Output form
LLine Driver
TS5179N60
TS5170N60
TS5178N60
For special cases, please consult us.
19
4 5.5
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INCREMEN
TAL
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Line Driver
9,60050,000 C/T
DC+5V5%
250mA Max
1.5MHz
200nsec
26LS31
Source Current
20mA Max
Sink Current
20mA MaxOutputForm
Mechanical Spec.
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Align the center of key groove with motor Zero point.
Starting Torque
Moment of Inertia
2.0x10 2 N m
200gf cm Max
2.0x10 5 kgm2
200g cm2 Max
5,000min 1
5,000rpm
10+80C
20+85C
IP = 52
49m/s2
5G
1,960m/s2
200G
1kg Max
Radial
Axial
19.6N
2kgf Max9.8N
1kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Line Driver Output
97F3102E22-14P
PIN
A
B
C
D
F
G
H
J
Function
A ch Output
A ch Output
B ch Output
B ch Output
Z ch Output
Z ch Output
U ch Output
U ch Output
PIN
K
L
M
T
S
R
N
Function
V ch Output
V ch Output
W ch Output
W ch Output
DC+5V
GND
Case GND
20
26LS31 26LS32
Encoder Transfer distance 1km Max
Twisted Pair Shield Cable.T
a
kk.I.m.n.p.q = 301
I m n
r
p q
b
e
c dViewed from Shaft End
CCW
Viewed from Shaft End
CCW
a.b.c.d = T4
T8
e = T T2
A ch Output
A
B ch Output
B
Z ch Output
Z
U ch Output
U
V ch Output
V
W ch Output
W
5+0.05 0
Plus pan-head screwM5
A
A
0.0
1
0.0
5TIR
1km
1.5
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Model No.
Resolution
C/T
INCREMENTAL
APPLICATION
Measuring Equipment
Machine Tools
Robots
Ultra-High Resolution Low Cost
Transmittable for Long Distance
Rigid model fully responding to industrial use
FEATURES
90
14
3 - M4
3 - M4 Depth 8
50
16
84
0
-0.0
1570
0.1
15-0.0
06
-0.0
17
37.6
1
25
47.6 6.4
100Max
N.P.
Connector
MS3102A20 - 29P
MS3106B20 - 29S
TS5410
OIS90SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
4 - 4.5
100
0.2
800.2
12050
2 - M2
110
90
N.P.
Connector
MRP - 20F01MRP - F102
MR - R
Input
Connector
MRP - 20M01
MRP - M102
MR - R
Output
Dimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIS 90 C/T L 3 5 V
Optica
Incremental
Shaft
Encoder
90,000 9,000
360,000 9,000
100,00010,000
400,00010,000
120,00012,000
480,00012,000
Size
90mm
Voltage
5+5V
Output phase
3A, B, Z phase
Output form
LLine Driver
TS5410N1
TS5410N3
TS5420N1
TS5420N2
TS5430N1
TS5430N2
For special cases, please consult us.
The parenthesis shows the resolution for disk.
I/F
21
I/F UNIT
8
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Driving ShaftDriving Shaft
20 Max
0.15Max
Encoder
Plus pan-head screwM4
0.0
5TIR
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Line Driver
90,000C/T, 100,000C/T, 120,000C/T
360,000C/T, 400,000C/T, 480,000C/T
DC+5V5%
500mA
500kHz
200nsec Max
26LS31
Source Current
20mA Max
Sink Current
20mA MaxOutputForm
Mechanical Spec.
INCREMEN
TAL
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Please consult us how to connect.
Note that attaching alignment can be changed by the couplings when coupled to the drive shaft.
Starting Torque
Moment of Inertia
9.8x10 2 N m
1kgf cm Max
3.0x10 5 kgm2
300g cm2 Max
5,000min 1
5,000rpm
10+75C
20+85C
IP = 52
98m/s2
10G
980m/s2
100G
3kg Max
Radial
Axial
98N
10kgf Max49N
5kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Line Driver Output
22
26LS31
26LS31
I/F Unit
26LS32
Encoder Transfer distance
100m Max
Transfer
distance
100m Max
Twisted Pair Shield Cable
Dividing
Circuit
Viewed from Shaft End
A ch Output
A
B ch Output
B
Z ch Output
Z CCWCW
Viewed from Shaft End
A ch Output
A
B ch Output
B
Z ch Output
Z CCWCW
90,000 C/T, 100,000 C/T, 120,000 C/T
360,000 C/T, 400,000 C/T, 480,000 C/T
100m100m
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Model No. TSN
Resolution C/T 4
N300
6
N310
8
N330
INCREMENTAL
APPLICATION
Brushless DC Servo motor control
Easy to attach
Ultra Small Size
FEATURES
90
45
12
10
R1.5
35
35
21
N.P.
N.P.
0.231.5
11.8
L = 500Min
Hexagon
socket set screw
2-M2
R14.5 0.5
PCD 290.1
Recommended screw hole
on installation side
PCD 290.1
Shaft Details
Encoder mounting surface
Recommended
Dimensions on shaft
Recommended screw:
Hexagon socket head cap screw.M2.5
A Plain and Spring washer is used.
6.2
6
12
6g6~h6
23.7
10.5
2
C 0.5
+0.0
12
0
23.5 Max
( )
0.0
04~
0
0.0
12
0.0
08
(
)
TS5200N300
OIH35SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIH 35 P L 6 5 V
Optical
Incremental
Hollow Shaft
Encoder
500
1,000
1,024
2,000
2,048
2,500
3,000
Size
35mm
Voltage
5+5V
Pole
44
66
88 Output phase
6A, B, Z,
U, V, W
Output form
LLine Driver
TS5204
TS5207
TS5208
TS5212
TS5213
TS5214
TS5231
23
2
M2.5
8/10/2019 Tamagawa Ois38 Series
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Lead color
Ach Output
A
Bch Output
B
Zch Output
Z
Uch Output
U
Vch Output
V
Wch Output
W
g
e
T
a
k l m
r
n p q
b c d a.b.c.d= e=TT
4
T
8
T
2
g : From Uch (rise point)
to Zch center
: 1
g :
: 1
CCW
Viewed from Mounting side
k,l,m,n,p,q
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Line Driver
5003,000 C/T
DC+5V 5%
200mA Max
200kHz Max
100nsec. Max
26C31
Source Current
20mA Max
Sink Current
20mA MaxOutputForm
Mechanical Spec.
INCREMEN
TAL
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
SPECIAL REQUIREMENTSFor special cases, please consult us.
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Starting Torque
Moment of Inertia
5.9x10 3 N m
60gf cm Max
1.0x10 6 kgm2
10gcm2 Max
6,000min 1
6,000rpm
20+85C
25+85C
IP = 40Electronic Circuits Disclosed
49m/s2
5G1G
490m/s2
50G
0.2kg Max
Radial Play
Axial End PlayShaft Inclination
0.05mm TIR Max0.2mm Max
0.1 Max
Maximum Rotating Speed
Mounting Tolerance
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Line Driver Output
Line driver Output
RED
BLACK
BLUE
BLUEBLACK
GREEN
GREENBLACK
YELLOW
YELLOWBLACK
BROWN
BROWNBLACK
GRAY
GRAYBLACK
WHITE
WHITEBLACK
DC+5V
GND
A ch Output
A ch Output
B ch Output
B ch Output
Z ch Output
Z ch Output
U ch Output
U ch Output
V ch Output
V ch Output
W ch Output
W ch Output
24
Pole
r
4
6
8
30 1.5
20 1.5
15 1.5
180
120
90
26C31 26LS32
Encoder Transfer distance 1km Max
Twisted Pair Shield Cable
2-M2x3
Hexagon socket set screw (Cup point)
M2.5 Hexagon head socket cap screw
M2.5
Please process and use the
ball point wrench or hex
wrench as shown in figure.
Driving Shaft6 Hexagon wrench
Z U
M2x32
With cover Open collector output (5V,12V) Less wiring type
1km
8/10/2019 Tamagawa Ois38 Series
26/76
Model No. TSN
Resolution C/T
25
4
N500
6
N510
8
N530
INCREMENTAL
APPLICATION
Brushless DC Servo motor control
Easy to attach
FEATURES
(
)
L = 500 Min
N.P
48
8g6~h6
5
35
N.P
PCD40
15
8+0.0
15
0
R1
.75
3.5
R23
Mounting plate details
Recommended Dimensions on shaft
22 Min
Shaft Details
23.5
2-M32.5
20
0.0
05~
0
0.0
14
0.0
08
Encoder mounting surface
TS5200N500
OIH48SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIH 48 P L 6 5 V
Optical
Incremental
Hollow Shaft
Encoder
1,000
1,024
2,000
2,048
2,500
3,000
5,000
6,000
Size
48mm
Voltage
5+5V
Pole
44
66
88 Output phase
6A, B, Z,
U, V, W
Output form
LLine Driver
TS5207
TS5208
TS5212
TS5213
TS5214
TS5231
TS5217
TS5233
Hexagon
socket set screw
(Attached)
8/10/2019 Tamagawa Ois38 Series
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Lead color
A ch Output
A
B ch Output
B
Z ch Output
Z
U ch Output
U
V ch Output
V
W ch Output
W
T
a b c
e
g
k l m
r
n p q
d a.b.c.d = e = T
g : :From Uch (rise point)
to Zch center
: 1
g :
: 1
CCW
Viewed from Mounting side
T
4
T
8
T
2
k,l,m,n,p,q
INCREMEN
TAL
26
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Line Driver
1,0006,000 C/T
DC+5V5%
200mA Max
200kHz Max
100nsec Max
26LS31
Source Current
20mA Max
Sink Current
20mA MaxOutputForm
Mechanical Spec.
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Starting Torque
Moment of Inertia
9.8x10 3 N m
100gf cm Max
6.5x10 6 kgm2
65gcm2 Max
6,000min 1
6,000rpm
20+85C
25+85C
IP = 40
49m/s25G2G
980m/s2
100G
0.3kg Max
Radial Play
Axial End PlayShaft Inclination
0.05mm TIR Max
0.2mm Max
0.1 Max
Maximum Rotating Speed
Mounting Tolerance
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Line Driver Output
Line driver Output
RED
BLACK
BLUE
BLUEBLACK
GREEN
GREENBLACK
YELLOW
YELLOWBLACK
BROWN
BROWNBLACK
GRAY
GRAYBLACK
WHITE
WHITEBLACK
DC+5V
GND
A ch Output
A ch Output
B ch Output
B ch Output
Z ch Output
Z ch Output
U ch Output
U ch Output
V ch Output
V ch Output
W ch Output
W ch Output
Pole
r
4
6
8
301
201
151
180
120
90
26LS31 26LS32
Encoder Transfer distance 1km Max
Twisted Pair Shield Cable.
Driving Shaft
2-M3x3
Hexagon socket set screw (Cup point)
M3 Hexagon head socket cap screw
M3
1km
Z U
M3x32
SPECIAL REQUIREMENTSFor special cases, please consult us.
Open collector output (5V,12V) High resoolution 24,000Max. Less wiring type
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Model No. TSN
Resolution C/T 4
N400
6
N410
8
N430
INCREMENTAL
APPLICATION
Brushless DC Servo motor control
Easy to attach
FEATURES
Recommended Dimensions on shaftShaft Details
25Min.
3
25
30
2M3
2
20
0.2
0
20
20
0.0
21
0
L = 500Min.
60
N.P
425
0.2
2412 43.5
69
TS5200N400
OIH60SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OIH 60 P L 6 5 V
Optical
Incremental
Hollow Shaft
Encoder
1,000
1,024
2,000
2,500
5,000
6,000
8,192
Size
60mm
Voltage
5+5V
Pole
44
66
88 Output phase
6A, B, Z,
U, V, W
Output form
LLine Driver
TS5207
TS5208
TS5212
TS5214
TS5217
TS5233
TS5246
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Lead color
A ch Output
A
B ch Output
B
Z ch Output
Z
U ch Output
U
V ch Output
V
W ch Output
W
T
a b c
e
g
k l m
r
n p q
d a.b.c.d = e = T
g : :From Uch (rise point)
to Zch center
: 1
g :
: 1
CCW
Viewed from Mounting side
T
4
T
8
T
2
k,l,m,n,p,q
INCREMEN
TAL
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Line Driver
1,0008,192 C/T
DC+5V5%
200mA Max
200kHz Max
100nsec Max
26LS31
Source Current
20mA Max
Sink Current
20mA MaxOutputForm
Mechanical Spec.
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Starting Torque
Moment of Inertia
9.8x10 3 N m
100gf cm Max
6.5x10 6 kgm2
65gcm2 Max
6,000min 1
6,000rpm
20+85C
25+85C
IP = 40
49m/s25G2G
980m/s2
100G
0.5kg Max
Radial Play
Axial End PlayShaft Inclination
0.05mm TIR Max
0.2mm Max
0.1 Max
Maximum Rotating Speed
Mounting Tolerance
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Line Driver Output
Line driver Output
RED
BLACK
BLUE
BLUEBLACK
GREEN
GREENBLACK
YELLOW
YELLOWBLACK
BROWN
BROWNBLACK
GRAY
GRAYBLACK
WHITE
WHITEBLACK
DC+5V
GND
A ch Output
A ch Output
B ch Output
B ch Output
Z ch Output
Z ch Output
U ch Output
U ch Output
V ch Output
V ch Output
W ch Output
W ch Output
Pole
r
4
6
8
301
201
151
180
120
90
26LS31 26LS32
Encoder Transfer distance 1km Max
Twisted Pair Shield Cable.
Driving Shaft
2-M3x3
Hexagon socket set screw (Cup point)
M3 Hexagon head socket cap screw
M3
1km
Z U
M3x32
SPECIAL REQUIREMENTSFor special cases, please consult us.
Complemental output (12-15V) Less wiring type
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Model No.
Resolution
C/T
INCREMENTAL
APPLICATION
Machine Tools
FEATURES
L = 3500 Min 2 - 5.3Max. inalignment between sensor and wheel center
AirgapbetweenSensorandwheel
0.1
50.0
1
Spur wheel
(Spur wheel is not included.)
R60.7
Pilotd
iameter
fo
renc
oder
500.1
63
37
11
7
1220.01
Recommendable pilot diameter for motor 122
0.01
Max.
inalignmentbet
weenSensorandwheelcenter
Spur wheel for
Z-phase signal
34
65
40 Max
A
0.04
0.02 A
4
TS5270
MIB0.4Dimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
MIB0.4 C/T L 3 5 V
Magnetic
Incremental
Built-in
Encoder
1,024
Module of Spur wheel
0.4
Voltage
5+5VOutput phase
3A, B, Z phase
Output form
LLine Driver
TS5270N15
29
For special cases, please consult us.
No. of teeth256
256
Strong resistance against vibrations
High speed response
Output of pulses 4 times of spur teeth
Gear Module0.4
0.3
Z
0.5
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1
0.4
20
4mm
No.of Teeth
Model No.
Lead color
26LS31 26LS32
Encoder Transfer distance 1km Max
Twisted Pair Shield Cable.
B ch Output
B
Z ch Output
Z
A ch Output
A
CW rotation viewed from magnetic sensor side
a b c
e
d
T
CW
CW
a.b.c.d = e = T
4
T
8
T
2
ModulePressure Angle
Accuracy Tooth Thickness
Outer Dia.runout against Inner dia.
No.of Teeth
Outer Dia.
Inner Dia.
INCREMEN
TAL
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
SPUR WHEEL SPECIFICATION
SPUR WHEEL (Separate Sale)
Note that transfer distance depends much on ambient condition.
Line Driver Output
Spur wheel of ABch Signals
Spur wheel of Zch Signals
Placement of Zch wheel vs Ach Bch wheel
30
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Line Driver
1,024 C/T No. of teeth256
256
DC+5V+5%10%
300mA
200kHz
26LS31
Source Current
20mA Max
Sink Current
20mA MaxOutputForm
Mechanical Spec.
Air gap between Sensor & wheel
Radial Inalignment btwn Sensor & wheel
0.15 0.01mm
0.3mm
0.5mm
10+80C
20+100C
IP = 50
Full Amplitude
1.5mm 0.5Hr5500Hz
294m/s230G11m sec
3 axes 6directions. 10 times each
3 6 10
0.5kg Max
Axial lnalignmen t bt wn Sensor & wheel
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
256
0.4
20
JGMA34
8mm
0.02TIR Max
Function
RED
BLACK
BLUE
BLUEBLACK
GREEN
GREENBLACK
YELLOW YELLOWBLACK
Shield
DC+5V
GND
A ch Output
A ch Output
B ch Output
B ch Output
Z ch OutputZ ch Output
Case GND
MU1528N45
MU1528N50
256
256
103.2 0.02
103.2 0.02
+0.0110
+0.0110
45
50
No.of Teeth ModulePressure Angle Tooth Thickness
Index for Z ch
4 mm
8 mm
12mmWheel for A.B ch
1km
A, B
Z
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Model No.
Resolution
bit
ABSOLUTE
APPLICATION
Measuring Equipment
Machine Tools
Robots
Small and Light weight
Rigid Bearing
Low Cost
FEATURES
400.1
3-M3
3-M3 Depth 6
50
50N
.P.
450.2
10
320-0.0
5
0-0.0
15
25
2.5
2.5 2.5
60
L=500Min
TS5610
OAS50SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OAS 50 bit C G 5 V
Optical
Absolute
ShaftEncoder
8
Size
50mm
Voltage
5+5V
Output phase
GGray
Output form
COpen Collector
TS5610
31
8
6
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Function
Encoder Transfer distance 50m Max
Shield Cable.Viewed from Shaft End
Power Supply
222120191817161514131211109876543210
24
23
22
21
20
Output signal line.
GNDL : LoadL :
DC+5V:RL=220DC+12V:RL=470
L
CCW
Lead color
Function
Lead color
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Open Collector
8 bit
Output Phase
Gray Code
DC+5V5%
120mA Max
10kHz
TD62503F
Maximum Allowable Output Voltage
24V
Maximum Allowable Sink Current
80mAOutputForm
AB
SOLUTE
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
The logic shall be negative and above figures shall show voltage wave-forms
Confirm the function for output signals listed on the output signal table.
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
Open Collector Output Gray Code
Lead color
Function
BROWN
RE D ORANGE
YE LL OW
ST DigitMSB2
ND Digit 2
RD Digit 2
TH Digit 2
GREEN
BLUE VI OL ET
GRAY
TH Digit 2
TH Digit 2
TH Digit 2
TH DigitLSB 2
BLACK
WHITE
GND
DC+5V
32
Driving Shaft
Driving Shaft
Plus pan-head screw
M3
0.0
5TIR 20 Max
0.15deg Max
Encoder
Mechanical Spec.
Starting Torque
Moment of Inertia
9.8x10 2 - N m
1kgf cm Max
3.0x10 6 kgm2
30gcm2 Max
3,000min 1
3,000rpm
10+ 70C
20+ 85C
IP = 50
49m/s2
5G
490m/s2
50G
0.5kg Max
Radial
Axial
98N
10kgf Max49N
5kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
50mIc=20mA
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N-numberN
Description
Model No.
Resolution
bit
ABSOLUTE
APPLICATION
Measuring Equipment
Machine Tools
Robots
Rigid type
Low Cost
FEATURES
580.1
9 3-M3
3-M3 Depth 7
Connector
SRCN2A25-24P
SRCN6A25-24S
93Max
50.8
68Max
16
0-0.0
5
100-0
.0
13
15
25
17.6
6.4
41
72Max
84Max
N.P.
68Max
TS5620
OAS68SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OAS 68 bit C V
Optical
Absolute
ShaftEncoder
10
11
12
0359C/T1
Size
68mm
Voltage
55V
1212V
Output phase
PPure Binary
GGray
Output form
COpen Collector
TS5620
TS5621
TS5622
TS5626
For special cases, please consult us.
0359 resolution shall be for
OAS68-360C/T-CG-5V only.
0359OAS68-360C/T-CG-5V
STANDARD ITEM
33
Size
Resolution
Outputform
OutputPhase
Voltage
OAS 68 bit C
G
P
5
12
5
12
N131
N231
N132
N232
7
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DigitResolution
Pin
Encoder Transfer distance 50m Max
222120191817161514131211109876543210222120191817161514131211109876543210
24
23
22
21
20
24
23
22
21
20
L : LoadL :
DC+5V:RL=220DC+12V:RL=470
Output signal line.
GNDL
Shield Cable. CW Viewed from Shaft End(Reverse "Open", "5V")
CCW Viewed from Shaft End
Power Supply
1ST 2ND 3RD 4TH 5TH 6TH 7TH 8TH 9TH 10TH 11TH 12TH 13TH
Function Pin Function Pin Function
AB
SOLUTE
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY(EXAMPLE)
OUTPUT PHASE SHIFT (EXAMPLE)
Note that transfer distance depends much on ambient condition.
NoteIn case of pure binary code,Count increasing direction Can be changed by applying 5V or 0V.
5V0V
The logic shall be negative and above figures shall show voltage wave-forms
Open Collector Output Pure Binary Code Gray Code
34
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Open Collector
10bit, 11bit, 12bit, 360C/T
Output Phase
Pure Binary Code, Gray Code
DC + 5V 5% DC + 12V 5%
250mA Max
10kHz
TD62503F
Maximum Allowable Output Voltage
24V
Maximum Allowable Sink Current
80mAOutputForm
Mechanical Spec.
Starting Torque
Moment of Inertia
9.8x10 2 - N m
1kgf cm Max
3.0x10 6 kgm2
30gcm2 Max
5,000min 1
5,000rpm
10+70C
20+ 85C
IP = 52
98m/s2
10G
980m/s2
100G
1.5kg Max
Radial
Axial
98N
10kgf Max49N
5kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
CONNECTION TABLE (EXAMPLE)
OUTPUT SIGNAL TABLE (EXAMPLE)
Confirm the function for output signals listed on the output signal table.
1
2
3
4
5
6
78
ST DigitMSB
ND Digit
RD Digit
TH Digit
TH Digit
TH Digit
TH DigitTH Digit
9
10
11
12
13
14
1516
TH DigitLSB
10TH DigitLSB
11TH DigitLSB
12TH DigitLSB
GNDGND
17
18
19
20
21
22
2324 Note
DC+V
Case GND
Reverse Count
10 bit
11 bit
12 bit
2 9
210
211
2 8
2 9
210
2 7
2 8
2 9
2 6
2 7
2 8
2 5
2 6
2 7
2 4
2 5
2 6
2 3
2 4
2 5
2 2
2 3
2 4
2 1
2 2
2 3
2 0
2 1
2 2
2 0
2 1 2 0
Driving Shaft
Driving Shaft
Plus pan-head screwM3
0.05TIR
20 Max
0.15deg Max
Encoder
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
50mIc=20mA
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Model No.
Resolution
ABSOLUTE
APPLICATION
Machine Tools
Specially divided
Rigid type
FEATURES
9
24.61 71Max
0-0.0
3
15
7.6 3.33
5
60
0-0.0
13
10
62
66Max
LED for displaying
the marker signal
L=800Min
TS1857
OAS66SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
OAS 66 E P
Optical
Absolute
ShaftEncoder
Division
12Division
16Division
30Division
60Division
90Division
Size
66mm
Voltage
24+24V
Output phase
PPure Binary
Output form
EEmitter follower
TS1857N8
TS1857N12
TS1857N16
TS1857N30
TS1857N60
TS1857N90
For special cases, please consult us.
35
24 V
LED
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Lead color
L : LoadL :
DC+5V:RL=220DC+12V:RL=220
Encoder Transfer distance 50m Max
Output signal line.
GNDRL L
Strobe Sig.
20
21
22
23
Parity Sig.
Marker Sig.
Strobe Sig.
20
21
22
23
Parity Sig.
Marker Sig.
1
00 90 180 240 360
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
00
2 390
4 5 6180 240 360
7 8 9 10 11 12
Shield Cable.
Power Supply
CCW Viewed from Shaft End
CCW Viewed from Shaft End
Function
Lead color
Function
AB
SOLUTE
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT (EXAMPLE)
CONNECTION TABLE (EXAMPLE)
Note that transfer distance depends much on ambient condition.
Marker signal shall be used for displaying LED only and nooutput signal generation.
LED
The logic shall be negative and above figures shall show
voltage wave-forms.
For other details, please refer to individual Specification.
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
Emitter Follower Output 12
Division
16Division
VI OL ET
WHITE
GRAY
BLACK
BROWN
DC+24V
GND
GND
Parity Sig.
Storobe Sig.
RED
ORANGE
YELL OW
GREEN
2 0
2 1
2 2
2 3
36
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Emitter follower
890Division
Output Phase
Pure Binary Code
DC+24V5%
150mA Max
20kHz
Maximum Allowable Output Voltage
50V
Maximum Allowable Sink Current
200mAOutputForm
Mechanical Spec.
Starting Torque
Moment of Inertia
2.0x10 2 N m
200gf cm Max
3.0x10 6 kgm2
30gcm2 Max
5,000min 1
5,000rpm
10+ 60C
20+ 85C
IP = 53
176m/s2
18G
980m/s2
100G
0.6kg Max
Radial
Axial
98N
10kgf Max49N
5kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Attaching plate (P11712)Optional
2- 4.5
0.5
43.5 5 23.2
20
R31
0-0.2
5.20-0.2
20
30
Driving Shaft
Driving Shaft
0.0
5TIR
Plus pan-head screw
Attaching plate (P11712)3places (Optional)
M4
0.15Max
20Max
50mIc=20mA
P117123
P11712
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Model No.
Resolution
ABSOLUTE
APPLICATION
Detection of press
crank angle
Vibration-proof
Shock-proof
Water Drop proof
With BUSY signal
FEATURES
9
66
66Max
N.P.
N.P.
600-0
.03
100-0
.013
15
3
3.37.6
24.61 66Max
Cable
L =800Max
connection
62
TS5607
OAS66Dimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
Optical
Absolute
ShaftEncoder
360
Size
66mm
Voltage
12+12V
Output phase
BBCD
Output form
COpen Collector
TS5607N4
For special cases, please consult us.
37
66 C/T C B3 6 0OAS 12 V
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Lead color
AB
SOLUTE
Dimension mm mm
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
ATTACHING WAY (EXAMPLE)
OUTPUT PHASE SHIFT
CONNECTION TABLE
Note that transfer distance depends much on ambient condition.
Note that attaching alignment can be changed by the couplings when coupled to the driving shaft.
Open Collector Output
38
Electrical Spec.
Resolution
Supply Voltage
Consumption Current
Maximum Response Frequency
Rise time, Fall time
Open Collector
359C/T
Output Phase
BCD Code BCD
DC+12V10%
300mA Max
2.5kHz
1.5 sec Max
Maximum Allowable Output Voltage
28V
Maximum Allowable Sink Current
50mAOutputForm
Mechanical Spec.
Starting Torque
Moment of Inertia
9.8x10 2 N m
1kgf cm Max
3.0x10 6 kgm2
30gcm2 Max
5,000min 1
5,000rpm
0+ 50C
10+ 70C
IP = 54
49m/s25G98m/s210G5500Hz31H
490m/s250G11m sec. 363
0.6kg Max
Radial
Axial
98N
10kgf Max49N
5kgf Max
Maximum Rotating Speed
Allowable Shaft Load
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Function
Lead color
Function
Lead color
Function
BROWN
RE D
ORANGE
YE LL OW
GREEN
B2x200MSB
A2x100
D1x80
C1x40
B1x20
BLUE
VI OLET
GRAY
WHITE
WHITE/BLACK/
A1x10
D0x8
C0x4
B0x2
A0x1LSB
WHITE/VIOLET /
WHITE/GRAY /
WHITE/GRAY /
BLACK
WHITE/BROWN/
DC+12V
GND
GND
Reverse Count
Busy Signal
The logic shall be negative and above figure shall show a voltage wave-form
Encoder Transfer distance 50m Max
Shield Cable.
L : LoadL :
DC+5V:RL=220DC+12V:RL=220
Output signal line.
GNDL
Power Supply21x10
20x10
23
22
21
20
CCW Viewed from Shaft End
222120191817161514131211109876543210
Attaching plate (P11712)Optional
2- 4.5
0.5
43.5 5 23.2
20
R31
0-0.2
5.20-0.2
20
30
Driving Shaft
Driving Shaft
0.0
5TIR
Plus pan-head screw
Attaching plate (P11712)3places (Optional)
M4
0.15Max
20Max
50mIc=20mA
P11712
P117123
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Model No.
Resolution
APPLICATION
For Small Wattage Motors
Robots
Small Size
Serial Data Transmission
11bit/1Turn,Multi-Turn,13 bit.Fail-Check Operation
Built-in capacitor makes it possible to work
during power failure
FEATURES
Encoder mounting surface
242 - 3
PCD29
90
45
2 - M3 P=0.5
Hexagon socket set
screws (attached)
3.30.2
6+0.0
1
0
6+0.0
1
0
6.2
13
C0.2
10.2
25.7
(1.6)
(3.4) Joint recess
6.3shaft details
6g6~h6
15~20
Recommended
Dimensions on shaft
35
23
350.5
14
41 Max
(1)
0.2 Electronic
parts
L=300+50
0
15+5
0
60 +10 0
(6.5
)
5 +3 0
(
)
0.0
04~
0
0.0
12
0.0
08
TS5643 N110
SA35SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
SA 35 bit L P 5 VS
Smart
Abs
EncoderSingle turn 11bit
Multi turn 13bit
Total Count 24bit
Size
35mm
Voltage
55V
Output phase
PPure Binary
SSerial
LLine Driver
For special cases, please consult us.
39
11/24
TS5643N110
M3x32
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SIGNAL
Max
FUNCTION
COLOR
M
ULTI-TURN
AB
SOLUTE
SPECIFICATIONS
CIRCUIT AT OUTPUT STAGE (EXAMPLE)
SYSTEM CONNECTION
CONNECTION TABLE
DATA OUTPUT SEQUENCE
External BatteryVBrecommended:TOSHIBA Lithium Battery ER6V
Fully absolute data of 11bit shall be output by turning
the input shaft by about 1.9 after the power supplied.
VBER6V1.9
11bit
Line Driver Output
Rx
Rx
A
A
B
B
Z
Z
Vcc
GND
VB
GND
RST
CASE GND
Shield
Serial Data
Incremental Ach
A Incremental Bch
B
Incremental Zch
Z
DCV
0V
Battery
0V
Reset
Case Ground
Shield
BRN
BRN/BLK
/BLU
BLU/BLK
/GRN
GRN/BLK/YEL
YEL/BLK
/RED
WHT/BLK
/WHT
BLK
GRY
GRY/BLK
/Shield
40
Electrical Spec.
Supply Voltage
Consumption Current
Serial Data Transfer Cycle
Max Response Frequency
Data Code
Line Driver
Output Phase
Pure Binary Code
DC+5V5%
150mA Battery Operation
100A Max
84s
Absolute Signal
Incremental Signal
170kHz
170kHz
Manchester code
26C31
Source Current
20mA MaxSink Current
20mA MaxOutputForm
Mechanical Spec.
Absolute Signal
11bit/turn and 13bit/8,192 turnstotal 24bit
11bit1 13bit8,19224bit
Incremental Signal
2,048C/T, 2-Phase output 1C/T, Zch.
2,048C/T, 2, 1C/T, ZResolution
Starting Torque
Moment of Inertia
5.9x10 3 N mMax
60gf cm
1.0x10 6 kgm2Typ
10gcm2
5,000min 1
5,000rpmMechanical Spec.
10+ 85C
20+ 90C
Not Enclosed
98m/s210G5 2,000Hzfor 2hours98m/s210G5 2,000Hz2
1,960m/s2200G11msec, 3times1,960m/s2200G11msec, 3
0.3kg MaxWithout Cable
0.05mm TIR Max
0.2mm Max
0.1 Max
Maximum Rotating Speed
Mounting Tolerances
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
RX
TS5643N110
RX
20
21
210
211
214
SingleTurnData
MultiturnD
ata
215
223 StatusFlag
MultiturnData
Frame Address
Clock
8MHz
AU5688
58
54
13
3
5
60
1
59
25
2333
35
43
53
Vss
RST
RX
A0
A1
CS
SEL1
SEL2
CLK
IA1
EOS
CRS
EOP
CRC
47
24
45
46
4442414039383736343231302928
2726
4442414039383736343231302928
2726
1952
D0
D1D2
D3
D4D5
D6
D7D8
D9
D10D11
D12
D13
D14D15
Chip-select input
Data select input
Mode select input
+5V
26LS32
(LSB)
(MSB)
VDD
Frame Reception completed
Carrier Sensing Signal
Parallel Signal Renewed
CRC ErrorCRC
1st Half Frame 2nd Half Frame
Vcc+5V
SerialSignal
DATA
EOP
D15
1st HalfFrame
2nd HalfFrame
1st HalfFrame
Frame Address
TS5643
Encoder
26C31
26LS32
Twisted Pair Shield Cable.
AU5688
Transfer distance 50m Max50m
Radial PlayAxial End PlayShaft Inclination
8/10/2019 Tamagawa Ois38 Series
42/7641
1
2
3
4
5
A1
NC
SEL1
NC
SEL2
21
22
23
24
25
NC
NC
Vss
CRS
RX
41
42
43
44
45
D2
D1
Vss
D0
EOP
6
7
8
9
10
NC
NC
NC
NC
NC
26
27
28
29
30
D15
D14
D13
D12
D11
46
47
48
49
50
CRC
EOS
NC
NC
NC
11
12
13
14
15
NC
NC
CS
NC
NC
31
32
33
34
35
D10
D9
Vss
D8
Vss
51
52
53
54
55
NC
VDD
Vss
IA1
IY1
16
17
18
19
20
NC
NC
NC
VDD
NC
36
37
38
39
40
D7
D6
D5
D4
D3
56
57
58
59
60
NC
IY2
CLK
RST
A0
PinTerminal Code
PinTerminal Code
PinTerminal Code
Supply Voltage
Consumption Current
Permissible Voltage
Output Current/Terminal
Permissible Dissipation
Operating Temperature
Storage Temperature
5.0V 10%
40mA Max
MaxVDD MinVSS
24mA Max
100mW Max
20 + 85C
55 + 150C
SERIAL SIGNAL RECEIVER
I C
SPECIFICATIONS
CONNECTION TABLE
AU5688
For details, please refer to Specification,056880001S47
AU5688056880001S47
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43/76
M
ULTI-TURN
AB
SOLUTE
42
17.60.4
0.8
17.6
0.4
14.0
0.2
14.0 0.2
0.350.1
1 2 3
Index
0.850.21.8
0 ~1 0
0.1
2
.70.1
0.1
50.0
5
25s 25s
Stop bit
1st Frame 2nd Frame
EOP
RX
D0 ~ D15
D0 ~ D15
RX
EOP
CS
SEL1
0
1st Frame (Data) 2nd Frame (Data)Hiz
1 Frame mode
2 Frame mode
1st Frame
25s
2nd Frame
25s
Hiz Hiz1st Frame (Data) 2nd Frame (Data)
C1 C2
XTAL
R1
IA1 IY1 IY2
CLK
XTAL :
R1 :
C1,C2 :
SEIKO EPSON
MA-406 8MHz
1M
10pF (5%)
RX
RX
Encoder
Line Receiver
26LS32
RXAU5688
CPU
bus
OUTLINE (AU5688)
TIME SEQUENCE
GLOBAL CLOCK CIRCUIT (EXAMPLE)
ENCODER INTERFACE (EXAMPLE)
Dimension mm mm
1
2
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Model No.
Resolution
APPLICATION
Full Absolute Signal Output
17bit/Turn,16bit Turns (At 6,000rpm Max)
Bi-direction Serial Communication Type(NRZ)
Fail-Check Operation
Even during power outage,Multi-Turn data are backed up by external battery and built-incapacitor
FEATURES
N.P
Encoder mounting surface
60 +100
+30
+500
5
(30)
28
0.2
S/N.
2 M2.6 Depth 4
2M2.64
24
2 - M3 P=0.5
Hexagon socket set
screws (attached)
M3 x32
3.30.2 6+0.0
1
0
6+0.0
1
0
6.2
13
C0.2
10.2
20
(1.6)
Joint recess6.3
(3.4)
Shaft details
6g6~h6
15 ~ 20
Recommended
Dimensions on shaft
23
350.5
14
9
8
3
41 Max
Electronic
parts
L=500
(6.5
)
(
)
0.0
04~
0
0.0
12
0.0
08
11
TS5667N120
SA35SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
SA 35 bit L P 5 VS
Smart
Abs
EncoderSingle turn 17bit
Multi turn 16bit
Total Count 33bit
Size
35mm
Voltage
55V
Output phase
PPure Binary
SSerial
LLine Driver
For special cases, please consult us.
43
17/33
TS5667N120
For Small Middle Wattage Motors
Robots
Machine Tools
Injection Machines
8/10/2019 Tamagawa Ois38 Series
45/76
Max
M
ULTI-TURN
AB
SOLUTE
SPECIFICATIONS
CONNECTION TABLE
RECEIVING AND TRANSMITTING INTERFACE
External BatteryVBrecommended:TOSHIBA Lithium Battery ER6V
VB ER6V
44
Electrical Spec.
Supply Voltage
Consumption Current
Max Response Frequency
Data Code
Line Driver
Output Phase
Pure Binary Code
DC+5V5%
TypNormal Operation60mA
TypBattery Operation100A
Normal Operation
13MHz Battery Operation
13MHz
35s 63sNoteIncluding time for a request..
Time depends on the ID Codes.
2.5Mbit/sec Start-Stop transmission.
ID2.5Mbit/sec.
Base Band NRZTWO-WAY NRZ
ADM 485 20mA
OutputForm
Mechanical Spec.
Absolute Signal
17bit/turn and 16bit multiturns Total 33bit
17bit116bit33bit
Resolution
Starting Torque
Moment of Inertia
5.9x10 3 N mMax
60gf cm
1.0x10 6 kg cm2 Typ
6,000min 1
6,000rpmMechanical Spec.
10+ 85C
20+ 90C
Not Enclosed
98m/s210G52,000Hzfor 2hours98m/s210G52,000Hz2
1,960m/s2200G11msec, 3times1,960m/s2200G11msec, 3
0.06kg MaxWithout Cable
0.05mm TIR Max
0.1mm Max
0.1 Max
Maximum Rotating Speed
Mounting Tolerances
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Encoder Side Receiving Side
ADM485 ADM485 or compatible
ADM485 ADM485 or compatible
5V
1k
1k
220
5V
1k
1k
DE DE
SRQ :
Request
SDAT :Serial Data220
Notice 1 : Battery Power is necessary during Power Outage.
Lead Wire Function Remark
Red Vcc Main Power DC + 5 V 5% Black GND
Brown VB BatteryNotice1
Brown/Black GND
Blue SDSerial Data
Blue/Black SD
Gray CASE GND
Serial Data Transfer Cycle
Radial PlayAxial End PlayShaft Inclination
8/10/2019 Tamagawa Ois38 Series
46/76
Model No.
Resolution
APPLICATION
Full Absolute Signal Output
17bit/Turn,16bit Turns (At 6,000rpm Max)
Bi-direction Serial Communication Type(NRZ)
Fail-Check Operation
Even during power outage,Multi-Turn data are backed up by external battery.
FEATURES
TS5669N220
SA35SeriesDimension mm mm
Unless otherwise specified tolerance is 0.5mm 0.5mm
DESIGNATE THE NAME OF FUNCTION WHEN ORDERING
SA 35 bit L P 5 VS
Smart
Abs
EncoderSingle turn 17bit
Multi turn 16bit
Total Count 33bit
Size
35mm
Voltage
55V
Output phase
PPure Binary
SSerial
LLine Driver
For special cases, please consult us.
45
17/33
TS5669N220
For Small Middle Wattage Motors
Robots
Machine Tools
Injection Machines
D
D
C C
500+500
+0.2 0
+0.02
0
0
0.1
+0.008 0
0.0050.015
0.0150.035
Divided equally
2
N.P
12.5
Electronic parts
Section C-C
C-C
26Max.
1
8.9
5
3.7
5
25
6
12
A
0.035 A
4
20
35
2M2.6
PCD 29
6.8
50.5
150.5
1
3.6
50
.16
20
5.50.2
PCD 29
Screw with a hexagonal drivinghole(with dent end)M2.6(Attached 2 pieces)
2M2.6
M2.62Fasten Torque0.3530.020Nm(3.60.2kgfcm)
0.01 A
0.01 B
1.6
B
0.05 B
Dimensionmotor shaft
Section D-D
D-D
Axial End play 0.1mm
0.1mm
Mount Hole Detail2
RecommendedDimension on encoder
2.8R1.6
R1.6
(6.5
)(65)
1.6
1.6
8/10/2019 Tamagawa Ois38 Series
47/76
Max
M
ULTI-TURN
AB
SOLUTE
SPECIFICATIONS
CONNECTION TABLE
RECEIVING AND TRANSMITTING INTERFACE
External BatteryVBrecommended:TOSHIBA Lithium Battery ER6V
VB ER6V
46
Electrical Spec.
Supply Voltage
Consumption Current
Max Response Frequency
Data Code
Line Driver
Output Phase
Pure Binary Code
DC + 5V %
+10
5
TypNormal Operation110mA
TypBattery Operation110A /3.6V
Normal Operation
13MHz Battery Operation
13MHz
35s 63sNoteIncluding time for a request..
Time depends on the ID Codes.
2.5Mbit/sec Start-Stop transmission.
ID2.5Mbit/sec.
Base Band NRZTWO-WAY NRZ
ADM 485 20mA
OutputForm
Mechanical Spec.
Absolute Signal
17bit/turn and 16bit multiturns Total 33bit
17bit116bit33bit
Resolution
Moment of Inertia
0.24x 10 6 kg cm2 Typ
6,000min 1
6,000rpmMechanical Spec.
10+ 85C
20+ 90C
Not Enclosed
98m/s210G52,000Hzfor 2hours98m/s210G52,000Hz2
1,960m/s2200G11msec, 3times1,960m/s2200G11msec, 3
0.03kg MaxWithout Cable
Maximum Rotating Speed
Operating Temp. Range
Storage Temp. Range
Protective Construction
Vibration
Shock
Mass
Encoder Side Receiving Side
ADM485 ADM485 or compatible
ADM485 ADM485 or compatible
5V
1k
1k
220
5V