Hi,
I am debating weather or not I should get the Wise 2086 Tensioner for myself. I have heard that the crank is more accurate, but is this true? And second, will it speed up the time that it takes me to string? And any reviews or guidance?
Thanks so much!
Hi,
I am debating weather or not I should get the Wise 2086 Tensioner for myself. I have heard that the crank is more accurate, but is this true? And second, will it speed up the time that it takes me to string? And any reviews or guidance?
Thanks so much!
I read that the Wise is a good tensioner (although no personal experience). It does seem like I have read that the Wise won't allow 360 degree rotation on many machines. It is generally accepted that constant pull (electronic or drop-weight) is more accurate than a crank. However, you can still get a good, consistent tension from a crank. The key is consistency and knowing what YOUR stringer does. One thing that will help your speed is to work to improve your technique. I have personally seen a stringer string a racquet in under 12 minutes and there was no wasted effort or motion. Obviously, excellent technique was used!
The Wise has two settings, one is lock out and the other is constant pull. So, if you prefer, you can use the lockout option to retain the same stringbed type.
IME, I find the constant pull setting on the Wise to produce a much more consistent string bed. There are zero hot spots when strung with CP and the stringbed feels firmer. To offset, you can, as I have done, reduce tension.
How much tension? Well, with the Wise the easiest thing to do is set your normal tension and choose the lockout option. Pull that tension, when the machine beeps indicating tension is reached, count to 5 which is pretty much how long it takes to get off the crank and set a clamp. You'll see the tension drop by about 6 - 8 pounds in that time.
Now, I don't mind a crank at all, I have a Neos. But, one must consider the variables associated with the crank locking out and the time it takes to set the clamp. this means there are more variances and that results in differing tensions. Is it enough to make a difference in my game? Probably not, but since I have a Wise, it's cool to know that I'm producing a consistent stringbed each and every time I string.
The other really nice thing about the Wise is the digital readout. Often, when you set a clamp, you don't see creep. And the Wise lets you know immediately if you have any creep from your clamps.
"Creep ", is when the tension on the string causes the clamps to move,. This causes a lost in tension.
Sorry PBODY, but what I think Rabbit refers to with "creep" is a CP tensioner maintaining the CP before disengaging the tensioner. You can see the "actual" tension fluctuate, trying to maintain the "constant" tension.
I'm thinking what you refer to is "draw back" on the clamp bases.
I ask new customers where they had there frame strung before. Given there answer, I can usually ascertain what kind of machine was used.
If it was done on a lock out, I decrease the tension 3 or 4 lbs or so.
the wise is supposed to be set up to pull tension at the same level as the stringbed so there is no loss of tension due to friction of the string being pulled at an angle against the grommet strip. when set up this way, the stringing machine loses the 360 degree rotation.
I am going to have to disagree with you (and Herb) on that point you made. I also have the 6004 machine and got the Gamma add-on for my Wise.
The problem with the Wise on the Gamma machine is that the Wise only pulls in a horizontal plane. For 360 degree rotation the tension head has to be below the level of the racket to allow the handle to pass over it. When pulling tension with the Wise you run a risk of damaging the string (using multi or gut especially) when the angle going into the gripper changes when the tension head moves away from the racket.
Long story short you either need a Diablo or the extension with the Wise. Now lets get back to the tension loss and pulling level tension. When you string the top half of the racket's crosses (or the bottom) the string is bent more toward the to (or bottom) of the racket so you will still have tension loss. Only when you pull from the center is the no tension loss from the bend. If you pull from below the level of the string plain with a Diablo the angle remains the same so the tension is more consistent.
Irvin
Hey Irvin,
Just from reading your posts, I can tell you are obviously the Federer or Nadal of stringing. Would you recommend a Wise Tensioner to someone who strings about 6-8 racquets per week on a Gamma 5003. I have been stringing for about a year-and-a-half, and I can string a two-piece in about 25-40 mins. Thanks!
When you say I lose 360* rotation this means that I cannot move what around? The actual racquet on the machine?
Hey Irvin,
Just from reading your posts, I can tell you are obviously the Federer or Nadal of stringing. Would you recommend a Wise Tensioner to someone who strings about 6-8 racquets per week on a Gamma 5003. I have been stringing for about a year-and-a-half, and I can string a two-piece in about 25-40 mins. Thanks!
OP......forget the tension loss mentality on any machine.
There are so many factors that go into a quality string job, the "drag" experienced from pulling downward slightly is, IMHO, inconsequential.....
dawg, I have to disagree with you on that one..... when i first got my Wise I adapted it to work on a 602FC and designed the adapter to allow for 360* rotation.....
I maximized the gripper height to allow 360 rot but the pulldown angle was significant enough that my racquet felt nothing like what it did prior to the modification and was unplayable IMO.
when I revised the adapter to achieve a straight pull (and subsequently lost 360 rot) the reference tension as a dropweght with the wise adpatation produced results that were indecernable (sp?).....
If I were designing a machine that allowed 360 rot I would compensate/calibrate the tensioner for the losses due to pulldown angle..... being that the Wise was not designed for a specific Gamma machine.... I would think that there is no compensation designed or Wise would not be offering the adapter.
rich
Hey rich-I'm cool. I guess we'll have to use the old cliche': "we'll have to agree to disagree"
I still maintain their are far more factors involved in a quality string job than the slight angle of pull.
99.9% of all "world class" machines have 360° rot.
...when I revised the adapter to achieve a straight pull (and subsequently lost 360 rot) the reference tension as a dropweght with the wise adpatation produced results that were indecernable (sp?).....
...
dgdawg;5130155...I still maintain their are far more factors involved in a quality string job than the slight angle of pull...[/QUOTE said:I would have to disagree with both of you. It is impossible to get a straight pull on all strings. Maybe the two center mains and crosses but that is about as close as you will get.
I think that's why the world class machines pull from under the string bed with a Diablo so the angle is more consistent.
Irvin
5130155...I still maintain their are far more factors involved in a quality string job than the slight angle of pull...[/I would have to disagree with both of you. It is impossible to get a straight pull on all strings. Maybe the two center mains and crosses but that is about as close as you will get.
I think that's why the world class machines pull from under the string bed with a Diablo so the angle is more consistent.
I would have to disagree with both of you. It is impossible to get a straight pull on all strings. Maybe the two center mains and crosses but that is about as close as you will get.
I think that's why the world class machines pull from under the string bed with a Diablo so the angle is more consistent.
Irvin
I would have to disagree with both of you. It is impossible to get a straight pull on all strings. Maybe the two center mains and crosses but that is about as close as you will get.
I think that's why the world class machines pull from under the string bed with a Diablo so the angle is more consistent.
Irvin
Irvin- straight pull in the up and down direction is not impossible.
straight pull in the lateral direction is not possible unless the centerline of the string traverses the pivot point of the turn table.
be eliminating the pull angle in the up and down direction you eliminate the tension loss due to friction reacting the pulldown angle of the string....we will never be able to elimate the lateral pull thru angle unless someone makes a stringing machine where the table translates so that you can align the string you are tensioning with the pivot axis to eliminate lateral pull thru angle....
so in one respect I agree with you, in the other I disagree......
rich
.....my head hurts :-?......