Useful shower infographic.
Printed From: Tippmann Paintball
Category: News And Views
Forum Name: Thoughts and Opinions
Forum Description: Got something you need to say?
URL: http://www.tippmannsports.com/forum/wwf77a/forum_posts.asp?TID=187778
Printed Date: 03 February 2026 at 6:58am Software Version: Web Wiz Forums 12.04 - http://www.webwizforums.com
Topic: Useful shower infographic.
Posted By: agentwhale007
Subject: Useful shower infographic.
Date Posted: 22 February 2011 at 12:06pm
Replies:
Posted By: Benjichang
Date Posted: 22 February 2011 at 12:42pm
God, so true.
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 irc.esper.net #paintball
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Posted By: stratoaxe
Date Posted: 22 February 2011 at 12:44pm
Posted By: Mack
Date Posted: 22 February 2011 at 1:28pm
The green area in the left pic seems a little over-sized.
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Posted By: agentwhale007
Date Posted: 22 February 2011 at 1:48pm
Mack wrote:
The green area in the left pic seems a little over-sized.
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I've live in my current apartment six months now, and I've yet to find the sweet spot I can just leave the dial at during the whole shower. About every 90 seconds I slowly rotate the faucet one way, then another, until I'm done with the shower.
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Posted By: impulse418
Date Posted: 22 February 2011 at 1:51pm
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Those shower valves suck. Esp the Deltas with cartridges, absolute garbage.
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Posted By: ArthurBignose
Date Posted: 22 February 2011 at 5:02pm
It's not really possibly without making the mixing chambers much more expensive. Assuming you're just using 2 globe valves, one for the hot water and one for the cold water, the expression for the temperature at the shower head would be:
T = cos(x)*T_c + (1-cos(x))*T_h
where T_c is cold temp and T_h is hot temp.
The rate of change of the mass flow rate of the water is greatest as the globe valve is halfway open and reduces as it is turned either way. By coincidence, the ideal water mix generally happens as the globe valve is about halfway open, so it is harder to find the ideal mix.
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Posted By: Reb Cpl
Date Posted: 22 February 2011 at 5:26pm
ArthurBignose wrote:
It's not really possibly without making the mixing chambers much more expensive. Assuming you're just using 2 globe valves, one for the hot water and one for the cold water, the expression for the temperature at the shower head would be:
T = cos(x)*T_c + (1-cos(x))*T_h
where T_c is cold temp and T_h is hot temp.
The rate of change of the mass flow rate of the water is greatest as the globe valve is halfway open and reduces as it is turned either way. By coincidence, the ideal water mix generally happens as the globe valve is about halfway open, so it is harder to find the ideal mix.
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This made me irrationally angry. I need to leave the forum for a while to keep from saying nasty things to you.
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Posted By: brihard
Date Posted: 22 February 2011 at 5:30pm
ArthurBignose wrote:
It's not really possibly without making the mixing chambers much more expensive. Assuming you're just using 2 globe valves, one for the hot water and one for the cold water, the expression for the temperature at the shower head would be:
T = cos(x)*T_c + (1-cos(x))*T_h
where T_c is cold temp and T_h is hot temp.
The rate of change of the mass flow rate of the water is greatest as the globe valve is halfway open and reduces as it is turned either way. By coincidence, the ideal water mix generally happens as the globe valve is about halfway open, so it is harder to find the ideal mix.
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I hope your shower suddenly and violently bounces between Magma and Ice while you're in there with a lady. And then I hope you sober up and find that she's horribly ugly, scarred, and pestilent.
------------- "Abortion is not "choice" in America. It is forced and the democrats are behind it, with the goal of eugenics at its foundation."
-FreeEnterprise, 21 April 2011.
Yup, he actually said that.
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Posted By: High Voltage
Date Posted: 22 February 2011 at 5:41pm
ArthurBignose wrote:
It's not really possibly without making the mixing chambers much more expensive. Assuming you're just using 2 globe valves, one for the hot water and one for the cold water, the expression for the temperature at the shower head would be:
T = cos(x)*T_c + (1-cos(x))*T_h
where T_c is cold temp and T_h is hot temp.
The rate of change of the mass flow rate of the water is greatest as the globe valve is halfway open and reduces as it is turned either way. By coincidence, the ideal water mix generally happens as the globe valve is about halfway open, so it is harder to find the ideal mix.
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This is why you're FOREVER ALONE.
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Posted By: jmac3
Date Posted: 22 February 2011 at 6:03pm
That is not true at all for me.
The "How they should be" is what mine is. I start at the bottom of useable temps and turn it up as I go along when I get used to that temperature.
------------- Que pasa?
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Posted By: GroupB
Date Posted: 22 February 2011 at 6:07pm
jmac3 wrote:
That is not true at all for me.
The "How they should be" is what mine is. I start at the bottom of useable temps and turn it up as I go along when my water heater runs out.
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Posted By: jmac3
Date Posted: 22 February 2011 at 6:14pm
GroupB wrote:
jmac3 wrote:
That is not true at all for me.
The "How they should be" is what mine is. I start at the bottom of useable temps and turn it up as I go along when my water heater runs out.
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That too. Sometimes I just skip the in between though because I can handle it after a minute
------------- Que pasa?
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Posted By: ArthurBignose
Date Posted: 22 February 2011 at 6:19pm
Yea...I knew it would get those responses; gave me a much needed laugh. Carry on!
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Posted By: RoboCop
Date Posted: 22 February 2011 at 9:46pm
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I like the shower faucet I have. I'm in a dorm, but the shower faucet is spot on. Just turn it to full hot and it is perfect, sometimes you can go lower depending on your mood. Water heater never runs out.
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Posted By: pntbl freak
Date Posted: 22 February 2011 at 10:04pm
RoboCop wrote:
I like the shower faucet I have. I'm in a dorm, but the shower faucet is spot on. Just turn it to full hot and it is perfect, sometimes you can go lower depending on your mood. Water heater never runs out.
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I loved this about the dorms. However the faucet was eye level so I always had to duck.
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Posted By: agentwhale007
Date Posted: 22 February 2011 at 10:54pm
RoboCop wrote:
I like the shower faucet I have. I'm in a dorm, but the shower faucet is spot on. Just turn it to full hot and it is perfect, sometimes you can go lower depending on your mood. Water heater never runs out.
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My dorm shower was awesome, as the showerhead was set to fire-hose strength all the time.
However, as an RA who worked summers, you could tell when the physical plant would switch to their decreased workload for the big building hot water heater.
Average time for the water to get hot went from about 90 seconds to a half hour.
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Posted By: RoboCop
Date Posted: 23 February 2011 at 7:56am
I've timed the water heat up time. It's only about 15 seconds from cold to perfect. It's awesome.
Oh and pntbl freak, I think it depends on which dorm you are in. The Shreve ones are quite nice. Harrison sucked... I'm short, as you have seen, so the shower head is high enough for me. Whenever I am drying off, I have to be careful not to hit my head on the faucet though.
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Posted By: merc
Date Posted: 24 February 2011 at 2:21pm
i mark the wall with a crayon...
------------- saving the world, one warship at a time.
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Posted By: FreeEnterprise
Date Posted: 24 February 2011 at 2:26pm
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New showers fixtures are not like that...
Mine I only turn about 1/4 of the way and it is perfect. Hot water in 8 seconds. (yeah, I've timed it... don't know why I like to know stuff like that).
I put the top part way up there too, I hate it when it is too low and you crack your head on it when washing your hair. Here is the shower I put in a few months ago.
------------- They tremble at my name...
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Posted By: merc
Date Posted: 25 February 2011 at 1:46am
i had a hotel with a shower like that when i went to vegas... the bench was awesome for the ladies but the floor got all wet.
------------- saving the world, one warship at a time.
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Posted By: JohnnyHopper
Date Posted: 26 February 2011 at 3:38am
brihard wrote:
ArthurBignose wrote:
It's not really possibly without making the mixing chambers much more expensive. Assuming you're just using 2 globe valves, one for the hot water and one for the cold water, the expression for the temperature at the shower head would be:T = cos(x)*T_c + (1-cos(x))*T_hwhere T_c is cold temp and T_h is hot temp. The rate of change of the mass flow rate of the water is greatest as the globe valve is halfway open and reduces as it is turned either way. By coincidence, the ideal water mix generally happens as the globe valve is about halfway open, so it is harder to find the ideal mix.
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I hope your shower suddenly and violently bounces between Magma and Ice while you're in there with a lady. And then I hope you sober up and find that she's horribly ugly, scarred, and pestilent. |
I can't breath from laughing.......
(Seriously though Arthur, I hope an evil sewer clown crawls out of your shower drain, offers yuo a ballon and then flushes the toilet 10,000 times while you're showering)
------------- My shoes of peace have steel toes.
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Posted By: Mack
Date Posted: 26 February 2011 at 9:42am
JohnnyHopper wrote:
(Seriously though Arthur, I hope an evil sewer clown crawls out of your shower drain, offers yuo a ballon and then flushes the toilet 10,000 times while you're showering) |
Bolded parts are redundant and repetitive and as such are unnecessary and unneeded which makes that part of the statement annoying and bothersome. Clowns are inherently evil. (They are essentially just mimes with better communication skills.)
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