Tube Tester 6000

Hickok Electrical Instrument Co.; Cleveland, OH

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  • Année
  • 1957–1962
  • Catégorie
  • Appareils de mesure et de dépannage (matériel de labo)
  • Radiomuseum.org ID
  • 113444
    • alternative name: Hickock

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 Spécifications techniques

  • No. de tubes
  • 2
  • Gammes d'ondes
  • - sans
  • Tension / type courant
  • Alimentation Courant Alternatif (CA) / 110 Volt
  • Haut-parleur
  • - - Pas de sortie basse fréquence
  • Matière
  • Boitier en bois
  • De Radiomuseum.org
  • Modèle: Tube Tester 6000 - Hickok Electrical Instrument
  • Forme
  • Modèle de table boitier avec vouvercle
  • Dimensions (LHP)
  • 265 x 185 x 425 mm / 10.4 x 7.3 x 16.7 inch
  • Remarques
  • Vereinfachtes Modell des 600; kleiner und leichter gebaut, für Servicezwecke.
  • Poids net
  • 7.3 kg / 16 lb 1.3 oz (16.079 lb)
  • Littérature
  • Alan Douglas, Tube Testers and Classic Electronic Test Gear

 Collections | Musées | Littérature

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Le modèle Tube Tester fait partie des collections des membres suivants.

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Contributions du forum pour ce modèle: Hickok Electrical: Tube Tester 6000

Discussions: 1 | Publications: 10

Gentle tube enthusiasts,

together with fellow Dale Spear, I am working on a project which involves good knowledge of the circuitry and theory of operation of 6000, 6000A and 6005 tube testers.

I have three main concerns:

1) the user's manual states that the seven sockets' contact dials have fourteen positions. However, other literature mentions twelve positions. Do they perhaps have two "standby" (= disconnected) positions, which would solve the discrepancy?

2) I particularly seem to have problems with dial 2. It should be marked 1-2-3-R-S-T-U-V-W-X-Y-Z but in the tube charts I consistently find as well a P position. Which socket's contact is connected when it is turned in P position, or which other operation is performed?

3) The "FUNCTION" switch is said to have eight positions. However, the positions used in tube testings seem to be only five: A-B-C-D and F. As long as I understand, A is used for amplifiers' tests, C for diodes' tests and D for rectifiers' tests. But I couldn't find any literature on what B and F functions are used for and what they specifically do. Does anyone have any clue?

Thanks for reading.

Marco Gilardetti, 09.Oct.09

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