Quick-Ohm ,components, heat management, high tech ceramic Sitemap Impessum Deutsch

Heat Management

Peltier elements

Peltierelements, Know how, Peltierelements-Know How,
The 10 most important rules for Thermoelectric Modules One- Stage Peltier Module
Peltier Element Cooling,
peltier, peltier  cooler, peltier cooling, peltier device, peltier effekt, one stage peltier module Two- Stage Peltier Module
Peltierelements for big temperature-difference
Peltier Modul, Peltier System, two stage peltier module, TEC One-Stage Peltier Micro Module
Peltierelements, Peltiermodule
micro module, peltier cooling, peltier device, peltier effekt, one stage peltier module Two-Stage Peltier Micro Module
Thermoelectric Micro Modules
two stage peltier module, TEC One-Stage Cycling Module
Cycling Peltier-Elements
Cycling Type Peltierelements

High Density Peltier Modules

High Density Peltier Modules
High density Peltier Modules
high density peltier modules, HDPM, HDPM-Technologie

Thermoelectric Generators

Thermoelectric Generators,
know how
Thermoelectric generator know how,
the 10 important rules Thermoelectric Generators
Thermoelectric Generators,
Seebeck Generator, Seebeck elements, Seebeck modul

Peltier Controller

Peltier Controller for heating
QC-PC-CO1H
Compact-Peltiercontroller heating,
Compact Peltier Controller Peltier Controller for cooling
QC-PC-CO1C
Compact-Peltiercontroller cooling,
Compact PeltiercController, Laser-Controller, LED-Controller Peltier Controller Display
QC-PC-D-100
Display for Compact Controller Peltier Controller
for heating and cooling
QC-PC-CO-CH1
Peltier Controller cooling and heating,
Peltier Universal Controller, Compact-Peltier Controller Peltier Controller Display
QC-PC-D-CH1
Display for Compakt Controller Peltier Two-Level-Controller
QC-PC-CC-12
Peltier Two Level Controller,
Regulators for Thermoelectric Module

IPM Measuring Systems ,
scientific measuring systems

3-Omega methode,
measuring thermal conductivity
measuring thermal conductivity
 High temperature HALL measure system for material characterization
measure system for material characterization IPM-RT-Autoscreen: Semiconductor characterization
Semiconductor characterizationIPM-ZT-Meter-870K:
Realtime Measurement
of the figure-of-merit
Realtime Measurement of the figure-of-merit

Heat Pipes, Kow How

Heat Pipes, Know how
Sinter Heat Pipes, Mesh Heat Pipes, Grooves Heat Pipes
the 10 importent rules

Heat Pipes

Heat Pipes, standard
Sinter Heat Pipes, Mesh Heat Pipes, Grooves-Heatpipes
Sinter Heatpipe, Mesh Heatpipe, Grooves Heatpipe

Heat Pipes Bending Service

Heat Pipe prototypes,
customized Heat Pipes
Prototypes and series-production
Skilled, unambiguous drawings must be delivered

Heat Pipes, Special

Special Heat Pipes
Advice and sale
Only for minimum-quantities, pieces not available

Heat Diffuser

Heat Diffuser prototypes
and mass production
3-D Heatpipes
Vapor-Chambers, Heatspreader, Heat-Diffuser, Heat-Spreader

Heat Transfer Components

Heat Transfer Compound
Heat Transfer Interface
Thermally Conductive Blocks Heat Transfer Adhesiver
Heat Transfer Compound
Thermal Paste Heat Transfer Interface
Thermal Grease
Thermal Glue, Thermally Conductive Adhesives

Insulating heat transfer materials

Aluminium oxide washers
A2O3- washers
ceramic washers, A2O3 substrate Silicon heat transfer washers
Silicon foil heat transfer,
Silicon foil heat transfer Carbon heat transfer foil
Carbon foil
Carbon foil 3d

High standard DC-fans
DC-fans, AC-fans, flat

DC-Fans for industry applications
DC-fan, axial fan
2-fold-ball-bearings, lifespan 30.000h Flat DC-fans and AC-fans
Computer fan
12v fan, 5v fan, 24v fan

Customized Systems,
Peltier / Heat Pipe Cooling Sytems

Customized prototypes
and mass production
Prototypes of drawing and series-delivery
customer-specific coolness-systems

Peltier/Heatpipe Developement Kits

QUICK-COOL Peltier-Explorer-Kit
QC-SORT-0644-A
QC-SORT-0644-A
Thermoelectric Generator, Peltier Development Kits QUICK-COOL Thermoelectric generator
QC-SORT-0744-A
QC-SORT-0744-A
Thermoelectric Generator QUICK-COOL Experimentation kit
QC-SORT-0944A
QC-SORT-0944-A
Teaching aid physics, Thermoelectric, Heatpipe, Peltier QUICK-COOL Experimentation kit
QC-SORT-HP-EX
QC-SORT-HP-EX
Teaching aid physics, Thermoelectric, Heatpipe

Cabinet Cooler

Cabinet Cooler
Cabinet Cooler

High Performance Heat Sink

Tower Cooler
Tower Cooler, LED-Cooler LED-Cooler
 

QUICK-COOL Thermogenerator (pasteburner)

Experimentes with thermoelectric generator and heatpipes

Experiment Kit: QC-SORT-0744-A

Operating Manual
You find the articles in our :Online-Shop
 
Bausatz QC-SORT-0744-A
Bausatz QC-SORT-0744-A 		Bausatz The QUICK-COOL-Thermogenerator QC-SORT-0744-A generates electricity from the temperature difference of a heat transfer interface, heated by a flame, and two fin-packages, cooled by ambient air.
In doing so, the extraordinary heat transfer of heatpipes is demonstrated by transferring the heat from the heated interface to the hot side of the generating modules on the one hand and, on the other hand, the heat dissipation from the side of the generating module that has to be cooled to the cooling fins.
When heat is flowing through the thermoelectric module, electricity will directly be generated. This physical aspect is known as the “Seebeck-Effect”
At this kind of power generation there is neither a moving part nor a wearing. When the flame is lid and being positioned under the heat exchange interface, the interface will start to heat up the end of the heatpipes (heat input).

At this kind of power generation there is neither a moving part nor a wearing. When the flame is lid and being positioned under the heat exchange interface, the interface will start to heat up the end of the heatpipes (heat input).
Already at a relativly low temperature, the water inside the vacuum-heatpipe will boil and evaporate and will spread the heat rapidly.
At the other side of the heatpipe the heat will be transported via another heat exchange interface into one side of the generating module (the hot side) and will flow through the module to the other side (cold side) with its cooling fins. At this place there is a transfer of the heat to the natural convecting ambient air. This heatflow inside the thermoelectric module generates the electrical power.

The kit contains the following parts:

  1. 1 x this manual
  2. 1 x baseplate QC-KP-ME-03
  3. 2 x heatpipe QG-SHP-D8-300MN
  4. 2 x heatpipe with cooling fin Y.QA-SHP-D8-200SN-round
  5. 2 x peltier module QC-K12703
  6. 1 x heat exchange interface top side QG-IF-A8-2x4
  7. 1 x heat exchange interface bottom side QG-IF-A8-2X4M4
  8. 1 x heat exchange interface front side QG-IF-A8-2-V3
  9. 4 x slotted cheese head screw DIN 84 – M4x35° stainless steel
  10. 2 x slotted countersunk head srew DIN 963 - M4x8
  11. 6 x washer DIN 9021 – 4,3x12mm
  12. 16 x disc spring DIN 2093 . A16
  13. 1 x disc spring DIN 2093 A20
  14. 4 x spacing roller MR8/4.3x04
  15. 2 x spacer DA8-M4x50
  16. 2 x spacer DI8 M4x60
  17. 4 x self adhesive base
  18. 1 x board with LED and voltage regulator
  19. 1 x paste burner without burning paste

This construction kit communicates in several fascinating experiments knowledge around thermoelectric.
It is described what thermoelectric exactly is, what thermogenerators are used for, what can be done with peltier modules and how a heatpipe is working.
It's energie the demonstrator gets from a pasteburner. With the assembled USB-port a DC of 5V can be used for own experiments.

Dimensions
Length              300mm
Width               310mm
Highth              125mm
Weight             1200gr