Peltier Thermocoolers
peltier-thermocoolers-1
GL-II Module PELFPH
(20) GL MODULE COMMON SPECIFICATIONS- Temperature Range Assurance: The GL Module is guaranteed to operate within a temperature range of -40°C to 100°C (with the suggested maximum temperature on the radiating side).
- PVC Coating: This product features a PVC coating that adheres to UL standards.
- Silicone Comparison: Similar to the KE347 product. It’s important to note that only the lateral side is not fully sealed for moisture-proof and waterproof measures.
- Temperature Limits: Ensure that the Th-side (hot side) of the Micro Module does not exceed 80°C, or 90°C for other modules.
- Handle with Care: Avoid dropping or subjecting the unit to mechanical shock, as it may lead to breakage. Handle the product carefully.
- Surface Contact: Proper surface contact between the Peltier Module and the heat exchanger is crucial for its functionality. Ideally, keep any deviation from flatness under 0.02mm.
- Thermally Conductive Grease: Apply a thin layer of thermally conductive grease between the Peltier Module surface and the heat exchanger.
- Optimal Voltage and Current: Maximum efficiency is not achieved at maximum voltage or current. It is recommended to set the voltage and current to approximately 70% of the maximum.
- Cascade of Micro Modules: Rapidly changing the current polarity as a modulation method will shorten the unit’s lifespan. Avoid using this method of operation.
- Vmax Specifications: The specifications listed for Vmax are measured at a temperature of Th = 27°C.
GL-II Module 2-Tier Cascade Module PELFPK
GL MODULE COMMON SPECIFICATIONS- Temperature Range Assurance: The GL Module is guaranteed to operate within a temperature range of -40°C to 100°C (with the suggested maximum temperature on the radiating side).
- PVC Coating: This product features a PVC coating that adheres to UL standards.
- Silicone Comparison: Similar to the KE347 product. It’s important to note that only the lateral side is not fully sealed for moisture-proof and waterproof measures.
- Temperature Limits: Ensure that the Th-side (hot side) of the Micro Module does not exceed 80°C, or 90°C for other modules.
- Handle with Care: Avoid dropping or subjecting the unit to mechanical shock, as it may lead to breakage. Handle the product carefully.
- Surface Contact: Proper surface contact between the Peltier Module and the heat exchanger is crucial for its functionality. Ideally, keep any deviation from flatness under 0.02mm.
- Thermally Conductive Grease: Apply a thin layer of thermally conductive grease between the Peltier Module surface and the heat exchanger.
- Optimal Voltage and Current: Maximum efficiency is not achieved at maximum voltage or current. It is recommended to set the voltage and current to approximately 70% of the maximum.
- Cascade of Micro Modules: Rapidly changing the current polarity as a modulation method will shorten the unit’s lifespan. Avoid using this method of operation.
- Vmax Specifications: The specifications listed for Vmax are measured at a temperature of Th = 27°C.
GL-II Module PELTECH
(49) GL MODULE COMMON SPECIFICATIONS- Temperature Range Assurance: The GL Module is guaranteed to operate within a temperature range of -40°C to 100°C (with the suggested maximum temperature on the radiating side).
- PVC Coating: This product features a PVC coating that adheres to UL standards.
- Silicone Comparison: Similar to the KE347 product. It’s important to note that only the lateral side is not fully sealed for moisture-proof and waterproof measures.
- Temperature Limits: Ensure that the Th-side (hot side) of the Micro Module does not exceed 80°C, or 90°C for other modules.
- Handle with Care: Avoid dropping or subjecting the unit to mechanical shock, as it may lead to breakage. Handle the product carefully.
- Surface Contact: Proper surface contact between the Peltier Module and the heat exchanger is crucial for its functionality. Ideally, keep any deviation from flatness under 0.02mm.
- Thermally Conductive Grease: Apply a thin layer of thermally conductive grease between the Peltier Module surface and the heat exchanger.
- Optimal Voltage and Current: Maximum efficiency is not achieved at maximum voltage or current. It is recommended to set the voltage and current to approximately 70% of the maximum.
- Cascade of Micro Modules: Rapidly changing the current polarity as a modulation method will shorten the unit’s lifespan. Avoid using this method of operation.
- Vmax Specifications: The specifications listed for Vmax are measured at a temperature of Th = 27°C.
Standard Type 2-Tier Cascade Module PELTECH
GL MODULE COMMON SPECIFICATIONS- Temperature Range Assurance: The GL Module is guaranteed to operate within a temperature range of -40°C to 100°C (with the suggested maximum temperature on the radiating side).
- PVC Coating: This product features a PVC coating that adheres to UL standards.
- Silicone Comparison: Similar to the KE347 product. It’s important to note that only the lateral side is not fully sealed for moisture-proof and waterproof measures.
- Temperature Limits: Ensure that the Th-side (hot side) of the Micro Module does not exceed 80°C, or 90°C for other modules.
- Handle with Care: Avoid dropping or subjecting the unit to mechanical shock, as it may lead to breakage. Handle the product carefully.
- Surface Contact: Proper surface contact between the Peltier Module and the heat exchanger is crucial for its functionality. Ideally, keep any deviation from flatness under 0.02mm.
- Thermally Conductive Grease: Apply a thin layer of thermally conductive grease between the Peltier Module surface and the heat exchanger.
- Optimal Voltage and Current: Maximum efficiency is not achieved at maximum voltage or current. It is recommended to set the voltage and current to approximately 70% of the maximum.
- Cascade of Micro Modules: Rapidly changing the current polarity as a modulation method will shorten the unit’s lifespan. Avoid using this method of operation.
- Vmax Specifications: The specifications listed for Vmax are measured at a temperature of Th = 27°C.
Cooler unit - PELFEC1811FP
Our standard Electronic Cooler Units are designed to facilitate seamless integration into original products and systems. We’ve carefully considered the challenges and complexities associated with designing new systems. /Asset/Cooler-unit---PELFEC1811FP.gif Cooler unit - PELFEC1715NP
Our standard Electronic Cooler Units are designed to facilitate seamless integration into original products and systems. We’ve carefully considered the challenges and complexities associated with designing new systems. /Asset/Cooler-unit---PELFEC1715NP.gif High Performance Cooling Unit - PELV-2F
High Cooling Performance- GL module incorporates an enhanced seal structure for water resistance, designed to effectively absorb thermal stress.
- Flexible product design and easy installation.
- No screws to tighten results in better heat absorption and maximizes performance.
- GL structure reliability involves rigorous polarity reversal testing.
- Easy to operate, low assembly cost.
- Options include heatsink design or water-cooling jacket.
High Performance Cooling Unit - PELV-2C
High Cooling Performance- GL module incorporates an enhanced seal structure for water resistance, designed to effectively absorb thermal stress.
- Flexible product design and easy installation.
- No screws to tighten results in better heat absorption and maximizes performance.
- GL structure reliability involves rigorous polarity reversal testing.
- Easy to operate, low assembly cost.
- Options include heatsink design or water-cooling jacket.
High Performance Cooling Unit - PELV-2H
High Cooling Performance- GL module incorporates an enhanced seal structure for water resistance, designed to effectively absorb thermal stress.
- Flexible product design and easy installation.
- No screws to tighten results in better heat absorption and maximizes performance.
- GL structure reliability involves rigorous polarity reversal testing.
- Easy to operate, low assembly cost.
- Options include heatsink design or water-cooling jacket.
