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TROUBLESHOOTING - VIDEO INSTRUCTIONS - COMPATIBILITY GUIDE - PRESSURIZATION EXPERIMENTS

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PROBLEM RESOLUTION

THE PACKAGE DOES NOT FIT THE BALL RESCUER

The container you have chosen, despite being compatible, cannot be fully pressurized.

This can be due to two causes:

Either, within the compatible brands, you are using one of the containers that are wider, or it belongs to the group of 10% of compatible containers that present pressure losses.

To detect if it is the first case, look carefully at the opening of the flange before starting the pressurization. If it is greater than 3 or 4 mm, as shown in the container on the right in the photo, then it is very possible that there will be pressure losses after a few hours.

In the second case, we have to say that there are 10% of compatible containers with which pressure losses occur for reasons that are not very clear. It seems that it has to do with the depth of the impact notches that appear in the metal ring as a result of the manufacturing process, or because the ring could be deformed even though it is not noticeable.

In these two cases, you will have to discard the container and try another of the compatible brands. You will surely find one easily.

Open this photo to understand it better Ball Rescuer clamp

I JUST RECEIVED THE BR PRESSURIZER AND I CANNOT START IT

What container do you use? Have you tried changing it?

That container is not compatible. You have to use Head, Sioux, Softee, Víbora, Dunlop or Slazenger. Then you can put inside the balls of the brand you want.

I HAVE BEEN USING THE PRESSURIZER FOR A WHILE AND IT HAS STOPPED WORKING

#   Problemas con la junta de estanqueidad 

La junta de estanqueidad del dispositivo viene pre lubricada con grasa de silicona. Si con el paso del tiempo observas pérdidas de presión, es importante que vuelvas a lubricar la junta extrayéndola de su alojamiento y embadurnándola con grasa de silicona (no con silicona) o en su defecto con vaselina (la vaselina es menos recomendable porque a la larga ataca el caucho, pero funciona). La grasa de silicona puedes comprarla en nuestra web www.ballrescuer.com 

Aquí te dejo un video que muestra el proceso. 

Vídeo "Lubricación junta de estanqueidad"

  #  Pierde por la ranura de la brida

Si pierde por la ranura de la brida, y estás seguro de que el bote que usas es un bote compatible, es probable que se deba a falta de lubricación. Tienes que esperar dos o tres minutos porque al principio puede ser aire atrapado. El aparato que este boca arriba y sin el tapón de la válvula.

Si lo has abierto después de sumergirlo tienes que sacar la junta y secar bien todo, alojamiento incluido. Mira que esté todo bien seco. Si hay gotas de agua no presuriza bien.

   #  Hay una fuga de aire en la goma del botón de vaciado

En raras ocasiones, ya sea porque la goma está un poco dura al principio o porque está en mal estado (menos del 1% de las veces), se pueden producir pérdidas por el botón de vaciado.

Para hacer la comprobación, presuriza el envase con bolas dentro hasta los 3o psi. Con un gotero, jeringuilla, cucharilla o similar, llena por completo de agua el espacio anular del pulsador, tal y como se muestra en la foto.

Si observas durante uno o dos minutos y ves alguna burbuja de aire saliendo, es que el problema está ahí.

Para solucionarlo, en muchas ocasiones basta con desmontar la goma, estrujarla durante uno o dos minutos con los dedos y volver a montarla. Esto hace que sea más flexible y que ajuste mejor, con lo cual las pérdidas dejan de producirse.

Como primera medida, haz esto y vuelve a comprobar llenando de nuevo el espacio anular de agua. Asegúrate antes del montaje de haber secado bien el pulsador y el orificio mediante soplado. Otro método para reblandecer mejor la goma es, con la ayuda de un lápiz, empujar hacia dentro la punta de flecha y darle la vuelta. Quedará como un gorrito al que puedes moldear más fácilmente. Después les das la vuelta de nuevo y la colocas en el émbolo.

Si todo lo anterior no funcionara, ponte enseguida en contacto con nosotros para enviarte un repuesto de la goma.

#   Pierde por la válvula de inflado

Eso es porque se habrá aflojado el obus roscado que va dentro de la válvula. Prueba con unas pinzas de depilar o destornillador pequeñito. Verás una barrita horizontal. Gírala con la herramienta en el sentido de las agujas del reloj. Es muy posible que baste con hacer eso. 

#     Puede perder por el indicador de presión

Si este fuese el problema la solución también es muy sencilla. Lo más probable es que le falte apretar un poco la rosca.

Si este es el caso, sácalo completamente y vuelve a hinchar el Ball Rescuer. Si ya no pierde, vuelve a poner el indicador apretando la rosca un poco más.

HOW TO RECOVER USED BALLS?

Recovering balls with little bounce is not easy. It takes quite a long time. The instruction sheet explains how you can do this. 

It can take between two and four weeks depending on the model. You have to be patient. Sometimes it is not even possible to achieve it. Ideally, start with a new bottle for optimal results, or purchase yet another device. 

However, if you want to try it, this video explains how to proceed.

Video "How to recover used balls

I CAN'T GET HIM TO KEEP UP THE PRESSURE (TYPICAL CONVERSATION HELD WITH A CUSTOMER).

Hello, I bought the Ball Rescuer premium last week and I can't get it to hold pressure, I opened a new bottle of head pro s and the same thing happens to me.

I squeeze as hard as I can but I can't get him to hold the pressure.

What else can I do?

Thank you

Hour

Doesn't your pressure rise or doesn't it stay?

Hello, it does not hold, it lasts 2 hours+-

Ok

Unscrew the pressure gauge and try to inflate it without putting it on.

I don't understand,

The green marker, take it out, and then give pressure.

Ok I will see I did not know that it could be removed

I have removed it and put pressure on it.

I'll see in a bit.

The truth was quite loose.

That was the same.

In a couple of hours I'll look to see.

Ok

Hello, it finally holds the pressure, which I don't know if I should reassemble the pressure gauge by tightening it harder.

Yes

put it to see what happens

all ok It already holds the pressure with the threaded green spout.

Thanks.

HOW TO CLOSE THE LID CORRECTLY?

This video shows how to close the lid correctly. 

Video "How to close the lid"

Video "How to use the Ball Rescuer"

Type Important: 

Balls recharge best at 28-30 psi. By putting more pressure, the only thing that is achieved is to shrink the pores of the rubber and less air enters, in addition to shortening the life of the pressurizer.

VIDEO INSTRUCTIONS

On this page you will find the basic operating instructions for the Ball Rescuer, and some tips for handling and maintenance.

Click on the video that interests you to view it.

 

Ball Rescuer Pressurizer How to use

Here you will find the basic instructions to start using the device to pressurize tubes of tennis balls and paddle Ball Recorder.

 

How to properly close the Ball Rescuer pressurizer

If you have just purchased a Ball Rescuer pressurizer and want to know the best way to close it, be sure to watch this video.

 

Maintenance of the sealing gasket. Cleaning and lubrication.

This video shows how to lubricate the gasket. Lubrication is necessary for the joint to last longer and to prevent pressure loss. It is also necessary to lubricate the rubber of the emptying button.

 

Protocol of maximum efficiency for the pressurization of tennis and paddle balls

In this video we explain how to use the HIGH PRESSURE Ball Rescuer pressurizers to get the best possible performance from your balls depending on the number of games you play a week.

BALL RESCUER COMPATIBILITY GUIDE

Regarding the compatibility of the containers, the first thing we have to say is that for safety reasons there are many brands of ball containers that cannot be pressurized with the clamp that is supplied with the device. Some of these brands are: Wilson, Bullpadel, Babolat, Tecnifibre, Nox, Artengo, Adidas and Varlion, although they are not the only ones.

What all these containers have in common is that the neck is very small. If we had designed the clamp for this type of container, there would be a great risk that when the assembly was pressurized, the clamp would escape and the canister would shoot out at full speed due to the pressure, with the consequent danger that this would entail.

Therefore, the compatible brands are those whose containers have a more pronounced neck, allowing them to be held by the clamp without danger of escaping. These marks are only the following:

HEAD, SIUX, DUNLOP, SLAZENGER, PENN, DONNAY

They are few, but they are very established and it is relatively easy to get a container that can last you a year or more and store any other brand of balls.

However, to complicate things even more, not all the containers of these brands are pressurizable, that is something that also depends on the diameter of the container body, since it must be such that it allows the clamp to close completely or almost completely (it is admits a maximum opening of 3 mm) when putting the container inside (without the original pressurization seal and without putting on the Ball Rescuer lid).

The good news is that even so there are many models that can be pressurized and you only need to find one each year. Below we detail the packaging models that are best suited. We will be adding models when we test them.

100% compatible

    • Head Padel Pro
    • Head Padel Pro S
    • Head Padel
    • Head CS
    • Radical 4 ball head
    • 3 or 4 ball Head Championship
    • Siux Match
    • Siux Match Pro
    • Penn Coach

Compatible 95%

    • Dunlop Padel Tournament Quality
    • Dunlop Team Padel
    • Dunlop Pro Tour 3 and 4 ball
    • Dunlop Pro Coach 4 balls
    • Dunlop Tour Performance
    • Dunlop Stage 1
    • Slazenger Club Padel
    • Slazenger Championship Hydroguard (3 y 4 bolas)
    • Slazenger Max Padel
    • Slazenger (transparente sin distintivos)
    • Donnay Championship

All these containers are a little narrower and to be 100% compatible it will be necessary to increase the diameter with twenty or thirty turns of packing tape placed just below the indentation in the neck of the container.

Compatible brand models that cannot be pressurized or leak after hours:

    • Dunlop Tour Brilliance. The container body is too narrow and when pressurized it is off center with respect to the flange. To avoid this, wrap insulating tape to thicken the diameter until it fits the flange. Even so, it will be difficult to pressurize, better to choose another model.
    • Dunlop Pro Padel. It can be pressurized but it usually presents pressure losses.
    • Head Padel Pro. Wide containers cannot be pressurized, it can be measured with the flange before buying it.

PRESSURIZATION EXPERIMENTS WITH BALL RESCUER

Through these experiments we want to determine which models and brands of balls last the longest using a high pressure ball pressurizer like the Ball Rescuer. 

Click on the video that interests you to view it.

 

What models and brands of balls last the longest?

Through these experiments we want to determine which models and brands of balls last the longest using a high pressure ball pressurizer like the Ball Rescuer. 

 

Exact factory pressure of the Head Padel Pro balls

Head Padel Pro new ball internal pressure measurement

 

Summary of measurements of the Head Padel Pro S balls

 

Exact factory pressure of the Head Padel Pro S balls.

New ball internal pressure measurement Head Padel Pro S

 

Summary of measurements of the Head Padel Pro S balls

 

Exact factory pressure of Artengo balls

Internal pressure measurement of new ball Artengo

 

 

Summary of ball measurements Artengo

 

 

Exact factory pressure of Siux Match Pro balls

Siux Match Pro new ball internal pressure measurement

 

 

Head Padel Pro ball measurement result

After 30 days of using the Ball Rescuer pressurizer this was the result of the internal pressure measurement

 

 

Head Padel Pro ball measurement result S

After 30 days of use of the Ball Rescuer pressurizer this was the result of the internal pressure measurement.

 

 

Demonstration of the effectiveness of High Pressure pressurizers vs screw pressurizers without valve

In this video, it is shown that screw pressurizers that do not have a valve and that work only at 15 psi do not recover the internal pressure of tennis and paddle balls and that therefore they are not effective.