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Standard thermoelectric coolers Configuration

Standard thermoelectric coolers

STANDARD TERMS OF DELIVERY
  • substrate material — alumina (ВК-96)
  • height tolerance ± 0.05 mm (L1)
  • parallelism 0.03 mm (L1)
  • flatness 0.02 mm (L1)
  • wire length 120 mm
  • pin orientation (for rectangular coolers) — to the longer side
  • operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)

ADDITIONAL OPTIONS
DescriptionNotation (*)Note
operating temperature up to 120 °C, max assembly temperature = 130 °C** HT(120) assembly solder with Tm = 139 °C 
operating temperature up to 150 °C, max assembly temperature = 170 °C** HT(150)*** assembaly solder Pb-Sn with Tm = 183 °C*** 
operating temperature up to 200 °C, max assembly temperature = 220 °C**  HT(200) assembly solder with Tm = 232 °C
special version for operation under conditions of temperature cycling  С > 105 cycles +40C/+90 °C
height tolerance = ± 0.025 mm;
parallelism 0.02 mm;
flatness 0.015 mm.		 L2  
height tolerance = ± 0.015 mm;
parallelism 0.01 mm;
flatness 0.01 mm.		 L3  
metallization of cold (mc) and (or) hot side of cooler with solder tinning (melting temperature = 95 °C, 117 °C, 139 °C, 183 °C) mc95, mh95, mm117 etc.  
gold plating At request
substrate material – aluminium nitride (AlN) N heat conductivity > 180 W/mK
sealant: epoxy, silicon E, S  
non-standard pin orientation    
type and length of wires by customer’s requirement    
assembling into arrays     
сonnectors crimping    
soldering on cold or hot heatsink, packaging or cold block    

(*) - the notations shown are used to notate additional options in cooler name;

(**) - the maximum assembly temperature influence on the module must not exceed 2 minutes;

(***) - Important! TEС with this option does not satisfy ROHS requirements.

Terms and conditions of sale

Product notation

Type

Input current through a thermoelectric cooler resulting in greatest DT (DTmax)

Imax (A)

Maximum cooling power at Tamb=27°C

Qmax (W)

Voltage on a thermoelectric cooler contacts at dTmax

Umax (V)

Maximum achievable temperature difference between the hot and cold side of a thermoelectric cooler

dTmax (K)

Electric resistance of a thermoelectric cooler measured at an alternating current with the frequency of 1 kHz

R (Ohm)

Width of the side A

А (mm)

Width of the side B

B (mm)

Width of the side C

C (mm)

The diameter of the module

D (mm)

Module height

H (mm)

Status

Availability

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TB-63-1,4-1,5 6.1 29.7 7.9 70 1.1 20.0 40.0 20.0 40.0 4.0 Available Buy
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TB-127-1,4-1,5 6.1 60.0 15.9 70 2.1 40.0 40.0 40.0 40.0 3.9 Available Buy
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TB-63-1,4-1,15 7.9 37.9 7.8 69 0.7 40.0 20.0 40.0 20.0 3.6 Available Buy
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High efficient thermoelectric coolers Configuration

High efficient thermoelectric coolers

STANDARD TERMS OF DELIVERY
  • substrate material — alumina (ВК-96)
  • height tolerance ± 0.05 mm (L1)
  • parallelism 0.03 mm (L1)
  • flatness 0.02 mm (L1)
  • wire length 120 mm
  • pin orientation (for rectangular coolers) — to the longer side
  • operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)

ADDITIONAL OPTIONS
DescriptionNotation (*)Note
operating temperature up to 120 °C, max assembly temperature = 130 °C** HT(120) assembly solder with Tm = 139 °C 
operating temperature up to 150 °C, max assembly temperature = 170 °C** HT(150)*** assembaly solder Pb-Sn with Tm = 183 °C*** 
operating temperature up to 200 °C, max assembly temperature = 220 °C**  HT(200) assembly solder with Tm = 232 °C
special version for operation under conditions of temperature cycling  С > 105 cycles +40C/+90 °C
height tolerance = ± 0.025 mm;
parallelism 0.02 mm;
flatness 0.015 mm.		 L2  
height tolerance = ± 0.015 mm;
parallelism 0.01 mm;
flatness 0.01 mm.		 L3  
metallization of cold (mc) and (or) hot side of cooler with solder tinning (melting temperature = 95 °C, 117 °C, 139 °C, 183 °C) mc95, mh95, mm117 etc.  
gold plating At request
substrate material – aluminium nitride (AlN) N heat conductivity > 180 W/mK
sealant: epoxy, silicon E, S  
non-standard pin orientation    
type and length of wires by customer’s requirement    
assembling into arrays      
сonnectors crimping    
soldering on cold or hot heatsink, packaging or cold block    

(*) - the notations shown are used to notate additional options in cooler name;

(**) - the maximum assembly temperature influence on the module must not exceed 2 minutes;

(***) - Important! TEС with this option does not satisfy ROHS requirements.

Terms and conditions of sale

Product notation

Type

Input current through a thermoelectric cooler resulting in greatest DT (DTmax)

Imax (A)

Maximum cooling power at Tamb=27°C

Qmax (W)

Voltage on a thermoelectric cooler contacts at dTmax

Umax (V)

Maximum achievable temperature difference between the hot and cold side of a thermoelectric cooler

dTmax (K)

Electric resistance of a thermoelectric cooler measured at an alternating current with the frequency of 1 kHz

R (Ohm)

Width of the side A

А (mm)

Width of the side B

B (mm)

Width of the side C

C (mm)

The diameter of the module

D (mm)

Module height

H (mm)

Status

Availability

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STORM 3.6 36.0 16.1 70 3.2 40.0 40.0 40.0 40.0 3.6 Available Buy
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FROST-72 6.2 62.0 16.3 72 2.1 40.0 40.0 40.0 40.0 3.9 Available Buy
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DRIFT-1,15 7.9 120.0 24.6 69 2.4 40.0 40.0 40.0 40.0 3.6 For order Buy
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DRIFT-1,05 8.6 131.0 24.6 69 2.2 40.0 40.0 40.0 40.0 3.5 Available Buy
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DRIFT-0,8 11.3 172.0 24.6 69 1.7 40.0 40.0 40.0 40.0 3.2 Available Buy
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DRIFT-0,8 HT(200) L3 C 11.8 191.0 25.9 74 1.6 40.0 40.0 44.0 40.0 3.2 For order Buy
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Micro modules Configuration

Micro modules

STANDARD TERMS OF DELIVERY:
  • substrate material — alumina (ВК-96)
  • height tolerance ± 0.05 mm (L1)
  • parallelism 0.03 mm (L1)
  • flatness 0.02 mm (L1)
  • wire length 120 mm
  • pin orientation (for rectangular coolers) — to the longer side
  • operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)

ADDITIONAL OPTIONS
DescriptionNotation (*)Note
operating temperature up to 120 °C, max assembly temperature = 130 °C** HT(120) assembly solder with Tm = 139 °C 
operating temperature up to 150 °C, max assembly temperature = 170 °C** HT(150)*** assembaly solder Pb-Sn with Tm = 183 °C*** 
operating temperature up to 200 °C, max assembly temperature = 220 °C**  HT(200) assembly solder with Tm = 232 °C
special version for operation under conditions of temperature cycling  С > 105 cycles +40C/+90 °C
height tolerance = ± 0.025 mm;
parallelism 0.02 mm;
flatness 0.015 mm.		 L2  
height tolerance = ± 0.015 mm;
parallelism 0.01 mm;
flatness 0.01 mm.		 L3  
metallization of cold (mc) and (or) hot side of cooler with solder tinning (melting temperature = 95 °C, 117 °C, 139 °C, 183 °C) mc95, mh95, mm117 etc.  
gold plating At request
substrate material – aluminium nitride (AlN) N heat conductivity > 180 W/mK
sealant: epoxy, silicon E, S  
non-standard pin orientation    
type and length of wires by customer’s requirement    
assembling into arrays    
сonnectors crimping    
soldering on cold or hot heatsink, packaging or cold block    

(*) - the notations shown are used to notate additional options in cooler name;

(**) - the maximum assembly temperature influence on the module must not exceed 2 minutes;

(***) - Important! TEС with this option does not satisfy ROHS requirements.

Terms and conditions of sale

Product notation

Type

Input current through a thermoelectric cooler resulting in greatest DT (DTmax)

Imax (A)

Maximum cooling power at Tamb=27°C

Qmax (W)

Voltage on a thermoelectric cooler contacts at dTmax

Umax (V)

Maximum achievable temperature difference between the hot and cold side of a thermoelectric cooler

dTmax (K)

Electric resistance of a thermoelectric cooler measured at an alternating current with the frequency of 1 kHz

R (Ohm)

Width of the side A

А (mm)

Width of the side B

B (mm)

Width of the side C

C (mm)

The diameter of the module

D (mm)

Module height

H (mm)

Status

Availability

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TB-8-0,45-1,3 0.7 0.4 1.0 67 1.2 3.4 3.4 5.0 3.4 2.3 Available Buy
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TB-17-0,6-1,0 1.7 2.2 2.1 69 1.0 6.3 6.3 6.3 6.3 2.8 Available Buy
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TB-35-0,6-1,0 1.7 4.4 4.3 69 2.1 6.0 12.0 6.0 12.0 2.8 Available Buy
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TB-7-0,6-0,8 2.1 1.1 0.9 68 0.3 4.3 4.3 4.3 4.3 2.6 For order Buy
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TB-31-0,6-0,8 2.1 4.8 3.8 68 1.4 8.0 8.0 8.0 8.0 2.6 Available Buy
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2-stage thermoelectric coolers Configuration

2-stage thermoelectric coolers

STANDARD TERMS OF DELIVERY
  • substrate material — alumina (ВК-96)
  • height tolerance ± 0.35 mm
  • parallelism 0.15 mm (L4)
  • flatness 0.1 mm (L4)
  • pin orientation (for rectangular coolers) — to the longer side
  • operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)

ADDITIONAL OPTIONS
DescriptionNotation (*)Note
operating temperature up to 120°C, max assembly temperature = 130°C**  HT(120) assembly solder with Tm = 139°C 
operating temperature up to 150°C, max assembly temperature = 170°C**  HT(150)*** assembly solder Pb-Sn with Tm = 183°C*** 
operating temperature up to 200°C, max assembly temperature = 220°C** (Available only for design №1) HT(200) assembly solder with Tm = 232°C
height tolerance = ± 0.05 mm;
parallelism 0.03 mm;
flatness 0.02 mm.		 L1  
height tolerance = ± 0.025 mm;
paral lelism 0.02 mm;
flatness 0.015 mm.		 L2  
metallization of cold (mc) and (or) hot side of cooler with solder tinning (melting temperature = 95°C, 117°C, 139°C, 183°C) mc95, mh95, mm117 etc.  
gold plating At request
substrate material – aluminium nitride (AlN) N heat conductivity > 180 W/mK
sealant: epoxy, silicon E, S  
non-standard pin orientation    
type and length of wires by customer’s requirement    
non-standard height of coolers    
soldering on cold or hot heatsink, packaging or cold block    

(*) - the notations shown are used to notate additional options in cooler name;

(**) - the maximum assembly temperature influence on the module must not exceed 2 minutes;

(***) - Important! TEС with this option does not satisfy ROHS requirements.

Terms and conditions of sale

Product notation

Type

Input current through a thermoelectric cooler resulting in greatest DT (DTmax)

Imax (A)

Maximum cooling power at Tamb=27°C

Qmax (W)

Voltage on a thermoelectric cooler contacts at dTmax

Umax (V)

Maximum achievable temperature difference between the hot and cold side of a thermoelectric cooler

dTmax (K)

Electric resistance of a thermoelectric cooler measured at an alternating current with the frequency of 1 kHz

R (Ohm)

Width of the side A

А (mm)

Width of the side B

B (mm)

Width of the side C

C (mm)

The diameter of the module

D (mm)

Module height

H (mm)

Status

Availability

Ordet the product

To the product
TB-2-(59-18)-1,2 1.3 2.2 7.1 93 5.3 12.0 12.0 6.0 6.0 6.1 For order Buy
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TB-2-(127-127)-1,3 2.8 16.1 15.4 83 4.7 30.0 30.0 30.0 30.0 8.8 For order Buy
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TB-2-(127-127)-1,15 5.8 34.0 15.4 84 2.3 40.0 40.0 40.0 40.0 8.5 Available Buy
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TB-2-(199-199)-0,8 10.2 95.0 24.0 84 2.3 40.0 40.0 40.0 40.0 6.8 For order Buy
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3-stage thermoelectric coolers Configuration

3-stage thermoelectric coolers

STANDARD TERMS OF DELIVERY
  • substrate material — alumina (ВК-96)
  • height tolerance ± 0.35 mm
  • parallelism 0.15 mm (L4)
  • flatness 0.1 mm (L4)
  • pin orientation (for rectangular coolers) — to the longer side
  • operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)

ADDITIONAL OPTIONS
DescriptionNotation (*)Note
operating temperature up to 120°C, max assembly temperature = 130°C**  HT(120) assembly solder with Tm = 139°C 
operating temperature up to 150°C, max assembly temperature = 170°C**  HT(150)*** assembly solder Pb-Sn with Tm = 183°C*** 
height tolerance = ± 0.05 mm;
parallelism 0.03 mm;
flatness 0.02 mm.		 L1  
height tolerance = ± 0.025 mm;
paral lelism 0.02 mm;
flatness 0.015 mm.		 L2  
metallization of cold (mc) and (or) hot side of cooler with solder tinning (melting temperature = 95°C, 117°C, 139°C, 183°C) mc95, mh95, mm117 etc.  
gold plating At request
substrate material – aluminium nitride (AlN) N heat conductivity > 180 W/mK
sealant: epoxy, silicon E, S  
non-standard pin orientation    
type and length of wires by customer’s requirement    
non-standard height of coolers    
soldering on cold or hot heatsink, packaging or cold block    

(*) - the notations shown are used to notate additional options in cooler name;

(**) - the maximum assembly temperature influence on the module must not exceed 2 minutes;

(***) - Important! TEС with this option does not satisfy ROHS requirements.

Terms and conditions of sale

Product notation

Type

Input current through a thermoelectric cooler resulting in greatest DT (DTmax)

Imax (A)

Maximum cooling power at Tamb=27°C

Qmax (W)

Voltage on a thermoelectric cooler contacts at dTmax

Umax (V)

Maximum achievable temperature difference between the hot and cold side of a thermoelectric cooler

dTmax (K)

Electric resistance of a thermoelectric cooler measured at an alternating current with the frequency of 1 kHz

R (Ohm)

Width of the side A

А (mm)

Width of the side B

B (mm)

Width of the side C

C (mm)

The diameter of the module

D (mm)

Module height

H (mm)

Status

Availability

Ordet the product

To the product
TB-3-(49-17-4)-2,5 6.3 3.3 5.3 113 0.9 36.0 36.0 14.0 8.0 16.8 For order Buy
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4-stage thermoelectric coolers Configuration

4-stage thermoelectric coolers

STANDARD TERMS OF DELIVERY
  • substrate material — alumina (ВК-96)
  • height tolerance ± 0.35 mm
  • parallelism 0.15 mm (L4)
  • flatness 0.1 mm (L4)
  • pin orientation (for rectangular coolers) — to the longer side
  • operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)

ADDITIONAL OPTIONS
DescriptionNotation (*)Note
operating temperature up to 120°C, max assembly temperature = 130°C**  HT(120) assembly solder with Tm = 139°C 
operating temperature up to 150°C, max assembly temperature = 170°C**  HT(150)*** assembly solder Pb-Sn with Tm = 183°C*** 
height tolerance = ± 0.05 mm;
parallelism 0.03 mm;
flatness 0.02 mm.		 L1  
height tolerance = ± 0.025 mm;
paral lelism 0.02 mm;
flatness 0.015 mm.		 L2  
metallization of cold (mc) and (or) hot side of cooler with solder tinning (melting temperature = 95°C, 117°C, 139°C, 183°C) mc95, mh95, mm117 etc.  
gold plating At request
substrate material – aluminium nitride (AlN) N heat conductivity > 180 W/mK
sealant: epoxy, silicon E, S  
non-standard pin orientation    
type and length of wires by customer’s requirement    
non-standard height of coolers    
soldering on cold or hot heatsink, packaging or cold block    

(*) - the notations shown are used to notate additional options in cooler name;

(**) - the maximum assembly temperature influence on the module must not exceed 2 minutes;

(***) - Important! TEС with this option does not satisfy ROHS requirements.

Terms and conditions of sale

Product notation

Type

Input current through a thermoelectric cooler resulting in greatest DT (DTmax)

Imax (A)

Maximum cooling power at Tamb=27°C

Qmax (W)

Voltage on a thermoelectric cooler contacts at dTmax

Umax (V)

Maximum achievable temperature difference between the hot and cold side of a thermoelectric cooler

dTmax (K)

Electric resistance of a thermoelectric cooler measured at an alternating current with the frequency of 1 kHz

R (Ohm)

Width of the side A

А (mm)

Width of the side B

B (mm)

Width of the side C

C (mm)

The diameter of the module

D (mm)

Module height

H (mm)

Status

Availability

Ordet the product

To the product
TB-4-(59-31-11-4)-1,5 0.8 0.4 6.9 118 8.9 12.0 12.0 4.0 2.0 12.2 For order Buy
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Write us if you have any question!

RECOMMENDATIONS While you are choosing thermoelectric device, we kindly ask you to read carefully the product manual and recommendations for its usage. This is a necessary requirement for long-term and effective use of our products.

Ordering products from stock

ATTENTION All foreign orders are required custom clearance which is leading to additional costs. The exact size of these costs can be known only after delivery of the products. For more information please contact your regional branch of DHL.

HOW TO ORDER You can order available products from the site. Choose required product by adding it to the cart, fill the form with your personal data and submit it. Soon we will send to your e-mail an invoice for payment.

PAYMENT 100% prepayment is a necessary requirement for shipping our products. You should make payment in accordance with the conditions in the invoice. Requiring products will be reserved for 5 days while we will wait for your payment.

TERMS Your order will be ready for shipping within no more than 10 working days after we will receive your payment to our account. Estimated delivery time DHL shipping terminal in your region - 4-6 days.

SHIPPING Shipping cost is determined at the stage of registration of the order in the basket Shipping cost is calculated according to the DHL tariffs for region delivery. All taxes and fees are included in the delivery price, except in the estimated costs of customs clearance upon receipt in your area.

WARRANTY The warranty period is 12 months from the start of the operation, but not more than 18 months from date of shipment. The average life of the thermoelectric modules is at least 10 years, subject to the conditions of installation and operation. Guarantees do not apply to products that fail due to violations of the conditions of storage, transport, unpacking, assembly and operation.

Order product that is out of stock

ATTENTION All foreign orders are required custom clearance which is leading to additional costs. The exact size of these costs can be known only after delivery of the products. For more information please contact your regional branch of DHL.

HOW TO ORDER You can order any product that is represented on the site by filling in the feedback form, sending us an e-mail or via telephone +78125008997.

PAYMENT 100% prepayment is a necessary requirement for shipping our products. You should make payment in accordance with the conditions in the invoice. For regular customers the delivery with deferred payment is possible.

TERMS The delivery terms will be from 6 to 12 weeks depending on the quantity (minimum order of 100 pieces) and additional options of required product. If required products are currently in stock, your order will be ready for shipping within no more than 10 working days after we will receive your payment to our account.

SHIPPING Shipping cost is determined at the stage of registration of the order in the basket Shipping cost is calculated according to the DHL tariffs for region delivery. All taxes and fees are included in the delivery price, except in the estimated costs of customs clearance upon receipt in your area.

WARRANTY The warranty period is 12 months from the start of the operation, but not more than 18 months from date of shipment. The average life of the thermoelectric modules is at least 10 years, subject to the conditions of installation and operation. Guarantees do not apply to products that fail due to violations of the conditions of storage, transport, unpacking, assembly and operation.