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Retractable seating at the OSModerators: bristolhammerfc, sicknote, -DL-, Rio, Gnome, chalks, the pink palermo Re: Retractable seating at the OSSchool sports days? Surely they dont need an 80k stadium for a sports day. We did perfectly well with flanders fields when i was a kid.
The noises coming from DG (who is this year far more vociferous than DS - which is a good thing) are very encouraging - keeping the floodlights (which to me suggests they extending the current roof rather than a totally new one) and what looks like a demountable seating system. Given the circumstances, thats the best possible outcome.
Re: Retractable seating at the OSschool sports day.... surely they are having a laugh, i don't like the idea of taking things away from the kids... but who do they think is gonna pay for all the costs of opening a massive stadium for a school sports day.
Where my parents live, a brand new theatre has recently opened and the old smaller one has closed... The town is now capable of attracting quite big names on the comedy circuit and other shows etc but as a result, children's xmas plays (or whatever they are) are not being held in the new theatre because all the schools together can not simply cover the cost. So obviously this caused a little moaning, by which im sure isn't that many, so lets say each school's pta. Yeah its a problem and unfortunate, but its business at the end of the day, i don't see why the schools should be able to use such a venue if they can't afford it. In fact it is the council's problem for maybe not thinking about the issue (which im sure they did, and just came to the decision that's not a big problem compared to the business a new theatre will bring). Now it's all very nice Newham have got the idea of hosting such events there but come on, its bleeding 80,000 seat stadium. Give em a bloody outdoors track like i had. If you start running nationally then ok things are different, and im sure so is the funding. But school sports days, christ.
Re: Retractable seating at the OS
Sounds bloody daft to me too, but that's what Newham say on their website.
Re: Retractable seating at the OSCheck out the pics and vids of a demountable seating company. Ths vid on the right shows three blokes erecting (oo-err) an entire stand in a few hours - obviously we would need more than three blokes at the OS but it shows it can be done quickly and efficiently.
Re: Retractable seating at the OSIf we could get a single tiered demountable stand behind each goal, then I think that ain't to bad it would give us a chance of creating an atmospheric home end.
However how would the roof work, would these stands have separate roofs, like a normal stand?
Re: Retractable seating at the OSHere's my amateur attempt at putting a demountable seating config. onto the elevation of the OS:
http://www.flickr.com/photos/65171820@N ... hotostream
Re: Retractable seating at the OS
He ain't going to say no, is he ! Can't see it happening too costly and it will look proper mickey mouse having a £500M stadium with temporary seating.
Re: Retractable seating at the OS
You cant quantify either of those statements, can you, without knowing how much it costs to install demountable seating, and what it looks like. What we do know is that DG has said a number of times now that some form of seating will be installed to bring the fans closer to the action, and we know from what can be done these days that demountable seating need not look too bad. Past that its conjecture, but I'd say its daft to be definitively in one camp or another at this juncture.
Re: Retractable seating at the OS
Draft as a brush, temporary seating always looks great !
Re: Retractable seating at the OSJust wait a while to see the plans. If it looks as bad as the doubters suggest it will then im sure everyone will be up in arms. If, however, it looks really good, with a great roof, good facilities and most important a decent new seating system installed, I hope the pessimists will be man enough to admit they were wrong.
Re: Retractable seating at the OS
Nothing would please me more than to be wrong. Are optimists absolved of any need to admit that they're wrong in the event that this is the case?
Re: Retractable seating at the OS
the problem is , if it looks ****, it will be too late to do anything about this, the club could reveal plans anytime they like about seating layout and what type, but they havent, or wont until we are signed up and then it will be too late. and dont bother asking David gold because he will say whatever it will take to keep the majority happy, until of course they have it then it will be "sorry i did my best"
Re: Retractable seating at the OS
As has been mentioned before a few times, the club does not know what is achievable Vs budget available. It was the tendering contractors job to come up with suggestions (with a design team) and cost options against each suggestion. There was a wish list (roof, seats etc) but ultimately the contractors and their design teams were given free reign to be innovative and offer solutions. By the way I believe tenders have now been submitted. The continual remarks about WH not giving details/designs and usng this in a negative manner to somwhow blacken the whole process are way off the mark. How can they, the plans are still in the inception stage. To reveal confidential solutions would be in breach of OFT rules with regard to the tenders. Only once a contractor has been selected and contracts placed will we see any firm information being released.
Re: Retractable seating at the OS
I would run down Straford High Street singing "Little People" from Les Mis, (your name inspired me), in the dude with tassles on my weighty ball sacks that spin around, if all that happened.
Re: Retractable seating at the OS[/quote]I would run down Straford High Street singing "Little People" from Les Mis, (your name inspired me), in the dude with tassles on my weighty ball sacks that spin around, if all that happened.[/quote]
I'll avoid Stratford on that day, then.
Re: Retractable seating at the OS
Probably for the best
Re: Retractable seating at the OSI think SRM are more than likely to get the contract anyway.
Re: Retractable seating at the OSCould the club not go down the route of rotating the pitch?
They could still go with the original plan of improving the stands to make them steeper but then have demountable stands or seating areas either side of the pitch which would be taken apart once the season is finished. I've put together a quick paint job so please note that this isn't an artist impression that the club has funded. So the logic behind it would be that the fans would sit in the original but now slightly improved stands marked 'N' and 'S'. Obviously the sight lines would not be ideal but would have improved with the regeneration work that we would have completed. A section of the North or South section could be given to the Away support. Stands 'E' and 'W' would be the stands or seating areas which would be constructed at the start of the season and taken apart at the close. If right we could be closer to the action than what we are at Upton Park. The areas behind the East and South stands could either be left empty or the club could go down the route of having kiosks where they would sell match programs, snacks, drinks and other bits and bobs. I imagine there's going to be a glaringly obvious reason why this plan couldn't work which I haven't thought about!
Re: Retractable seating at the OS
This seems utterly brilliant at first glance! I'm sure someone will shoot it down mate, but it seems like the best workable solution to me. You should pm Sutts07 and see if he's interested in doing a mock up.
Re: Retractable seating at the OS
pigs ear, sows purse springs to mind
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Frodo: "I wish none of this had happened." Gandalf: "So do all who live to see such times, but that is not for them to decide. All we have to decide is what to do with the time that is given to us."
Frodo isn't sure that he's ready for the journey ahead, and Gandalf tells him gently that he doesn't have much choice.
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US evolutionary biologist David Sloan Wilson was in the UK last month to talk about the field study he has been running for six years in his home town of Binghamton, New York State, in economic decline.
"There are things that are natural to a field biologist, and one of them is to study species in their natural environment," explains Wilson. "Jane Goodall [famous for her studies of chimpanzees] has the Gombe Stream Park [Tanzania] and Darwin's finches are studied in the Galápagos, so why don't we study humans in the context of their everyday life?"
In 2006, Wilson decided to study the 47,000 residents of Binghamton. He hoped that by observing, making predictions based on his theories and then staging interventions to see if those predictions are confirmed, the field study would generate evidence for his evolutionary theories and, in the process "make the world a better place too".
Wilson's theories are contrary to what we have been told for the last 30-odd years, ever since Richard Dawkins published The Selfish Gene. In contrast to Dawkins, Wilson argues that genetic self-interest is not humankind's default setting and says we are altruistic and co-operative by nature. Prosociality, as he terms it, is a behaviour that gives a group a genuine competitive advantage.
"Selfishness beats altruism within groups, [but] altruistic groups beat selfish groups, and everything else is commentary," says Wilson.
The idea of testing out these ideas in the field with work in communities was new when Wilson began, as, with the help of a team of graduates and undergraduates, he attempted to measure levels of co-operation across the city. Surveys were carried out among school students, asking them to rate statements such as: "I think it is important to help other people." A map was then created with hills to represent the areas with high co-operation, and valleys representing the low co-operation areas.
The team tried to confirm these results by carrying out tests such as dropping letters to see if they got posted and going into schools to play games measuring co-operation. They even canvassed Binghamton neighbourhoods on Halloween and Christmas to see which were lit more decoratively because they believed that the more holiday decorations a neighbourhood had, the more nurturing it was, and so the better its civic health.
Wilson then kicked off a number of local projects in order to see if he could use what he calls his "evolutionary toolkit" to improve levels of co-operation. The design-your-own-park competition, for example, was supposed to pit neighbourhoods against each other in friendly competition. His educational programme, similarly, was set up to encourage co-operation and friendly competition using design features based on the principles developed by Nobel-prizewinner Elinor Ostrom, including a strong sense of community, a safe environment, and graduated rewards and sanctions.
Reviews of his ambitious Binghamton Neighbourhood Project vary from wild enthusiasm, through to bemusement and some fairly patronising write-offs. One recurring question is: what does evolution have to do with all this? In the New York Times, Mark Oppenheimer wondered if Wilson is not "being a little hasty" in "co-opting most any idea he likes as evidence of cultural evolution". There are a few queries, too, about his methodology, given the enormous scale of the project and an approach that can appear scattershot.
Wilson is disarmingly honest about the fly-by-the-seat-of-his-pants nature of the research and has previously paraphrased Einstein by saying: "If we knew what we were doing, it wouldn't be research."
As for results, the work is still at an early stage but Wilson points to his academic programme for at-risk students where the students significantly outperformed their comparison group in a randomised controlled trial. The students, who had failed at least three out of five courses in their previous year, were made to feel part of a special unit in an extremely safe and nurturing environment, given lots of short-term incentives and genuine responsibility in running the programme.
Having been out in the cold for decades, his theories are now finding favour with politicians and policy thinktanks on both sides of the Atlantic who are desperate to engage communities in their own neighbourhoods to work together at solving intractable social ills more effectively and cheaply than the state.
They resonate too with questions about communities and co-operation in the age of social media that sociologists such as Richard Sennett are grappling with, and the wellbeing agenda being pushed by economist Richard Layard.
Wilson was in the UK at the invitation of the Co-operative Group, which is keen to make a case that co-operative behaviour is the norm, not the exception. "We want people to begin thinking differently, to realise that the norm is not the man who doesn't get his round in when everyone is in the pub, but the man who does," says the Co-op's head of social goals Paul Monaghan. The group is considering setting up a UK version of Binghamton, and is talking to Wilson about how this could work.
In the US, Mary Webster describes herself as "this little mouse in David's maze, behaving just the way I should". The 71-year-old has been involved in community work in her home town of Binghamton for over a decade, but a couple of years ago her group, Safer Streets, became one of several taking part in Wilson's field study.
Webster says that slowly she can see some results. She is now in charge of three design-your-own park competitions, and she says that some neighbours with whom she had been clashing turned up out of the blue to one of the block parties with a huge tray of tacos. "That's the sort of thing that gives me a shiver down my back," she says. "Local schools are now coming to us, we're talking to the city council, people seem to be taking us more seriously."
But it's slow work, she concedes. "You know the funniest thing? David thinks I'm some sort of incredible example of altruism. But I started all this because the neighbourhood was going downhill and I didn't want my house to get less valuable. So really, I'm as self-interested as anyone. What do you think of that?"
Wilson laughs when I relay Mary's words. "Mary told me that the very first day we met," he says. "But in fact, she could express her self-interest in any number of ways – by leaving the neighbourhood, by investing in a security system, by attempting to drive out the bad element, and so on. Instead, she expresses it by working to improve the whole neighbourhood. If she succeeds, then she will share in the improvement of the neighbourhood, but it will be at great personal cost. That's altruism defined in behavioural terms. Perhaps altruism makes the altruist feel good, or is performed out of a sense of duty, or to gain admission into heaven, or is based on a sense of enlightened self-interest. Insofar as they result in the same society-oriented behaviours, they can be regarded as functionally equivalent."
He adds: "Perhaps Mary really is entirely self-interested in her own mind, but in my experience, it is extremely common for altruists to profess selfish motives as a way to downplay what they do. It's not altruistic to wear altruism on your sleeve!"
Curriculum vitae
Age 63.
Status Married, two daughters.
Lives Binghamton, New York.
Education Woodstock City school, South Vermont; University of Rochester, BSc biology; University of Michigan, PhD in the theory of group selection.
Career 1988-present: distinguished professor of biology and anthropology, Binghamton University (State University of New York); 1980-88: associate professor, department of zoology, Michigan University; 1977-80: assistant professor, division of environmental studies, UC Davis; 1975-77: postdoctoral positions at Harvard, University of Washington, and South African National Research Institute for Mathematical Sciences.
Publications The Neighborhood Project: Using Evolution to Improve My City, One Block at a Time (Little, Brown and Company, 2011); Evolution for Everyone: How Darwin's Theory Can Change the Way We Think About Our Lives (Bantam Dell, 2007).
Interests Fishing, gardening.
• This article was amended on 13 March 2012. The original referred to Binghamton as a suburb of New York. This has been corrected.


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Del Villar v. Colorado Capital Investments, Inc. et al
Ivelisse Del Villar
Colorado Capital Investments, Inc. and Daniels Norelli Golden & Wexler, P.C.
Case Number:
August 10, 2009
New York Southern District Court
Foley Square Office
Presiding Judge:
Paul A. Crotty
Nature of Suit:
Cause of Action:
15:1692 Fair Debt Collection Act
Jury Demanded By:
Available Case Documents
The following documents for this case are available for you to view or download:
Date Filed | # | Document Text |
October 5, 2009 | 8 | ORDER OF DISCONTINUANCE: The Court having been advised that all claims asserted herein have been settled, it is, ORDERED, that the above-entitled action be and hereby is discontinued, without costs to either party, subject to reopening should the set tlement not be consummated within thirty (30) days of the date hereof. The Court will sign a Stipulation and Order of Settlement upon receipt from either party. The Clerk of Court is directed to terminate any pending deadlines, future conferences and this case. (Signed by Judge Paul A. Crotty on 10/2/2009) (jpo) |
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text:
Country: Nicaragua
Length/Ring: 6 x 50
Shape: Supremo
Wrapper: Nicaraguan
Strength: Full
M.S.R.P: $8.75/Stick
My Rating: 4.5 Stars
Where to Buy: Tinderbox, Thompson, Cigars.com
This cigar was gifted to me by the Tom at CigarWarehouse.com in Plano, Tx. Thanks again Tom! This is yet another series of cigars put out by Don Pepin Garcia and Ashton. I am not quite sure how you are to beat Pepin's blends right now. He has to be the best blender in the industry to this point, and working with Ashton you know they are putting out the best product possible.
The cigar itself is dark almost like a maduro (maddie) it has a rich smell of tobacco and other wonderful aromas. The roll is very nice as well with very little vein presence on the wrapper. On the first light up of the cigar i sensed hints of nutmeg and spice, along with lots of cedar. My first draw off the cigar was a bit tight, but it opened up as it went down. This cigar was really shaping up nicely around the middle as hints of mint were almost making my palate go crazy. The next flavor i experienced was dark chocolate and walnuts. The walnut flavor lasted longer than the chocolate but both were really enjoyable. What a wonderful and complex cigar that is definitely recommended by me to anyone who likes the Pepin line.


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Kick start your journey to optimum health with EE's Project Transformation!
We all need a little nudge in the right direction every once in a while. EE's Project Transformation can help you on-ramp into long-lasting healthy lifestyle habits.
New EE clients get to join the experience together with group training, nutrition and lifestyle coaching, accountability and community support from fellow participants, and expert coaching from our EE Team – all in an effort to promote lasting lifestyle changes and health improvements at an affordable introductory cost of $150.


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I´m having a lot of problems with my Max 6 (crashes, bugs, etc.), and I want try to re-install but uninstalling first my previous installation. I have also Max 5 (I want to have it yet), and I would like to know exactly what have I to delete if I only want to uninstall Max 6.
I have an MB Pro with OSX Lion (10.7.2)
Thank you very much and best regards!
Delete your Max6 folder in
And delete the preferences folder which is
~/Library/Application Support/Cycling '74
This will clear Max6 out
Thank you very much, but if I delete the preferences, will Max 5 work?
Thanks and best regards.
Yes Max 5 will work. The Max 5 preferences are stored elsewhere.
Thanks, it did work :-)
Best regards.
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This Classified is Closed
For Trade:
Monster Turbine Pro Gold
Will Trade For: K601/K701 other AKG's, Beyers
Will Ship To: Anywhere
Looking to trade my MTPG. They are in like new condition and include all tips packaging ect except for the comply tips and silver super tips (both were used).
These have maybe an hour on them.These were purchased from a authorised dealer, I can send along a copy of the email receipt if needed/wanted.
Would be interested in trading for a AKG K601/K701 might also be interested in other AKG's or maybe Beyers. if you have something else you'd like to offer (IEM's,portable sources,ect) or have any questions please pm me.
Edited by clc77 - 3/11/11 at 8:26pm


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Browse the timeline of war and conflict across the globe.
This database of global wars and conflicts is searchable through space and time. You can drag and click the both the map and timeline to locate particular battles and wars, and then read more information about that conflict. This resource would be a great one to show students and let them explore to find what they see as interesting. This site is brimming with potential.
Via Seth Dixon


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Get to the heart of one of the defining days in history. Codenamed Operation Overlord D-Day saw 156 000 Allied troops storm the beaches of Normandy on the morning of 6 June 1944. Victory would strike an almighty blow in the war against the Nazis in Europe. Retreat was not an option and defeat was simply unthinkable. This documentary series from HISTORY™ recounts the invasion of Normandy by blending combat footage interviews with the soldiers who fought the battle and commentary from expert historians. The series covers the strategy planning and buildup to the invasion as well as the battle itself and the weeks of fighting after the landings that led to the Allied breakout and the liberation of France. Witness the heroism of men plunging into the onslaught of war forging success out of tragic miscalculations and sheer terror. And experience the harrowing front-line fighting that filled too many graves for the world to ever forget.
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After the creation of a Russian based LGBT teen support group "Children 404″, charges were brought up against the founder, Lena Klimova for promoting gay propaganda . Today the Dzerzhinsky district court of Nizhny Tagil passed a judgment to dismiss the case. When the charges were first brought up, Lena responded:
"Considering general trends, I'm not surprised. But it is very unfortunate to recognize that letters of gay teens are considered as propaganda of homosexuality among teens themselves. This is absurd! Milonov, author of the request, had two requirements: to fine me and to close the group. If it is closed, LGBT teens lose the only place where they can talk openly about themselves and get advice to help them live. It would be a disaster, "- says Lena Klimova.
After the case was dismissed, Lena's lawyer, Maria Kozlovskaya spoke up about the case:
"We looked for such decision and believe that it proves the incapacity and groundlessness of the so-called law about "propaganda of homosexuality". This law contradicts to some Russia's international obligations and, as it was proved by the decision of the UN Human Rights Committee, consolidates discrimination based on sexual orientation and gender identity, and violates the freedom of speech", LGTB Network reports.
The site published over a thousand of letters from teenagers who shared their stories. In the letters many discuss discrimination and other issues they face. The site served as a great way for LGBT youth to hear the stories of peers who also face challenges. Read the full story at Queer Russia.


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Three finalists have been selected for this year's Kentucky Farm Bureau Outstanding Young Farm Family competition. The annual contest is open to farmers age 35 and younger.
The finalists are Jeremy and Joanna Hinton, Hodgenville; Bart and Sarah Jones, Scottsville; and Marcus "Shane" and Stephanie Wiseman, Winchester. The winner and two runners-up will be announced at the Kentucky Farm Bureau annual meeting next week in Louisville.
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Swale (landform)
A swale is a low tract of land, especially one that is moist or marshy.[1] The term can refer to a natural landscape feature or a human-created one. Artificial swales are often infiltration basins designed to manage water runoff, filter pollutants, and increase rainwater infiltration.[2]
The swale concept has also been popularized as a rainwater harvesting and soil conservation strategy by Bill Mollison, Geoff Lawton and other advocates of permaculture. In this context it usually refers to a water-harvesting ditch on contour. Another term used is contour bund.[3][4]
Swales as used in permaculture are designed to slow and capture runoff by spreading it horizontally across the landscape (along an elevation contour line), facilitating runoff infiltration into the soil. This type of swale is created by digging a ditch on contour and piling the dirt on the downhill side of the ditch to create a berm. In arid climates, vegetation (existing or planted) along the swale can benefit from the concentration of runoff. Trees and shrubs along the swale can provide shade which decreases water evaporation, however they increase transpiration, so their net effect on the hydrologic cycle is probably to reduce infiltration.
The term swale or "beach swale" is also used to describe long, narrow, usually shallow troughs between ridges or sandbars on a beach, that run parallel to the shoreline.[5]
See also[edit]
Look up swale in Wiktionary, the free dictionary. |
- ^ Merriam-Webster. "Swale." Online Dictionary. Retrieved 2009-09-21.
- ^ U.S. Environmental Protection Agency (EPA). Washington, DC (1999). "Storm Water Technology Fact Sheet: Vegetated Swales." EPA Document No. 832-F-99-006. September 1999. Archived July 22, 2009, at the Wayback Machine.
- ^ "Water Harvesting: Microcatchment Contour Bunds". Food and Agriculture Organization. Retrieved 2009-11-26.
- ^ "Soil contour bunds" (PDF). United Nations Office for Project Services. 1998. Retrieved 2009-11-26.
- ^ Michigan State University Extension."Wetlands of the Great Lakes Open Shoreline and Embayed Wetlands." Retrieved 2009-09-21.


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July 19th, 2011, 11:14 PM | #1 |
Senior Member
6.0 swap in 97 sierra
i have a 97 sierra. wanting to swap in a 6.0 and 4l80. this a pretty easy swap? can i run my transfercase? any words of wisdom? would kinda like to do a mild build to it before the transplant.. nice cam.. not sure what else i can really do...
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July 20th, 2011, 08:04 AM | #5 |
In the band!
July 20th, 2011, 08:25 AM | #6 |
Covered in mud...
Not too difficult. Just look through any of the swaps putting these into Jeeps, to get some ideas.
The 6.0 is a nice motor as a starting point. They take well to upgrades. 243 heads will bump the compression nicely, those with a good cam will net you 425-450hp or so. Switching to rectangle port heads or aftermarket cathedral ports even more. IIRC, the 4L60 you have is a 27 spline output and the 4L80 is a 32 spline. I'd just grab the t-case also while you are getting the engine and trans. Its your truck, you know best if its worth the upgrade. Any motor swap, you neeed to just go down the list and look at the things you need to do to make the swap: Engine & transmission mounts (you can get plates to adapt your existing frame mounts to the 6.0, but likely need a new/reclocated trans mount crossmember) Driveline adapters (shouldn't need any, but likely need driveshaft modifications) Fuel system: Probably OK with the existing in tank pump, you'll need to make 56-58psi at the rail. Cooling system: You can get hoses/adapters to use your existing radiator if its in OK shape. Exhaust: You'll need to have it modifed to meet up with the new headers/manifolds Wiring: Probably the biggest thing, you need to have the harness modified to your needs, and the computer setup correctly. Gauges: NO idea how the stock chevy gauges/cluster are, the 6.0 is all metric senders, you might be able to adapter the old gauges, probably best to make a custom clusters with aftermarket gauges. The tach signal is funny (need an external pull up resistor and gives a 4 cyl output). |
July 20th, 2011, 08:38 AM | #7 | |
Senior Member
not that it matters but this truck is probably in better condition than most people new vehicles.. im ocd when it comes to the truck. would be like telling someone not to bother putting a motor in their muscle car.. its old and tired too.. right? |
July 20th, 2011, 08:38 AM | #8 |
Fuck Cancer!
I'm in the process of a similar swap with my 2000 k3500, except going 8.1.
My thought process was tackle the computer side first by swapping in the gen 3 ECU that ran 99+ LS1s, gen 3 v8's, and the 01/02 full size vans that ran the same l31 your truck has, commonly referred to as the 411 swap. I swapped one in my truck and just need one more step - getting the gas gauge working which requires a ground reference line to the sending unit, as our trucks have the reference grounded to the frame. No need to go aftermarket for gauges, except i'm adding fuel pressure and wide band(s) at some point. GMT400 has a number of guys that have performed this computer swap, and one member (lextech if I remember correctly) has a spreadsheet of how your wiring needs to be swapped from A to B. My truck woke up a bit since the computer swap, but it's still not up to the duty it gets put through. Make life easier, look for a 99-02 6.0 - it's drive by cable vs drive by wire. Otherwise you need to install the DBW pedal and associated harness and brain box. What are you doing with the 350 once it's out? |
July 20th, 2011, 08:49 AM | #10 |
Senior Member
thanks for the advice guys... i really dont have a plan for the old motor yet.. it runs good, just want more power. i have 4.56 gears and a 3000 stahl, power programer, cold air intake andthrottle body spacer makes decent power, but i know a 6.0 would make a lot more, pull heavy loads a lot better. i could run it for years to come, but just want more.
July 20th, 2011, 08:53 AM | #11 |
Senior Member
This swap sounda like a serious pain in the ass. Think about what your time is worth, because its gonna be a major investment in that and money. Lemme ask u this..is your 401k properly funded? That's agood use of time if u ask me.
July 20th, 2011, 12:37 PM | #12 |
In the band!
whatever. I have been down this road, older vehicles develop problems. its a fact of life. the difference between your old truck and a muscle car is that even a muscle car in poor shape is worth something.
July 20th, 2011, 12:45 PM | #13 |
Senior Member
i realize this. however, if i wanted to upgrade trucks, i coulda went and bought one just like every tom dick and harry. and i wouldnt of posted the question.
July 20th, 2011, 12:46 PM | #14 |
Kicking Cancers ASS
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The 3000 stall is huge part of your lack of power problem. i doubt our running a cam in the .500 lift area are you? Unless you have a huge cam a stall that big is worthless as shit in a street driven rig. Probably the reason your dropping trannys like you are. With the proper TQ in there and a good cooler you should get many miles from a 4l60e in your truck.
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July 20th, 2011, 12:47 PM | #15 | |
In the band!
July 20th, 2011, 01:09 PM | #16 |
Senior Member
what motor ya got in there? not tryin to be an ass! just dont comment on a thread if your not gonna be of any assistance. didnt post it to figure out who was the biggest dick head on great lakes.. was asking for help.. see if anyone has done a swap or is anyone knew how hard it was.
my motor is stock. the guy who built the trans said it would help for pulling. it does help keep it in its power band. it was only in this trans. it dont seem to get hot. however, you may be on to something. thanks |
July 26th, 2011, 04:38 PM | #17 |
Senior Member
That is a cummins. the 3000 stall is way to much for a stock motor. that thing is slipping like crazy during normal driving? you cant be running much more than 2300 rpm down the highway? for a lot of towing you would want a tighter converter than stock. like 1400-1600 stall a heavy RV/towing converter. that's what i put in my truck when i rebuilt the trans. i get 1.5-2 mpg better fuel economy because its more efficient than a high stall. also the 6.0 swap is a great idea. not super complicated. lots of the swaps are posted online. plus lots of easy power potential in the ls engines.
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text:
Height: | 5-9 |
Year: | Fr. |
Hometown: | Myrtle Beach, S.C. |
Major: | Education |
Previous School: | Myrtle Beach HS |
High School: Crutchfield was a six-sport athlete in golf, soccer, cross country, track and field, basketball and softball at Myrtle Beach High School. She was named first team all-region for golf her senior year.
Personal: Daughter of Caroline and Jim Crutchfield...she has five siblings, Shannon, Ben, Kaci, Catherine and Clay.


text:
Nice Peter-to find that contentment must be what it's all about. Contentment being and understatement I'm sure.
Nice Peter-to find that contentment must be what it's all about. Contentment being and understatement I'm sure.
Prove it-sell everything else!
LoL, you just want the GS-X MKII.
Been married for 17 years (all to the same woman) so I'm what I'd call a headphone polygamist.
Nice. As far as the GSX-all my pennies are currently going towards an Analog Dac or Overdrive.
I use the SR-009s literally for everything (rock, metal, jazz, classical, acoustic, punk, etc...). I use the LCD-3s for everything except classical which I prefer the SR-009s and HD800s for. With the HD800s I tend to not use for rock or punk. The TH-900s...they're used when I need a closed headphone (like when my in-laws visit from out of town ).
i think now i finally reached an endgame state as far as headphones and DAC goes. i still need to work on the amps in the future, not sure if i'll ever get a STAX, maybe...
Well if your signature is accurate there really isn't that many more headphones you can upgrade to outside of the HE6 and Stax :P
You can do better-that's all.


text:
designer: mulberry
season: fall/winter 2013
date+time: sunday 17 feb 2013 23:00
duration: 00:00 / 00:00
location: london
collection: women ready to wear
camera: gabriel dubrowskyj
editor: dimitri dubrowskyj
to see detailed photographs of this collection, click here.
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text:
aristotle and early judeochristiam culture believed species were ?, but there were exceptions
in the century prior to darwin, the study of ? suggested that life forms change
imprints or remains of organisms that lived in the past
study the physical nature and processes of Earth
proposed that a very old Earth is changed by gradual processes
descent with modification
1. organisms produce more offspring than their environment can support
2.organisms vary in many characteristics that can be inherited
favored traits
unfavored traits
selective breeding of domesticated plants and animals
veggies (in picture) were all created from the wild mushroom plant
what is the missing link between fish and amphibians(aka?)
amphibians aka 1st tetropods
Tiktaalik roseae
comparative embryology
comparative anatomy
features that often have different functions but are structurally similar because of common ancestry
human arm, cat leg, whale fin, and bat wing
physically different.
competition for mating partners.
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text:
EFF Event Focuses on Technical Ways to Protect Your Online Anonymity
Creators of Tor, an Anonymous Communication System, Discuss Their Work at May 10 BayFF
San Francisco, CA - On Tuesday, May 10, the Electronic Frontier Foundation (EFF) will host another "BayFF," a free event series for the general public. This month, the subject is anonymous Internet communication. Roger Dingledine, principal system designer of the anonymous communication network Tor, will appear in person to discuss his work with Chris Palmer, EFF's Technology Manager.
Tor is a network-within-a-network that protects Internet communication from a form of surveillance known as "traffic analysis." Traffic analysis tracks where data goes and when, as well as how much is sent, rather than the content of communications. Knowing the source and destination of Internet traffic allows others to track a person's behavior and interests. The serious privacy implications of this type of surveillance will be discussed, as well as ways Tor helps to protect against it.
This free event is being held at 111 Minna Gallery in San Francisco, from 7?-9? p.m. Refreshments will be provided. Because 111 Minna is a bar, attendees must be 21 or over.
Tor: www.111minnagallery.com/
About EFF
The Electronic Frontier Foundation is the leading civil liberties organization working to protect rights in the digital world. Founded in 1990, EFF actively encourages and challenges industry and government to support free expression and privacy online. EFF is a member-supported organization and maintains one of the most linked-to websites in the world at
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If you check out diyautotune.com site you'll find there is a section with directions on how this guy converted his carbed 350 to tbi. He is using a megasquirt ecm, which you do not have to use, but if you read and watch the 1st and 2nd parts of the conversion, then you'll find all of the parts needed.
In terms of parts, a short list is intake and coolant temp sensors (same sensor), IAC and TPS that is on the GM TBI, and MAP or MAF sensor depending on ecm being used. Fuel pump rated for the TBI you have. If you are using a stock GM TBI, then I believe the fuel pressure regulator is built into the throttle body. Also, if using the stock TBI, then you'll need both lines (steel braided) that attach to the rear, properly rated fuel pump, and a fuel filter rated for the TBI unit (micron size). Now that I've typed all of this, are you planning on using an aftermarket setup or stock setup? What are you planning on using for an ecm? And also, if you are running something like Megasquirt, you don't have to swap distributor's, but is highly recommended. Otherwise you have to know exactly what is going on with your distributor in terms of vacuum and centrifugal advance at varying MAP readings. Basically you have to have your old distributor tuned - MUCH easier to bolt on the HEI unit! |
you'll need what you listed.. the fuel reg. can't be what they call a deadhead. you have to use one that uses a return line. if your trans is computer controlled it will not like this at all and you'll be forced into a stand allone controller if the tranks is a 7004r you'll need the correct t.v. cable and brackets . if factory intake you can use the factory brackets, if aftermarket you'll need to get the brackets that work with that intake.. edel/etc makes/sells them.. you'll need a hei thats not computer controlled.. your check engine light will be on. if they plug into the service port for state inspection. you'll fail.. your cruise will not work.. and your speedo might not also (not knowing the year/model) good luck |
This might help TPI -> Carburation!!!
For the manual gear box or 700R4/4L60 automatic you will need an adjustable bypassing regulator to drop the fuel pressure to 4-6 psi. I know these regulators are expensive but by the time you fiddle the existing fuel system to accept a low pressure pump you'll spend this much or more and have to do a lot of plumbing and wiring work to boot, so the expensive regulator is the easy way through the problem of fuel pressure. by p****ing regulators prevent the pump from dead heading when the enigne is idleing preventing the electric pump from overheating Other than that you'll need a 4 barrel intake that bolts to the Swirl Port heads, the difference between these and older heads is just the angle the bolts make to the head's intake mounting surface pre 1987 use a 90 degree angle 1987 up use a 72 degree angle. Open the instrument cluster and remove the bulb from the check engine light. Hardwire the fuel pump relay to the ignition switch as the computer is looking for a tach signal to keep the fuel pump running, if you change the distributor to an older HEI (and who wouldn't in this case) there is no point to keeping the computer in the distributor loop so there will be no tach signal to the computer, so the hard wire gets around all that. Note, this is NOT LEGAL to do anywhere in the U.S. while your state may not enforce Federal Law on emissions nor have emissions laws itself; it still is a Federal Law; so be aware of that. Bogie |
Well I am not 100% sure of what my transmission is. I thought it is the 4L60E but How do I tell. Looks like that is my only issue Im going to have to deal with. If it is a 4L60E could I Use a computer out of a truck with a manual trans and take care of it. First tho how do I tell what trans it is? It is a 94 so Im guessing it is computer controlled. If it is what year trucks had the 4L60 in them so I can get on or is the 700r4 the same length.
ECU just ran the carb/trans. |
If this has the 4L60E, my advice would be to fix the TBI. Not knowing why you want to replace the TBI if it's malfunctioning or you want more performance. Either-way it's probably less expensive to repair or hot rod the TBI. The 4L60E can be operated from a standalone controller but this isn't very cheap. The other way would be to put in a 700R4/4L60. There is no cheap solution to the fully electronic vehicles that start with the 93-95 late OBD I production and it only gets worse with 96 up OBD II production. The levels of Systems Integration just keep increasing making it ever-more expensive and difficult to simple these later model vehicles. Bogie |
the collant tepm. sender tells the ecu if it's cold out.. and richen it up.. fyi if sender is junk the ecu goes in to limp home mode (i.e. rich) no oil psi.. no fuel pmp power.. yes it's not as involved as a 2012 truck.. but it all works together.. malc, your f body is from the 80's.. the trucks started with the ecu controlling more of the dash in the changeover in the late 80's |
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text:
July 7, 2013
Outraged spectators in northern Brazil stoned football referee Otavio da Silva to death and hacked up his body, after he stabbed a player, who died on his way to hospital.
Police say the incident happened when the referee red-carded 30-year-old player Josenir Abreu from a game. The two quarrelled and got into a fist fight, then Silva stabbed Abreu.
According to the Maranhao State Public Safety Department fans got to the field and decapitated the referee, then dismembered his body.
Local news reports say the angry mob stuck his head on a stake in the middle of the field.
Police have arrested a 27-year-old man in the ongoing investigation.
"We will identify and hold accountable all those involved in this incident. One crime will never justify another. Actions like this do not correspond with state law," police spokesman Valter Costa told reporters.
The police are reportedly looking for two more suspects.
The incident took place with a backdrop of Brazil facing mounting pressure to show it is a safe place before 12 cities host the 2014 World Cup and the Rio de Janeiro Olympics in 2016.
In June, Brazil was swept by the protests partly against the spending in preparation for the World Cup, as well as against the level of corruption.


text:
- lists
- blocks
Common words appear frequently in written and spoken language across many genres from radio to academic journals.
Informal words should be reserved for casual, colloquial communication.
Synonyms for demit
More words related to demit
verb. give up a right, position, or power
verb. abandon, reject
- relinquish
- repudiate
- resign
- sell out
- spurn
- swear off
- take the pledge
- tergiversate
- tergiverse
- throw off
verb. give up responsibility
Roget's 21st Century Thesaurus, Third Edition Copyright © 2013 by the Philip Lief Group.
Cite This Source


text:
By Patricia Daddona
PBN Staff Writer
PROVIDENCE – Providence teachers missed on average about 13 days in the school year, slightly above cities' national average of 11 days for absenteeism, according to a report released Tuesday by The National Council on Teacher Quality.
The study, "Roll Call: The Importance of Teacher Attendance," found absences ranging from a low of six days a year in Indianapolis to a high of 16 days a year in Cleveland. Providence came in at 12.89 average days absent.
Based in Washington, D.C., the council is a research and policy organization that seeks to ensure classrooms are led by "quality" teachers.
The council defines a year as 186 days, the average length of the school year nationally. The organization studied 40 municipal school districts and more than 234,000 teachers during the 2012-13 school year.
The report categorizes teachers' attendance rates as excellent (less than 3 days absent); moderate (4-10 days absent); frequent (11-17 days absent) and chronic (18 days or more).
Absences could be for any reason, but typically included illness, illness of a family member, personal business or professional development, the report states. Most districts described reasons for absences as authorized leave by their districts for professional development, new curriculum adoption or such concerns as union negotiations.
"While professional development can be valuable, districts should avoid at all costs cutting into precious classroom time," Kate Walsh, council president, said in a statement. "Even 'good' absences have bad consequences for kids."
The study found that 16 percent of all teachers were chronically absent – "precisely equivalent" to the 16 percent group of teachers who had excellent attendance during the school year.
On average, the attendance rate was 94 percent, based on a weighted average of the number of teachers in each district. Indianapolis had the highest attendance rate, 96.7 percent, while the lowest was Cleveland, with 91.5 percent. Providence fell close to the middle, with an attendance rate of 93 percent.
As excellence went up in each district, "the number of chronically absent teachers did not always go down," the report found. In fact, Providence had just under 25 percent of its teachers classified as chronically absent (absent 18 days or more), ranking it seventh worst. Buffalo, Cleveland, and Columbus, Ohio, topped that list.
Buffalo had the second highest rate of attendance along with the highest rate of chronically absent teachers, the report noted.
"While these big city school districts are struggling to improve student achievement, they may be overlooking one of the most basic aspects of teacher effectiveness: every teacher being regularly on the job, teaching kids," said Walsh.
The study also reported that more affluent schools were just as likely to have high rates of absences as poorer schools, a finding that contradicts past research.
Tuesday, March 21
Thursday, March 23


text:
Stiletto Tools
16 oz. Titanium "MuscleHead" Framer Hammer (Milled Face-Curved Handle)
This framing hammer features a titanium head, with a magnetized groove that holds the head of the nail while you set it, to protect your thumb and fingers. It`s lightweight, at only 16 ounces, and has an ergonomic Axe style hickory handle to generate leverage.
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In The Box
- One (1) 16 oz. Titanium "MuscleHead" Framer


text:
Album Summary
- Malcolm Latchem (Violin)
- Alan Loveday (Violin)
- Hugh Maguire (Violin)
- Sir Marriner (Violin)
- Andrew McGee (Violin)
- Stanislav Heller (Cello)
- George Malcolm (Harpsichord)
- George Malcolm (Organ)
- Andrew Davis [Conductor/Organ] (Organ)
- Iona Brown (Violin)
- Trevor Connah (Violin)
- Thurston Dart (Harpsichord)
- Kenneth Heath (Cello)
- Raymond Keenlyside (Violin)
Notes & Reviews:
Handel's two sets of concertos are one of the pinnacles of the Baroque concerto grosso, displaying a wealth of musical invention and enormous variety of instrumental sonorities. These concertos are core repertory for the Academy of St Martin in the Fields and Neville Marriner and these pioneering recordings make a welcome return to the catalogue in newly remastered transfers.
Penguin Guide
"[On Op. 3] Marriner's [Argo] set remains fully competitive for musical scholarship and, what is even more to the point, for musical expressiveness and spontaneity ... the Academy was in peak form when this recording was made and the sound is very well balanced and vivid.
There are currently no reviews, be the first one!Also Purchased
Bach: Six Concertos for the Margrave of Brandenburg
Spohr: Symphonies, Vol 1 / Howard Griffiths
Williamson: Piano Concerto no 3, Organ Concerto, etc
Joubert: Symphony no 1 / Handley, London PO
Gunnar Berg: Eclatements 1-13 / Erik Kaltoft
The Originals - Bach: 6 Partitas BWV 825-830 / András Schiff
Dukas: Piano Sonata / Marc-André Hamelin
Bach: The Keyboard Concertos 2 / Hewitt, Tognetti, et al
Bach: The Keyboard Concertos 1 / Hewitt, Tognetti, et al
Works Details
Handel, George Frideric : Concerti Grossi (12), Op. 6, HWV 319-330- Performers: Andrew Davis [Conductor/Organ] (Organ); Iona Brown (Violin); Trevor Connah (Violin); Thurston Dart (Harpsichord); Kenneth Heath (Cello); Raymond Keenlyside (Violin); Malcolm Latchem (Violin); Alan Loveday (Violin); Hugh Maguire (Violin); Sir Marriner (Violin); Andrew McGee (Violin)
- Conductor: Sir Marriner
- Ensemble: Academy of St. Martin in the Fields
- Running Time: 11 min. 54 sec.
- Period Time: Baroque
- Form: Orchestral
- Written: 1739
Handel, George Frideric : Concerti Grossi (6), Op.3, HWV 312-17
- Performers: Andrew Davis [Conductor/Organ] (Organ); Stanislav Heller (Cello); George Malcolm (Harpsichord); George Malcolm (Organ)
- Conductor: Sir Marriner
- Ensemble: Academy of St. Martin in the Fields
- Running Time: 9 min. 25 sec.
- Period Time: Baroque
- Form: Orchestral
- Written: circa 1710-1718


text:
Help with Liquid Handling Pumps specifications:
Type Of Pump
Back to Top
Your choices are... | |||
Agitator Pumps | For industrial, mining, milling, and power plants or anywhere slurry solids accumulate. These pumps agitate the media around the inlet. Since water always flows to the path of least resistance, a pump without mechanical agitation will only pump the water, leaving the solids behind to accumulate around your pump intake, and eventually starving the pump by blocking the intake. Agitator pumps deliver kinetic energy to slurry solids surrounding the pump intake, re-suspending them into a fluid state. These solids, which would have otherwise buried and starved the pump of liquid, are pulled into the pump and pushed on through the discharge keeping the intake clear and free of slurry accumulation. | ||
Axial Flow Pumps | A rotary pump that develops head mostly by the propelling or lifting action of the vanes on water, commonly referred to as a propeller pump. | ||
Bellows Pumps | The bellows pump operates on the positive displacement principle. The rotation of a motor or compressing of the bellows causes the bellows to compress for one half of the rotation, causing the pump to dispense liquid into the discharge line. During the other half of the rotation, the motion of the crank mechanism causes the bellows to expand, drawing liquid from the suction line into the bellows module. The pump uses two valves to control the flow of the liquid through the pump. Discharge pressure is maintained over the entire flow range of the pump. | ||
Bilge / Ballast Pumps | Pumps used onboard boats and ships to remove water from the bilge or to load or remove water for ballast. | ||
Bladder Pumps | Bladder pumps consist of a flexible, squeezable bladder encased in a rigid outer casing. They are low-flow pneumatic devices used for sampling applications. Bladder pumps are available in a range of sizes, materials, and capabilities. This includes including models for deep wells, narrow or obstructed casings, and small-volume pumps for low-yield wells. When low-flow pumping rates are used, these pumps consistently collect high quality, uniform samples. Bladder pumps are EPA-accepted for low-flow sampling. | ||
Boiler Feed Pumps | Pumps feed the condensate back into a boiler for reheating and reuse. These pumps close the boiler/steam/condensate loop by returning hot condensate back to the system. This takes advantage of valuable BTUs, which would otherwise go to waste. | ||
Booster Pumps | A pump used to increase pressure in a pressure line, or to pull from a storage tank and pressurize a system. | ||
Borehole Pumps | Borehole pumps to be installed into wells. These can either be inclined or vertical wells. A borehole pump is a fully sealed unit. It can be fully submerged or operate in an atmosphere of potentially explosive gases. Borehole pumps range in size from a few cubic meters per hour, with as little as five meters hydraulic head, to many hundreds of cubic meters per hour with hydraulic heads ranging up to several hundred meters. Borehole pumps are employed where water in a site is free draining to a single point within the site and an extraction flow rate of above a few cubic meters per hour is required. | ||
Canned Motor Pumps | The canned motor pump is a seal-less pump. The electric motor is encapsulated in a can that isolates the rotor and process liquid from the stator. With a canned motor pump, the inner rotor is directly connected to the pump impeller, which unitizes the pump and motor. This results in a compact pumping package. | ||
Cantilever Pumps | Motor and seals are kept away from the pumped media. The pump has an elongated drive shaft and is submerged in the media. They have no submerged seals, bearings, bushings, or suction check valves. The cantilever or overhung shaft is supported by heavy-duty ball bearings that are located above the pumped liquid. | ||
Centrifugal Pumps | Centrifugal pumps use a rotating impeller to add velocity to the liquid being pumped. Within the pump, the velocity of the liquid is generated by centrifugal force. The velocity of the solution is converted with internal restrictions within the pump into pressure. This type of pump is used for liquids that are water like in viscosity and when quantities of flow are large compared to the pressure requirements. | ||
Circulation Pumps | Pumps that are used to keep media circulating through the distribution or process system. | ||
Condensate Pumps | Pumps that transport or collect and transport condensate collected from a steam system back into the system for reheating and reuse. These pumps close the boiler / steam / condensate loop by returning hot condensate back to the system. This takes advantage of valuable BTUs, which would otherwise go to waste. Or pumps for removal of unwanted condensate from an HVAC or appliance collection pan. | ||
Dewatering Pumps | Designed for clear water applications (agricultural, industrial, and residential). As a general rule, dewatering pumps are limited to a 10% solids concentration and a solids size of 1/4 the diameter of the suction inlet. For applications requiring greater solids handling capability, trash pumps should be used. | ||
Diaphragm Pumps | Diaphragm pumps are the most common industrial PD pumps. They are sometimes referred to as a membrane pump. A typical configuration consists of a single diaphragm, a chamber, and suction and discharge check valves to prevent backflow. The piston can either be directly coupled to the diaphragm or can force a hydraulic oil to drive the diaphragm. Variations include bellows-type diaphragms, hydraulically actuated double diaphragms, and air-operated, reciprocating double-diaphragms. | ||
Dosing Pumps | Dosing pumps are low-volume fluid pumps with controllable discharge rates used to inject chemical additives into the mixing or pumping system. They are frequently used to efficiently inject difficult to mix fluids into batch-tank systems because of their low volume. | ||
Double Diaphragm Pumps | Double diaphragm pumps are displacement pumps that compress fluid by decreasing the volume of a chamber containing the fluid. Two diaphragms are mechanically, hydraulically, or pneumatically oscillated to displace the liquid or gas. The chamber is divided with one side using hydraulic fluid, air, or a motorized drive to move the diaphragm. The media is pulsed through the pump without contacting the actuating media. Double diaphragm pumps are often a component in a complete fluid transfer system where a switch or valve is used to control the flow of the media continuously or on demand. | ||
Drum Pumps | Drum pumps are designed to transport or dispense the contents of drums, pails, or tanks. Pumps are driven by a variety of methods including hand operated, electric, pneumatic, and hydraulic driven motors. Explosive environments or flammable fluids may require an intrinsically safe actuation method. | ||
Ejector Pumps | Ejector pumps are sewage handling pumps that are required when wastewater cannot flow to its destination by means of gravity at a velocity of at least 2 feet per second. There are two basic types of ejector pumps. One is the vertical suspended type where the motor is mounted on the cover of the basin, supported by its shaft connected to the pump housing inside the basin. The second type is the close-coupled submersible, where the motor is connected directly to the pump housing and impeller by a short shaft and is submerged completely inside the basin. | ||
Fire Service Pumps | Pumps that are used for the supply of water/media for firefighting equipment. | ||
Flexible Impeller Pumps | Flexible impeller pumps contain an elastomeric impeller that traps fluid between blades and sweeps it through the pump housing. These low-cost utility pumps are ideal for general transfer. | ||
Fountain Pumps | Pumps that are designed to supply flow to fountains. Fountains are used for esthetic purposes, as well as aeration in residential, commercial, and industrial applications. | ||
Gear Pumps | Gear pumps are positive displacement rotary pumps used to transport high pressure and high volume flows. They function through the use of two or more internal gears that create vacuum pressure, propelling the fluid media. Gear pumps provide a comparably continuous, non-pulsating flow in relation to diaphragm pumps or peristaltic pumps. For this reason, gear pumps may be preferred in a number of applications from laboratory to petrochemical and marine applications, and processes involving hydraulic presses and dry pit steam power. | ||
Grinder Pumps | A mechanical device that shreds solids and raises sewage to a higher elevation through pressure sewers. A sewage grinder pump will discharge a finely ground slurry into a small diameter pressure pipe. In a low-pressure sewer system (LPSS) the piping downstream of the grinder pump will typically be under low pressure, 60psi or less. | ||
Hand / Foot Pumps | Hand pumps are manually operated pumps that can be driven by hand or foot via a handle or lever. This manual external force actuates an internal mechanism, which increases pressure for moving fluids such as gas, chemicals, or water. | ||
Hydraulic Pumps | Hydraulic pumps deliver high-pressure fluid flow to the pump outlet. Mechanical energy sources and use gears, vanes, pistons or other devices to pressurize fluid, power hydraulic pumps. A hydraulic pump, when powered by pressurized fluid, can rotate in a reverse direction and act as a motor. | ||
Immersible Pumps | A pump in which the pumping mechanism only can be subjected to immersion in the media. Motors are kept away from media by a sealed barrier. | ||
Injection Pumps | Any pump used to inject fluid into the reservoir or production system. Injection pumps vary in volume and pressure capacity, from the large injection pumps used in water-injection wells, too much smaller low-volume injection pumps used in continuous scale-inhibitor treatments. | ||
Jet Pumps | A surface-mounted centrifugal pump that uses an "ejector" device to augment its suction capacity. The ejector may be down in the well, to assist the pump in overcoming the limitations of suction. (Some water is diverted back down the well, causing an increase in energy use.) | ||
Lift Stations | A pump station that contains pumps, valves and electrical equipment necessary to pump water or wastewater. | ||
Macerator Pumps | Macerator pumps are designed to empty holding tanks of sewage. They typically include a bronze cutter to grind waste down to a small particle size. | ||
Magnetic Drive Pumps | Magnetic drive pumps are operated using a magnetic or electromagnetic drive. They are ideally suited to a variety of applications including laboratory, production line, chemical processing, general transfer utility, as well as OEM applications. | ||
Metering Pumps | Metering pumps are positive displacement chemical dosing devices with the ability to vary capacity manually or automatically, as process conditions require. Metering pumps feature a high level of repetitive accuracy and are capable of pumping a wide range of chemicals including acids, bases, corrosives, or viscous liquids and slurries. | ||
Micro Pumps | Micro pumps are essential for moving fluids in miniaturized systems. The working principal of a typical micro pump involves interaction of a flexible structure with the working fluid. The flexible structure is deformed using some actuation technique (e.g., piezoelectric or electrostatic actuation) and the deformation provides a positive displacement action for moving the working fluid. | ||
Mixed Flow Pumps | A centrifugal pump in which the pressure is developed partly by centrifugal force and partly by the lifting action of the impellers on the water. | ||
Mixing Pumps | Mixing pumps are used for mixing applications within the contents of a drum, tank or other container. | ||
Mud Pumps | A large, reciprocating pump used to circulate the mud on a drilling rig. A typical mud pump is a double- or triple-acting, two- or three-cylinder piston pump whose pistons travel in replaceable liners and are driven by a crankshaft actuated by an engine. A mud pump also is called a slush pump. | ||
Peristaltic Pumps | Peristaltic pumps are rotary pumps using a turning mechanism to move media through a tube. The tube is compressed at a number of points in contact with the rollers or shoes. The media is moved through the tube with each rotating motion. The individual components of peristaltic pumps include a pump head, drive, and tubing. Peristaltic pumps are also referred to as flexible member pumps, flexible tube pumps, dispensing pumps, or dosing pumps. | ||
Petrochemical / Hydrocarbon Pumps | Designated by manufacturer as being applicable to the petrochemical industry. The petroleum and chemical industry is the petroleum refining using petroleum and natural gas as raw material. The petroleum refining industry is the industry producing large quantities of gasoline, kerosene, diesel oil, lubricating oil, paraffin wax, asphalt, chemical raw material, petroleum solvent and the like through processing crude oil. Petroleum chemical industry is the industry that produces all kinds of chemical products and compound materials using petroleum and natural gas as raw material through chemical processing. | ||
Piston / Plunger Pumps | Piston pumps and plunger pumps are reciprocating pumps using a plunger or piston to move the media through a cylindrical chamber. They use steam power drives, pneumatic drives, hydraulic drives, or electric drives to actuate the piston or plunger. Some piston pumps and plunger pumps are also referred to as well service or high viscosity pumps. | ||
Pool Pumps | Pumps that are used for circulation and filtration of pool water. Typically supplied with features like filters and strainers. | ||
Positive Displacement Pumps | Positive displacement pumps use a mechanical force to push liquid through and out of the pump. Rotating gears, reciprocating pistons or diaphragms are the most common types of positive displacement pumps. These pumps are suitable for higher viscosity liquids or when pressure requirements are high. | ||
Progressing Cavity Pumps | Progressing cavity pumps are a type of rotary positive displacement pump designed to transfer fluid or media with suspended solids or slurries from the suction side of the pump to the discharge side of the pump from storage tanks or through pipelines. Advantages of progressing cavity pumps include moving viscous media at lower velocities. | ||
Propeller Pumps | Propeller pumps are generally high-speed but with low heads. They can be quite large, measuring over twelve feet in diameter and moving over 50,000 gallons per minute. Some have adjustable-pitch blades. Propeller pumps are designed for pumping large volumes at low head. | ||
Radial Flow Pumps | A centrifugal pump uses diffuser vanes to transform the velocity head into pressure head. Commonly called a ''turbine pump." | ||
Ram Pumps | Hydraulic ram pumps use the energy of large amounts of water falling a small height to lift a small amount of that water to a much greater height. In This way, water from a spring or stream in a valley can be pumped to a village or irrigation scheme on the hillside. In general, a ram pump can pump approximately one tenth of the received water volume to a height ten times greater than the intake. A hydraulic ram pump is useful where the water source flows constantly and the usable fall from the water source to the pump location is at least 3 ft. | ||
Reciprocating Pumps | Reciprocating pumps move liquids by a plunger or piston that travels back and forth inside a cylinder. Regulating the speed of the drive controls flow. There is no head loss by throttling as in a centrifugal pump. These pumps are often used for high or very high pressures. Also often used as metering pumps because of constancy of flow rate. Adjusting the RPM of the driver can easily change the flow rate. | ||
Refueling Pumps | Fuel handling pumps used for the refueling of machinery, automobiles, aircraft, watercrafts or other equipment. | ||
Rotary Lobe Pumps | Rotary lobe pumps are positive displacement pumps that use rotating lobes to direct flow. Lobe pumps are similar to gear pumps in operation in that fluid flows around the interior of the casing. Rotary lobe pumps are frequently used in food applications because they can process solids without damaging the product. Since the lobes do not contact each other, these pumps can handle products of a larger particle size and are ideal for pushing through low viscosity media. | ||
Rotary Vane Pumps | Rotary vane pumps are liquid handling, positive displacement pumps that contain vanes in a cavity that rotates to create the flow. | ||
Sampling Pumps | Pumps used for extracting a small amount media from its main body for analysis. | ||
Sanitary Pumps | Sanitary pumps are made of materials and constructed in design so that they are readily cleanable. They are widely used in the dairy, food processing, pharmaceutical, cosmetic, and other industries where cleanliness is a concern. | ||
Screw Pumps | Screw pumps are rotary, positive displacement pumps that can have one or more screws to transfer high or low viscosity fluids along an axis. | ||
Siphon Pumps | Siphon pumps are typically manually operated and self powered once begun. The pump is used to begin the flow of fluid. Flow and gravity then draw fluid from one container to another. | ||
Split Case Pumps | Split case pumps are larger pumps that are used for high flow applications. "Split case" describes the pump housing design. The case around the impeller or pumping mechanism is comprised of two parts that bolt or assemble together. These pumps come in vertical and horizontal configurations. | ||
Submersible Pumps | These pumps are mounted in the tank with the solution. The motor is normally contained in an oil filled cavity that is protected for contact with the liquid by a lip or mechanical seal. They can be designed to pump large solids or grind solids to smaller sizes, transfer wastewater at large flow rates or high pressures, or just pick up water off the floor or the bottom of a tank. | ||
Sump Pumps | A sump pump is an automatic water pump installed in a contained compartment to remove unwanted water build-up that threatens to encroach on living or equipment space. | ||
Syringe Pumps | Infusion or withdrawal syringe pumps provide high pressure and high accuracy for applications such as high performance liquid chromatography (HPLC). Used to deliver precise amounts of fluid at specific time intervals | ||
Testing / Calibration Pumps | Pumps that are designed specifically for testing and or calibration purposes. | ||
Trash Pumps | Portable pump and power source typically for dewatering applications. Can handle media with high solids content. | ||
Triplex Pumps | A positive-displacement reciprocating pump that is configured with three plungers. Triplex pumps are the most common configuration of pump used in both drilling and well service operations. Pumps used in well service activities generally are capable of handling a wide range of fluid types, including corrosive fluids, abrasive fluids and slurries containing relatively large particulates. | ||
Turbine Pumps | A centrifugal pump uses diffuser vanes to transform the velocity head into pressure head. These pumps have one or more stages, each consisting of an impeller on a vertical shaft, surrounded by stationary and usually symmetrical guide vanes. Combines the energy-imparting characteristics of axial-flow and propeller pumps. | ||
Utility Pumps | Pumps for the general transfer of fluids. | ||
Vortex Impeller Pumps | With a vortex pump, flow through the unit is produced not by the actual impeller, but rather by a rotating vortex created by the impeller. Because the pumping action is created by the vortex, particles in the liquid do not come in contact with the impeller itself. | ||
Wastewater Treatment Pumps | All types of pumps used in the process of wastewater treatment. | ||
Water Jetting Pumps | These units typically operate at 10,000 to 40,000 psi and are used in surface preparation; internal cleaning of pipes and heat exchangers, concrete removal (hydro demolition); and as a cutting alternative to saw blades and laser cutting machines for parts fabrication. | ||
Water Supply Pumps | All types of pumps used for the supply of potable water. | ||
Water Treatment Pumps | All types of pumps used in the process of water treatment. | ||
Shallow Well Pumps | A pump located above ground to lift water out of the ground through a suction pipe. Limit is a lift of 33.9 feet, at sea level. | ||
Deep Well Pumps | A submersible or deep well jet pump used to force water upward from a pumping element below the water level. Not restricted by suction lift limitations. | ||
Well Stimulation Pumps | Operations used to increase the production of an oil well. Treatments that are frequently used to rejuvenate old of poorly producing wells | ||
Other | Other unlisted or specialized pumps. | ||
Search Logic: | All products with ANY of the selected attributes will be returned as matches. Leaving all boxes unchecked will not limit the search criteria for this question; products with all attribute options will be returned as matches. | ||
System | Includes more than just the pump. May include tank, valves and other controls as an assembly. | ||
Search Logic: | "Required" and "Must Not Have" criteria limit returned matches as specified. Products with optional attributes will be returned for either choice. | ||
Maximum Pressure
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Maximum Discharge Pressure | The maximum pressure the pump is designed to generate. | ||
Search Logic: | User may specify either, both, or neither of the "At Least" and "No More Than" values. Products returned as matches will meet all specified criteria. | ||
Discharge Flow
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Maximum Discharge Flow | The maximum flow the pump is designed to generate. This value is dependent on the system or pressure head the pump must enter. | ||
Search Logic: | User may specify either, both, or neither of the "At Least" and "No More Than" values. Products returned as matches will meet all specified criteria. | ||
Power Source
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Power Source | |||
Your choices are... | |||
None, Pump Only | Pump mechanism only. The pump is not supplied with a power source. Typically, a drive shaft for connection of motor or other power source is provided. | ||
AC Powered | Pump operates on a form of AC voltage. | ||
DC Powered | Pump operates on a form of DC voltage. | ||
Air / Pneumatic | Pump is powered by a compressed air source. | ||
Gasoline / Diesel Engine | Pump is powered by either a gasoline or diesel engine. | ||
Hydraulic | Pump is powered by a hydraulic system. | ||
Manual | Pump is driven manually by hand or foot power. | ||
Natural Gas | Pump is powered by natural gas. | ||
Solar Powered | A pump that gets its power from solar energy. | ||
Steam | Pump is powered by steam. | ||
Water | Pump is powered by a flowing or pressurized water source. | ||
Other | Other unlisted, specialized, or proprietary power source. | ||
Search Logic: | All products with ANY of the selected attributes will be returned as matches. Leaving all boxes unchecked will not limit the search criteria for this question; products with all attribute options will be returned as matches. | ||
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Media | |||
Your choices are... | |||
Abrasive Material | A substance that abrades or wears down. | ||
Acids | Having a high concentration of acid. | ||
Adhesives | Substances capable of holding materials together by surface attachment. | ||
Chemicals | A substance with a distinct molecular composition that is produced by or used in a chemical process. | ||
Concrete / Grout | Concrete is a building material created by combining a mineral (which is usually sand, gravel, or crushed stone) a binding agent (natural or synthetic cement), chemical additives, and water. | ||
Coolants | Media used for cooling applications, especially a fluid that draws heat away by circulating through an engine or by bathing a mechanical part. | ||
Combustible | Material that is capable of igniting and burning. | ||
Corrosive | Media that will gradually degrade or wear away its surroundings. | ||
Effluent | Wastewater or other liquid, partially or completely treated, flowing out of a septic tank or treatment unit. | ||
Gasoline / Diesel Fuel | A mixture of flammable liquid hydrocarbons derived chiefly from crude petroleum and used as a fuel for internal-combustion engines. | ||
Gas / Air | Non liquid gas or air media. | ||
Ground Water | Untreated water that is found on or collects freely on the ground. | ||
Hazardous Materials | Substances capable of posing a risk to health, safety, or property. | ||
High Temperature Media | High temperature liquids such as hot oil and hot water. | ||
High Viscosity Fluids | Thick liquid materials with a high resistance to flow. | ||
Liquids | All materials in the liquid state of matter - substances which exhibit a characteristic readiness to flow. | ||
Liquids With Solids | Media with solids mixed among a liquid. They are sometimes referred to as slurries. | ||
Liquid Metal | Metal heated so that is in a liquid state. | ||
Lubricants | A substance, such as grease or oil that reduces friction when applied as a surface coating to moving parts. | ||
Oil | Any of many mineral, vegetable, or synthetic substances or animal and vegetable fats that are generally slippery, combustible, viscous, liquid or liquefiable at room temperatures, soluble in various organic solvents (such as ether) but not in water, and used in a great variety of products, especially lubricants and fuels. | ||
Potable Water | Water that is considered safe and fit for human consumption, culinary and domestic purposes and meets the requirements of the health authority having jurisdiction. | ||
Powder / Solids | Media in solid or powder state. | ||
Rendering Wastes | Wastes from food processing. | ||
Salt Water | Water that has a high concentration of salt, often from the ocean. | ||
Sewage | Household or commercial wastewater that contains human waste. Distinguished from industrial wastewater. | ||
Sludge | Solid matter produced by water and sewage treatment processes. | ||
Slurry / Ash Slurry | A watery mixture of insoluble matter. | ||
Wastewater | The spent or used water of a community or industry that contains dissolved and suspended matter. | ||
Water | All types of pumps used to pump water. | ||
Other | Other unlisted material. | ||
Search Logic: | All products with ANY of the selected attributes will be returned as matches. Leaving all boxes unchecked will not limit the search criteria for this question; products with all attribute options will be returned as matches. | ||
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Industry | |||
Your choices are... | |||
General Industrial | Pump is for general use and not designed around a specific application or industry. | ||
Aerospace / Defense | Designated by manufacturer as being applicable and built to military specifications. Covers aircraft, the military, equipment and supplies, as well as space, aerospace, medical and more. | ||
Agriculture / Horticulture | Designated by manufacturer as being applicable to the agricultural or horticultural industry. Establishments primarily engaged in the cultivation of soil and crops and the raising of livestock. | ||
Automotive | Designated by manufacturer as being applicable to the automotive industry. Includes vehicle and parts manufacturers, dealers and aftermarket services in the automotive sector. | ||
Brewery / Distillery | Designated by manufacturer as being applicable to the brewery or distillery industry. | ||
Commercial | Pump constructed for use in the commercial or service orientated industry. | ||
Construction | Designated by manufacturer as being applicable to needs within the construction industry. | ||
Cryogenic | Designated by manufacturer as being applicable to extreme cold applications. | ||
Dairy | Designated by manufacturer as being applicable to the dairy industry. | ||
Flood Control | Designated by manufacturer as being applicable for flood control applications. | ||
Food Service | Designated by manufacturer as being applicable and built for food service applications. | ||
Food Processing | Designated by manufacturer as being applicable and built for food processing applications. | ||
HVAC | Designated by manufacturer as being applicable to the heating, air conditioning, and ventilation industry. | ||
Machine Tool | Designated by manufacturer as being applicable for use within or around machine tools. | ||
Maritime | Designated by manufacturer as being applicable to the maritime or marine industry. | ||
Medical | Designated by manufacturer as being applicable to the medical industry. | ||
Mining | Designated by manufacturer as being applicable to the mining industry. | ||
Municipal | Designated by manufacturer as being applicable to use by municipal agencies. | ||
OEM Supply | Designated by manufacturer as being applicable to supplying components as an OEM supplier. | ||
Oil and Gas Production | Designated by manufacturer as being applicable for oil and gas production. | ||
Pharmaceutical / Biotechnology | Designated by manufacturer as being applicable to the pharmaceutical and biotechnology industries. Producers of organic and inorganic medicinal substances for human or veterinary use. | ||
Power Generation | Designated by manufacturer as being applicable to the power generation industry. | ||
Pulp and Paper | Designated by manufacturer as being applicable to the pulp and paper industry. | ||
Recreational | Designated by manufacturer as being applicable for use within the recreational products industry. | ||
Semiconductor | Designated by manufacturer as being applicable to the semiconductor industry. | ||
Other | Other unlisted or specialized industry or market segment. | ||
Search Logic: | All products with ANY of the selected attributes will be returned as matches. Leaving all boxes unchecked will not limit the search criteria for this question; products with all attribute options will be returned as matches. | ||
More Specs
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Inlet Size | Size of the pump inlet connection. | ||
Search Logic: | User may specify either, both, or neither of the "At Least" and "No More Than" values. Products returned as matches will meet all specified criteria. | ||
Discharge Size | Size of the pump discharge or outlet connection. | ||
Search Logic: | User may specify either, both, or neither of the "At Least" and "No More Than" values. Products returned as matches will meet all specified criteria. | ||
Primary Material of Construction | |||
Your choices are... | |||
Aluminum | A bluish silver-white malleable ductile light trivalent metallic element that has good electrical and thermal conductivity, high reflectivity, and resistance to oxidation. | ||
Brass / Bronze | Brass comes with good strength, excellent high temperature ductility and reasonable cold ductility, good conductivity, excellent corrosion resistance, good bearing properties and low magnetic permeability. Sintered bronze is a porous material, which can be impregnated with oil, graphite or PTFE. Not suitable for heavily loaded applications but useful where lubrication is inconvenient. | ||
Cast Iron | The term "cast iron" refers not to a single material, but to a family of materials whose major constituent is iron, with important trace amounts of carbon and silicon. Cast irons are natural composite materials whose properties are determined by their microstructures - the stable and metastable phases formed during solidification or subsequent heat treatment. The major microstructural constituents of cast irons are: the chemical and morphological forms taken by carbon, and the continuous metal matrix in which the carbon and/or carbide are dispersed. | ||
Plastic | Any of various organic compounds produced by polymerization, capable of being molded, extruded, cast into various shapes and films, or drawn into filaments used as textile fibers. | ||
Stainless Steel | Stainless steel is chemical and corrosion resistant and can have relatively high pressure ratings. | ||
Other | Other unlisted, specialized, or proprietary material. | ||
Search Logic: | All products with ANY of the selected attributes will be returned as matches. Leaving all boxes unchecked will not limit the search criteria for this question; products with all attribute options will be returned as matches. | ||
Pump Features | |||
Your choices are... | |||
Adjustable Speed | Adjustable speed pumps can operate at speeds that can be selected by an operator. | ||
Back-up Battery Power Supply | The pump is equipped with a battery for back-up power supply. The battery is not intended for regular use. | ||
Belt Driven | The pumps shaft is driven by a belt. | ||
Close Coupled | Close-coupled pumps have the pump end mounted directly on the motor shaft. | ||
Continuous Duty | The pump is rated to run continuously; it can maintain performance specifications at 100% duty cycle. | ||
Control Panel | The pump is equipped with a control panel for operating levels of values such as flow, pressure, and any safety shutoff features. | ||
Corrosion Resistant | The pump is constructed from corrosion resistant materials, such as stainless steel. | ||
End / Bottom Suction | End suction pumps have centerline suction and discharge. | ||
Explosion Proof | Explosion proof pumps are designed to prevent internal or external explosions by enclosing parts that could cause ignition of the transfer media or the surrounding atmosphere. Additionally, they are designed to prevent internal explosions from affecting the surrounding atmosphere and vice versa. | ||
Frame Mounted | Frame mounted pumps have the pump end mounted on a bearing frame that is coupled to the motor. | ||
Grinding Mechanism | The pump has an integral grinding mechanism in the suction port to grind garbage, sewage, rubber goods, plastic bags, fabrics, etc., to very small pieces and transfer them under pressure. | ||
Horizontal Orientation | Pump stator / rotor assembly is lying horizontally. Media is pumped horizontally through the pump. | ||
Hygienic | The pump is constructed from hygienic materials, and is fully sealed to eliminate leakage and contamination of pumped materials. | ||
Jacketed | These pumps feature jacketed flanges, casing and pump head. Used for applications where pump head temperature control is critical. | ||
Level (On / Off) Control Device | Device that turns the pump on and off depending on the level of media. | ||
Multi-stage | Compressed fluid goes from initial stage to successive chambers or stages of pressurization; used to generate higher-pressure levels than are possible with single stage pumping. | ||
Non-clog | Non-clog pumps are configured to pump sticky or stringy materials that would clog other types of pumps. | ||
Plug-in | Pump is supplied with a power cord that can plug into a power source. | ||
Portable | The pump is packaged for easy transportation. | ||
Pressure Gauge | The pump is equipped with a dial or digital readout of pressure level(s), typically at the outlet. | ||
Reversible | Reversible pumps have the ability to pump in either direction with equal efficiency. | ||
Run Dry Capable | Pump can operate with no pumped fluid or external lubrication for an extended period of time with no damage. | ||
Sanitary | The pump is specifically designed to meet the strict guidelines established for sanitary process applications. Classifications and ratings may include FDA, USDA, and 3-A. | ||
Seal-less | There are no cups, packing or mechanical seals in the pump. All the sliding and rotating parts are isolated from the pumped fluid. | ||
Self-priming | Priming is the introduction of fluid into the pumping chamber to create the pressure differential to begin pumping at rated service. Self-priming pumps are constructed so that they can create and maintain a sufficient vacuum level to draw fluid into the inlet with no external assistance. | ||
Strainer / Filter | Pump has a strainer or filter to collect solids before they pass through the pump. | ||
Thermal Overload Protection | Pump motor has a device to shut off the pump in the event the motor becomes too hot. | ||
Top Suction | The pump is capable of drawing fluid from the top of a tank rather than from the bottom of a reservoir. | ||
Vertical Orientation | Pump stator / rotor assembly is vertically upright. Media is pumped vertically through the pump. | ||
Washdown Duty | Washdown duty pumps are designed to perform better in wet environments including food processing plants and dairies as well as other high humidity areas. | ||
Other | Other unlisted, specialized, or proprietary pump feature. | ||
Search Logic: | All products with ANY of the selected attributes will be returned as matches. Leaving all boxes unchecked will not limit the search criteria for this question; products with all attribute options will be returned as matches. | ||


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