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HZ-9 Thermoelectric Module
Uses Bismuth Telluride Based SemiconductorsSolid State Conversion of Heat To Electricity
HZ-9 is the same width and length as HZ-14, but output power at the same temperaures is lower. Note two different features: Heat flux is lower and output voltage is higher.
Generate a highly reliable source of electrical power from any source of heat. For these and other applications:
POWER SUPPLIES
- Convert any source of heat to a reliable supply of electrical power in remote locations.
- Convert heat from the combustion of hydrocarbon fuels to electricity creating a reliable power supply for remote unmanned stations.
- Cathodic Protection
- Telecommunications
SELF POWERED DEVICES
- Heaters
- Furnaces
- Water Heaters
- Barbecues
- Vehicle Engine Heaters
WASTE HEAT RECOVERY
- Engine exhaust powered Alternator Replacement
- Industrial operations such as cement plants, refineries, glass manufacturing, foundries etc...
- Flare Gas
RENEWABLE ENERGY
- Wood Burning Stoves
- Incinerators
- Solar Salt Ponds
- Geothermal
- Solar Concentrators
THE HZ-9 THERMOELECTRIC MODULE
The HZ-9 module consists of 98 thermocouples arranged electrically in series and thermally in parallel. The thermocouples consists of "Hot Pressed", Bismuth Telluride based, semiconductors to give the highest efficiency at most waste heat temperatures as well as high strength capable of enduring rugged applications. The bonded metal conductors enable the HZ-9 module to operate continuously at temperatures as high as 250°C (480F) and intermittently as high as 400°C (750F) without degrading the module.While the HZ-9 is well suited for waste heat recovery it's reversible properties make it ideal as a thermoelectric cooler, especially for high temperature applications where sensitive electronic equipment must be cooled to below the ambient temperatures.
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Properties of the 9 Watt Module,
HZ-9
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Physical Properties
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Value
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Tolerance
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Width & Length
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2.47" (6.27 cm)
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±0.01 (0.25)
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Thickness
(Special Order) |
0.261" (0.651)
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±0.01 (0.25)
±0.002 (0.05) |
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Weight
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105 grams
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±3 grams
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Compressive Yield Stress
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10 ksi (70 MPa)
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minimum
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Number of active couples
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97 couples
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Thermal Properties
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Design Hot Side Temperature
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230°C (450°F)
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±10 (20)
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Design Cold Side Temperature
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30°C (85°F)
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±5 (10)
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Maximum Continuous Temperature
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250°C (480°F)
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Minimum Continuous Temperature
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none
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Maximum Intermittent Temperature
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400°C (750°F)
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Thermal Conductivity*
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0.018 W/cm*K
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+0.001
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Heat Flux*
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5.52 W/sqcm
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±0.5
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Electrical Properties (as a generator)*
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Power**
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9 Watts
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minimum
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Load Voltage
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3.28 Volts
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±0.1
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Internal Resistance
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1.15 Ohm
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±0.05
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Current
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2.9 Amps
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±1
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Open Circuit Voltage
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6.5 Volts
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±0.3
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Efficiency
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4.5 %
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minimum
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* At Design Temperatures
** At Matched Load, refer to the graphs for properties at various operating temperatures and conditions.
AVAILABLE OPTIONS:
- DC-DC Converter
- input 1.5V - 15V
- output 15V (adjustable)
- 30 Watts - Heat Sink
- Fan Cooled
- Free Convection
- Water Cooled - Heat Transfer Grease
- Ceramic, Electrically Insulating Wafers
- Silicone, thermally conductive pads.
All statements, technical information and recommendations contained herein are based on tests we believe to be reliable, but the accuracy or completeness thereof is not guaranteed. Neither seller nor manufacturer shall be liable for any injury, loss or damage including but not limited to special, incidental or consequential damages arising out of the use or the inability to use the product. Before using, user shall determine the suitability of the product for his intended use, and user assumes all risk and liability whatsoever in connection therewith. No statement or recommendation not contained herein shall have any force or effect unless in an agreement signed by officers of seller and manufacturer.