Pasco TD-8580A Thermal Cavity Manuel d'utilisateur

Naviguer en ligne ou télécharger Manuel d'utilisateur pour Équipement Pasco TD-8580A Thermal Cavity. PASCO TD-8580A Thermal Cavity User Manual Manuel d'utilisatio

  • Télécharger
  • Ajouter à mon manuel
  • Imprimer
  • Page
    / 8
  • Table des matières
  • MARQUE LIVRES
  • Noté. / 5. Basé sur avis des utilisateurs
Vue de la page 0
®
Instruction Manual
012-09373B
Thermal Cavity
TD-8580A
Introduction
The TD-8580A Thermal Cavity can be used in studies of thermal radiation, the Stefan-Boltzmann law, and
reflection and emission of light from different surfaces. The rotatable aluminum cube has a cavity and four dif-
ferent surface finishes: black, white, polished, and matte.
When powered by a stand-alone power supply or a Power Amplifier connected to a ScienceWorkshop interface,
the built-in heating element can raise the temperature of the cube to 100 °C. A thermistor embedded in the cube
allows the temperature to be measured with a PASPORT Temperature Sensor, a ScienceWorkshop Thermistor
Sensor, or a resistance meter.
Included Equipment Part Number
1. Thermal Cavity Assembly TD-8580
2. Cavity Plug 699-122
3. Thermistor Cable PS-2515
4. Base ME-9205
5. Thumbscrews (qty. 2) 617-015
6. Square Nuts (qty. 2) 614-054
7. CD-ROM: Experiment Configuration
Files for DataStudio 576-09345
Required Equipment
1
1
See “Suggested Experiments” starting on page 3 for more information about the recommended
equipment and additional equipment required for the experiments described in this manual.
Power Supply, 10 V, 1 A CI-6552A, PI-9877, SE- 9720a, SF-9584A, or similar
10 k Thermistor-type Temperature Sensor
or
Resistance Meter
CI-6527A, PS-2125, or similar
SE-9786A
TD-8580A
THERMAL CAVITY
INPUT POW
ER
(10 VOLT MAX)
1
3
4
5
6
2
TD-8580A
THERMAL CAVITY
INPUT POWER
(10 VOLT MAX)
1
3
4
5
6
2
Vue de la page 0
1 2 3 4 5 6 7 8

Résumé du contenu

Page 1 - Thermal Cavity

®Instruction Manual012-09373BThermal CavityTD-8580AIntroductionThe TD-8580A Thermal Cavity can be used in studies of thermal radiation, the Stefan-Bol

Page 2 - Equipment Setup

®Thermal Cavity Equipment Setup2With an Infrared Sensor students can examine IR light emission from each of the cube's surfaces. The addition of

Page 3 - Suggested Experiments

®Model No. TD-8580A Safety3SafetyCAUTION: The cube can reach 100 °C (212 °F). Do not touch the cube while the apparatus is in use. Allow the apparatu

Page 4

®Thermal Cavity Suggested Experiments44. Open the configuration file IR_vs_Temp.ds.ProcedureStart with the cube below 40 °C.1. Click Start.2. Apply 10

Page 5

®Model No. TD-8580A Suggested Experiments5 2. Reflected Visible Light and Emitted Infrared LightIn this experiment you will measure the profile of vi

Page 6

®Thermal Cavity Suggested Experiments66. Connect the Light, Thermistor, and Rotary Motion sensors to the interface (or interfaces).3 Leave the IR Sens

Page 7 - Sample Data

®Model No. TD-8580A Sample Data7Sample DataDataStudio files containing these data can be found on the included CD-ROM.Infrared Light Intensity versus

Page 8 - Technical Support

®Thermal Cavity Specifications8where , , , and .SpecificationsTechnical SupportFor assistance with any PASCO product, contact PASCO at:Limited Warrant

Commentaires sur ces manuels

Pas de commentaire