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Uni-Thermo
Peng

CONTENTS

-li

fe
High
.
relia
bil

ity

Comparison with a Conventional Peltier Device.
The Result of Operating Reliability Test

3

Peltier Device Uni-Thermo Quality Chart

4~5

Peltier Device Uni-Thermo UT-2020CE-M

6

Peltier Device Uni-Thermo UT-3030CE-M

7

Peltier Device Uni-Thermo UT-4040CE-M

8

Peltier Device Uni-Thermo UT-7070CE-M

9Cooling Unit Line Up

10 ~ 12Jacket Types etc.

13

Thermo Electric Peltier Controller Model TA-20

14 ~ 15

Thermo Electric Peltier Controller Model TA-30

16 ~ 17

Thermo Electric Peltier Controller Model TA-151

18 ~ 19

Thermo Electric Peltier Controller Model TA-PB-2

20 ~ 21

Features of Uni-Thermo*S
Succession
uccession in making a single crystal off this element.
* Skeleton Structure.
(Flexible Structure - relief of thermal distortion.-)* Precise Processing Technology Accumulated by
W t h Precise
Watch
P i T
Technique.
h iUnder these technologies, we provide an ideal electronic peltier coolingwhich has an excellent performance, reliability,
environmental, compact, and superior in everything belonging to this device.

1. Superior cooling efficiency.
(Max. temperature gap, Endothermic quantity.)
2. High-speed respons.
3. High reliability, long-life.
4. High precision thickness control.
5. Utilization of large-sized (70x70 mm square) module.
6. Electric insulation can be selected according to application.
7. Made with Pb-free.
e-catalog_contents_peltier_11

Peltier Device Uni-Thermo

Comparison with a Conventional Peltier Device
Ordinary Peltier Device

Uni-Thermo

History

History
1994:Invention of monocrystal in needle configuration
method.

1834:Discovery of Peltier effect.
1954:Discovery of BiTe solid solution.
Since 45 years, the forecast forthe mass usage looks very hard.

Features of Materials
Polycrystal in
Ingot Configuration
Sintering Body in
Disk Configuration

1998:Development of Skeleton type devices.
Since 2000:Mass usage can be expected.

Features of Materials

Diameter 30 mm

Length 250 mm

Diameter 60 mm

Height 30 mm

Shape of Materials

Monocrystal inneedle configuration
Diameter 1.8 mm
Length 120 mm

Shape of Materials

Rigid Body Structure

Flexible Structure

Copper electrode

Alumina ceramics

N-Type BiTe

P-Type BiTe

Copperelectrode

Separator(Glass epoxy)

N-Type BiTe

Feature of Manufacturing Method and Device

Insulating
material

P-Type BiTe

Feature of Manufacturing Method and Device

1) 3 times cutting process. It waste much of materials.
2) It is easy to be broken due to rigid body structure.
3) On-Off control (quick cooling) can not be operated.
4) The thermo transfer is slow due to the polycrystal and sinteringbody.
5) Coefficient of performance (COP) is not changed for 20 to 30
years due to the polycrystal and rigid body structure.

1) Only 1 cutting processes, material is utilized in the maximum.
2) The high reliability due to Relaxing flexible structure.
3) ON - OFF control is possible.
4) Quick response. (rapid cooling and heating performance.)5) Coefficient of performance (COP) is improved 25% max superior
than conventional peltier devices.

40 Kapton Peltier Module The Result of Operating Reliability Test
1 : Method of Testing

2 : Test Criterion

Sample : 40 type Thermoelectric module with insulating cover by kapton film.
(KaptonTM is polyimide film manufactured by)Internal Resistance  max.10%

Test Equipment : Endurance Test Equipment

3 : Reliabilityy Test Result

Method of Testing : Divert an electric current to an order direction, a reverse direction
to an element in turn, and cooling side temperature and radiationof heat side temperature go to a state of 25 C, 80 C and return.
A drive electric current is a rating electric current.

Figure-1. A Figure Of Principle For Testing
Temperature 25 C

80 C

At 478,000, cycles there is no resistance abnormality.
Testing cycle frequency and resistance change are shown in the figure 3.
For comparing, the Endurance test result of the other companies itemof the same module size is shown in the figure 4.
This item was broken in 2,900 cycles.

Figure -3.
Fi
3 TAISEI 40 K
Kaptont It
Item E
EndurancedT
Testt R
Resultlt

Peltier Module

Thermometry Plate

Heat dissipation fin

Electric Current
 reversal

Module resistance [ ]2.20

Control Equipment

Fan

2.15
2.10
2.05
2.00
1.95
1.90
1.85
1.80

Figure-2 A Temperature Profile Of Thermometry Plate0

100,000

200,000

300,000

400,000

500,000

600,000

The number of testing cycles [ Cycles ]

80C

25C
Current Current Current Current Current Current







Time

Module resistance [  ]Figure -4. Other Companies Item 40 Endurance Test Result

1 Cycle

2.00
1.95
1.90
1.85
1.80
1.75
1.70
1.65
1.60
1.55
1.50

0

500

1,000

1,500

2,000

2,500

3,000

The number of testing cycles [ Cycles ]e-hikaku_on-off_test08

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

Peltier Device Uni-Thermo
Quality Chart
UNITHERMOTM 70 SERIES
UT-7070KA-M

UT-7070AL-M

1. I max.

7.5 A

7.5 A

7.5 A

Occurs at Q max. (Th=50 C)

2. V max.

30.0 V (DC)30.0 V (DC)30.0 V (DC)

3. t max.

74.0 C (typ.)72.0 C (typ.)75.0 C (typ.)

4. Q max.

125.0 W (typ.)132.0 W (typ.)140.0 W (typ.)5. Internal Resistance

2.90 10 %2.90  10 %2.90  10 %6. Dimension

71.0 mm72.0 mm

72.0 mm73.0 mm

76.2 mm76.2 mm

Thickness

3.050.10 mm

5.040.2 mm

4.200.10 mm

241

241

241

P/N Pair2152 mm2152 mm2152 mm

From Edge of Separator

Module Type

7. Number of Thermocouple
8. Wire Length
9. Weight
10. Bolting TorqueUT-7070CE-M

80.0 g10 %90.0 g10 %85.0 g10 %4~6 kgf (apply torque inalternating between screw)

4~6 kgf (apply torque inalternating between screw)

4~6 kgf (apply torque inalternating between screw)

11. Usable Temperature

120 C max.

120 C max.

120 C max.

12. Moisture Protection



Silicone Resin

Silicone Resin

13. Insulating Method

Elastomer& Polyimide Film

Elastomer

Ceramics

DC500 V, 500 M min.

DC100 V, 50 M min.

14. Insulating Resistance
Th=25 C

Commendable Condition

15. Appearance

UNITHERMOTM 40 SERIES
Module Type

UT-4040KA-M

UT-4040AL-M

1. I max.

7A

7.0 A

7.0 A

Occurs at Q max. (Th=50 C)

2. V max.

19.0 V (DC)19.0 V (DC)19.0 V (DC)

3. t max.

74.0 C (typ.)72.0 C (typ.)75.0 C (typ.)

4. Q max.

59.0 W (typ.)62.0 W (typ.)64.0 W (typ.)5. Internal Resistance

1.90  10 %1.90  10 %1.90  10 %6. Dimension

45.0 mm46.0 mm

47.0 mm48.0 mm

50.8 mm50.8 mm

Thickness

2.580.10 mm

3.520.16 mm

3.730.10 mm

127

127

127

P/N Pair1352 mm1352 mm2152 mm

From Edge of Separator

7. Number of Thermocouple
8. Wire Length
9. Weight
10. Bolting TorqueUT-4040CE-M

19.5 g10 %26.0 g10 %32.0 g10 %4~6 kgf (apply torque inalternating between screw)

4~6 kgf (apply torque inalternating between screw)

4~6 kgf (apply torque inalternating between screw)

11. Usable Temperature

120 C max.

120 C max.

120 C max.

12. Moisture Protection



Silicone Resin

Silicone Resin

13. Insulating Method

Elastomer& Polyimide Film

Elastomer

Ceramics

DC500 V, 500 M min.

DC100 V, 50 M min.

14. Insulating Resistance
Th=25 C

Commendable Condition

15. Appearance

e-ut_quality_chart01_7

Peltier Device Uni-Thermo
Quality Chart
UNITHERMOTM 30 SERIES
Module Type

UT-3030KA-M

UT-3030AL-M

1. I max.

3.5 A

3.5 A

3.5 A

Occurs at Q max. (Th=50 C)

2. V max.

15.0 V (DC)15.0 V (DC)15.0 V (DC)

3. t max.

72.0 C (typ.)72.0 C (typ.)75.0 C (typ.)

4. Q max.

25.0 W (typ.)25.0 W (typ.)27.0 W (typ.)5. Internal Resistance

2.75  10 %2.75  10 %2.75  10 %6. Dimension

28.0 mm29.0 mm

30.0 mm30.0 mm

30.0 mm30.0 mm

Thickness

2.580.10 mm

3.520.16 mm

3.820.10 mm

97

97

97

P/N Pair1302 mm1302 mm1302 mm

From Edge of Separator

7. Number of Thermocouple
8. Wire Length
9. Weight
10. Bolting Torque

UT-3030CE-M

8.6 g10 %11.9 g10 %9.0 g10 %2~4 kgf (apply torque inalternating between screw)

2~4 kgf (apply torque inalternating between screw)

2~4 kgf (apply torque inalternating between screw)

11. Usable Temperature

120 C max.

120 C max.

120 C max.

12. Moisture Protection



Silicone Resin

Silicone Resin

13. Insulating Method

Elastomer& Polyimide Film

Elastomer

Ceramics

DC500 V, 500 M min.

DC100 V, 50 M min.

14. Insulating Resistance
Th=25 C

Commendable Condition

15. Appearance

UNITHERMOTM 20 SERIES
Module Type

UT-2020KA-M

UT-2020AL-M

1. I max.

3.2 A

3.2 A

3.2 A

Occurs at Q max. (Th=50 C)

2. V max.

6.2 V (DC)

6.2 V (DC)

6.2 V (DC)

3. t max.

67.0 C (typ.)67.0 C (typ.)70.0 C (typ.)

4. Q max.

13.0 W (typ.)13.0 W (typ.)13.0 W (typ.)5. Internal Resistance

1.40  10 %1.40  10 %1.40  10 %6. Dimension

21.0 mm21.0 mm

22.0 mm22.0 mm

22.0 mm22.0 mm

Thickness

2.580.10 mm

3.520.16 mm

3.820.10 mm

49

49

49

P/N Pair1302 mm1302 mm1302 mm

From Edge of Separator

7. Number of Thermocouple
8. Wire Length
9. Weight
10. Bolting TorqueUT-2020CE-M

5.6 g10 %7.3 g10 %8.0 g10 %2~4 kgf (apply torque inalternating between screw)

2~4 kgf (apply torque inalternating between screw)

2~4 kgf (apply torque inalternating between screw)

11. Usable Temperature

120 C max.

120 C max.

120 C max.

12. Moisture Protection



Silicone Resin

Silicone Resin

13. Insulating Method

Elastomer& Polyimide Film

Elastomer

Ceramics

DC500 V, 500 M min.

DC100 V, 50 M min.

14. Insulating Resistance
Th=25 C

Commendable Condition

15. Appearance

e-ut_quality_chart02_8

Peltier Device Uni-Thermo
Style UT-2020CE-M
Dimensional Outlines

22.0

Unit : mm

22.0

130
(The edge of separator to the tip)

3.82

Cooling Side

Ceramic Plate

Specifications
Requirements
Max. Current
Max. Working V.
Max. Temperature Difference
Max. Endothermic Quantity
Internal ResistanceElectrode Terminal
Size
Number of Elements
Lead Wire Length
WeightTightening Strength (Recommend)
Working Temp. Range
Moisture Protection
Insulation Method
Insulation Resistance

Remarks

Specifications
3.2 A
6.2 V (DC)70.0 C (typ.)13.0 W (typ.)1.40  10 %Lead Wire (Red :, Black :)22.022.03.820.10 [mm]P / N Pair 49 Elements
1302 mm
8.0 g10 %2 ~ 4 kgf Equal Load
120 C max.
Silicone Resin
Ceramics-

Max. Endothermic Quantity at 50 C
Th=25 C

From Edge of Separator
Commendable Condition

Typical PerformanceElectric Current vs Endothermic Quantity ( Th=50C )Endothermic Quantity (Parameter Tg)

14

Tg [C]
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75

Endothermic Quantity [ W ]

12
10
8
6
4
2
0
0.5

1.0

1.5

2.0

2.5
3.0
Current [ A ]

3.5

4.0

4.5

Note: The upper data shows the characteristics up to 4.0A.
* Specifications of products are subject to change without notice.
* The values are subject to the measurement results available in our internal measurement instrument and equipment.
e-ut-2020ce-m_07

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

Peltier Device Uni-Thermo
Style UT-3030CE-M
Dimensional Outlines

30.0

Unit : mm

30.0

130
(The edge of separator to the tip)

3.82

Cooling Side

Ceramic Plate

Specifications
Requirements
Max. Current
Max. Working V.
Max. Temperature Difference
Max. Endothermic Quantity
Internal ResistanceElectrode Terminal
Size
Number of Elements
Lead Wire Length
WeightTightening Strength (Recommend)
Working Temp. Range
Moisture Protection
Insulation Method
Insulation Resistance

Remarks

Specifications
3.5 A
15.0 V (DC)75.0 C (typ.)27.0 W (typ.)2.75  10 %Lead Wire (Red :, Black :)30.030.03.820.10 [mm]P / N Pair 97 Elements
1302 mm
9.0 g10 %2 ~ 4 kgf Equal Load
120 C max.
Silicone Resin
Ceramics-

Max. Endothermic Quantity at 50 C
Th=25 C

From Edge of Separator
Commendable Condition

Typical PerformanceElectric Current vs Endothermic Quantity ( Th=50C )Endothermic Quantity (Parameter Tg)

30

Tg [C]
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75

Endothermic Quantity [ W ]

25

20

15

10

5

0
0.5

1.0

1.5

2.0

2.5
3.0
Current [ A ]

3.5

4.0

4.5

Note: The upper data shows the characteristics up to 4.0A.
* Specifications of products are subject to change without notice.
* The values are subject to the measurement results available in our internal measurement instrument and equipment.
e-ut-3030ce-m_07

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

Peltier Device Uni-Thermo
Style UT-4040CE-M
Dimensional Outlines

50.8

Unit : mm

50.8

215
(The edge of separator to the tip)

3.73

Cooling Side

Ceramic Plate

Specifications
Requirements
Max. Current
Max. Working V.
Max. Temperature Difference
Max. Endothermic Quantity
Internal ResistanceElectrode Terminal
Size
Number of Elements
Lead Wire Length
WeightTightening Strength (Recommend)
Working Temp. Range
Moisture Protection
Insulation Method
Insulation Resistance

Remarks

Specifications
7.0 A
19.0 V (DC)75.0 C (typ.)64.0 W (typ.)1.90  10 %Lead Wire (Red :, Black :)50.850.83.730.10 [mm]P / N Pair 127 Elements
2152 mm32.0 g10 %4 ~ 6 kgf Equal Load
120 C max.
Silicone Resin
Ceramics-

Max. Endothermic Quantity at 50 C
Th=25 C

From Edge of Separator
Commendable Condition

Typical PerformanceElectric Current vs Endothermic Quantity( Th=50C )Endothermic Quantity (Parameter Tg)

70Tg [C]
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75

Endothermic Quantity [ W ]

60
50
40
30
20
10
0

0

1

2

3

4
Current [ A ]

5

6

7

Note: The upper data shows the characteristics up to 6.0A.
* Specifications of products are subject to change without notice.
* The values are subject to the measurement results available in our internal measurement instrument and equipment.
e-ut-4040ce-m_09

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

Peltier Device Uni-Thermo
Style UT-7070CE-M
Dimensional Outlines

76.2

Unit : mm

76.2

215
(The edge of separator to the tip)

4.20

Cooling Side

Ceramic Plate

Specifications
Requirements
Max. Current
Max. Working V.
Max. Temperature Difference
Max. Endothermic Quantity
Internal ResistanceElectrode Terminal
Size
Number of Elements
Lead Wire Length
WeightTightening Strength (Recommend)
Working Temp. Range
Moisture Protection
Insulation Method
Insulation Resistance

Remarks

Specifications
7.5 A
30.0 V (DC)75.0 C (typ.)140.0 W (typ.)2.90  10 %Lead Wire (Red :, Black :)76.276.24.200.10 [mm]P / N Pair 241 Elements
2152 mm85.0 g10 %4 ~ 6 kgf Equal Load
120 C max.
Silicone Resin
Ceramics-

Max. Endothermic Quantity at 50 C
Th=25 C

From Edge of Separator
Commendable Condition

Typical PerformanceElectric Current vs Endothermic Quantity( Th=50C )Endothermic Quantity (Parameter Tg)

Tg [C]
0
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80

140

Endothermic Quantity [ W ]

120
100
80
60
40
20
0

0

1

2

3

4
5
Current [ A ]

6

7

8

9

Note: The upper data shows the characteristics up to 8.0A.
* Specifications of products are subject to change without notice.
* The values are subject to the measurement results available in our internal measurement instrument and equipment.
e-ut-7070ce-m_07

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

Cooling Unit Line Up
Air-Cooled Cooling Unit
It is possible to comply with the unit composition, peltier device, heat-sink and fan.
In the table below. it shows the module or jacket*1 matching with heat sink and fan and it shows the reach temp to
the cooling face. It raises up the max. efficiency ratio in the limited dimension that our customer has designed.
*1 Please refer to the jacket types available.
Module Type

UT-6045WJ-HS60(B)24V UT-6030TRJ-HS60(W)UT-7070J-HS

UT-7040WJ-HS100

Endothermic Quantity [ W ]80 (Typ.)

35 (Typ.)

34 (Typ.)

14 (Typ.)

Temperature Difference [ C ]

50 (Typ.)

60 (Typ.)

60 (Typ.)

77 (Typ.)

Peltier

DC24 V

DC24 V

DC24 V

DC24 V

Fan

DC24 V

DC24 V

DC24 V

DC24 V

Rated Current (at 25 C) DC [ A ]

6.5

4.0

6.9

6.5

Starting Current (at 25 C) DC [ A ] max.

9.0

5.5

9.5

8.6

74  74

55  55

44  4432  32

Working Temp. Range

20 ~ 70 C20 ~ 70 C20 ~ 70 C20 ~ 70 C

Working Humidity Range

85 %Rh max.

85 %Rh max.

85 %Rh max.

85 %Rh max.

120 C

120 C125 C125 C

Cooling Capacity(at 25 C)
Rated Voltage

Dimension of Cooling Plate[ mm ]

Max. Allowable Working Temp. of Cooling Plate
Noise[ dB ]

49

37

49

49

Overall Size

[ mm ]

128  172  (135)100  100  (88)60  60  (77)60  60  (84.2)

Weight

[g]

2,200

850

350

380

TA-151

TA-151

TA-151

TA-151TA-PB-1

TA-PB-1

TA-PB-1

TA-PB-1

TA-150C

TA-150C

TA-300TA-300TA-150TA-150TA-300TA-300

Corresponding Controller

Appearance* Specifications of products are subject to change without notice.
* The values are subject to the measurement results available in our internal measurement instrument and equipment.
e-cooling_unit-p10_14

Cooling Unit Line Up

UT-4040J-HS100

UT-4040TJ-HS

UT-4030WJ-HS60(B)12V

UT-3030J-HS80

UT-3020WJ-HS100

UT-2020J-HS40

35 (Typ.)

65 (Typ.)

16 (Typ.)

18 (Typ.)

8 (Typ.)8 (Typ.)48 (Typ.)

45 (Typ.)

60 (Typ.)

48 (Typ.)

60 (Typ.)

43 (Typ.)

DC12 V

DC24 V

DC12 V

DC12 V

DC12 V

DC5 V

DC12 V

DC24 V

DC12 V

DC12 V

DC12 V

DC5 V

6.0

5.5

7.6

3.5

2.5

2.0

7.0

7.0

10

4.0

3.5

4.0

55  55

85  60

32  3230  3025  2520  20

20 ~ 70 C20 ~ 70 C20 ~ 70 C20 ~ 70 C20 ~ 70 C20 ~ 70 C

85 %Rh max.

85 %Rh max.

85 %Rh max.

85 %Rh max.

85 %Rh max.

85 %Rh max.

120 C

120 C125 C

120 C

120 C

120 C

37

37

39

35

37

33

100  100  (82)100  100  (82)60  60  (77.9)

80  80  (82)100  100  (84)40  40  (60.5)

680

800

350

400

630

100

TA-151

TA-151TA-PB-1

TA-151

TA-151

TA-20

TA-PB-1

TA-PB-1

TA-300

TA-30

TA-30

TA-PB-1

TA-150C

TA-150C

TA-PB-1

TA-PB-1

TA-150TA-150TA-150C

TA-150C

TA-300TA-300TA-150TA-150TA-300TA-300* Specifications of products are subject to change without notice.
* The values are subject to the measurement results available in our internal measurement instrument and equipment.
e-cooling_unit-p11_10

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

Cooling Unit Line Up
Water-Cooled Cooling Unit
It is possible to comply with the unit composition, peltier device, heat-sink and fan.
In the table below. it shows the module or jacket*1 matching with heat sink and fan and it shows the reach temp to
the cooling face. It raises up the max. efficiency ratio in the limited dimension that our customer has designed.
*1 Please refer to the jacket types available.
UT-6030TRJ-CL60(W)UT-6045WJ-CL60(W)UT-4030WJ-CL55(W)01

UT-4030WJ-CL55(W)02

Endothermic
Quantity [ W ]10.5 (Typ.)25.0 (Typ.)13.0 (Typ.)13.0 (Typ.)

Rated Voltage

Peltier

DC20 V

DC20 V

DC10 ~ 12 V

DC10 ~ 12 V

Rated Current

DC [ A ]6.4

7.0

8.0 ~ 9.0

8.0 ~ 9.0

Starting Current

DC [ A ] max.

7.5

8.2

10.0

10.0

66 ~ 70 C

56 ~ 60 C

58 ~ 61 C

58 ~ 61 C

Endothermic
Quantity [ W ]12.5 (Typ.)30.0 (Typ.)16.0 (Typ.)16.0 (Typ.)

Rated Voltage

Peltier

DC24 V

DC24 V

DC12 V

DC12 V

Rated Current

DC [ A ]

7.3

7.9

8.5

8.5

Starting Current

DC [ A ] max.

8.6

9.0

10.0

10.0

60 ~ 64 C

50 ~ 53 C

50 ~ 52 C

50 ~ 52 C

32  32

44  4432  32

32  32

Working Temp. Range

20 ~ 70 C20 ~ 70 C20 ~ 70 C20 ~ 70 C

Plate Surface Set Temp. Range

70 ~ 125 C

70 ~ 125 C

70 ~ 125 C

70 ~ 125 C

Overall Size

[ mm ]

78  60  (43.35)

78  60  (36.9)

55  55  (37.9)

55  60  (42.9)

Weight

[g]

325

295

250

250

TA-151TA-PB-1

TA-PB-1

TA-PB-1

TA-PB-1

TA-300TA-300TA-300Module Type
Cooling Characteristics(Water Temp. 5C)

Cooling Reach Temp.
Cooling Characteristics(at 25 C)

Cooling Reach Temp.
Dimension of Cooling Plate

Corresponding Controller[ mm ]

TA-300Appearance* Specifications of products are subject to change without notice.
* The values are subject to the measurement results available in our internal measurement instrument and equipment.
e-cooling_unit-p12_02

Jacket Types etc.
Jacket Types
It is easy to be installed to the heat sink and to be provided with a jacket specs toincrease the life strength of a peltier. It is possible to be installed a cooling unit.
Approx. Dimensions
Types

Size [ mm ]70 standard

120120(17.3)

40 standard

100100(15.8)

30 standard

8080(15.8)

Remarks
Thickness is changed
by dielectric form.

Special shape element
Will correspond to the custom shape.

Example From the left
UT-2211CE-M
UT-4813CE-M
UT-2020CE-11CHM
UT-4040CE-CHM19R40

References for Installed Basic Module
In the cooling unit or jacket, the module in a skeleton type for both sides (ref. rightphoto.) is provided and it performs high cooling efficiency and superior reliability.
Use for 70

Use for 40

Use for 30

Use for 20* Specifications of products are subject to change without notice.
* The values are subject to the measurement results available in our internal measurement instrument and equipment.
e-cooling_unit-p13_02

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

THERMO ELECTRIC PELTIERPELTIE CONTROLLER
Model TA-20
 Features 
Downsizing High Precision Peltier Controller
Temperature Control 1 C
External Dimension  W 100D 65H 35 mm(Except for the protrusions)High Cost Performance by Simple Basic Function
Input Volt  5 V
Output Current  5 A max.
Temp. Control Range 20 C ~ 110 C
Simple Method of Handling
The method of Temperature and parameters arevery simple and easy.
PC Communication function loaded
Temperature setting and supervision are possible
from PC by communication function.
Please consult for needs of a substrate.

Specifications
Temperature Range
Temperature Setting
Temperature Indication
Indicator, Function
Control Method
P Range
I Range
Peltier Drive Method
Temp. Sensor
Safety Function
Input / Output Connector
Recommended Sensor
Power Supplies
Electric Current
Peltier Drive Capability
Communication
Working Environment
Working Temp. Range
Working Humidity Range
Outer Dimensions
Weight20 C ~ 110 C
Possible in increments of 1 C
Possible in increments of 1 C
Red LED in heating, Green LED in cooling
PI control
0.1 to 99.9 C
1 to 1999 sec.
PWM drive
Thermistor
At braking a sensor, the power is off.
2P connector for Power Supplies, 4P connector for Peltier, FAN
2P connector for thermistor, 3P terminal for RS-232C
thermistor : 10 kΩ at25 C tolerance:1 %, B constant:3435 K1 %(Temperature precision depends on sensor precision.If you use a sensor other than
the above standard, Accurate display and control are impossible.)
Supplied from outside (DC 5 V)
DC5 V 0.08 A (Controller Unit)
DC5 V 5 A (at Maximum)
RS-232C
Inside area
10 C ~ 40 C
85 % max. (No evidence of dew)
W 100  D 65  H 35 mm (Except projection)
100 g (for the main unit only)* Specifications of products are subject to change without notice.

TAISEI Co.,Ltd.
e-peltier_cont_ta-20_p1_03

Thermoelectric Peltier Controller
Model TA-20
Connect Diagram
Power Supplies
DC5 V
CN 1. for Power
Supplies : 2P
CN 2. for Peltier : 4P

PC, Sequencer
CN4 : 3P

CN 2. for FAN : 4P
CN 3. for Sensor (Thermistor) :2P

RS-232C
Caution 1) Please use DC 5 V power supply.Power supply is supplied to this unit, Peltier, DC fan.
Please use power supply and electric wire with sufficient power capacity.
If you add a voltage outside the specified range, it will be damaged.
2) Please use the same power supply for Peltier element and DC fan.

●Matching Connector Housing and Contact
For RS-232C
For Thermistor(Matching Contact

H3P-SHF-AA
H2P-SHF-AA
SHF-001T-0.8BS

For Peltier,FAN
For Power Supplies(Matching Contact

JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.)

VHR-4N
VHR-2N
SVH-21T-P1.1

JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.)●External connection connector and pin assign
CN 4. for RS-232C:3P
pin 1
TXD
2
RXD
3
GND

CN 2. for Peltier, DC FAN
pin 1
Peltier +V
2
Peltier -V
3
FAN +V
4
FAN -V

CN 1. for Power Supplies
pin 1
+V
2
0V

CN 3.(TH) for Thermistor: 2P
1

Thermistor
2(Please refer to the recommended sensor in thespecification column for recommended Thermistor.)

between CN 4 and RS-232C●(Connection
Please use a cross cable for the RS-232C cable.)
Connect the VPE-20-5V and PC with the following cables.

1
2
3

1
2
3
4
To CN 4
5
(H3P-SHF-AA+SHF Contact)
6789D-sub 9 pin male■D-sub 9 pin Cross Cable

D-sub
9 pin female

D-sub
9 pin female

To PC

e-peltier_cont_ta-20_p2_03

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

THERMO ELECTRIC PELTIERPELTIE CONTROLLER
Model TA-30
 Features 
Downsizing High Precision Peltier Controller
Temperature Control 1 C
External Dimension  W 100D 65H 35 mm(Except for the protrusions)High Cost Performance by Simple Basic Function
Input Volt  8 V ~ 12 V
Output Current  5 A max.
Temp. Control Range 20 C ~ 110 C
Simple Method of Handling
The method of Temperature and parameters arevery simple and easy.
PC Communication function loaded
Temperature setting and supervision are possible
from PC by communication function.
Please consult for needs of a substrate.

Specifications
Temperature Range
Temperature Setting
Temperature Indication
Indicator, Function
Control Method
P Range
I Range
Peltier Drive Method
Temp. Sensor
Safety Function
Input / Output Connector
Recommended Sensor
Power Supplies
Electric Current
Peltier Drive Capability
Communication
Working Environment
Working Temp. Range
Working Humidity Range
Outer Dimensions
Weight20 C ~ 110 C
Possible in increments of 1 C
Possible in increments of 1 C
Red LED in heating, Green LED in cooling
PI control
0.1 to 99.9 C
1 to 1999 sec.
PWM drive
Thermistor
At braking a sensor, the power is off.
2P connector for Power Supplies, 4P connector for Peltier, FAN
2P connector for thermistor, 3P terminal for RS-232C
thermistor : 10 kΩ at25 C tolerance:1 %, B constant:3435 K1 %(Temperature precision depends on sensor precision.If you use a sensor other than
the above standard, Accurate display and control are impossible.)
Supplied from outside (DC 8 V ~ 12 V)
DC12 V 0.05 A (Controller Unit)
DC12 V 5 A (at Maximum)
RS-232C
Inside area
10 C ~ 40 C
85 % max. (No evidence of dew)
W 100  D 65  H 35 mm (Except projection)
100 g (for the main unit only)* Specifications of products are subject to change without notice.

TAISEI Co.,Ltd.
e-peltier_cont_ta-30_p1_03

Thermoelectric Peltier Controller
Model TA-30
Connect Diagram
Power Supplies
DC8 V ~ 12 V
CN 1. for Power
Supplies : 2P
CN 2. for Peltier : 4P

PC, Sequencer
CN4 : 3P

CN 2. for FAN : 4P
CN 3. for Sensor (Thermistor) :2P

RS-232C
Caution 1) Please use DC 8 V ~ 12 V power supply.Power supply is supplied to this unit, Peltier, DC fan.
Please use power supply and electric wire with sufficient power capacity.
If you add a voltage outside the specified range, it will be damaged.
2) Please use the same power supply for Peltier element and DC fan.

●Matching Connector Housing and Contact
For RS-232C
For Thermistor(Matching Contact

H3P-SHF-AA
H2P-SHF-AA
SHF-001T-0.8BS

For Peltier,FAN
For Power Supplies(Matching Contact

JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.)

VHR-4N
VHR-2N
SVH-21T-P1.1

JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.)●External connection connector and pin assign
CN 4. for RS-232C:3P
pin 1
TXD
2
RXD
3
GND

CN 2. for Peltier, DC FAN
pin 1
Peltier +V
2
Peltier -V
3
FAN +V
4
FAN -V

CN 1. for Power Supplies
pin 1
+V
2
0V

CN 3.(TH) for Thermistor: 2P
1

Thermistor
2(Please refer to the recommended sensor in thespecification column for recommended Thermistor.)

between CN 4 and RS-232C●(Connection
Please use a cross cable for the RS-232C cable.)
Connect the VPE-20 and PC with the following cables.

1
2
3

1
2
3
4
To CN 4
5
(H3P-SHF-AA+SHF Contact)
6789D-sub 9 pin male■D-sub 9 pin Cross Cable

D-sub
9 pin female

D-sub
9 pin female

To PC

e-peltier_cont_ta-30_p2_03

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

THERMO ELECTRIC PELTIER CONTROLLER
Model TA-151
 Features 
Downsizing High Precision Peltier Controller
Temperature Control 0.1 C
External Dimension  W 120D 100H 44 mm(Except for the protrusions)High Cost Performance by Simple Basic Function
Input Volt  8 V ~ 24 V
Output Current  8 A max.
Temp. Control Range 80 C ~ 150 C
Simple Method of Handling
The method of Temperature and parameters arevery simple and easy.
PC Communication function loaded
Temperature setting and supervision are possible
from PC by communication function.
Please consult for needs of a substrate.

Specifications
Temperature Range
Temperature Setting
Temperature Indication
Indicator, Function
Control Method
P Range
I Range
Peltier Drive Method
Temp. Sensor
Safety Function
Auxiliary Input / Output Signal
Input / Output Connector

Recommended Sensor
Peltier Power Supply
Peltier Drive Capability
Input Power Supply
Electric Current
Communication
Working Environment
Working Temp. Range
Working Humidity Range
Outer Dimensions
Weight80 C ~ 150 C
Possible in increments of 0.1 C
Possible in increments of 0.1 C
Red LED in heating, Green LED in cooling, Red LED in alarming
PI control
0.1 to 99.9 C
1 to 1999 sec.
PWM drive
Pt100 At braking a sensor, the power is off. At alarm a Heatsink, the power is off.
Temperature control start input, Spare input: 3, Alarm contact output (B contact),
Setting temperature reaching contact output (A contact)
2P connector for Power Supplies, 4P connector for Peltier, FAN
3P connector for Pt100 Sensor, 2P connector for HeatsinkSensor,
USB connector, connector for RS-485
Pt100  : in conformity with New JIS standard C-1604-1989(Temperature precision depends on sensor precision.If you use a sensor other than
the above standard, Accurate display and control are impossible.)
The same voltage as the input power supply.
DC 24 V 8 A (at Maximum)
DC 8 V ~ 24 V 5 %0.2 A (Controller Unit)
USB(micro B), RS-485
Inside area
10 C ~ 40 C
85 % max. (No evidence of dew)
W 120  D 100  H 44 mm (Except projection)
285 g (for the main unit only)* Specifications of products are subject to change without notice.

TAISEI Co.,Ltd.
e-peltier_cont_ta-151_p1_03

Thermoelectric Peltier Controller
Model TA-151
Connect Diagram
Power Supplies
DC8 V ~ 24 V
2 : Temperaturereached output
1 : Alarm output

Peltier
FAN

External input
2 ~ 4 : option
1:External control startSensorFor Heatsink alarm

For spare thermistor

PC, Sequencer

Caution 1) Please use DC8 V ~ 24 V power supply. Power supply is supplied to this unit, Peltier, DC fan.
Please use power supply and electric wire with sufficient power capacity.
If you add a voltage outside the specified range, it will be damaged.
2) Please use the same power supply for Peltier element and DC fan.

USB, RS-485●Matching Connector Housing and Contact
For Power Supplies
For Peltier,FAN(Matching Contact

VHR-2N
VHR-4N
SVH-21T-P1.1

JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.)For Sensor
For HeatsinkALM
For Spare Thermistor(Matching Contact

H3P-SHF-AA
H2P-SHF-AA
H2P-SHF-AA
SHF-001T-0.8BS

JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.
JST Mfg.Co.,Ltd.)side external connection●Leftconnector and pin assign

side external connection●Rightconnector and pin assign■Communication with PC / Sequencer
You can communicate with either USB or RS-485.

DCIN : for Power Supplies
pin 1
+V
2
0V

USB connector
Please use the micro
B connector on thecontroller side.

RS-485
pin 1
2
3

A(+)
B(-)
G

Terminating resistance ON / OFF SW
On termination, please turn it on.

■External control input / output

External input
pin 1
IN1
2
IN2
3
IN3
4
IN4
5
COM
External contact output
pin 1
[1]
2
3
[2]
4

IN1 : External control ON / OFF
IN2 : spare
IN3 : spare
IN4 : spare
COM : or*The input power source polarity
can be either or.

[1] : Alarm contact output[2] : Setting temperature arrival output(within ± 3 C)
Use relay : G6K-2P (OMRON made)Maximum opening and closing ability (Resistive load) :SENS : For sensor input
pin 1
A
2
B
3
B

UNIT : for Peltier, DC FAN
pin 1
Peltier +V
2
Peltier -V
3
FAN +V
4
FAN -V1

Pt100 Ω2
3

HEATSINK : For HeatsinkALM
pin 1
TH
1
2
TH

Thermistor

TH1 : For spare thermistor
pin 1
TH
2
TH

Thermistor212(Please refer to the recommended sensor in thespecification column for recommended Pt100 Ω.)

AC125 V 0.3 A, DC30 V 1 A, No exchange
Used terminal block :XW4B Socket (OMRON made)The wiring material is AWG 28 to AWG 16,
The peeling length of the wire is about 7 mm.
e-peltier_cont_ta-151_p2_03

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

THERMO ELECTRIC PELTIERPELTIE CONTROLLER
Model TA-PB-2
 Features 

PatentedCompact High Precision Peltier (Uni-Thermo recommended) Controller
Temperature Control  0.1 C
External Dimensions  W 178D 93(D110*)H 44.5 mm(*: When connectors are installed, excluding jumpers)

Weight  approx. 415 g

Multifunctional, high performance and high cost performance
Peltier Drive voltage  Standard 1 V ~ 50 V 12 A max.
Standard Temp. Control Range  100 C ~ 150 C (Settings can be changed)

Simple Method of Operation
Easy to adjust temperature setting parameters(TFT touch screen, free PC application, Auto PID Tuning)

Equipped with communication function for external devices
External setting, control and monitoring is possible from a PC or
PLC via USB-C and 3-wire RS232.
Free PC app compatible with Windows included(can check temperature graphs,display TX and RX messages and record logs)

Compatible with Various Sensor Types
Supports Pt100, thermistors, and thermocouples with
DIP switch hardware configuration and easy software operation.
Look-up table settings are available for all sensors, so the thermocouple
inputs are compatible with almost all thermocouples forwhich a table can be provided, including not only K but also T.
External temperature information can be used as the control temperature.

CAUTION : Sensor, Peltier product, power supply,
connectable equipment etc. are all sold separately.
*1: Acquired patent: Patent No
No. 6627951

Easy Automatic Operation
The simple program ADF (AUTO-DRIVE FILE) is easily createdfrom the log. Not only can the controller be automatically controlled withthe free PC app, but the program can also be uploaded to the main unit andused autonomously. The startup ADF setting can also be used toautomatically operate immediately after startup.

Connect Diagram and Extensibility (Semi Custom, Full Custom Correspondence)
Provides power to drive the controller's
control circuitry. Power supply is mandatory.
A power supply of 5 to 24V is required. If it iswithin this range, it can be shared with thePeltier, AUX/DCO terminals using the jumper
plug provided free of charge.

As standard, it can supply up to 50V 12A.
With full customization (Housing and someboard changes required), it is possible tosupply up to 50V 30A, or add up to fourchannels of 50V 15A drive boards.
It is also possible to change to an evenlarger drive element.
The GND terminal is common to the otherpower supply terminals.

Fully customizable
and can connect to WiFi

As standard, it can output up to 50V 12A(minimum voltage 1V drive possible).
With full customization (Housing changes
required), it is possible to supply up to 50V
30A, or add up to four channels of 50V 15A
drive boards.
It is also possible to change to an evenlarger drive element.

System Power
Supply Terminal

AUX/DC OUTLET (DCO)
Power Supply Terminal

As standard, it can supply up to 50V 2A ofpower to DCO, AUX1, and AUX2 in total.
With full customization (Housing changes
required), it is possible to change to an evenlarger power supply utilization board.

T1 Sensor Terminal
Peltier Power Supply Terminal

T2 Sensor Terminal

Any of the following sensors can be connected toT1 and T2 (If it is not used as a control sensor, it
can be set to be not connected).
●Pt100 (2, 3, 4 wire)●Thermocouple(K thermocouple, T thermocouple, etc.)●Thermistor (compatible with voltage drive, etc.)
It can be switched by DIP switch on the bottom orby command. By uploading and switching a tablecorresponding to each sensor, it can be used withvarious sensors.
Fully customizable (Housing changes required)and compatible with digital sensors.

WiFi

3-Wire RS232C Terminal (DB9)Peltier Output Terminal

As standard, a maximum output of 50V 2A
can be achieved with DCO (DC OUTLET),
AUX1, and AUX2 combined.
Semi-customization is supported, and AUX1
and AUX2 can also be taken out as open
collector outputs, allowing combinations witha variety of drive elements and modules.

DCO Output Terminal

USB-C Connector

AUX1 Output Terminal
AUX2 Output Terminal

It can be connected to a PC or PLC with an RS232C
terminal (DB9), and can also be connected tovarious devices via various protocol conversion
adapters. It is possible to connect to the free
Windows control application, and the control
commands to the main unit can be monitored by thecontroller simultaneously with USB-C (commands
cannot be sent simultaneously), and operation such
as Peltier drive status can be confirmed on the main
unit monitor.

It can be connected to a PC etc. with a USB-C
port. It is possible to connect to the free Windows
control application, and the control commands tothe main unit can be monitored by the controller
simultaneously with RS232C (commands cannot
be sent simultaneously), and operation such as
Peltier drive status can be confirmed on the main unit
monitor.The USB-C port power supply is isolated
from the main unit.

TAISEI Co.,Ltd.
e-peltier_cont_ta-pb-2_p1_02

Thermoelectric Peltier Controller
Model TA-PB-2
Specifications
Temperature Range
Temperature Setting
Temperature Indication

Indicator, Function,
Display Language

Control Method
PID Parameter
AUTO Tuning
Peltier Drive Method

Temp. Sensor

Safety Function
Safety Operation Function

Automatic Control

Log Function

Input / Output Connector

Power Supplies

Communication
Working Environment
Working Temp. Range
Storage Temp. Range
Working Humidity Range
Outer Dimensions
weight100 ℃ ~ 150 ℃
Possible in increments of 0.1 ℃
Possible in increments of 0.1 ℃
Temperature display, graph display, device control and setting input with 3.5 inch TFT touch screen.
Various operations are possible using the free app (compatible with Windows 7/10/11).
(Fully customizable) Connect via WiFi using the built-in WiFi server, controllable from a PC with abrowser (Win, Mac, Linux), tablet (including iPad) or smartphone (iOS and Android), and can belinked to the cloud.
Display language can be switched between Japanese and English.
Supports PID control, P control (Ki, Kd values are set to 0), and PI control (Kd value is set to 0).
ON/OFF control (using the app or the built-in AUTO-DRIVE).
Open loop drive by direct input of PWM value (using the app or the built-in AUTO-DRIVE).
Supports high frequency temperature setting change control (using the app or the built-in AUTO-DRIVE).
Kp, Ki, and Kd can be entered in 0.001 increments.
AUTO tuning support Automatic input for Kp, Ki or Kp, Ki, Kd.
In addition, various parameters for AUTO tuning can be changed.
PWM drive or ON/OFF drive
Supports Pt100 (2, 3, 4 wire), thermocouple (K), and thermistor (supports Ref. voltage and ratiometricmeasurement, reference resistor connection is required for all thermistors ) as standard. Also, by
assigning a sensor table to each sensor, high accuracy measurement is possible. Using the sensor table,
it supports thermocouples other than K and various thermistors other than 10k. All settings can be madeby the user. Fully customizable, it supports digital sensors via I2C connection.
External temperature information can be used as the control temperature.
"No sensor" setting is possible regardless of whether a channel other than the control channel isconnected. Control is possible using Tcalc, which is calculated based on temperature information fromtwo channels (VCP: Virtual Control Point).
Equipped with multiple features such as measures to prevent runaway due to disconnection of a sensor.
Also, with full customization, additional safety measures such as detection of abnormal temperaturerise of Peltier units using thermistor temperature measurement are possible.
Operation management of the main unit setting screen with PIN is possible.
Equipped with Auto-Drive File (ADF), a proprietary macro automatic control method, it supports allcommands available on TA-PB-2, as well as branching when temperature threholds are reached andrepeated operations. Logs created using the free PC app can be edited with a text editor or spreadsheet
software. They are then loaded the PC app for verification, and then uploaded almost as is to the main
unit with the push of a button, enabling automatic operation on the main unit. It is also possible to set
the ADF to run automatically with the start-up of the main unit. With this function, programming
knowledge is almost unnecessary for automatic operation.
Short and long logs can be created using the PC application, and TX, RX, or both TX/RX
logs can be created. Command list type and table format logs can also be created.
Input: System power, Peltier power, AUX power, DCO power, Sensor 1, Sensor 2
Output: Peltier output, AUX output 1, AUX output 2, DCO output
Uses terminal blocks made by Phoenix which can be plugged and unplagged for all signals except
USB-C and D-sub 9. Special connectors etc. are unnecessary.
Peltier power supply: Max. 50 V/12 A (Max. 50 V/30 A with full customization)
System power supply: 5 ~ 24 V
DCO, AUX1, AUX2 power supply: Channel total 50 V/2 A
GND is common to all power supply terminals.
If the system power supply voltage range is 5 ~ 24 V, a single voltage can be provided to all power
supply terminals using the free three-terminal jumper plug.
Input/Output: 3-wire RS232 (Tx, Rx, GND), USB-C
Fully customizable, providing I2C port and TTL serial signal port input/output ports.
Clean inside area environment
10 ℃ ~ 50 ℃, 20 ℃ ~ 25 ℃ recommended (No evidence of dew in any case)30 ℃ ~ 85 ℃, 20 ℃ ~ 25 ℃ recommended (No evidence of dew in any case)
85 % max. (No evidence of dew)
W 178  D 93 (D110 mm*)  H 44.5 mm (*:When connectors are installed, excluding jumpers)
approx. 415 g* Specifications of products are subject to change without notice.

e-peltier_cont_ta-pb-2_p2_03

2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

Peltier Device

TAISEI Co., Ltd.
2nd Manufacturing Division 1
Manufacturing Group 3423-3, Arakawa-Niegawa, Chichibu-shi,
Saitama-ken, 369-1911, JAPAN.
TEL +81-494-54-2211 FAX +81-494-54-2216

Specifications of products are subject to change without notice.

2024.08169