Power Line Suspension Clamp Power line suspension clamp protect conductors and other equipment from airborne vibrations and oscillations caused by strong winds and storms. The suspension clamps are made of galvanized steel and aluminum alloys that help resist corrosion caused by varying weather conditions in the environment. The resistance provided helps increase the durability of overhead line suspension clamps, which in turn helps reduce repair and maintenance costs. They are used along with other equipment such as bolts, nuts and washers to help secure connections on overhead lines. This helps to limit loose connections that can lead to electrocution. These devices should be made from materials similar to the conductor as they are installed near the conductor to help minimize wear and tear and friction between different devices. Suspension Clamp Component Parts The Suspension Clamp is not a single entity as it has a number of major components that make up the connection to the conductor. They are described below. Main Body- This is the frame that supports the conductor ADSS Suspension Clamp and is made of aluminum alloy which is strong and corrosion resistant. This helps in maintaining the durability of the OPGW overhanging wire clamps. Retainer- The purpose of this component is to connect the conductor of the transmission line to the body of the spiral suspension clamp. Tape - This is a rope-like structure that is responsible for transferring the load from the swing axis directly to the insulator string. Straps are well suited for this role because they are made of galvanized material, which helps them achieve their purpose. Washers - Usually used when the clamping surface is not vertical. This helps provide support for the aluminum suspension clamps and conductors. They are made of steel which helps in resisting corrosion and rust. Bolts and Nuts- Bolts and nuts are used to secure connections when using fiber optic suspension clips mechanically. They are also made of steel to provide strength and corrosion resistance. Threaded Inserts- These are the fastening elements of suspension clips that are injected into components with threaded holes to complete the connection. Threaded inserts are also made of stainless steel to resist corrosion and rust.
Design Requirements for Suspension Clamps It ensures that there is proper coordination between the physical and mechanical aspects of the suspension clamp. In addition, the design requirements ensure that all components are in the correct position. This will contribute to the smooth operation of the suspension. -Anchor Clamps First of all, you should be able to move the anchor clip next to the conductor freely. To accomplish this, make sure that the trunnion of the clamp is part of the body. -Conductor Support Slot When purchasing a suspension clamp, make sure that the conductor support slots are the correct size. Check the measurements according to the suspension clamp manufacturer's instructions. The body and keeper should be free from sharp edges or irregularities of any kind. - Design of Shoulder Straps When purchasing overhead suspension clips, check the design of the straps. Make sure that they are round and that their dimensions directly match those of the trunnions. -Design of bolts and nuts Although they may look small, they have strict design requirements. When purchasing suspension clamps or overhead cable clamps, check the position of the bolts and nuts. Make sure they are securely fastened to the clamp. They should be securely attached to prevent them from falling out during fixture operation. Design them to ensure that the robot can protrude through the threads to the outside. In addition to providing outstanding products and services, we are also passionate about educating customers on the proper application of Conductor Suspension Clamp,ADSS Cable Suspension Clamp,Overhead Line Suspension Clamp.Welcome to visit our company and factory. If you need any further assistance, please do not hesitate to contact us. The product will supply to all over the world, such as Kenya ,Palau ,Uzbekistan ,Iraq ,India . There are more than 100 jobs in our factory, and we also have a working team of 15 people to provide pre-sale and after-sale services to our customers. Welcome customers all over the world to contact us or visit our company. Thanks for the regular and new customers support. We look forward to serving you.
Material- Stainless Steel, Color- Standard Silver, Item Weight- 0.2 Pound, Length- 365 and 745 mm, Width- 7mm, Thickness 0.03 mm
ADSS Cable Suspension Clamp ADSS Suspension Clamps, also known as Prefabricated Suspension Clamps or AGS Suspension Clamps, offer a full range of aluminum cladding, rubber, armored clamps, bolts, and nuts to support and protect ADSS/OPGW cables from bending damage. Armored Clamp Suspensions can be customized for different gauges, various cable sizes, wire raw materials, and armored clamp suspension design options to precisely match the clamping strength, span, and cable type requirements, including Dual Suspension Clamps, AGS Suspension Clamps, Cushion Clamp Suspension Clamps, ADSS Cable Suspension Clamps, and OPGW Suspension Clamps. adss Suspension Clamps are specifically designed for use in applications where there is a large drop in long spans, river crossings, or on hills. The double suspension clips have a vertical breaking load of 100kn. as your OEM partner for prefabricated suspension clips, we can help you save money and stay competitive. Whether it is standard, customized or different types, Huaneng Clamp Suspension offers quality solutions for all market needs.
OEM ADSS Tension Clamp Pre-twisted tension clamps are also known as pre-twisted dead-end or dead-end cable clamps for communication ADSS fiber, OPGW cable or OPPC. Pre-twisted dead end is a tension clamp that plays an important role in ADSS/OPGW transmission lines. Dead-end fiber optic cable clamps are used to connect ADSS/OPGW/OPPC to overhead towers or poles. The unique design of the pre-fabricated tension clamps not only simplifies installation, but also ensures a secure cable connection. Dead-end cable clamps provide superior performance in protecting ADSS/OPGW/OPPC cables from stress point damage and preventing signal degradation during transmission. Pre-twisted tension clamps and pulling dead-end cable clamps used on conductors and ground wires are similar in appearance, but the specifications, raw materials, and strength requirements of the two types of pulling dead-end cable clamps are quite different. Although there are different design standards in different countries, we can make OEM according to customers' requirements.
Custom ADSS Tension Clamp ADSS Tension Clamps are used to connect ADSS cables to poles/towers. Armored rods provide protection and cushioning for the ADSS cables. The special design of the prefabricated rods ensures that the tension clamps do not overstress the ADSS cables, thus ensuring a normal service life of the cable system.The ADSS tension clamps are made of aluminium-clad or galvanized steel wire. Structure and raw materials Unshackle - hot-dip galvanized steel. The shackle is connected to the reinforcing bar unit. Twisted chain ring - hot dipped galvanized steel. Twisted links are used to connect the shackle to the thimble. Sleeve - hot dip galvanized cast steel. The sleeve is inserted into the unclamp of the tension clamp to provide protection and connection. Armored rod ----- Aluminum clad steel wire. Armored rods increase friction through a layer of granular emery inside the cable. The rods are shop assembled into four subsets to minimize misalignment errors and speed installation. The ends are bent outward to provide strain relief in critical cable departure areas. Prefabricated Dead Ends - Prefabricated dead ends are made from hot-dip galvanized steel wire or aluminum-clad steel wire and are assembled in the shop into a subset with a solid layer of emery to increase the grip of the tensioning clamps while reducing lateral pressure. Direction 1. Used for connecting connecting poles (towers) to terminal poles (towers), tension poles, or poles (towers) with line clamping angles of 25�° or more. Special specifications: 1 unit for each terminal pole (tower), 2 units for each tension pole (tower), and 2 units for each connecting pole (tower). You can select the specification model corresponding to the appropriate cable diameter range, maximum allowable tension (MAT) or span length from the data sheet.
ADSS Downlead Clamp DownLead Clamp, also called lead wire pads, are fixed to poles or strain relief towers to guide fiber optic cables up or down through them. According to the application, the lead wire clips include tower lead wire clips, pole lead wire clips, ADSS lead wire clips and OPGW lead wire clips. Downlead Clamp DownLead Clamp, also called lead wire pads, are fixed to poles or strain relief towers to guide fiber optic cables up or down through them. According to the application, the lead wire clips include tower lead wire clips, pole lead wire clips, ADSS lead wire clips and OPGW lead wire clips. The downlead clamp consist of a stainless steel band and a rubber part. The stainless steel band is used to fix the rubber clip on the pole. At the same time, the rubber part fixes the optical fiber. This way, the fiber does not shake and at the same time reduces damage caused by friction. The lead wire clamps for towers have a different structure than the lead wire clamps for poles. The clamps consist of steel brackets, bolts and nuts, and rubber parts. The bolt secures the lead clip to the tower. Compared to other lead clip manufacturers, Huaneng offers the end user a wide range of lead clip design options. huaneng lead clips can be custom manufactured with a wide range of cables, materials and different connection options.
OPGW the Preformed Helical Tension Clamp The OPGW Premored/Helical Tension Clamp is primarily used to install cables with RTS less than 160 kN to tension towers/poles, corner towers/poles and terminal towers/poles. A complete set of OPGW prefabricated/spiral tensioners includes aluminum alloy or aluminum clad steel dead ends, structural reinforcement rods, support fittings and grounding clamps, etc. Wire Tension Clamp An OPGW (Optical Ground Wire) wire tension clamp is a specialized device used in the installation and maintenance of OPGW cables. OPGW cables are composite overhead cables that combine optical fibers for communication purposes with a metallic ground wire for power transmission and grounding. The OPGW wire tension clamp serves the purpose of securely attaching the OPGW cable to the supporting structure, such as poles or towers, while maintaining the necessary tension. It plays a crucial role in ensuring the stability and reliable performance of the OPGW system.
This is used for clamping of Tubes/Pipes for purpose of damping vibrations, providing support to the installation and preventing loosening of joints and welds. Available in size 6mm OD to 2OD for Tubes, 1/2" NB to 12" NB for pipes. MOC : PP/ALUMINIUM/POLYAMIDE
OPGW Performed Helical Suspension Clamp The unique design of the lightweight HuaNeng Fitting mechanical suspension supports spans of optical ground wire (OPGW) cables through a wide range of line angle variations. HuaNeng Fitting's mechanical suspension is easy to install while supporting vertical, lateral, and longitudinal unbalanced loads and angular tension without damaging cable strands or affecting fiber performance. Separate bolts OPGW Suspension Clamp Suspension clamps are also known as overhanging wire clamps or overhanging fixtures. According to the use, opgw suspension clamp include ABC cable overhanging wire clamps, ADSS cable overhanging wire clamps, and overhead line overhanging wire clamps. Suspension wire clamp is a general term for all types of wire clamps that suspend wires or cables from a pole tower. Pre-twisted opgw cable clamps are used for the connection of OPGW cables and towers to reduce the static stress at the support point of OPGW cables, to improve the vibration resistance of ADSS cables, to buffer the dynamic stress of wind vibration, and to ensure that the cable bends within the permissible value, so that the cable does not produce bending stress, so that the optical fiber does not produce additional loss in the cable after installation.
OPGW Preformed Double Tension Clamp Preformed tension clamps are also named preformed dead-end or dead-end cable clamps for communication ADSS fiber, OPGW cable or OPPC. A preformed dead end is a tension wire that has an important role in ADSS/OPGW transmission lines. Dead-end cable clamps are designed to connect ADSS/OPGW/OPPC to overhead towers or poles. Preformed Tension Clamp Preformed tension clamps are also named preformed dead-end or dead-end cable clamps for communication ADSS fiber, OPGW cable or OPPC. A preformed dead end is a tension wire that has an important role in ADSS/OPGW transmission lines. Dead-end cable clamps are designed to connect ADSS/OPGW/OPPC to overhead towers or poles. The unique pre-formed tension clamp design not only simplifies installation, but also ensures a secure cable connection. Dead-end cable clamps provide superior performance to protect ADSS/OPGW/OPPC cables from stress point damage and prevent signal degradation during transmission. Pre-formed tension clamps for conductors and grounds are similar in appearance to pulling dead-end clamps, but the specifications, raw materials and strength requirements of the two types of pulling clamps do differ significantly. Although there are different design standards in different countries, we can OEM to customer requirements. As an experienced manufacturer and supplier of preformed tension clamps, Seinei understands the standards, the manufacturing process and understands your needs. If you have any questions, please feel free to contact us.
Fixing Clamps With Rubber
The bandwudth is divided into 9mm and 12mm.German style hose clamos are preferred by the European markets. The non-perforated and rolled band protects the soft-hoses surface from shearing during installation. this style of hose clamps is commonly used in automotive ,industrial,mining,marine and general hardware applications W1all of the band ,housing and screw is galvanized steel W2screw is galcanized steel,band and housing 200ss and 300ss W4All of the band ,housing and screw is 200ss and 300ss stainless steel
AMERICAN STYLE HOSE CLAMP The band width is divided to 8mm,10mm,12.7mm and 14.2mm. American style ose clamps are preferred by both North and South America Markets. Perforated band,with low installation torque and high break torque . This style of clamp is commonly used in gardening,agricultural,industrial.marine and general hardware application. W1 all of the band ,hosing and screw is galvanized steel W2 screw is galvanized steel .band and housing 200ss and 300ss W4 all of the band ,housing and screw is 200ss and 300ss stainless steel.
W1 all of the band ,hosing and screw is galvanized steel W2 screw is galvanized steel .band and housing 200ss and 300ss W4 all of the band ,housing and screw is 200ss and 300ss stainless steel.
Features: Inner surface has dual gripping ridges Bolts lugs are reinforced to prevent bending out of alignment Measure hose OD accurately before ordering clamps Torque values for clamps are based on dry bolts. The use of lubricant on bolts will adversely affect clamp performance Model Number: DOUBLE BOLT CLAMPS SL22â??SL1275 Norms:DIN20039 Maxi W.:16/25bar Type: Hose Clamps (double bolt) two parts with overlapping cast-on-saddlesHose Clamps (double bolt) DIN 20039 A, two parts with loose saddlesHose Clamps (double bolt) DIN 20039 B, two parts with loose saddles and safety clawsMaterial: Metal, Iron or Carbon Steel Structure:Saddle Clamp, Saddle Clamp, Double Bolt Clamps Surface treatment:galvanized iron ,sand blast ,grin Color:yelllow colorful zinc,bule white zinc
ADSS Preformed Suspension Clamp The base is attached by a rear hinge for quick and easy installation of ADSS cables Cushioned pad made of UV resistant neoprene sleeve insert to gently hold the ADSS cable in place Includes stainless steel bolts and locking washers for locking clamps ADSS Suspension Clamp Suspension clamps are also called fixture suspension or suspension fittings. According to the application, the suspension clamps are divided into ABC optical cable suspension clamps, ADSS optical cable suspension clamps, and overhead line suspension clamps. ADSS Optical Cable Suspension Clamp Suspension cleats for ADSS cables are also known as prefabricated suspension cleats. Prefabricated catenary clamps that function the same as ordinary catenary clamps are designed to suspend conductors or ground wires in a vertical direction. Huaneng prefabricated suspension clamps are suitable for high voltage above 220kv. Unique features of prefabricated suspension clips: Effective protection of conductors Avoiding Electricity Waste Due to Corona easy installation Prefabricated suspension clamps are designed to protect ADSS (All Dielectric Self Supporting) cables from sloshing caused by wind currents. Suspended clamps are widely used in transmission lines, towers or power distribution systems. The distance between the two towers is called the span. For short spans, prefabricated suspension clamps with O-rings are often used. This kind of suspension clamp has the characteristics of lightest weight, convenient installation, and can protect ADSS optical cable more effectively. For mid-span and long-span, there is also a prefabricated suspension clamp that is aluminum-clad. The Armor Clip Suspension connects with U-Clips to hang cables. Aluminum-clad suspension clamps support and protect ADSS fiber optic cables from bending damage. According to the span, the short span adopts single suspension clamp, and the long span adopts double suspension clamp. Composition: inner pre-twisted wire, the outer pre-twisted wire, rubber insert, cast aluminum shells, right-angle shackle, U-type shackle. Purposes: supporting cable, make the ADSS hang on the tower.
ADSS with The DN Short-span Tension Clamp ADSS (All-Dielectric Self-Supporting) tension clamp is a device used to attach and support ADSS cables to poles or towers in overhead fiber optic cable installations. It is designed to grip the cable without damaging it while also providing the necessary tension to keep the cable taut and secure. Tension Clamp ADSS (All-Dielectric Self-Supporting) tension clamp is a device used to attach and support ADSS cables to poles or towers in overhead fiber optic cable installations. It is designed to grip the cable without damaging it while also providing the necessary tension to keep the cable taut and secure. The ADSS tension clamp is typically made of corrosion-resistant materials such as aluminum or plastic and is available in different sizes to fit various cable diameters. Composition: twisted wire, thimble, PH-type shackle, U-type shackle etc. Purposes: support all strain, make ADSS cable connect the strain pole and tower. Features: Preformed wire connect the pole and tower by thimbles etc. link fitting, afford the load of the transmission line. Grip strength not less than cable 95%RTS in case that not more than lateral pressure of the cable E xcellent aluminum clad steel improve the mechanical and resist-corrosion function, extend life. Corrosion-resistant materials such as aluminum or plastic to ensure durability and longevity. Gripping mechanism that securely holds the cable without causing damage. Tensioning mechanism that allows for adjustment of the cable tension. Insulating material to protect the cable from electrical currents. Suitable for use with a range of cable diameters. Easy installation and maintenance. Technical requirements: meet the DL / T 766-2003 ADSS with the preformed helical fittings technical requirements and test methods
ADSS Downlead Clamp DownLead Clamp, also called lead wire pads, are fixed to poles or strain relief towers to guide fiber optic cables up or down through them. According to the application, the lead wire clips include tower lead wire clips, pole lead wire clips, ADSS lead wire clips and OPGW lead wire clips. Downlead Clamp DownLead Clamp, also called lead wire pads, are fixed to poles or strain relief towers to guide fiber optic cables up or down through them. According to the application, the lead wire clips include tower lead wire clips, pole lead wire clips, ADSS lead wire clips and OPGW lead wire clips. The tower clamps consist of a stainless steel band and a rubber part. The stainless steel band is used to fix the rubber clip on the pole. At the same time, the rubber part fixes the optical fiber. This way, the fiber does not shake and at the same time reduces damage caused by friction. The lead wire clamps for towers have a different structure than the lead wire clamps for poles. The clamps consist of steel brackets, bolts and nuts, and rubber parts. The bolt secures the lead clip to the tower. Compared to other lead clip manufacturers, Jingyoung offers the end user a wide range of lead clip design options. huaneng lead clips can be custom manufactured with a wide range of cables, materials and different connection options.
Tension Clamp for Earth Wire Tension Clamp For Earth Wires are for use by trained craftsmen only. Dead-end clamps should not be used by anyone unfamiliar or untrained in their use. Wire Tension Clamp Tension clamps are designed to non-rigidly secure installation cables to brackets, fasteners on buildings, or utility poles. Cable clamps are installed at the beginning and end of cable runs, suspensions, branches and turns. Tension clamps can also be used where cables sag on large straight sections or form under the influence of increased tensile loads. The design of the products is simple. One of the most popular consists of a cone, a pair of plastic toothed wedges that act as clamping devices, and a steel ring. The principle of operation is simple and consists of self-tensioning the cable using the movable wedges of the clamp. The sale of tension clamps and their use significantly reduces the time and physical costs of installation work. This cable attachment element offers the following advantages There is no need to strip the insulation to expose the mating cable during use; Simple installation, reducing the possibility of errors; No special training of installers is required; No special tools are required to prepare cables for installation; Reduced risk of cable damage and compromised integrity.
