Doug,
            See below, 
please.         
       David 
Ebner, A/E Contracts 
         Army Corps of 
Engineers, Portland, OR 
         (503) 808-4611, 
fax-4605 
         
David.A.Ebner@nwp01.usace.army.mil 
        
"The Best Information Leads to Success" 
From: 
DudleyDevices@aol.com [mailto:DudleyDevices@aol.com] 
Sent: Wednesday, January 25, 2006 4:02 
PM
To: Ebner, David A 
NWP
Subject: 
prices
Dave,
I'd like to haggle for 
the computer I have here. The purchase price was $2,388.49 in July of '04. 
Depreciation of computers is at a much greater rate than say for example, a 
drill press or a lathe, so it's worth considerably less 
now.
The reason I want to 
keep it is not that it's such a spiffy keen-o computer to use, actually it's not 
so impressive. I had very high expectations of an "IBM brand PC," but I was 
disappointed almost immediately. When I complained about it to IBM tech support 
and learned IBM was selling off their new PC division to the Chinese, I felt I 
had been duped...
 
I want to keep it as a 
support device for the one you have now. The exact-ness of this one to be like 
that one is what I want to preserve. If your guys want a software patch or 
change, I want to have this one here to work with to make the software patch or 
change for that one to have a greater degree of confidence in what it will 
do.
 
The latest letter I 
got from Rod indicates he doesn't care about the computers anyway; he's looking 
down the road at fixing all of the turbines in the country and doesn't want to 
be "nickel and dimed." Ed's only thinking about the index testing for units with 
GDACS, but making decisions that will affect all of 
them.
 
The 
Deal
I mentioned the I/O 
board in that computer was never invoiced. A replacement is $1,000; that's how 
much I had to pay for one to put in an aircraft test box 3 weeks before going to 
McNary to the field test. Unlike the computer, the price on these is going 
up.
 
I'd like to propose a 
straight trade - your 2 year old crutchy, old, never worked exactly right, 
decreasing in value IBM computer for my crutchy, old, getting harder and harder 
to replace, thus getting more and more expensive to replace National 
Instruments PC-1200 I/O I/O board. Straight across 
trade.[D.E.] 
  As I recall the 
reason the new I/O board wasn’t invoiced is because you did not first obtain 
permission from me to buy it.  If you did in fact do so, please refresh my 
memory, because my recollection is as stated.  
“Crutchy”?!  I’m 
getting a good chuckle over your descriptions.  Excellent.  Hey!  We don’t want 
to buy stuff that is obsolete.  Seriously.  You’ll need to find a replacement 
for your preferred “more and more expensive” NI board.  I hear there’s lots of 
good, reliable, cheap I/O boards available at a your local COMPUSA, Circuit 
City, K-Mart….
 
I still have your 
broken transducer. It has a broken wire inside of it and needs to be sent back 
to Druck for repair, test and recalibration. I'm using it as a fit-form & 
function model for the new manifolds. From conversation with the Team, it 
doesn't seem they want to use this transducer anymore, so what is to become of 
it? Do you want me to send a broken transducer that nobody wants back to 
you?[D.E.] 
  What do you 
recommend?  What is in the Corp’s best interest?
[D.E.] 
The 
Counter-proposal
We swap the one-year 
warranty, to start the day the ITB is accepted [Hopefully the week of 
Feb. 5th], which will be the same day the development phase officially ends, and 
the I/O purchase (by-the-way, I just remembered telling you over the phone the 
price for the I/O board would have to come out of existing funds, because there 
wern’t no more.  I believe your reply was “Merry Christmas!”).  Oh, and any and 
all other claims, parts, pieces, nits and picks heretofore or forevermore 
possibly arising out of this here transaction for this here contraption, the 
trout, the whole trout, and nothin’ but the trout, so help me 
Cod!
Well?
 
Price for an 
ITB
You asked for pricing 
for ITB. Let me refer back to the contract Pg-4 list where we established some 
price guidelines.
Computer and Winter 
Kennedy transducer can be substituted, the price here is just a starting 
point. Software listed is what we're using in the current 
ITB.
 
| 
 GDACS Model (like the one you have 
now)  | |
| 
 Computer (est-your choice)PICK ONE AND RECOMMEND IT, PLSE. THEN “Other mfrs. may also 
be used.”    | 
 $1,500.00  | 
| 
  NI PCI-6221  | 
 650.00  | 
| 
 ATE Resistor Board  | 
 250  | 
| 
 Transducer (est-your choice) Recommend again, but open to 
choices.  | 
 1,500.00  | 
| 
 Software Toolbox 
TopServer  | 
 895.00  | 
| 
 ATESoft ITB program  | 
 2,300.00  | 
| 
 Automatic flush transducer manifold What’re ya doin’ to it?  Gold 
platin’?  | 
 3,500.00  | 
| 
 PaperPort  | 
 150.00  | 
| 
 AutoSketch  | 
 75.00  | 
| 
 2 days Doug  | 
 1882.56  | 
| 
 3 days Greg  | 
 1971.36  | 
| 
 Total costs  | 
 $14,673.92  | 
| 
 | 
 | 
| 
 plus 11% profit  | 
 $16,288.05  | 
 From $12,967.  For one 
extra part?  What was the part?  
Rod also wanted a 
price for a system without a Winter Kennedy 
transducer.
 
| 
 GDACS - no Winter Kennedy 
Transducer  | |
| 
 Computer (est-your 
choice)  | 
 $1,500.00  | 
| 
 Software Toolbox 
TopServer  | 
 895.00  | 
| 
 ATESoft ITB program  | 
 2,300.00  | 
| 
 PaperPort  | 
 150.00  | 
| 
 AutoSketch  | 
 75.00  | 
| 
 2 days Doug  | 
 1882.56  | 
| 
 3 days Greg  | 
 1971.36  | 
| 
 Total costs  | 
 $8,773.92  | 
| 
 | 
 | 
| 
 plus 11% profit  | 
 $9,739.05  | 
 
And a price for a Non 
GDACS version that uses independent transducer inputs for all channels. This 
price does not include the cost of transducers for forebay, tailwater, gate 
stroke, blade angle, flow or power. This price assumes all signals are 
transduced external to the ITB, and already "signal conditioned" DC Voltages are 
presented to the ATE Resistor and terminal board.[D.E.] 
  Could 1 transducer 
produce all required signals?
 
| 
 Non-GDACS 
Model  | 
 | 
| 
 Computer (est-your 
choice)  | 
 $1,500.00  | 
| 
 NI PCI-6221  | 
 650.00  | 
| 
 ATE Resistor and terminal 
board  | 
 400.00  | 
| 
 Transducer (est-your 
choice)  | 
 1,500.00  | 
| 
 ATESoft ITB program  | 
 2,300.00  | 
| 
 Automatic flush transducer 
manifold  | 
 3,500.00  | 
| 
 PaperPort  | 
 150.00  | 
| 
 AutoSketch  | 
 75.00  | 
| 
 2 days Doug  | 
 1882.56  | 
| 
 3 days Greg  | 
 1971.36  | 
| 
 Total costs  | 
 $13,928.92  | 
| 
 | 
 | 
| 
 plus 11% profit  | 
 $15,461.10  | 
 
Rod also made mention 
of my reluctance to give a price for the ITB source code. Before committing to a 
price I'd like to discuss scope of supply with you. How many turbines are we 
talking about?[D.E.] 
  Couldn’t tell you 
until a successful version is tested on all the turbine types we’d want to 
test.  Recommend you be very careful not to price yourself out of the market 
here.  Overall cost is always a big issue with the government.  As if you didn’t 
know.  Lots of pressure from above.  You were not previously, but are now in the 
ballpark at $750K.  How much higher do you think we’ll go?  I believe 
appropriations recommendations have already been made for the up-coming three 
years for optimization.  The numbers I heard won’t currently support the 
analysis you’re suggesting.  The key to win-win negotiating is to understand the 
other side’s concerns, limits, and options.  That’s just my 2 cents worth.  
Anyway, I’ll start at 
$600K.  I mean if what we have to look forward to just two years after purchase 
is “crutchy, old, never 
worked exactly right, decreasing in value… …computers”, then it seems to me the 
value of the package just took a dive off of the BIG platform and belly-flopped. 
 Ouch!
[D.E.] 
Let's 
haggle...
Best,
Doug