gates kelly hose free sample

Example: "Gates® Black Gold® Rotary Vibrator 3 Inch Max WP 7500 PSI API SPEC 7K Tested To 15000 PSI Grade E FSL 1 Temp Range 1 ISO 14693 License 7K-0003 Made In U.S.A."

Example: "Gates® Black Gold® Rotary Vibrator 5 Inch Max WP 5000 PSI API SPEC 7K Tested To 10000 PSI Grade D FSL 2 Temp Range II ISO 14693 License 7K-0003 Made In U.S.A."

Flexible drilling rubber hoses play an important role in petroleum extraction. They should suffer high operating pressure, extreme operating temperature, abrasion and other inferior elements. Our special compounded synthetic rubber has been proven an effective and economical way to reject these problems. All our oilfield drill hoses are manufactured as API 7K or other related specifications.

Steel cable reinforcement loads most working pressure up to 15,000psi. The wires are usually zinc-plating or copper platting to improve steel wire resistant against rust and corrosion. Due to the thick reinforcement, the hoses should be handled or stored in correct way to avoid kicking or crushing. They will substantially decrease their rated operating pressure.

Rotary hose, Kelly hose, cement hose, mud hose, jumper hose and vibrator hose and choke & kill hoses are the most popular oilfield rubber hoses. They convey high-pressure drilling fluid from one place to another. Many end fittings are provided to satisfy different applications. Most end fittings are made according to API standards. Special order is also available.

Table of Contents Section F or Oilfield Hose and Industrial Service Hose specifications, refer to the Gates Industrial Hose, Couplings & Equipment catalog (#39496-000). F or Hydraulic Hose and Equipment (Crimper) specifications, refer to the Gates Hydraulic Hose, Couplings & Equipment catalog (#35093).

Gates Worldwide Locations Gates Corporation 1551 Wewatta Street, P.O. Box 5887 Denver, Colorado 80217-5887 Tel: (303) 744-5070 Fax: (303) 744-4540 Gates Rubber Co. (S) Pte. Ltd. No. 1 Changi South Street 3 Singapore 486477 Tel: 65-545-3800 Fax: 65-545-5322 Gates Canada, Inc. 225 Henry Street, Bldg. #8 Brantford, Ontario, N3S 7R4, Canada Tel: (519) 759-4141 Fax: (519) 759-0944 The Gates Group (Shanghai) Co., Ltd. No. 15 Hai Tang Street China-Singapore Suzhou Industrial Park Suzhou 215021, PR China Tel: 86-521-6761-9633 Fax: 86-512-6761-7184 Gates de Mexico, S.A. de C.V. Cerrada de Galeana...

Super Choke & Kill or 15,000 W.P. Cementing Hose Request for Quote/Order Form 1.  You must fill in all the information on the form in order to have your quote request/order processed. Any missing information can lead to costly delays in processing your request. If there are any questions about any part of the form or the application, check details with your oilfield customer, or call Ron Trujillo at 303-744-4735. The Date, Customer Name, P.O.# (if actual order) must be completed. Hose Type is Super Choke & Kill or 15,000 W.P. Cementing. Hose Size is the Hose I.D. Fill in Overall Length of...

Quote/Order Form S C&K or CEMENTING HOSE REQUEST FOR QUOTE \ ORDER Hose Size Hose Type _ Safety Clamp & Chain □ S C&K Hose 15,000 psi W.P. - 22,500 psi test - Spec 475SL □ Cementing Hose 15,000 psi W,P, - 22,500 psi test - Spec 4758L Overall Length Working Pressure Add-On Fittings (will be furnished welded) | TPC: Working Pressure. Working Pressure _ Nominal Size Pipe Size_ HAMMER UNION-MALE SUB/NUT Pipe Size. Nominal Size. Nominol Size Working Pressure .Nominal Size. Working Pressure _ Pipe Size _ HAMMER UNION-MALE SUB/NUT Pipe Siie. Nominal Size. CERTIFICATIONS /STANDARDS * =Request...

Gates High Performance Dynamic Pressure Rated Rotary Hose Assemblies To keep pace with rapidly advancing drilling technology involving directional drilling and down-linking with negative pressure pulses, Gates offers a high performance API 7K rated rotary hose assembly that far exceeds minimum standards. In addition to a high quality hose construction, the Gates system has a swage attached coupling with no seals to leak and no set screws to loosen with operation vibrations or epoxy to weaken with working temperatures above 180°F. Burst test results significantly exceed the API 7K minimum...

Gates Oilfield Hose Flow Rate Limits On some oil rigs, the flow rate of mud to the drill pipe has been increased significantly. Flow rates as high as 3,100 GPM have been reported. Three pumps aligned to work together can be set up to produce the higher flow rate. Replacing these expensive components more frequently is compounded with the additional service downtime. There are factors that need to be considered to safely and cost effectively provide such a high flow rate. As flow rate (GPM) increases, velocity of that fluid through a conduit such as a hose or a pipe will also increase. As...

Safety & Maintenance of Gates Oilfield Hose Assemblies Foreword The objective of this manual is to emphasize SAFETY by providing recommended procedures for proper handling, storage, use and maintenance of Rotary/Vibrator/Choke & Kill/BOP hose assemblies. External inspection and field pressure testing prior to any continued service of a hose assembly is critical to ensure safe operation. These are MANDATORY PROCEDURES for applications where an assembly failure could result in serious bodily injury or severe property damage. Scope This procedure is a recommended practice for the storage,...

Safety & Maintenance of Gates Oilfield Hose Assemblies Storage 1. ompletely drain hose assembly before C placing in storage. Caution: Care should be exercised to prevent mishandling. Crushing or kinking of hose can cause severe damage to reinforcement. If this occurs, remove hose from service and then contact local Gates representative for further advice. 2. henever feasible, store hose in original W shipping crate. This will provide extra protection against the deteriorating effects of solvents, corrosive liquids, ozone and sunlight. Hose should be stored so coils are in a horizontal...

Safety & Maintenance of Gates Oilfield Hose Assemblies Recommended Practices Where applicable, the following recommended practices should be used on rotary drilling and vibrator hose. A. Overall Hose Length 1. ncludes standard connector and/or I special adapters (see Figure 3). B. Rotary Hose Length 1. n order to avoid kinking hose, the I hose length and standpipe height should be such that when raising or lowering, as in making mouse hole connections, the hose must not exceed the rated minimum bend radius at the swivel when it is at its lowest drilling position and at the standpipe when it...

Safety & Maintenance of Gates Oilfield Hose Assemblies D. Vibrator Hose Length 1. It’s important to choose a vibrator hose having an inside diameter equal to that of the pump discharge fitting and the fluid supply line inside diameters. This is necessary to allow free flow of fluid and to avoid turbulence or unnecessary abrasion of the hose tube. The length of vibrator hose should be given careful consideration. It should be long enough to prevent kinks near the couplings, yet short enough to prevent kinks in the radius near the middle of the hose. E. Hose Connections 1. ine pipe threads...

Safety & Maintenance of Gates Oilfield Hose Assemblies Operations Caution: Care should be exercised during operation to prevent crushing or kinking of hose. Crushing or kinking can cause severe damage to cable reinforcement. If this occurs, remove hose from service and test as outlined in the “Field Test Pressure” section. A. Working Temperature 1. orking temperature should not W exceed the rating of the hose. Temperatures encountered higher than the rated temperature will reduce hose life expectancy. B. After Coolers 1. ompressors should always be C equipped with after coolers to lower the...

13 Causes Of Hose Failure 1) Mis-application -Perhaps the greatest cause of failure is using a hose, fitting, or clamp in an application that it is not designed for.

2) Kinking at or near the fittings -Once the barb of the fitting cuts into the tube of the hose, the product being conveyed can escape into the reinforcement and eventually lead to bubbling or blistering of the cover within several feet of the end.

3) Temperature Exposure- As temperature increases pressure ratings decrease. Excessive hot or cold temperatures will lead to discoloration, cracking, or hardness - as well the build up of static electricity if hose wire has not been ground properly.

5) External damage to hose carcass -Kinks, crushed sections, and cover damage which exposes reinforcement will eventually break down the reinforcement and lead to a hose failure.

6) Exceeding the minimum bend radius -Kinking, crushing, or forcing a hose to bend beyond its minimum bend radius (measured from the inside edge of the hose, not the centerline). This is commonly seen on high pressure hoses or vacuum hoses.

7) Defective hose or improperly installed or selected clamp -Failure from a defective hose will typically occur in the first few hours of service, such as pin holes, blow-outs, or tube and cover separation. Improperly installed or selected clamps can result in the coupling ejecting from the end of the hose. Always confirm the manufacturer recommendations based on STAMPED information.

8) Tube or cover not compatible with fluids or environment -Usually results in discoloration, swelling, sponginess, or the breakdown of the hose carcass. For material handling hoses, always rotate to ensure even wear of the hose tube.

9) Old age -Hose is not ‘pipe’, it is a flexible component that will degrade over time. Shelf or service life will range from 1 to 20+ years, depending on its composition, application, and environment. Older hoses become discoloured, stiff, or burst at low pressures.

10) Incorrect hose length -Too short of a length does not allow the hose to expand/contract due to changes in pressure or temperature and causes excessive stress on the fittings or hose reinforcement.

11) Twisting hose during installation or service -Twisting a hose rather than naturally bending the hose will reduce life. It is estimated a 7% twist when installing a hose in a permanent application can reduce hose life by 90%.

12) Poor workmanship -Hose and fittings are made of a unique blend of different materials with complex manufacturing methods - human error, inconsistent machinery, or poor product quality or raw materials can result in defects or variances greater than allowable tolerances. As for failure at the end fitting, ends blowing off assemblies can be a result of sub-standard coupling procedures or due to the “mixing-and-matching” of incompatible hose, couplings, or clamps.

13) Contaminated media being transferred -Foreign particles or residue in the fluid or air can flow through the tube and break it down or wear it out prematurely. Always clean hoses prior to installing in field to ensure there is no cross-contamination.

Read verse 2.  Who is in this verse?  (Crippled man, those who carried him) What was wrong with the man? (Crippled) How long has this man been crippled?  (Since birth) Where was he carried?  (Temple gate called Beautiful) When was he put there?  (Everyday) Why was he put there?  (To beg from those going into the temple courts)

Just by asking those who, what, where, when, why and how questions we learned more than if we just quickly read over those verses.  When you have your quiet time asking these questions when you read your Bible will help you go deeper into God’s Word and receive more understanding.

If you are a believer allow the Holy Spirit to control your life so you will have His power to live a life that pleases God and shares the Good News with others.  The Holy Spirit never leaves a believer but sin effects His power through him/her.  If a water hose has a kink in it there is still water in the hose, it only affects the power of the water coming out of the spray nozzle.  If the Holy Spirit is showing you sin in your life that is affecting His power in your life repent and turn away from it.

n: a device that fits into the rotary table to accommodate the slips and drive the kelly bushing so that the rotating motion of the rotary table can be transmitted to the kelly.

n: an employee of a drilling fluid supply company whose duty it is to test and maintain the drilling mud properties that are specified by the operator.

Of all the gates we tested, the Cardinal Gates SS-30 Stairway Special offers the best combination of stability, durability, and versatility. Out of the box, the setup is faster and easier than most competitors, taking less than 20 minutes. This gate also has the rare ability to be installed at an angle, so it can accommodate odd situations where the gate isn’t perfectly perpendicular to the walls. Once installed, it has a simple latch that’s easy for adults to undo, but confounding to anyone under 2 years old. It is the only tested gate with a 100 percent metal locking system and, properly installed, the gate had no problems supporting 180 pounds of weight (me, sitting on it) without any flex. No matter how much we throttled, kicked, and rattled it, the gate didn’t budge, while other gates, with plastic hinges and latches, strained under weight, and even came loose with a few aggressive pulls. Usually sold for around $70, the Stairway Special is one of the more expensive models we tested, but we feel the value you get is worth the investment, particularly knowing what’s at stake when you’ve got a 1-year-old standing at the top of a set of stairs. This gate fits openings 27 to 42½ inches and is available in white and black.

Once engaged, only the two-part process will open the lock. Our testing showed no way for the gate to be battered or shaken open. On numerous occasions, we stood and aggressively shook the gate back and forth, side to side, and up and down, and it never released or showed any signs of weakening. Many of the plastic latches on other gates also survived this treatment, but we could see how parts could wear or break over time (one of them, we were able to wrench open with a few rough pulls). No other gates we tested gave us the long-term sense of security that the Stairway Special did.

Our main pick was among the easiest gates to install, with a setup time of 15 to 20 minutes (here’s a video tutorial). The instructions fit on a single page and are clear, which is in stark contrast to the hieroglyphics supplied with other gates, some of which took more than an hour to install. Along the edge of the instruction sheet is a printed ruler that has the only measurement needed to get the gate in. A lot of the other gates came with cut-out templates that were essential, but a bit of a pain to deal with.

Our pick has the rare ability to be installed at odd angles, while many competitors can only install at 90-degree angles, perpendicular to the walls. Most manufacturers recommend that the gates be screwed directly into wood, whether it’s a door jamb or the studs behind drywall. (Some, though, supply drywall anchors with their gates, but due to our own experiences with the long-term stability of drywall anchors, particularly those under constant strain, our recommendation is to always mount your gate into wood). If a gate is being installed in a doorway, a 90-degree angle is easy because both wood sides are directly across from each other. At the top of a set of stairs or in a hallway, though, there is no guarantee that studs or woodwork are going to line up across from one another. Because of how its hinge and lock work, the Stairway Special can be safely installed even if it skews up to 30 degrees. This image, from babyproofing company Baby Safe Homes, shows the gate (with an extension) set up at an angle—there is no other way to install a gate in this location.

This gate can be used in any opening measuring 27 inches to 42½ inches wide. If you have a wider than normal opening, additional gate pieces can be added to make it compatible with up to a 64-inch space (a 10½-inch extension and a 21¾-inch extension are available). We didn’t test out the extensions, but just be aware that 64 inches is a lot of gate and would require a good bit of swing room. Like most of the gates we tested, the Stairway Special has a removable swing stop that can prohibit the gate from swinging out over a set of stairs for safety reasons.

Two of the experts we spoke with specifically recommended this gate. “It’s far from perfect, but it’s the best I’ve found,” Schecter told us. Tom Treanor also likes what Cardinal Gates has to offer and specifically called out the SS-30 as one he uses often. Wirecutter senior editor Erica Ogg used the Stairway Special for several years and found it sturdy and easy to open and close: “It’s been great! I’ve never had any problem with it,” says Ogg, who ended up buying another one for a different part of her home.

In October 2016, the SS-30 was recalled in Canada due to a chemical in the black paint and the potential for a choking hazard presented by the plastic endcaps used in the gate frame. In response to questions from readers after this guide was published, we spoke to a representative at Cardinal and they informed us that the SS-30 is now in compliance with Canadian safety standards. To remedy the situation, they changed the composition of the black paint and redesigned the plastic endcaps. It’s worth noting that the gates were always in compliance with US safety standards, even before the recall. Additionally, the Canadian recall points out that there were never any reports of incident or injury concerning the SS-30.

Plants growing together in nature will establish themselves in their preferred environmental conditions. Adapting the same principle of planting in layers — using native plants appropriate for your region — can provide gardeners with a set of expectations about how plants will perform in the garden in the long-run. Kelly D. Norris is the author of the new book, New Naturalism: Designing and Planting a Resilient, Ecologically Vibrant Home Garden (Cool Springs Press).

When laying out a planting, disperse the plants in patchy colonies of multiple individual plants. Kelly Norris’ 3,200-square foot meadow in zone 5 Central Iowa is home to 140-plus different kinds of plants. He encourages planting in abundance (he planted plugs, which are less expensive and easier to plant than larger specimens). Planting in large numbers requires more resources at the outset, but it pays dividends over time as your garden becomes an interworking system of plants instead of a collection of specimens.