Synchros
About Synchros
The principles of synchros are similar to those of an electrical transformer. A shaft of the receiver rotates in unison with the rotation of a shaft of the transmitter. Usign the above characteristics, Sychro is used for transmitting mechanical angle variation of transmitter over a long distance.
Syncho is classified into two types. Torque Sychro as above and Control Synchro. Control synchro detects the angle with receiving mechanical angle variation in the form of output voltage.
The applicable conditions – JIS Equivalent Series
- Temperature
-20 ～ +50°C - Vibration
Full Amplitude 0.5mm
Vibration Frequency 10～55Hz - Shock
(Low Shock)
The acceleration 98m/s2
20ms time duration
The applicable conditions – NDS Equivalent Series
- Temperature
-30 ～ +60°C - Vibration
Full Amplitude 0.75mm , 0.50mm , 0.25mm
Vibration Frequency 5～15Hz , 16～25Hz , 26～33Hz - Shock
(High Shock)
NDS XF 8005 Hl 1A
(The acceleration 9800m/s2)REF
(2.3ms time duration) REF
Line up
JIS (Japanese Industrial Standard) equivalent series
TS4(TX･TR)･TS5N2(TX･TR)
|
Model
|
TS4E11
|
TS4E12
|
TS5N2E11
|
TS5N2E12
|
|---|---|---|---|---|
|
Function
|
TX･TR
|
|||
|
Input Voltage(Vrms)
|
100/110
|
200/220
|
100/110
|
200/220
|
|
Input Frequency(Hz)
|
50/60
|
|||
|
Output Voltage(Vrms)
|
90±3
|
|||
|
Input Current(A Max)
|
0.23
|
0.12
|
0.35
|
0.17
|
|
Torque Grad.(N･m/deg. Min)
|
3.44×10-4(3.5gf･cm/deg.)
|
8.14×10-4(8.3gf･cm/deg.)
|
||
|
Receiver Error(deg. Max)
|
±1
|
|||
|
Synchronizing Time(sec. Max)
|
5
|
|||
|
Temperature Rise(°C Max)
|
30
|
|||
|
Insulation Resistance(MΩ Min)
|
10(DC500V)
|
100(DC500V)
|
||
|
Dielectric Strength(Vrms.1 min)
|
1,500
|
|||
|
Mass(g)
|
390
|
1,100
|
||
TS20（TX・TR）・TS21（TX・TR）
|
Model
|
TS20E11
|
TS20E12
|
TS21E11
|
TS21E12
|
|---|---|---|---|---|
|
Function
|
TX･TR
|
|||
|
Input Voltage(Vrms)
|
100/110
|
200/220
|
100/110
|
200/220
|
|
Input Frequency(Hz)
|
50/60
|
|||
|
Output Voltage(Vrms)
|
90±3
|
|||
|
Input Current(A Max)
|
0.26
|
0.13
|
0.5
|
0.25
|
|
Torque Grad.(N･m/deg. Min)
|
8.9×10-4(9gf･cm/deg.)
|
13.8×10-4(14gf･cm/deg.)
|
||
|
Receiver Error(deg. Max)
|
±1
|
|||
|
Synchronizing Time(sec. Max)
|
5
|
|||
|
Temperature Rise(°C Max)
|
30
|
|||
|
Insulation Resistance(MΩ Min)
|
50(DC500V)
|
10(DC500V)
|
||
|
Dielectric Strength(Vrms.1 min)
|
1,500
|
|||
|
Mass(g)
|
950
|
1,400
|
||
NDS (Nippon defense standard) equivalent series
TS466N50（23TX）・TS466N54（23TR）・TS831N51（31TX）・TS831N55（31TR）
|
Model
|
TS466N50E11
|
TS466N54E11
|
TS831N51E11
|
TS831N55E11
|
|---|---|---|---|---|
|
Function
|
TX
|
TX･TR
|
TX
|
TX･TR
|
|
Input Voltage(Vrms)
|
100/110
|
|||
|
Input Frequency(Hz)
|
50/60
|
|||
|
Output Voltage
or Transformation Ratio |
90±3 Vrms
|
|||
|
Input Current(mA Max)
|
230
|
420
|
||
|
Torque Grad.(N･ m/deg. Min)
|
7.36×10-4(7.5gf･cm/deg.)
|
24.6×10-4(25gf･cm/deg.)
|
||
|
Electrical Error
Receiver Error(minutes Max) |
±16
|
TX±16
TR±60 |
±16
|
±48
|
|
Friction Torque(N･ m Max)
|
24.5×10-4(25gf･cm)
|
35.3×10-4(36gf･cm)
|
||
|
Temperature Rise(°CMax)
|
60
|
|||
|
Insulation Resistance(MΩ Min)
|
10(DC500V)
|
|||
|
Dielectric Strength(Vrms.1 min)
|
1,000
|
1,500
|
||
|
Mass(g)
|
570
|
610
|
2,000 Max
|
2,000 Max
|
TS14N3（15CX）・TS14N7（15CT）・TS486N50（23CX）・TS486N54（23CT）
|
Model
|
TS14N3E15
|
TS14N7E15
|
TS486N50E11
|
TS486N54E11
|
|---|---|---|---|---|
|
Function
|
CX
|
CT
|
CX
|
CT
|
|
Input Voltage(Vrms)
|
115
|
90
|
100/110
|
90
|
|
Input Frequency(Hz)
|
400
|
50/60
|
||
|
Output Voltage
or Transformation Ratio |
0.783±3%
|
0.735±3%
|
90±3Vrms
|
57.3±3Vrms
|
|
Input Current(mA Max)
|
85
|
25
|
85
|
20
|
|
Electrical Error(minutes Max)
|
±18
|
±16
|
||
|
Residual Voltage(mVrms Max)
|
125
|
75
|
100
|
110
|
|
Temperature Rise(°C Max)
|
30
|
|||
|
Insulation Resistance(MΩ Min)
|
100(DC500V)
|
10(DC500V)
|
||
|
Dielectric Strength(Vrms.1 min)
|
900
|
1,000
|
||
|
Friction Torque(N･m Max)
|
4.9×10-4(5gf･cm)
|
24.5×10-4(25gf･cm)
|
||
|
Mass(g)
|
180
|
570
|
||
TS15N11（15CDX）・TS820N58（23CDX）・TS820N50（23TDX）・TS820N54（23TDR）
|
Model
|
TS15N11E15
|
TS820N58E11
|
TS820N50E11
|
TS820N54E11
|
|---|---|---|---|---|
|
Function
|
CDX
|
TDX
|
TDR
|
|
|
Input Voltage(Vrms)
|
90
|
|||
|
Input Frequency(Hz)
|
400
|
50/60
|
||
|
Transformation Ratio
|
1.154±3%
|
|||
|
Input Current(mA Max)
|
100
|
200
|
||
|
Electrical Error
Receiver Error(minutes Max) |
±16
|
TDX±16
TDR±90 |
||
|
Torque Grad.(N･m/deg. Max)
|
–
|
2.0×10-4(2gf･cm/deg.)
|
||
|
Residual Voltage(mVrms Max)
|
125
|
185
|
–
|
|
|
Temperature Rise(°C Max)
|
30
|
60
|
||
|
Insulation Resistance(MΩ Min)
|
100(DC500V)
|
10(DC500V)
|
–
|
|
|
Dielectric Strength(Vrms.1 min)
|
900
|
1,000
|
||
|
Friction Torque(N･m Max)
|
6.8×10-4(7gf･cm)
|
24.5×10-4(25gf･cm)
|
24.5×10-4(25gf･cm)
|
–
|
|
Mass(g)
|
180
|
570
|
610
|
|
TS472（5G）・TS472N6（5M）・TS453（6G）・TS453N6（6M）
|
Model
|
TS472E11
|
TS472N6E11
|
T453E11
|
TS453N6E11
|
|---|---|---|---|---|
|
Function
|
5G
|
5M
|
6G
|
6M
|
|
Input Voltage(Vrms)
|
100/110
|
|||
|
Input Frequency(Hz)
|
50/60
|
|||
|
Output Voltage(Vrms)
|
90±3
|
|||
|
Input Current(A Max.)
|
0.6
|
1.2
|
||
|
Torque Grad.(N･m/deg. Min)
|
29.5×10-4(30gf･cm/deg.)
|
88.3×10-4(90gf･cm/deg.)
|
||
|
Electrical Error
Receiver Error(deg. Max) |
±0.5
|
±2.0
|
±0.5
|
±1.0
|
|
Temperature Rise(°C Max)
|
30
|
|||
|
Insulation Resistance(MΩ Min)
|
10(DC500V)
|
|||
|
Dielectric Strength(Vrms.1 min)
|
1,500
|
|||
|
Mass(g)
|
3,500 Max
|
2,600
|
6,000 Max
|
4,800
|
TS866(6DG)・TS866N6(6DM)・TS473(5DG)・TS473N6(5DM)
|
Model
|
TS866E11
|
TS866N6E11
|
TS473E11
|
TS473N6E11
|
|---|---|---|---|---|
|
Function
|
6DG
|
6DM
|
5DG
|
5DM
|
|
Input Voltage(Vrms)
|
90
|
|||
|
Input Frequency(Hz)
|
50/60
|
|||
|
Output Voltage(Vrms)
|
90±3
|
|||
|
Input Current(A Max)
|
2.0
|
1.0
|
||
|
Torque Grad.(N･m/deg. Min)
|
6.87×10-3(70gf･cm/deg.)
|
1.57×10-3(16gf･cm/deg.)
|
||
|
Electrical Error
Receiver Error(deg. Max) |
±0.5
|
±1.5
|
±0.5
|
±1.5
|
|
Temperature Rise(°C Max)
|
30
|
|||
|
Insulation Resistance(MΩ Min)
|
10(DC500V)
|
|||
|
Dielectric Strength(Vrms.1 min)
|
1,500
|
|||
|
Mass(g)
|
4,800
|
5,200
|
3,500 Max
|
3,500 Max
|
Ruggedized ･ water-proof ･ dust-proof
TS801N5(TX)･TS806N5(CX)･TS808(TX)･TS808N3(TX)･TS809(DG)･TS809N3(DG)
|
|
RUGGEDIZED
|
WATER-PROOF
|
DUST-PROOF
|
|
|---|---|---|---|---|
|
Model
|
TS801N5E11
|
TS806N5E11
|
TS808E11 TS808N3E11
|
TS809E11 TS809N3E11
|
|
Function
|
TX
|
CX
|
TX
|
DG
|
|
Input Voltage(Vrms)
|
100/110
|
90
|
||
|
Input Frequency(Hz)
|
50/60
|
|||
|
Output Voltage(Vrms)
|
90±3
|
|||
|
Input Current(A Max)
|
0.5
|
0.6
|
1.0
|
|
|
Electrical Error(minutes Max)
|
±60
|
±30
|
±60
|
|
|
Torque Grad.(N･m/deg. Min)
|
1.38×10-3(14gf･cm/deg.)
|
–
|
2.95×10-3(30gf･cm/deg.)
|
1.77×10-3(18gf･cm/deg.)
|
|
Residual Voltage(mVrms Max)
|
–
|
200
|
150
|
–
|
|
Temperature Rise(°C Max)
|
30
|
|||
|
Friction Torque(N-m Max)
|
4.90×10-3(50gf･cm)
|
78.4×10-3(800gf･cm)
|
||
|
Insulation Resistance(MΩ Min)
|
10(DC500V)
|
100(DC500V)
|
||
|
Dielectric Strength(Vrms.1 min)
|
1,500
|
|||
|
Mass(g)
|
3,000
|
11,000(11kg)
|
||
Innovation, quality and efficiency paired with high resistance and durability.
Since its foundation Tamagawa has taken up the challenge of further improving angular precision for control equipment such as high-precision sensors, motors and gyros. We are determined to satisfy your requirements with our high quality products by improving our technologies continuously and also constantly developing and applying new technologies. We can look back on an extensive industry-proven track record in all our fields of application.