<HTML><FONT FACE=arial,helvetica><HTML><FONT SIZE=2 PTSIZE=10 FAMILY=
="SANSSERIF" FACE="Arial" LANG="0">Joe,<BR>
How do you figure steaming accounts for about 1/2 the time to install new ke=
y bushings.<BR>
Let's do the math:<BR>
<BR>
Disassemble stack, remove keys, put keys into your favorite traveling device=
.5 hr<BR>
Take keys to shop, begin removal of keybushings (let's say using the soaking=
<BR>
method &=
nbsp; &=
nbsp; &=
nbsp; min of =
1. hr<BR>
Let key mortises dry for the remainder of the day &nb=
sp; &=
nbsp; <BR>
Next day- install keybushings- let dry for remainder of day =
; =
1.5 hr<BR>
Take Keys back- install and fine fit to key pins <BR>
install stack back on frame =
=
=
min. of 2. hrs<BR>
&n=
bsp; &n=
bsp; &n=
bsp; &n=
bsp; approx. total 5. hrs<BR>
Total down time to customer: min of 2 1/2 days<BR>
Steaming keybushings in the home &n=
bsp; &=
nbsp; &=
nbsp; .5 hrs<BR>
<BR>
For the record I am strong proponent for replacing keybushings before they g=
et too loose. I let the customer's know way in advance when they are approac=
hing that line in the sand when they need to put their affairs in order.<BR>
But the point of the thread was a way of buying time and making the best of =
a set of loose bushings. For me, a fast steaming of the bushings does =
an excellent time of buying time of the customer without doing any additiona=
l harm to the mortise.Quick and economical being the theme.<BR>
Tom Servinsky</FONT></HTML>