dc power tong supplier

DC Power Tong continues to set the standard in the casing and tubing service industry by offering superior service & innovative casing technology. To exceed our customersʼ expectations, DC Power Tong also provides hydro test trucks, pressure test units, and equipment and pipe wrangler rentals to ensure your project is completed safely and efficiently. At DC Power Tong, we treat your project as if it is our very own, and thatʼs what weʼre all about.

US Power Tong’s 13-5/8” Standard Model Casing Tong (Pics below) is capable of biting pipe sizes 4-1/2” in diameter up to 13-5/8” in diameter. With its’ high torque capability rated at 45,000 lb./ft. as well as its’ lightweight and compact design, it makes this tong one of the most versatile and convenient models US Power Tong offers. This tong also offers a door interlocking system which helps reduce the chances of accidents. This tong operates from a hydraulic power unit that provides power to the tong. The biting system this tong uses is that of a cam style biting system.

US Power Hydraulic Casing Tong 13-5/8″ Light Duty Model Rated @ 30,000 lb/ft. w/Safety Interlock Door and Solid Hanger. (USPT-1619) or Hydraulic Casing Tong Standard Duty Model Rated @ 45,000 lb/ft. w/Safety Interlock Door, Solid Hanger, and High Torque Door. (USPT-1190)

Accessories and added options are also available with US Power Tong’s 13-5/8” Standard Hydraulic Casing Tong. Options that are available are listed below and the paragraphs following describe each item:

The 9-5/8” power tong with Rineer GA15-13 two-speed hydraulic motor, motor valve, lift cylinder valve, rigid sling, FARR® hydraulic backup, configured for compression load cell.

Power tongs are an essential tool in the drilling industry and are used to make up, break out, apply torque and to grip the tubular components. We are distributors for both Starr Power Tongs and McCoy Global hydraulic power tongs in multiple sizes and torque ranges from high torque to low torque that can be used to run both casing, drill pipe and tubing. When determining which power tong is best for your project, you will want to select the power tong that best fits your tubular size ranges and torque required.

All of our power tongs are available with either the McCoy\\\\\\\\\\\\\\\"s patented WinCatt data acquisition software recently updated to the MTT systems or AllTorque\\\\\\\\\\\\\\\"s computer monitoring system for all the torque and turn control system needed in today\\\\\\\\\\\\\\\"s market for the making of tubular connections. Discover our wide selection of McCoy and Starr casing tongs, tubing tongs and power tongs for sale below!

Product&Reapir: Crown block(TC225 TC250 TC315 TC450 TC585), Travelling block(YC225 YC250 YC315 YC350 YC450 YC450S YC585), Hook(DG225 DG250 DG315 DG350 DG450 DG585 DG675), Rotary table(ZP175 ZP205 ZP275 ZP375 ZP975AS ZP495), Swivel(SL225 SL250 SL450 SL585), Drawworks(JC20 JC30 JC40 JC50 JC70B JC90DB), Mud pump (F-500 F-800 F-1000 F-1300 F-1600 F-1600HL F-2200 F-2200HL 3NB500C,3NB1000C 3NB1300C 3NB1600 SL3NB-1000 SL3NB-1300A SL3NB-1600A),BOP(FH,FZ,Cameron,Shaffer), Control System for Surface Mounted BOP Stacks(FKQ,FKDQ),Disc brake (PS,PSZ, DBS), Bladder accumulator (NXQ), Drilling rig(ZJ40/2250DZ ZJ50/3150DZ ZJ70/4500DZ ZJ90/6750DZ), Workover rig (XJ40,XJ60, XJ80,XJ100,XJ12,ZJ15,ZJ20,ZJ3,XJ350, XJ450, XJ550,XJ650,XJ750), BPM Top drive((DQ120BSC, DQ90BSD, DQ90BSC, DQ80BSC, DQ70BSD, DQ70BSE, DQ70BSC, DQ50BC, DQ40BC, DQ40BSG, DQ40BCQ, DQ40YR, DQ30Y) Make: Bomco, Lanzhou LS,LSPE, SJ Petro, RG Petro, Sichuan Honghua, CPTDC, Beijing BPM, Shanghai Shenkai, Kingdream, CCDC, SJS Serva, DFXK, LS-NOV, Beijing PSK, Gold basin, Renqiu Boke,Guangdong Dongsu.(Guangshi), XBSY.,Tiehu, Rongsheng (HBRS), TSC. Replacements:Mission magnum/Halco centrifugal pump, Cameron FC gate valve,Cameron R check valve, Demco mud valveE( 3K&5K ), Demco butterfly valve,BJ varco handling tools (SDXL, SDML, SDS,DCS,SSC,SSD,YT, HYC, LYT, MP,MYT, MG, RGG, HGG, MGG, TA, SJ), MI SWACO / Mongoose / Derrick / /Brandt / King cobra shale shaker screen (FLC2000,FLC503,Derrick 626), M/D & OTECO Gauge(Type F,Type D,Model 6,Model 7,Model 8), Twin disc,WPT, Eaton clutch & friction disc, National (10-P-130,12-P-160 ,14-P-220 ,8-P-80 ,9-P-100), Gardner denver (PZ-7,PZ-8,PZ-9,PZ-10,PZ-11), EMSCO FB1600.International Brand: Moog, CCS, ATOS, Rexroth, Eaton, Flowrox, Italvibras, Martin, Norgren, Parker, Siemens, Vickers, 3M.Standard:API Spec 4F, API Spec 6A,API Spec 6D,API Spec 600, API Spec 7K, API Spec 8A, API Spec 8C,API Spec 16A, API Spec 16C, API Spec 16D

Hydraulic Casing Power Tongs TQ series of casing tongs are widely used for making-up or breaking-out of casings or pipes. The casing tong features high-efficiency, safety, reliability, labor-saving, and can ensure connection quality. Tong head is designed as open and is fitted with two jaws which can ensure reliable...

Hydraulic Tubing Power Tong API 7K Hydraulic Tubing Power Tong with closed head and open head is used for make up and break out quickly in well service operation. The hydraulic tubing power tong is equipped with hydraulic backup tong and use inner curved cam to clamp. It is as per API 7K specification with oil pipe...

Hydraulic Drill Pipe Tong ZQ drill pipe power tong is ideal tool for oil & gas drilling, widely applied for makeup and breakout in offshore and onshore drilling operations and workover operations. Open head design of the ZQ series allows the tongs to disengage from drill string with high mobility. The tong is a...

Hydraulic Drill Pipe Power Tong After a quench and temper heat treat, the tool joints are cut into box (female) and pin (male) threads. Tool joints are commonly 120 ksi SMYS, rather than the 135 ksi of the tube. They generally are stiffer than the tube, increasing the likelihood of fatigue failure at the junction. The...

Hydraulic Casing Power Tongs TQ series of casing tongs are widely used for making-up or breaking-out of casings or pipes. The casing tong features high-efficiency, safety, reliability, labor-saving, and can ensure connection quality. Tong head is designed as open and is fitted with two jaws which can ensure reliable...

Manual Tong Manual tong is an essential tool in oil drilling operation to fasten or remove the screws of drill pipe and casing joint or coupling. The handling size of manual tong I can be adjusted by changing latch lug jaws and latch steps. Details • Manual tong is as per API7K standard • Manual tong is an essential...

It can be our accountability to satisfy your preferences and competently provide you. Your satisfaction is our greatest reward. We are searching ahead towards your visit for Power Tong , Tubing Power Tong , Oil Pipe Power Tongs , Our products are widely used in many industrial fields. Our Company Services Division in good faith for the purpose of the quality of survival. All for customer service.

Innovation, excellent and reliability are the core values of our company. These principles today much more than ever form the basis of our success as an internationally active mid-size business for Power Tong , Tubing Power Tong , Oil Pipe Power Tongs , The main goal of our company is to live a satisfactory memory to all the customers and establish a long term business relationship with buyers and users all over the world.

Power supplies have both input and output voltages and thus often have associated input and output connectors. Single-phase ac-dc wall plugs and desktop power supplies with ac wall plugs (input) and dc power connectors (output) are standardized, as are the associated voltages and maximum currents; thus, the discussion regarding those connectors is greatly simplified. Dc output connectors are much less standardized, and therefore only a commonly available subset of the connectors will be discussed.

Ac wall plug selection is typically straightforward and comes down to two criteria: In what regions and/or countries is the power supply intended to be used, and does the application require two conductors or three conductors. Most countries have well-defined plug and socket combinations, voltages, and frequencies. Since wall plug voltages are standardized, the ac power connectors are similarly rated to provide sufficient insulation for the standard voltages. The maximum current rating for the connectors is also standardized. Different ratings often employ physically different connector contacts such that mismatched plug and socket combinations cannot be engaged.

For desktop adapters, the ac connection is a cord, whereas a wall plug adapter will have an integrated plug. Many products with ac power cords have a standard ac inlet at the product chassis into which the power cord is connected. With these products, it is possible to connect to different styles of wall sockets (in other regions or countries) by changing the ac power cord to one with the appropriate wall plug configuration. Some wall mount power adapters have a similar feature, but instead of changing the ac power cord, the ac blades are interchangeable to accommodate different regions or countries.

In most of the international markets, single-phase ac power has been standardized to be delivered with three conductors, although not all three conductors are employed in all applications. The three conductors consist of two power-carrying conductors and a third Protective Earth (PE), Frame Ground (FG), or safety ground conductor. Power delivery is accomplished with the two power-carrying conductors, and the ground conductor is present for increased safety from dangerous voltages.

Modern power supply designs which utilize a two-conductor plug are constructed with sufficient insulation to ensure the safety of the design without requiring the ground conductor.

In many single-phase ac power applications, the power-carrying conductors are labeled as either Line and Neutral or as Line 1 and Line 2. The voltage potential of the Neutral conductor is intended to be close to that of the local ground, and thus it is sometimes viewed as “safer” than the Line voltage. As was mentioned earlier in this discussion, the North American type A power plug employs a wider spade for the neutral conductor and a narrower spade for the line conductor. Matching slots in the North American wall socket ensure the line and neutral conductors can be identified at the load. It should be noted that many ac power plugs and sockets (other than the North American type A version) can be connected with the Line and Neutral conductors reversed (for example, the previously describe Japanese type A connector), and thus most loads for international markets do not differentiate between the line and the Neutral ac input conductors.

When Line 1 and Line 2 conductors have employed, the voltages of the two conductors are often balanced relative to the ground potential. A Neutral conductor is not employed when power is transferred with Line 1 and Line 2 conductors.

There are many standards for dc connectors and perhaps even more versions of non-standard connectors. The standard connectors we will discuss are barrel connectors, DIN connectors, and USB connectors.

Barrel connectors are perhaps the most common design for dc power connectors because they are inexpensive to manufacture due to loose mechanical tolerances and have no required orientation when plugging them together.

Selecting the power cord to be in line with the power connector is the most common configuration used in the industry. This configuration is easy to manufacture and makes it more convenient for the user to align the connector when mating. However, there are applications where a right-angle plug configuration may be preferred. One reason for selecting a right-angle plug may be to allow the dc power cable to remain closer to the chassis as it feeds into the plug and thus allowing the physical footprint of the product to be smaller. Another reason for selecting a right-angle plug is to provide for retention between the two halves of the barrel connection. Because the power cord is at right angles to the connector, a force putting tension on the cord will force a torque on the barrel connector, which will make it more difficult to disengage the connector. It is also possible to secure the cord under a hook or latch on the product case such that none of the tension force on the cable is transferred to the plug.

DIN power connectors are a style of connectors with four-pin or socket contacts encased in a circular housing. These connectors were originally defined by a German standards organization (Deutsches Institut fur Normung), and thus the name of DIN connectors but are now defined by IEC 60130-9. Power DIN connectors are often used in moderate power applications when barrel connectors are not able to carry the required current. Confusion often exists between power DIN connectors and signal DIN connectors. There is not an absolute definition of a power DIN connector, but by convention, power DIN connectors have four contacts spaced at approximately 90 degrees around the center of the connector. Although the dimensions of the pins and connectors are difficult to find in the documentation, it can be assumed 4-pin DIN power plugs and jacks connect properly. Power DIN connectors can also be found with a threaded locking feature, like the barrel connectors.

USB connectors were originally developed to deliver dc power and digital signals. The wide acceptance of the USB power voltage level and connectors has also made them popular for power-only applications. The Type-A connector is perhaps the most popular USB connector at the present time and can be found in applications requiring 5 Vdc with current load levels of less than about 2 A. Variations of the USB Type-A connector (mini, micro, etc.) are also used in similar power delivery applications. One limitation of the Type-A connector and the variants is there is only one orientation of the connectors in which they will properly connect. This limitation requires the user to determine the correct orientation of the plug and jack either by visual identification or by attempted insertions.

The USB Type-C connector is more compact and can be inserted in either of two obvious orientations. The Type-C connectors can pass higher power levels than previous versions of the USB connectors and are rated to deliver a maximum of 20 V at 5 A. Please look at the CUI article USB Type-C, Power Delivery, and Programmable Power Supply to get a better understanding of the USB Power Delivery (PD) and Programmable Power Supply (PPS) specifications used to deliver the higher voltages and currents. Although product designers can choose any connector for the dc power plug, many electronic products use USB input power jacks to receive 5 Vdc. Because of this common practice, it is prudent to use USB plugs only on power supplies with a 5 Vdc output voltage rating to not damage the many products using USB power jacks that are expecting 5 V from the plug. The exception to this recommendation is if a USB Type C connector is used, then the USB PD and PPS specifications allow for the supply and load to negotiate for a voltage between 5 V and 20 V.

In addition to the electrical characteristics of the input and output voltages and currents of power supplies, connectors also must be specified for the supplies. Ac input connectors are reasonably well standardized and thus limited in selection for the intended power levels and international markets. In contrast, dc output connectors are not as standardized, and thus the designer has many more decisions to make. The output dc power plug should be rated for the output voltage and current and must conform to the desired mechanical characteristics of the product. CUI has technical and sales support staff who can help to advise on power connector decisions for power supplies.