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Turnigy électrique 80mm de frein magnétique du système (3.0 ") roue (2pc)

Turnigy électrique 80mm de frein magnétique du système (3.0 ") roue (2pc)

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45,08 €
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Poids
265 g
SKU:
107000167

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Turnigy électrique 80mm de frein magnétique du système (3.0 ") roue (2pc) - Le système de freinage magnétique Turnigy électrique offre un plug & play unité simple qui prend quelques minutes pour monter et mettre en place, le système de freinage est proportionnelle et est contrôlé via un canal auxiliaire exploité via un curseur bouton / rotatif sur votre TX. l'appareil fonctionne hors d'une large gamme de tensions d'entrée allant de 12v ~ 40v, ce qui les rend idéal pour les applications EDF. Chaque unité de roue est pré-assemblé et monté sur un essieu de 4mm, le 800mm plomb est également pré-joint qui signifie que vous branchez simplement dans l'unité de commande fourni et vous êtes bon pour vous!

Specifications Roues:
Roue: Alliage / Rubber Tire 80mm / 3.0 "
Essieu: 4mm
Longueur cordon: 800mm
Poids: 82g (chaque)

Spec Controller:
Tension de fonctionnement: 12v ~ 40V (3s ~ 10s)
Tension de sortie: 2A / 0v ~ 12v
Dimensions: 55mm x 7mm x 26mm
Poids: 15g

Product
Specifications

Informations supplémentaires

  • Référence:
    107000167
  • Brand:
    Turnigy
  • Poids (g)
    265.00
  • Longueur
    115.00
  • Largeur:
    66.00
  • Taille:
    110.00
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Not fully sactisfied,
realization is poor quality, and brake is not as i like, for a medium gas engine plane is not enought, honestly not very useful.
I have used it on 180cm plane with OS 120, about 6 kg plane....
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This product works as advertised. You can use it either with the elevator (if your servo moves in the direction required by the brake controller), with a switch (only for panic braking) or with a brake channel. I am using this one because my elevator servo works the wrong way. There are two details to consider: it is very difficult to have a variable braking capability and the other one, is that after braking the wheels are not released and sometimes, get locked until manually released.
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Totally agree with jj604...mechanically, these are winners, but that's about it.

On my set, the hubs are WAY off center in the tires. Inside it looks like the whole thing shifted while the tire was still warm or something. Horrible fit, and I will be trying to modify a "real" tire to fit as I won't be putting these on an airplane.

Now, on to the mounting of the units. I'm in the process of installing these on a .60 Ugly Stik...my "old reliable" test bed. The Stik has tricycle gear with "leaf" mains. The shaft fits perfectly into the leaf, but using a wheel collar by itself to attach, once that brake starts applying pressure, the whole hub, including the shaft will just rotate in the LG hole. There HAS to be a way to anchor the inner hub to the aircraft, but none is supplied.

I've taken one apart and what I think I'll do is drill 2 holes in the leaf and tap threads. I'll then drill shallow dimples into the electromagnet part of the hub - maybe 1/16 or so deep - adjacent to these "set screws". The casing seems to be about 3/32 and I don't want to drill into the windings. Then I'll thread a bolt through the leaf and into the dimple. This should immobilize the hub so when the brake is applied the whole shebang won't rotate - taking the wires with it!
I'll post back with results after the mods.
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Well these are pretty good value and they work as advertised.

BUT The problem is they are an all-or-nothing solution. You have to mount the stub axles which are an integral part of the wheel into your UC leg. OK for oleos that are the correct diameter fitting with a grub screw retainer, but difficult for anything else - including a conventional wire or leaf UC. There is no simple way I can see to modify them to use conventional gear.

But that's not the biggest issue. The tyres are awful. Rock hard plastic of some sort rather than soft rubber. Absolutely no give. If you would fly with wooden wheels these might be OK but if you are used to DuBros you are in for a shock! Pity, as the electronics work fine and the braking force is very strong.
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