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Compound Molecular Pumps
5
Compound Molecular Pumps Compound Molecular Pumps
3
Compound Molecular Pumps Compound Molecular Pumps
Compound Molecular Pumps
13
Compound Molecular Pumps
10
12
11 4
Compound Molecular Pumps
Compound Molecular Pumps
7 89 6
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Controller
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd.
307φ
356φ
115 43
81
111183
85.5
77
Oil sump
Connector
Purge gasInlet ISO-G1/4
8-M10DP12PCD340
KF40
Cooling water Inlet/Outlet
A
DE
B
C
ISO-B250
VG250 21
16
425
425
363
363
A B C D E
φ350
φ335
B
CF200
ISO-B200
VG200 20
16
25
A B C
392
392
407
330
330
345
D E
φ300
φ253
φ285
C
A
DE
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
B
C
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
A
DE
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
CF160
ISO-B160
VG150 16
16
22
421
421
421
359
359
359
A B C D E
φ235
φ203
φ225
VG500 25
A B C
560
D
530
E
φ625
100
83
φ516
φ570
Oil sump
KF50
Oil level sensor
150
156
175
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
C
D
B A
E
φ140
30゚30゚85
100
25
6036
φ89
25 53
11
PCD 128
Purge gasInlet ISO-G1/4 ISO-Rc3/8
Connector
KF25KF25
Cooling water Inlet/Outlet
3-M8 DP17
Oil sump
φ140
30゚30゚85
φ89
45゚
120
□120
75
PCD 128
Purge gasInlet ISO-G1/4
53
Connector
KF25
Air cooling fan
3-M8 DP10
Oil sump
AB
C
E
E
D
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
238
236
238
D
φ185
φ152
φ130
E
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
226
224
226
D
φ185
φ152
φ130
AB
C
ED
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
AB
C
D E
ISO-B250
VG250 21
16
A B C
454.5
454.5
D
392.5
392.5
E
φ350
φ335
ISO-B320
VG300 16
19
A B C
411.5
406.5
D
349.5
344.5
E
φ400
φ425
AB
C
D E
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
ISO-Rc3/8
150
156
175
8-M20DP22PCD540
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
100
φ516
KF50
φ570
Oil sump
83
Oil level sensor
AB
C
D E
TG5500 Water cooling
TG5000 Water cooling
A
ED
B
C
74
85.5
77
ISO-Rc3/8
PCD238
φ223
φ256
150
102
Connector
Purge gas
Cooling water Inlet/Outlet
10-M8 DP20
Inlet ISO-G1/4
95
22
KF40
Oil sump
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
100
20
POWER SUPPLY
OSAKA VACUUM,LTD.
START
F2F1 F3
STOP/RESET
149
513
9
104.5 250
1.62-φ5
100
43
1.6
3027
0
416
FANSpa
ce fo
r ca
ble
conn
ectio
ns
100
149
6
24.5
24.5
480460
Space for cableconnections
209
157.526
139
149
5
400
20
4-φ5
2.3
START
F2F1 F3
OSAKA VACUUM,LTD.
STOP/RESET
POWER SUPPLY
150Space for cable
connections
Compound Molecular Pumps
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG203 TG203
Sf = 160L/min Sf : Volume flow rate of backing pump
Sf = 160L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG2410 TG1003 TG2410 TG1003
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
Gas throughputVolume flowrate
TG1303 TG1303
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG1813 TG1813
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
N2N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Gas throughputVolume flowrate
TG2813 TG2813
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2810
N2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
N2
TG2810
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Gas throughputVolume flowrate
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
N2
Gas throughputVolume flowrate
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2413 TG3413
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG3413
N2
Gas throughput
N2
Volume flowrate
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
TG2810 TG5500 [Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG5500
TG203
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
200
140
150
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)543
4-6
4-6
550(4.1)80
70
11
TC203
TG553 TG1003
TG1303 TG1810/1813 TG2813TG3213
1 14
TC203
(Punel cut:128H×104W)
TC553 / TC1003 / TC1813 / TC3213
(Punel cut:124H×203W)
T u r b oMolecularP u m p s
OSAKA VACUUM
180-25390-121 / 180-253
8.2
400
610
800
2.7
TC203 TC553 TC1003 TC1813 TC3213 TC5500
50/60
Single
340 500
10
360
180-242
1200 1600 30002200
Oil free pumping Durable structure
Small and medium-sized compound molecular pumpsA selection of pumps with pumping speeds of 200~1,800L/s.Corrosive resistant types for corrosive gases.
※1 Except TC5500
02-TB-E-04
(ACV)
(Hz)
(VA)
(Hz)
(kg)
TG3413TG5000/5003TG5500/5503
TG203
TG553
TG1003
TG1303
TG1810 / TG1813
TG2813
TG3213
TG3413
TG5000 / TG5003
TG5500 / TG5503
TG203CA
TG203RA
TG203VA
TG203CW
TG203RW
TG203VW
TG553CW
TG553BW
TG553VW
TG1003CW
TG1003BW
TG1003VW
TG1303CW
TG1303BW
TG1303VW
TG1810BW / TG1813BW
TG1810VW / TG1813VW
TG2813BW
TG2813VW
TG3213BW
TG3213VW
TG3413VW
TG5000VW / TG5003VW
TG5500VW / TG5503VW
M1/TC-**M3/TC-**M5/TC-**M7/TC-**M10/TC-**M15/TC-**M20/TC-**F1/TC-S2
F3/TC-S2
F5/TC-S2
F7/TC-S2
F10/TC-S2
F15/TC-S2
F20/TC-S2
1m
3m
5m
7m
10m
15m
20m
1m
3m
5m
7m
10m
15m
20m
TG20 3※V A1 2 3 4 5 6
…TG203…TG553 / TG1003 / TG1303 / TG1810 / TG1813 / TG2810 / TG2813 TG3210 / TG3213 / TG3410 / TG3413
**※1 Please contact us with the exception of standard length.※2 Cables for TG5000 / TG5500 are built-to-order products.※3 Only for TG203.
S2M2
Series of Turbo Molecular Pumps
TC5500
(Punel cut:138H×431W)
TG203 TG553TG1003TG1303
TG1810TG1813
TG2813TG3213TG3413
TG5000TG5500
TG5003TG5503
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
Large-sized compound molecular pumpsA selection of pumps with pumping speeds of 2,800~5,500L/s.Standard types for clean processes and corrosive resistanttypes are available.
VG350 20
A B C
380
D
318
E
φ450
AB
C
D E
VG450 25
A B C
600
D
570
E
φ575
CF160
ISO-B160
VG150 16
16
22
402
402
402
360
360
360
A B C D E
φ235
φ203
φ225
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
550
430
370
1×108
3×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)1500
8-13
8-11
300(2.3)250
260
41
TC553
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1000
940
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1300
1100
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1800
1700
1100
1×108
3×103
< 1×10-6
(< 7.5×10-9)2444
11-16
23-28
270(2)500
260
80
TC1813
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
2800
2600
2400
1×108
6×103
< 1×10-6
( < 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3200
3000
2500
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3400
3200
2600
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1×108
5×103
< 1×10-6
( < 7.5×10-9)1200
25-35
30-40
200(1.5)1500
1000
250
TC5500
TG5000
5000
4700
4000
TG5500
5500
5200
4400
※TG5500
2
Korea/Seoul Office Shin Won Tech. Co., Ltd.
Taiwan/Cutes Corporation
China/Shanghai Osaka Vacuum, Ltd.
■ TMP service support center
France/Paris Liaison Office
Osaka Vacuum, Ltd.
Turbo Molecular Pumps
● Wide pressure range pumping
● High throughput
● Durable structure for air inrush
● Long lasting : Standard overhauls lead to a long useful life.
※Roots vacuum pump no longer necessary.
※Design duration of pump:100,000+hours. Overhaul cycle:20,000~30,000 hours.
Serial communicationRS232C Serial interface
Conforms to recognizedsafety standard
NRTL SEMI-S2 CE
◎ TG-F series are available for clean processes.
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 500L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Air cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~32℃ for air cooling type and 10~40℃ for water cooling type. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)+Fan Cable (3 meter, only for air-cooling type)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 160L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-R
N2
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Standard types and corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Standard types and corrosive resistant types are available.
■The world's largest volume flow rate compound molecular pump.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
※Built-to-order products. Please contact us for more information.
Specifications
Performance curveDrawing of Outside dimension
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Power supply
Power supply model
Input Voltage
Input Frequency
Input Phases
Input Power
Rated Output Frequency
Weight
Standard accessories
TMP
Input connector: 1 / Remote connector: 1 / Serial communication connector※1: 1 / Instruction manual: 1 copy / Serial communication operation manual※1: 1 copy
Motor cable※2
Fan cable※3
length modelCable model(Standard length:※13m)
※Please contact us for models other than the above.
ModelType
◎ Standard Type & Corrosive Resistant Type in 300~2400L/s.
◎ Vibration Free with ABS. (Auto Balance System)
◎ Pumps and Controllers are independently exchangeable.
◎ Rotational speed control.
◎ Thermal insulation structure is available. (Special version)
Magnetically Suspended Compound Molecular Pumps(TG-M series)/ Digital type
◎ Grease-lubricated types with pumping speeds of 50~2400 L/s
◎ Any orientation and easy operation.
◎ Maintenance free (O/H cycle:20,000 to 30,000 hours.)
◎ Durable, compact, light-weight design
◎ Models impervious to air inrush, quick shut down on venting are available.
Compound Molecular Pumps(TG-F series)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Water cooling Water cooling Water coolingWater cooling
Water cooling
Characteristics of Compound Molecular Pumps
Products Line-up
2015.05.1000
Osaka Head office
JQA-QMA1902NABARI FACTORY
JQA-EMA5143
U.S.A.
Korea
Tel:+82-32-814-6331 Fax:+82-32-814-7301
■Shin Won Tech. Co., Ltd.(maintenance)
Taiwan2-22 Nan Yuan Road, Chung Li City 32063 Taiwan, R.O.C.
Tel:+886-3-452-6161 Fax:+886-3-451-1347
■Cutes Corporation
ChinaSouth A,T52-4-1F,No.1510,Chuanqiao Rd.,Pudong,Shanghai 201206 P. R. China
Tel:+86-21-5031-1522 Fax:+86-21-5031-1523
Tel support Field support Maintenance Local stock
#12LT 36Bl Namdong Industry Area, Namdong-Ku, Inchon 450-100 Korea
■Shanghai Osaka Vacuum, Ltd.
48000 Fremont Blvd, Fremont, CA 94538 U.S.A.
Tel:+1-510-770-0100 Fax:+1-510-770-0104
■Osaka Vacuum U.S.A., Inc.
Leaders Bldg., 274-4, Seohyun-Dong, Bundang-ku, Seongnam-Si, Gyeonggi-Do 463-824 KoreaTel:+82-31-707-0002 Fax:+82-31-707-3339
■Seoul office(sales)
51 Main Avenue, Sacramento, CA 95838 USA
Tel:+1-916-920-5451 Fax:+1-916-830-1900
■Ebara Technologies Inc.
Model
Size
Specificationtype
Bearingsystem
Inlet Flange※1
Coolingsystem
1
2
3
4
5
6
※1 Standard Flange
CF : JVIS 003 Bakeable Flanges : Dimensions-Knife-edge sealed type
ISO-B : ISO1609:1986 Vacuum technology - Flange dimensions (Bolted type)ISO-R : ISO1609:1986 Vacuum technology - Flange dimensions
(Clamped or rotatable type)VG : JISB2290 :1968 Vacuum technology-Flange :dimensions
(Vacuum flange with O-ring groove)KF : ISO2861/1:1974 Vacuum technology - Quick-release couplings
- Dimensions - Part 1(Clamped type)
Notwritten( )
:Compound Molecular Pumps
:Standard type
:XHV type
:Corrosive resistant type
:Ball bearing (oil lubrication):Ball bearing (grease lubrication):Magnetically suspended
:CF
:ISO-B
:ISO-R
:VG
:Air cooling
:Water cooling
TG
kineTiG
Near Volume flow rate(N2)0
1
3
F
M
C
B
R
V
A
W
◎ Standard Type & Corrosive Resistant Type in 2200L/s.◎ Integrated controller/power supply, very compact footprint. ◎ Wide pressure range applications, capable of pumping at high throughput. ◎ High compression ratio, low ultimate pressure.◎ Variable rotational speed control(110rps-450rps).
Magnetically Suspended Compound Molecular Pumps with Integrated Control Unit(TG kine 2200M)
U.S.A./Osaka Vacuum U.S.A.,Inc. Ebara Technologies Inc.
Japan/Nabari FactoryTMP Service Group
Japan
Tel:+81-595-64-1162 Fax:+81-595-64-1163
■Nabari Factory TMP Service Group1300-81 Yabata, Nabari, Mie 518-0605, Japan
1
Oil free pumping Durable structure
Small and medium-sized compound molecular pumpsA selection of pumps with pumping speeds of 200~1,800L/s.Corrosive resistant types for corrosive gases.
Large-sized compound molecular pumpsA selection of pumps with pumping speeds of 2,800~5,500L/s.Standard types for clean processes and corrosive resistanttypes are available.
Turbo Molecular Pumps
● Wide pressure range pumping
● High throughput
● Durable structure for air inrush
● Long lasting : Standard overhauls lead to a long useful life.
※Roots vacuum pump no longer necessary.
※Design duration of pump:100,000+hours. Overhaul cycle:20,000~30,000 hours.
Serial communicationRS232C Serial interface
Conforms to recognizedsafety standard
NRTL SEMI-S2 CE
◎ TG-F series are available for clean processes.
Characteristics of Compound Molecular Pumps
Compound Molecular Pumps
5
Compound Molecular Pumps Compound Molecular Pumps
3
Compound Molecular Pumps Compound Molecular Pumps
Compound Molecular Pumps
13
Compound Molecular Pumps
10
12
11 4
Compound Molecular Pumps
Compound Molecular Pumps
7 89 6
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Controller
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
psOsaka Vacuum, Ltd.
307φ
356φ
115 43
81
111183
85.5
77
Oil sump
Connector
Purge gasInlet ISO-G1/4
8-M10DP12PCD340
KF40
Cooling water Inlet/Outlet
A
DE
B
C
ISO-B250
VG250 21
16
425
425
363
363
A B C D E
φ350
φ335
B
CF200
ISO-B200
VG200 20
16
25
A B C
392
392
407
330
330
345
D E
φ300
φ253
φ285
C
A
DE
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
B
C
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
A
DE
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
CF160
ISO-B160
VG150 16
16
22
421
421
421
359
359
359
A B C D E
φ235
φ203
φ225
VG500 25
A B C
560
D
530
E
φ625
100
83
φ516
φ570
Oil sump
KF50
Oil level sensor
150
156
175
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
C
D
B A
E
φ140
30゚30゚85
100
25
6036
φ89
25 53
11
PCD 128
Purge gasInlet ISO-G1/4 ISO-Rc3/8
Connector
KF25KF25
Cooling water Inlet/Outlet
3-M8 DP17
Oil sump
φ140
30゚30゚85
φ89
45゚
120
□120
75
PCD 128
Purge gasInlet ISO-G1/4
53
Connector
KF25
Air cooling fan
3-M8 DP10
Oil sump
AB
C
E
E
D
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
238
236
238
D
φ185
φ152
φ130
E
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
226
224
226
D
φ185
φ152
φ130
AB
C
ED
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
AB
C
D E
ISO-B250
VG250 21
16
A B C
454.5
454.5
D
392.5
392.5
E
φ350
φ335
ISO-B320
VG300 16
19
A B C
411.5
406.5
D
349.5
344.5
E
φ400
φ425
AB
C
D E
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
ISO-Rc3/8
150
156
175
8-M20DP22PCD540
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
100
φ516
KF50
φ570
Oil sump
83
Oil level sensor
AB
C
D E
TG5500 Water cooling
TG5000 Water cooling
A
ED
B
C
74
85.5
77
ISO-Rc3/8
PCD238
φ223
φ256
150
102
Connector
Purge gas
Cooling water Inlet/Outlet
10-M8 DP20
Inlet ISO-G1/4
95
22
KF40
Oil sump
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
100
20
POWER SUPPLY
OSAKA VACUUM,LTD.
START
F2F1 F3
STOP/RESET
149
513
9
104.5 250
1.62-φ5
100
43
1.6
3027
0
416
FANSpa
ce fo
r ca
ble
conn
ectio
ns
100
149
6
24.5
24.5
480460
Space for cableconnections
209
157.526
139
149
5
400
20
4-φ5
2.3
START
F2F1 F3
OSAKA VACUUM,LTD.
STOP/RESET
POWER SUPPLY
150Space for cable
connections
Compound Molecular Pumps
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG203 TG203
Sf = 160L/min Sf : Volume flow rate of backing pump
Sf = 160L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG2410 TG1003 TG2410 TG1003
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
Gas throughputVolume flowrate
TG1303 TG1303
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG1813 TG1813
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
N2N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Gas throughputVolume flowrate
TG2813 TG2813
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2810
N2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
N2
TG2810
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Gas throughputVolume flowrate
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
N2
Gas throughputVolume flowrate
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2413 TG3413
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG3413
N2
Gas throughput
N2
Volume flowrate
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
TG2810 TG5500 [Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG5500
TG203
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
200
140
150
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)543
4-6
4-6
550(4.1)80
70
11
TC203
TG553 TG1003
TG1303 TG1810/1813 TG2813TG3213
1 14
TC203
(Punel cut:128H×104W)
TC553 / TC1003 / TC1813 / TC3213
(Punel cut:124H×203W)
T u r b oMolecularP u m p s
OSAKA VACUUM
180-25390-121 / 180-253
8.2
400
610
800
2.7
TC203 TC553 TC1003 TC1813 TC3213 TC5500
50/60
Single
340 500
10
360
180-242
1200 1600 30002200
Oil free pumping Durable structure
Small and medium-sized compound molecular pumpsA selection of pumps with pumping speeds of 200~1,800L/s.Corrosive resistant types for corrosive gases.
※1 Except TC5500
02-TB-E-04
(ACV)
(Hz)
(VA)
(Hz)
(kg)
TG3413TG5000/5003TG5500/5503
TG203
TG553
TG1003
TG1303
TG1810 / TG1813
TG2813
TG3213
TG3413
TG5000 / TG5003
TG5500 / TG5503
TG203CA
TG203RA
TG203VA
TG203CW
TG203RW
TG203VW
TG553CW
TG553BW
TG553VW
TG1003CW
TG1003BW
TG1003VW
TG1303CW
TG1303BW
TG1303VW
TG1810BW / TG1813BW
TG1810VW / TG1813VW
TG2813BW
TG2813VW
TG3213BW
TG3213VW
TG3413VW
TG5000VW / TG5003VW
TG5500VW / TG5503VW
M1/TC-**M3/TC-**M5/TC-**M7/TC-**M10/TC-**M15/TC-**M20/TC-**F1/TC-S2
F3/TC-S2
F5/TC-S2
F7/TC-S2
F10/TC-S2
F15/TC-S2
F20/TC-S2
1m
3m
5m
7m
10m
15m
20m
1m
3m
5m
7m
10m
15m
20m
TG20 3※V A1 2 3 4 5 6
…TG203…TG553 / TG1003 / TG1303 / TG1810 / TG1813 / TG2810 / TG2813 TG3210 / TG3213 / TG3410 / TG3413
**※1 Please contact us with the exception of standard length.※2 Cables for TG5000 / TG5500 are built-to-order products.※3 Only for TG203.
S2M2
Series of Turbo Molecular Pumps
TC5500
(Punel cut:138H×431W)
TG203 TG553TG1003TG1303
TG1810TG1813
TG2813TG3213TG3413
TG5000TG5500
TG5003TG5503
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
Large-sized compound molecular pumpsA selection of pumps with pumping speeds of 2,800~5,500L/s.Standard types for clean processes and corrosive resistanttypes are available.
VG350 20
A B C
380
D
318
E
φ450
AB
C
D E
VG450 25
A B C
600
D
570
E
φ575
CF160
ISO-B160
VG150 16
16
22
402
402
402
360
360
360
A B C D E
φ235
φ203
φ225
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
550
430
370
1×108
3×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)1500
8-13
8-11
300(2.3)250
260
41
TC553
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1000
940
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1300
1100
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1800
1700
1100
1×108
3×103
< 1×10-6
(< 7.5×10-9)2444
11-16
23-28
270(2)500
260
80
TC1813
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
2800
2600
2400
1×108
6×103
< 1×10-6
( < 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3200
3000
2500
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3400
3200
2600
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1×108
5×103
< 1×10-6
( < 7.5×10-9)1200
25-35
30-40
200(1.5)1500
1000
250
TC5500
TG5000
5000
4700
4000
TG5500
5500
5200
4400
※TG5500
2
Korea/Seoul Office Shin Won Tech. Co., Ltd.
Taiwan/Cutes Corporation
China/Shanghai Osaka Vacuum, Ltd.
■ TMP service support center
France/Paris Liaison Office
Osaka Vacuum, Ltd.
Turbo Molecular Pumps
● Wide pressure range pumping
● High throughput
● Durable structure for air inrush
● Long lasting : Standard overhauls lead to a long useful life.
※Roots vacuum pump no longer necessary.
※Design duration of pump:100,000+hours. Overhaul cycle:20,000~30,000 hours.
Serial communicationRS232C Serial interface
Conforms to recognizedsafety standard
NRTL SEMI-S2 CE
◎ TG-F series are available for clean processes.
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 500L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Air cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~32℃ for air cooling type and 10~40℃ for water cooling type. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)+Fan Cable (3 meter, only for air-cooling type)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 160L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-R
N2
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Standard types and corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Standard types and corrosive resistant types are available.
■The world's largest volume flow rate compound molecular pump.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
※Built-to-order products. Please contact us for more information.
Specifications
Performance curveDrawing of Outside dimension
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Power supply
Power supply model
Input Voltage
Input Frequency
Input Phases
Input Power
Rated Output Frequency
Weight
Standard accessories
TMP
Input connector: 1 / Remote connector: 1 / Serial communication connector※1: 1 / Instruction manual: 1 copy / Serial communication operation manual※1: 1 copy
Motor cable※2
Fan cable※3
length modelCable model(Standard length:※13m)
※Please contact us for models other than the above.
ModelType
◎ Standard Type & Corrosive Resistant Type in 300~2400L/s.
◎ Vibration Free with ABS. (Auto Balance System)
◎ Pumps and Controllers are independently exchangeable.
◎ Rotational speed control.
◎ Thermal insulation structure is available. (Special version)
Magnetically Suspended Compound Molecular Pumps(TG-M series)/ Digital type
◎ Grease-lubricated types with pumping speeds of 50~2400 L/s
◎ Any orientation and easy operation.
◎ Maintenance free (O/H cycle:20,000 to 30,000 hours.)
◎ Durable, compact, light-weight design
◎ Models impervious to air inrush, quick shut down on venting are available.
Compound Molecular Pumps(TG-F series)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Water cooling Water cooling Water coolingWater cooling
Water cooling
Characteristics of Compound Molecular Pumps
Products Line-up
2015.05.1000
Osaka Head office
JQA-QMA1902NABARI FACTORY
JQA-EMA5143
U.S.A.
Korea
Tel:+82-32-814-6331 Fax:+82-32-814-7301
■Shin Won Tech. Co., Ltd.(maintenance)
Taiwan2-22 Nan Yuan Road, Chung Li City 32063 Taiwan, R.O.C.
Tel:+886-3-452-6161 Fax:+886-3-451-1347
■Cutes Corporation
ChinaSouth A,T52-4-1F,No.1510,Chuanqiao Rd.,Pudong,Shanghai 201206 P. R. China
Tel:+86-21-5031-1522 Fax:+86-21-5031-1523
Tel support Field support Maintenance Local stock
#12LT 36Bl Namdong Industry Area, Namdong-Ku, Inchon 450-100 Korea
■Shanghai Osaka Vacuum, Ltd.
48000 Fremont Blvd, Fremont, CA 94538 U.S.A.
Tel:+1-510-770-0100 Fax:+1-510-770-0104
■Osaka Vacuum U.S.A., Inc.
Leaders Bldg., 274-4, Seohyun-Dong, Bundang-ku, Seongnam-Si, Gyeonggi-Do 463-824 KoreaTel:+82-31-707-0002 Fax:+82-31-707-3339
■Seoul office(sales)
51 Main Avenue, Sacramento, CA 95838 USA
Tel:+1-916-920-5451 Fax:+1-916-830-1900
■Ebara Technologies Inc.
Model
Size
Specificationtype
Bearingsystem
Inlet Flange※1
Coolingsystem
1
2
3
4
5
6
※1 Standard Flange
CF : JVIS 003 Bakeable Flanges : Dimensions-Knife-edge sealed type
ISO-B : ISO1609:1986 Vacuum technology - Flange dimensions (Bolted type)ISO-R : ISO1609:1986 Vacuum technology - Flange dimensions
(Clamped or rotatable type)VG : JISB2290 :1968 Vacuum technology-Flange :dimensions
(Vacuum flange with O-ring groove)KF : ISO2861/1:1974 Vacuum technology - Quick-release couplings
- Dimensions - Part 1(Clamped type)
Notwritten( )
:Compound Molecular Pumps
:Standard type
:XHV type
:Corrosive resistant type
:Ball bearing (oil lubrication):Ball bearing (grease lubrication):Magnetically suspended
:CF
:ISO-B
:ISO-R
:VG
:Air cooling
:Water cooling
TG
kineTiG
Near Volume flow rate(N2)0
1
3
F
M
C
B
R
V
A
W
◎ Standard Type & Corrosive Resistant Type in 2200L/s.◎ Integrated controller/power supply, very compact footprint. ◎ Wide pressure range applications, capable of pumping at high throughput. ◎ High compression ratio, low ultimate pressure.◎ Variable rotational speed control(110rps-450rps).
Magnetically Suspended Compound Molecular Pumps with Integrated Control Unit(TG kine 2200M)
U.S.A./Osaka Vacuum U.S.A.,Inc. Ebara Technologies Inc.
Japan/Nabari FactoryTMP Service Group
Japan
Tel:+81-595-64-1162 Fax:+81-595-64-1163
■Nabari Factory TMP Service Group1300-81 Yabata, Nabari, Mie 518-0605, Japan
Compound Molecular Pumps
3
Osaka Vacuum, Ltd.Tu
rbo
Mol
ecul
ar P
umps
φ140
30゚30゚85
100
25
6036
φ89
25 53
11
PCD 128
Purge gasInlet ISO-G1/4 ISO-Rc3/8
Connector
KF25KF25
Cooling water Inlet/Outlet
3-M8 DP17
Oil sump
φ140
30゚30゚85
φ89
45゚
120
□120
75
PCD 128
Purge gasInlet ISO-G1/4
53
Connector
KF25
Air cooling fan
3-M8 DP10
Oil sump
AB
C
E
E
D
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
238
236
238
D
φ185
φ152
φ130
E
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
226
224
226
D
φ185
φ152
φ130
AB
C
ED
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG203 TG203
Sf = 160L/min Sf : Volume flow rate of backing pump
Sf = 160L/min Sf : Volume flow rate of backing pump
TG203
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
200
140
150
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)543
4-6
4-6
550(4.1)80
70
11
TC203
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Air cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~32℃ for air cooling type and 10~40℃ for water cooling type. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)+Fan Cable (3 meter, only for air-cooling type)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 160L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-R
N2
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
Compound Molecular Pumps
4
Osaka Vacuum, Ltd.Turbo M
olecular Pumps
A
ED
B
C
74
85.5
77
ISO-Rc3/8
PCD238
φ223
φ256
150
102
Connector
Purge gas
Cooling water Inlet/Outlet
10-M8 DP20
Inlet ISO-G1/4
95
22
KF40
Oil sump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
TG553■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
CF160
ISO-B160
VG150 16
16
22
402
402
402
360
360
360
A B C D E
φ235
φ203
φ225
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
550
430
370
1×108
3×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)1500
8-13
8-11
300(2.3)250
260
41
TC553
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 500L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
5
Compound Molecular Pumps
Osaka Vacuum, Ltd.Tu
rbo
Mol
ecul
ar P
umps
B
C
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
A
DE
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
CF160
ISO-B160
VG150 16
16
22
421
421
421
359
359
359
A B C D E
φ235
φ203
φ225
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG2410 TG1003 TG2410 TG1003
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
TG1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1000
940
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Compound Molecular Pumps
6
Osaka Vacuum, Ltd.Turbo M
olecular Pumps
B
CF200
ISO-B200
VG200 20
16
25
A B C
392
392
407
330
330
345
D E
φ300
φ253
φ285
C
A
DE
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
Gas throughputVolume flowrate
TG1303 TG1303
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
TG1303
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1300
1100
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Compound Molecular Pumps
7
Osaka Vacuum, Ltd.Tu
rbo
Mol
ecul
ar P
umps
307φ
356φ
115 43
81
111183
85.5
77
Oil sump
Connector
Purge gasInlet ISO-G1/4
8-M10DP12PCD340
KF40
Cooling water Inlet/Outlet
A
DE
B
C
ISO-B250
VG250 21
16
425
425
363
363
A B C D E
φ350
φ335
ISO-Rc3/8
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG1813 TG1813
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
TG1810/1813
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1800
1700
1100
1×108
3×103
< 1×10-6
(< 7.5×10-9)2444
11-16
23-28
270(2)500
260
80
TC1813
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
■Standard types and corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Compound Molecular Pumps
8
Osaka Vacuum, Ltd.Turbo M
olecular Pumps
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
AB
C
D E
ISO-B250
VG250 21
16
A B C
454.5
454.5
D
392.5
392.5
E
φ350
φ335
N2N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Gas throughputVolume flowrate
TG2813 TG2813
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2813
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
2800
2600
2400
1×108
6×103
< 1×10-6
( < 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Compound Molecular Pumps
9
Osaka Vacuum, Ltd.Tu
rbo
Mol
ecul
ar P
umps
ISO-B320
VG300 16
19
A B C
411.5
406.5
D
349.5
344.5
E
φ400
φ425
AB
C
D E
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
TG2810
N2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
N2
TG2810
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Gas throughputVolume flowrate
TG3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3200
3000
2500
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
10
Compound Molecular Pumps
Osaka Vacuum, Ltd.Turbo M
olecular Pumps
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
N2
Gas throughputVolume flowrate
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2413 TG3413
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG3413
N2
TG3413
VG350 20
A B C
380
D
318
E
φ450
AB
C
D E
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3400
3200
2600
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Compound Molecular Pumps
11
Osaka Vacuum, Ltd.Tu
rbo
Mol
ecul
ar P
umps
VG500 25
A B C
560
D
530
E
φ625
100
83
φ516
φ570
Oil sump
KF50
Oil level sensor
150
156
175
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
C
D
B A
E
150
156
175
8-M20DP22PCD540
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
100
φ516
KF50
φ570
Oil sump
83
Oil level sensor
AB
C
D E
TG5500 Water cooling
TG5000 Water cooling Gas throughput
N2
Volume flowrate
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
TG2810 TG5500 [Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG5500
TG5000/5003TG5500/5503
VG450 25
A B C
600
D
570
E
φ575
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1×108
5×103
< 1×10-6
( < 7.5×10-9)1200
25-35
30-40
200(1.5)1500
1000
250
TC5500
TG5000
5000
4700
4000
TG5500
5500
5200
4400
※TG5500
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG
N2
■Standard types and corrosive resistant types are available.
■The world's largest volume flow rate compound molecular pump.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
※Built-to-order products. Please contact us for more information.
Specifications
Performance curveDrawing of Outside dimension
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
12
Osaka Vacuum, Ltd.Turbo Controller
100
20
POWER SUPPLY
OSAKA VACUUM,LTD.
START
F2F1 F3
STOP/RESET
149
513
9
104.5 250
1.62-φ5
100
43
1.6
3027
0
416
FANSpa
ce fo
r ca
ble
conn
ectio
ns
100
149
6
24.5
24.5
480460
Space for cableconnections
209
157.526
139
149
5
400
20
4-φ5
2.3
START
F2F1 F3
OSAKA VACUUM,LTD.
STOP/RESET
POWER SUPPLY
150Space for cable
connections
TC203
(Punel cut:128H×104W)
TC553 / TC1003 / TC1813 / TC3213
(Punel cut:124H×203W)
180-25390-121 / 180-253
8.2
400
610
800
2.7
TC203 TC553 TC1003 TC1813 TC3213 TC5500
50/60
Single
340 500
10
360
180-242
1200 1600 30002200
※1 Except TC5500
(ACV)
(Hz)
(VA)
(Hz)
(kg)
TC5500
(Punel cut:138H×431W)
TG203 TG553TG1003TG1303
TG1810TG1813
TG2813TG3213TG3413
TG5000TG5500
TG5003TG5503
Power supply
Power supply model
Input Voltage
Input Frequency
Input Phases
Input Power
Rated Output Frequency
Weight
Standard accessories
TMP
Input connector: 1 / Remote connector: 1 / Serial communication connector※1: 1 / Instruction manual: 1 copy / Serial communication operation manual※1: 1 copy
13
Osaka Vacuum, Ltd.
TG203
TG553
TG1003
TG1303
TG1810 / TG1813
TG2813
TG3213
TG3413
TG5000 / TG5003
TG5500 / TG5503
TG203CA
TG203RA
TG203VA
TG203CW
TG203RW
TG203VW
TG553CW
TG553BW
TG553VW
TG1003CW
TG1003BW
TG1003VW
TG1303CW
TG1303BW
TG1303VW
TG1810BW / TG1813BW
TG1810VW / TG1813VW
TG2813BW
TG2813VW
TG3213BW
TG3213VW
TG3413VW
TG5000VW / TG5003VW
TG5500VW / TG5503VW
M1/TC-**M3/TC-**M5/TC-**M7/TC-**M10/TC-**M15/TC-**M20/TC-**F1/TC-S2
F3/TC-S2
F5/TC-S2
F7/TC-S2
F10/TC-S2
F15/TC-S2
F20/TC-S2
1m
3m
5m
7m
10m
15m
20m
1m
3m
5m
7m
10m
15m
20m
TG20 3※V A1 2 3 4 5 6
…TG203…TG553 / TG1003 / TG1303 / TG1810 / TG1813 / TG2810 / TG2813 TG3210 / TG3213 / TG3410 / TG3413
**※1 Please contact us with the exception of standard length.※2 Cables for TG5000 / TG5500 are built-to-order products.※3 Only for TG203.
S2M2
Motor cable※2
Fan cable※3
length modelCable model(Standard length:※13m)
※Please contact us for models other than the above.
ModelType
Products Line-up
Model
Size
Specificationtype
Bearingsystem
Inlet Flange※1
Coolingsystem
1
2
3
4
5
6
※1 Standard Flange
CF : JVIS 003 Bakeable Flanges : Dimensions-Knife-edge sealed type
ISO-B : ISO1609:1986 Vacuum technology - Flange dimensions (Bolted type)ISO-R : ISO1609:1986 Vacuum technology - Flange dimensions
(Clamped or rotatable type)VG : JISB2290 :1968 Vacuum technology-Flange :dimensions
(Vacuum flange with O-ring groove)KF : ISO2861/1:1974 Vacuum technology - Quick-release couplings
- Dimensions - Part 1(Clamped type)
Notwritten( )
:Compound Molecular Pumps
:Standard type
:XHV type
:Corrosive resistant type
:Ball bearing (oil lubrication):Ball bearing (grease lubrication):Magnetically suspended
:CF
:ISO-B
:ISO-R
:VG
:Air cooling
:Water cooling
TG
kineTiG
Near Volume flow rate(N2)0
1
3
F
M
C
B
R
V
A
W
Compound Molecular Pumps
5
Compound Molecular Pumps Compound Molecular Pumps
3
Compound Molecular Pumps Compound Molecular Pumps
Compound Molecular Pumps
13
Compound Molecular Pumps
10
12
11 4
Compound Molecular Pumps
Compound Molecular Pumps
7 89 6
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Controller
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd.
307φ
356φ
115 43
81
111183
85.5
77
Oil sump
Connector
Purge gasInlet ISO-G1/4
8-M10DP12PCD340
KF40
Cooling water Inlet/Outlet
A
DE
B
C
ISO-B250
VG250 21
16
425
425
363
363
A B C D E
φ350
φ335
B
CF200
ISO-B200
VG200 20
16
25
A B C
392
392
407
330
330
345
D E
φ300
φ253
φ285
C
A
DE
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
B
C
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
A
DE
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
CF160
ISO-B160
VG150 16
16
22
421
421
421
359
359
359
A B C D E
φ235
φ203
φ225
VG500 25
A B C
560
D
530
E
φ625
100
83
φ516
φ570
Oil sump
KF50
Oil level sensor
150
156
175
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
C
D
B A
E
φ140
30゚30゚85
100
25
6036
φ89
25 53
11
PCD 128
Purge gasInlet ISO-G1/4 ISO-Rc3/8
Connector
KF25KF25
Cooling water Inlet/Outlet
3-M8 DP17
Oil sump
φ140
30゚30゚85
φ89
45゚
120
□120
75
PCD 128
Purge gasInlet ISO-G1/4
53
Connector
KF25
Air cooling fan
3-M8 DP10
Oil sump
AB
C
E
E
D
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
238
236
238
D
φ185
φ152
φ130
E
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
226
224
226
D
φ185
φ152
φ130
AB
C
ED
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
AB
C
D E
ISO-B250
VG250 21
16
A B C
454.5
454.5
D
392.5
392.5
E
φ350
φ335
ISO-B320
VG300 16
19
A B C
411.5
406.5
D
349.5
344.5
E
φ400
φ425
AB
C
D E
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
ISO-Rc3/8
150
156
175
8-M20DP22PCD540
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
100
φ516
KF50
φ570
Oil sump
83
Oil level sensor
AB
C
D E
TG5500 Water cooling
TG5000 Water cooling
A
ED
B
C
74
85.5
77
ISO-Rc3/8
PCD238
φ223
φ256
150
102
Connector
Purge gas
Cooling water Inlet/Outlet
10-M8 DP20
Inlet ISO-G1/4
95
22
KF40
Oil sump
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
100
20
POWER SUPPLY
OSAKA VACUUM,LTD.
START
F2F1 F3
STOP/RESET
149
513
9
104.5 250
1.62-φ5
100
43
1.6
3027
0
416
FANSpa
ce fo
r ca
ble
conn
ectio
ns
100
149
6
24.5
24.5
480460
Space for cableconnections
209
157.526
139
149
5
400
20
4-φ5
2.3
START
F2F1 F3
OSAKA VACUUM,LTD.
STOP/RESET
POWER SUPPLY
150Space for cable
connections
Compound Molecular Pumps
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG203 TG203
Sf = 160L/min Sf : Volume flow rate of backing pump
Sf = 160L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG2410 TG1003 TG2410 TG1003
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
Gas throughputVolume flowrate
TG1303 TG1303
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG1813 TG1813
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
N2N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Gas throughputVolume flowrate
TG2813 TG2813
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2810
N2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
N2
TG2810
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Gas throughputVolume flowrate
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
N2
Gas throughputVolume flowrate
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2413 TG3413
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG3413
N2
Gas throughput
N2
Volume flowrate
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
TG2810 TG5500 [Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG5500
TG203
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
200
140
150
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)543
4-6
4-6
550(4.1)80
70
11
TC203
TG553 TG1003
TG1303 TG1810/1813 TG2813TG3213
1 14
TC203
(Punel cut:128H×104W)
TC553 / TC1003 / TC1813 / TC3213
(Punel cut:124H×203W)
T u r b oMolecularP u m p s
OSAKA VACUUM
180-25390-121 / 180-253
8.2
400
610
800
2.7
TC203 TC553 TC1003 TC1813 TC3213 TC5500
50/60
Single
340 500
10
360
180-242
1200 1600 30002200
Oil free pumping Durable structure
Small and medium-sized compound molecular pumpsA selection of pumps with pumping speeds of 200~1,800L/s.Corrosive resistant types for corrosive gases.
※1 Except TC5500
02-TB-E-03
(ACV)
(Hz)
(VA)
(Hz)
(kg)
TG3413TG5000/5003TG5500/5503
TG203
TG553
TG1003
TG1303
TG1810 / TG1813
TG2813
TG3213
TG3413
TG5000 / TG5003
TG5500 / TG5503
TG203CA
TG203RA
TG203VA
TG203CW
TG203RW
TG203VW
TG553CW
TG553BW
TG553VW
TG1003CW
TG1003BW
TG1003VW
TG1303CW
TG1303BW
TG1303VW
TG1810BW / TG1813BW
TG1810VW / TG1813VW
TG2813BW
TG2813VW
TG3213BW
TG3213VW
TG3413VW
TG5000VW / TG5003VW
TG5500VW / TG5503VW
M1/TC-**M3/TC-**M5/TC-**M7/TC-**M10/TC-**M15/TC-**M20/TC-**F1/TC-S2
F3/TC-S2
F5/TC-S2
F7/TC-S2
F10/TC-S2
F15/TC-S2
F20/TC-S2
1m
3m
5m
7m
10m
15m
20m
1m
3m
5m
7m
10m
15m
20m
TG20 3※V A1 2 3 4 5 6
…TG203…TG553 / TG1003 / TG1303 / TG1810 / TG1813 / TG2810 / TG2813 TG3210 / TG3213 / TG3410 / TG3413
**※1 Please contact us with the exception of standard length.※2 Cables for TG5000 / TG5500 are built-to-order products.※3 Only for TG203.
S2M2
Series of Turbo Molecular Pumps
TC5500
(Punel cut:138H×431W)
TG203 TG553TG1003TG1303
TG1810TG1813
TG2813TG3213TG3413
TG5000TG5500
TG5003TG5503
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
Large-sized compound molecular pumpsA selection of pumps with pumping speeds of 2,800~5,500L/s.Standard types for clean processes and corrosive resistanttypes are available.
VG350 20
A B C
380
D
318
E
φ450
AB
C
D E
VG450 25
A B C
600
D
570
E
φ575
CF160
ISO-B160
VG150 16
16
22
402
402
402
360
360
360
A B C D E
φ235
φ203
φ225
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
550
430
370
1×108
3×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)1500
8-13
8-11
300(2.3)250
260
41
TC553
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1000
940
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1300
1100
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1800
1700
1100
1×108
3×103
< 1×10-6
(< 7.5×10-9)2444
11-16
23-28
270(2)500
260
80
TC1813
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
2800
2600
2400
1×108
6×103
< 1×10-6
( < 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3200
3000
2500
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3400
3200
2600
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1×108
5×103
< 1×10-6
( < 7.5×10-9)1200
25-35
30-40
200(1.5)1500
1000
250
TC5500
TG5000
5000
4700
4000
TG5500
5500
5200
4400
※TG5500
2
Japan/Hachiohji Workshop
Korea/Seoul Office Shin Won Tech. Co., Ltd.
Taiwan/Cutes Corporation
China/Shanghai Osaka Vacuum, Ltd.
■ TMP service support center
France/Paris Liaison Office
Osaka Vacuum, Ltd.
Turbo Molecular Pumps
● Wide pressure range pumping
● High throughput
● Durable structure for air inrush
● Long lasting : Standard overhauls lead to a long useful life.
※Roots vacuum pump no longer necessary.
※Design duration of pump:100,000+hours. Overhaul cycle:20,000~30,000 hours.
Serial communicationRS232C Serial interface
Conforms to recognizedsafety standard
NRTL SEMI-S2 CE
◎ TG-F series are available for clean processes.
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 500L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Air cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~32℃ for air cooling type and 10~40℃ for water cooling type. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)+Fan Cable (3 meter, only for air-cooling type)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 160L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-R
N2
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Standard types and corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Standard types and corrosive resistant types are available.
■The world's largest volume flow rate compound molecular pump.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
※Built-to-order products. Please contact us for more information.
Specifications
Performance curveDrawing of Outside dimension
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Power supply
Power supply model
Input Voltage
Input Frequency
Input Phases
Input Power
Rated Output Frequency
Weight
Standard accessories
TMP
Input connector: 1 / Remote connector: 1 / Serial communication connector※1: 1 / Instruction manual: 1 copy / Serial communication operation manual※1: 1 copy
Motor cable※2
Fan cable※3
length modelCable model(Standard length:※13m)
※Please contact us for models other than the above.
ModelType
◎ Standard Type & Corrosive Resistant Type in 300~2400L/s.
◎ Vibration Free with ABS. (Auto Balance System)
◎ Pumps and Controllers are independently exchangeable.
◎ Rotational speed control.
◎ Thermal insulation structure is available. (Special version)
Magnetically Suspended Compound Molecular Pumps(TG-M series)/ Digital type
◎ Grease-lubricated types with pumping speeds of 50~2400 L/s
◎ Any orientation and easy operation.
◎ Maintenance free (O/H cycle:20,000 to 30,000 hours.)
◎ Durable, compact, light-weight design
◎ Models impervious to air inrush, quick shut down on venting are available.
Compound Molecular Pumps(TG-F series)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Water cooling Water cooling Water coolingWater cooling
Water cooling
Characteristics of Compound Molecular Pumps
Products Line-up
2011.10.1000
Osaka Head office
JQA-QMA1902NABARI FACTORY
JQA-EMA5143
Japan
Tel:+81-42-664-5301 Fax:+81-42-664-6420
■Hachioji Workshop
U.S.A.
Korea
Tel:+82-32-814-8441 Fax:+82-32-814-7301
■Shin Won Tech. Co., Ltd.(maintenance)
Taiwan2-22 Nan Yuan Road, Chung Li City 32063 Taiwan, R.O.C.
Tel:+886-3-452-6161 Fax:+886-3-451-1347
■Cutes Corporation
ChinaSouth A,T52-4-1F,No.1510,Chuanqiao Rd.,Pudong,Shanghai 201206 P. R. China
Tel:+86-21-5031-1522 Fax:+86-21-5031-1523
Tel support Field support Maintenance Local stock
1221 Kunugida-cho, Hachioji 193-0942 Japan
#12LT 36Bl Namdong Industry Area, Namdong-Ku, Inchon 450-100 Korea
■Shanghai Osaka Vacuum, Ltd.
48000 Fremont Blvd, Fremont, CA 94538 U.S.A.
Tel:+1-510-770-0100 Fax:+1-510-770-0104
■Osaka Vacuum U.S.A., Inc.
Leaders Bldg., 274-4, Seohyun-Dong, Bundang-ku, Seongnam-Si, Gyeonggi-Do 463-824 KoreaTel:+82-31-707-0002 Fax:+82-31-707-3339
■Seoul office(sales)
51 Main Avenue, Sacramento, CA 95838 USA
Tel:+1-916-920-5451 Fax:+1-916-830-1900
■Ebara Technologies Inc.
Model
Size
Specificationtype
Bearingsystem
Inlet Flange※1
Coolingsystem
1
2
3
4
5
6
※1 Standard Flange
CF : JVIS 003 Bakeable Flanges : Dimensions-Knife-edge sealed type
ISO-B : ISO1609:1986 Vacuum technology - Flange dimensions (Bolted type)ISO-R : ISO1609:1986 Vacuum technology - Flange dimensions
(Clamped or rotatable type)VG : JISB2290 :1968 Vacuum technology-Flange :dimensions
(Vacuum flange with O-ring groove)KF : ISO2861/1:1974 Vacuum technology - Quick-release couplings
- Dimensions - Part 1(Clamped type)
Notwritten( )
:Compound Molecular Pumps
:Standard type
:XHV type
:Corrosive resistant type
:Ball bearing (oil lubrication):Ball bearing (grease lubrication):Magnetically suspended
:CF
:ISO-B
:ISO-R
:VG
:Air cooling
:Water cooling
TG
kineTiG
Near Volume flow rate(N2)0
1
3
F
M
C
B
R
V
A
W
◎ Standard Type & Corrosive Resistant Type in 2200L/s.◎ Integrated controller/power supply, very compact footprint. ◎ Wide pressure range applications, capable of pumping at high throughput. ◎ High compression ratio, low ultimate pressure.◎ Variable rotational speed control(110rps-450rps).
Magnetically Suspended Compound Molecular Pumps with Integrated Control Unit(TG kine 2200M)
U.S.A./Osaka Vacuum U.S.A.,Inc. Ebara Technologies Inc.
Compound Molecular Pumps
5
Compound Molecular Pumps Compound Molecular Pumps
3
Compound Molecular Pumps Compound Molecular Pumps
Compound Molecular Pumps
13
Compound Molecular Pumps
10
12
11 4
Compound Molecular Pumps
Compound Molecular Pumps
7 89 6
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Controller
Osaka Vacuum, Ltd. Osaka Vacuum, Ltd.
Turb
o M
olec
ular
Pum
ps
Turbo Molecular Pum
ps
Osaka Vacuum, Ltd.
307φ
356φ
115 43
81
111183
85.5
77
Oil sump
Connector
Purge gasInlet ISO-G1/4
8-M10DP12PCD340
KF40
Cooling water Inlet/Outlet
A
DE
B
C
ISO-B250
VG250 21
16
425
425
363
363
A B C D E
φ350
φ335
B
CF200
ISO-B200
VG200 20
16
25
A B C
392
392
407
330
330
345
D E
φ300
φ253
φ285
C
A
DE
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
B
C
φ267
φ296
115
85.5
77
φ267
φ296
162
102
115
43
74
85.5
77
PCD282
ISO-Rc3/8
KF40
A
DE
Connector
14-M8 Dp.13Purge gasInlet ISO-G1/4
Cooling water Inlet/Outlet
Oil sump
CF160
ISO-B160
VG150 16
16
22
421
421
421
359
359
359
A B C D E
φ235
φ203
φ225
VG500 25
A B C
560
D
530
E
φ625
100
83
φ516
φ570
Oil sump
KF50
Oil level sensor
150
156
175
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
C
D
B A
E
φ140
30゚30゚85
100
25
6036
φ89
25 53
11
PCD 128
Purge gasInlet ISO-G1/4 ISO-Rc3/8
Connector
KF25KF25
Cooling water Inlet/Outlet
3-M8 DP17
Oil sump
φ140
30゚30゚85
φ89
45゚
120
□120
75
PCD 128
Purge gasInlet ISO-G1/4
53
Connector
KF25
Air cooling fan
3-M8 DP10
Oil sump
AB
C
E
E
D
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
238
236
238
D
φ185
φ152
φ130
E
CF100
ISO-R100
VG100 15
12
21
A B C
264
262
264
226
224
226
D
φ185
φ152
φ130
AB
C
ED
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
AB
C
D E
ISO-B250
VG250 21
16
A B C
454.5
454.5
D
392.5
392.5
E
φ350
φ335
ISO-B320
VG300 16
19
A B C
411.5
406.5
D
349.5
344.5
E
φ400
φ425
AB
C
D E
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
ISO-Rc3/8
150
156
175
8-M20DP22PCD540
Cooling water Inlet/Outlet
Purge gas
ISO-Rc3/8
Inlet ISO-G1/4
320250
Connector
100
φ516
KF50
φ570
Oil sump
83
Oil level sensor
AB
C
D E
TG5500 Water cooling
TG5000 Water cooling
A
ED
B
C
74
85.5
77
ISO-Rc3/8
PCD238
φ223
φ256
150
102
Connector
Purge gas
Cooling water Inlet/Outlet
10-M8 DP20
Inlet ISO-G1/4
95
22
KF40
Oil sump
115 42
.5
85.5
77
102210
Inlet ISO-G1/4
9
9
PCD390
74
ISO-Rc3/8
φ377
φ405
Oil sump
8-M10 DP18Purge gas
Cooling water Inlet/Outlet
Connector
KF40
100
20
POWER SUPPLY
OSAKA VACUUM,LTD.
START
F2F1 F3
STOP/RESET
149
513
9
104.5 250
1.62-φ5
100
43
1.6
3027
0
416
FANSpa
ce fo
r ca
ble
conn
ectio
ns
100
149
6
24.5
24.5
480460
Space for cableconnections
209
157.526
139
149
5
400
20
4-φ5
2.3
START
F2F1 F3
OSAKA VACUUM,LTD.
STOP/RESET
POWER SUPPLY
150Space for cable
connections
Compound Molecular Pumps
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG203 TG203
Sf = 160L/min Sf : Volume flow rate of backing pump
Sf = 160L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
TG553
Sf = 500L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG2410 TG1003 TG2410 TG1003
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
Gas throughputVolume flowrate
TG1303 TG1303
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
Gas throughputVolume flowrate
N2
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-2 10-1 100 101 102
10-4 10-3 10-2 10-1
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-2 10-1 100 101 102
10-4 10-3 10-2 10-1
TG1813 TG1813
Sf = 1000L/min Sf : Volume flow rate of backing pump
Sf = 1000L/min Sf : Volume flow rate of backing pump
N2N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Gas throughputVolume flowrate
TG2813 TG2813
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2810
N2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
N2
TG2810
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG3213
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Gas throughputVolume flowrate
[Torr]
[Pa]
Inlet pressureVo
lum
e flo
w ra
te
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
[Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
N2
Gas throughputVolume flowrate
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2413 TG3413
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG3413
N2
Gas throughput
N2
Volume flowrate
N2
[Torr]
[Pa]
Inlet pressure
Volu
me
flow
rate
104
103
102
10110-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
[L/s
]
TG2810 TG5500 [Pa・
L/s]
[scc
m]
Thro
ughp
ut
103
102
101
104
103
102
101
[Torr]
[Pa]
Inlet pressure
10-3 10-2 10-1 100 101
10-5 10-4 10-3 10-2
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
Sf = 1500~3000L/minSf : Volume flow rate
of backing pump
TG2410 TG5500
TG203
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
200
140
150
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)543
4-6
4-6
550(4.1)80
70
11
TC203
TG553 TG1003
TG1303 TG1810/1813 TG2813TG3213
1 14
TC203
(Punel cut:128H×104W)
TC553 / TC1003 / TC1813 / TC3213
(Punel cut:124H×203W)
T u r b oMolecularP u m p s
OSAKA VACUUM
180-25390-121 / 180-253
8.2
400
610
800
2.7
TC203 TC553 TC1003 TC1813 TC3213 TC5500
50/60
Single
340 500
10
360
180-242
1200 1600 30002200
Oil free pumping Durable structure
Small and medium-sized compound molecular pumpsA selection of pumps with pumping speeds of 200~1,800L/s.Corrosive resistant types for corrosive gases.
※1 Except TC5500
02-TB-E-04
(ACV)
(Hz)
(VA)
(Hz)
(kg)
TG3413TG5000/5003TG5500/5503
TG203
TG553
TG1003
TG1303
TG1810 / TG1813
TG2813
TG3213
TG3413
TG5000 / TG5003
TG5500 / TG5503
TG203CA
TG203RA
TG203VA
TG203CW
TG203RW
TG203VW
TG553CW
TG553BW
TG553VW
TG1003CW
TG1003BW
TG1003VW
TG1303CW
TG1303BW
TG1303VW
TG1810BW / TG1813BW
TG1810VW / TG1813VW
TG2813BW
TG2813VW
TG3213BW
TG3213VW
TG3413VW
TG5000VW / TG5003VW
TG5500VW / TG5503VW
M1/TC-**M3/TC-**M5/TC-**M7/TC-**M10/TC-**M15/TC-**M20/TC-**F1/TC-S2
F3/TC-S2
F5/TC-S2
F7/TC-S2
F10/TC-S2
F15/TC-S2
F20/TC-S2
1m
3m
5m
7m
10m
15m
20m
1m
3m
5m
7m
10m
15m
20m
TG20 3※V A1 2 3 4 5 6
…TG203…TG553 / TG1003 / TG1303 / TG1810 / TG1813 / TG2810 / TG2813 TG3210 / TG3213 / TG3410 / TG3413
**※1 Please contact us with the exception of standard length.※2 Cables for TG5000 / TG5500 are built-to-order products.※3 Only for TG203.
S2M2
Series of Turbo Molecular Pumps
TC5500
(Punel cut:138H×431W)
TG203 TG553TG1003TG1303
TG1810TG1813
TG2813TG3213TG3413
TG5000TG5500
TG5003TG5503
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
Large-sized compound molecular pumpsA selection of pumps with pumping speeds of 2,800~5,500L/s.Standard types for clean processes and corrosive resistanttypes are available.
VG350 20
A B C
380
D
318
E
φ450
AB
C
D E
VG450 25
A B C
600
D
570
E
φ575
CF160
ISO-B160
VG150 16
16
22
402
402
402
360
360
360
A B C D E
φ235
φ203
φ225
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
550
430
370
1×108
3×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)1500
8-13
8-11
300(2.3)250
260
41
TC553
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1000
940
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1300
1100
1000
1×108
4×103
< 1×10-7 / < 1×10-6
(< 7.5×10-10 / < 7.5×10-9)2715
9-12
9-13
300(2.3)500
260
50
TC1003
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1800
1700
1100
1×108
3×103
< 1×10-6
(< 7.5×10-9)2444
11-16
23-28
270(2)500
260
80
TC1813
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
2800
2600
2400
1×108
6×103
< 1×10-6
( < 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3200
3000
2500
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
3400
3200
2600
1×108
6×103
< 1×10-6
(< 7.5×10-9)543
10-15
25-30
270(2)1500
260
100
TC3213
L/s
L/s
L/s
Pa
(Torr)sccm
min
min
Pa(Torr)L/min
mL
kg
1×108
5×103
< 1×10-6
( < 7.5×10-9)1200
25-35
30-40
200(1.5)1500
1000
250
TC5500
TG5000
5000
4700
4000
TG5500
5500
5200
4400
※TG5500
2
Korea/Seoul Office Shin Won Tech. Co., Ltd.
Taiwan/Cutes Corporation
China/Shanghai Osaka Vacuum, Ltd.
■ TMP service support center
France/Paris Liaison Office
Osaka Vacuum, Ltd.
Turbo Molecular Pumps
● Wide pressure range pumping
● High throughput
● Durable structure for air inrush
● Long lasting : Standard overhauls lead to a long useful life.
※Roots vacuum pump no longer necessary.
※Design duration of pump:100,000+hours. Overhaul cycle:20,000~30,000 hours.
Serial communicationRS232C Serial interface
Conforms to recognizedsafety standard
NRTL SEMI-S2 CE
◎ TG-F series are available for clean processes.
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 500L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 1000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Standard set
◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
VG・ISO-B
N2
Specifications
Performance curveDrawing of Outside dimension
Water cooling
Air cooling
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~32℃ for air cooling type and 10~40℃ for water cooling type. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)+Fan Cable (3 meter, only for air-cooling type)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 160L /min.
Volume flow rate
Max. compression ratio
Ultimate pressure
Max. throughput※1
Startup time
Shutdown time
Max. backing pressure
Recommended backing vacuum pump
Amount of lubrication oil required
Weight
Power Supply
N2
N2 (with protective screen)H2
N2
H2
CF / VG・ISO-R
N2
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant type for corrosive gases.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Standard types and corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Corrosive resistant types are available.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
■Serial communication ※RS232C Serial interface
■Conforms to recognized safety standard NRTL / SEMI-S2 / CE
■Standard types and corrosive resistant types are available.
■The world's largest volume flow rate compound molecular pump.
■Durable structure for air inrush.
■Sturdy, resists external impacts.
※Built-to-order products. Please contact us for more information.
Specifications
Performance curveDrawing of Outside dimension
Standard set
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)◆OptionBaking heater, Automatic slow leak valve, Purge gas inlet connector, Precision needle valve, Flanges and Fittings
●Corresponding gases Depending on the gas to be evacuated, some may damage the pump. Please contact us for details on
corresponding gases.
※1:In case of the backing vacuum pump of 3000L /min.
Power supply
Power supply model
Input Voltage
Input Frequency
Input Phases
Input Power
Rated Output Frequency
Weight
Standard accessories
TMP
Input connector: 1 / Remote connector: 1 / Serial communication connector※1: 1 / Instruction manual: 1 copy / Serial communication operation manual※1: 1 copy
Motor cable※2
Fan cable※3
length modelCable model(Standard length:※13m)
※Please contact us for models other than the above.
ModelType
◎ Standard Type & Corrosive Resistant Type in 300~2400L/s.
◎ Vibration Free with ABS. (Auto Balance System)
◎ Pumps and Controllers are independently exchangeable.
◎ Rotational speed control.
◎ Thermal insulation structure is available. (Special version)
Magnetically Suspended Compound Molecular Pumps(TG-M series)/ Digital type
◎ Grease-lubricated types with pumping speeds of 50~2400 L/s
◎ Any orientation and easy operation.
◎ Maintenance free (O/H cycle:20,000 to 30,000 hours.)
◎ Durable, compact, light-weight design
◎ Models impervious to air inrush, quick shut down on venting are available.
Compound Molecular Pumps(TG-F series)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
●Ambient temperature for useThe ambient temperature range to assure reaching the ultimate pressure is 10~23℃. The permissible ambient temperature is 10~40℃. The maximum temperature for the cooling water which assures the ultimate pressure is 30℃ and the permissible temperature range for cooling water is 10~35℃.
Pump+Power Supply+Motor Cable (3 meter)
Water cooling
Water cooling Water cooling Water coolingWater cooling
Water cooling
Characteristics of Compound Molecular Pumps
Products Line-up
2015.05.1000
Osaka Head office
JQA-QMA1902NABARI FACTORY
JQA-EMA5143
U.S.A.
Korea
Tel:+82-32-814-6331 Fax:+82-32-814-7301
■Shin Won Tech. Co., Ltd.(maintenance)
Taiwan2-22 Nan Yuan Road, Chung Li City 32063 Taiwan, R.O.C.
Tel:+886-3-452-6161 Fax:+886-3-451-1347
■Cutes Corporation
ChinaSouth A,T52-4-1F,No.1510,Chuanqiao Rd.,Pudong,Shanghai 201206 P. R. China
Tel:+86-21-5031-1522 Fax:+86-21-5031-1523
Tel support Field support Maintenance Local stock
#12LT 36Bl Namdong Industry Area, Namdong-Ku, Inchon 450-100 Korea
■Shanghai Osaka Vacuum, Ltd.
48000 Fremont Blvd, Fremont, CA 94538 U.S.A.
Tel:+1-510-770-0100 Fax:+1-510-770-0104
■Osaka Vacuum U.S.A., Inc.
Leaders Bldg., 274-4, Seohyun-Dong, Bundang-ku, Seongnam-Si, Gyeonggi-Do 463-824 KoreaTel:+82-31-707-0002 Fax:+82-31-707-3339
■Seoul office(sales)
51 Main Avenue, Sacramento, CA 95838 USA
Tel:+1-916-920-5451 Fax:+1-916-830-1900
■Ebara Technologies Inc.
Model
Size
Specificationtype
Bearingsystem
Inlet Flange※1
Coolingsystem
1
2
3
4
5
6
※1 Standard Flange
CF : JVIS 003 Bakeable Flanges : Dimensions-Knife-edge sealed type
ISO-B : ISO1609:1986 Vacuum technology - Flange dimensions (Bolted type)ISO-R : ISO1609:1986 Vacuum technology - Flange dimensions
(Clamped or rotatable type)VG : JISB2290 :1968 Vacuum technology-Flange :dimensions
(Vacuum flange with O-ring groove)KF : ISO2861/1:1974 Vacuum technology - Quick-release couplings
- Dimensions - Part 1(Clamped type)
Notwritten( )
:Compound Molecular Pumps
:Standard type
:XHV type
:Corrosive resistant type
:Ball bearing (oil lubrication):Ball bearing (grease lubrication):Magnetically suspended
:CF
:ISO-B
:ISO-R
:VG
:Air cooling
:Water cooling
TG
kineTiG
Near Volume flow rate(N2)0
1
3
F
M
C
B
R
V
A
W
◎ Standard Type & Corrosive Resistant Type in 2200L/s.◎ Integrated controller/power supply, very compact footprint. ◎ Wide pressure range applications, capable of pumping at high throughput. ◎ High compression ratio, low ultimate pressure.◎ Variable rotational speed control(110rps-450rps).
Magnetically Suspended Compound Molecular Pumps with Integrated Control Unit(TG kine 2200M)
U.S.A./Osaka Vacuum U.S.A.,Inc. Ebara Technologies Inc.
Japan/Nabari FactoryTMP Service Group
Japan
Tel:+81-595-64-1162 Fax:+81-595-64-1163
■Nabari Factory TMP Service Group1300-81 Yabata, Nabari, Mie 518-0605, Japan