We are leading manufacturer & exporter of a wide range of Compensator. We manufacture both Metallic & Non Metallic Compensato.rThe Non Metallic largely used where large amount of movement lateral, axial are required . It can be manufacture to absorb temperature upto 1200C and suitable for low pressure. These Non Metallic Compensator are made of various types of material like Fabrics, EPDM, Canvas, Plastic , Multilayer depending upon the application. Features: Suitable for High Temperature. Can absorb large amount of Axial, Lateral Movement. Cost less the Metallic Expansion Joints. Can be used where Metallic Expansion Joints cannot be used.
Compensation Cable has the characteristics of fire resistance, high/low temperature resistance, corrosion resistance, aging resistance, corona arc resistance and long service life, suitable for S, K, E, T, J, N type of thermocouple and temperature display instrument between the electrical connection, to improve the accuracy of temperature measurement.
Veal Compensated Product Description : Best 98vl Quality Price of product ( USD price or FOB price) : USD 3000-USD 3200 Per MT Product origin : Maharashtra,Uttar Pradesh (UP) Key Specifications/Special Features : Style:Frozen Freezing Process:BQF Feature:Nutritious Certification: HALAL Packaging:Box Storage Type:Frozen Storage Brand Name:AL-SAMAH , NAAZ Weight (kg):20 Shape:Block PAYMENTS TERMS: 1.) As per all customers payment, 30% deposit by T/T Telegraphic Bank transfer after PI which will be use to cover the below cost ; - Buying of packing and labeling materials - Packaging and labeling. - Local transportation from warehouse to Loading Port. - Paying of Inspection and Insurance charges. - Paying of Sea freight charges. 2.) 70% T/T upon presentation of all scanned shipping documents ; Documents we provide: - Commercial Invoice - Certificate of Origin - Phytosanitary Certificate - Packing List - SGS, Certificate of Quality and Quantity - Bill of Lading (3 original copies)
Corrugation compensator, also known as expansion joint, or expansion joint. The utility model is composed of a bellows (an elastic element) constituting the main body of the bellows and accessories such as an end pipe, a bracket, a flange, a conduit, etc. Mainly used in various pipelines, it can compensate for the thermal displacement of pipelines, mechanical deformation and absorption of various mechanical vibration, play a role in reducing the deformation stress of pipelines and improving the service life of pipelines. The connection mode of corrugated compensator is divided into flange connection and welding. Directly buried pipeline compensators are usually welded (except for trench installation) classification Disposable bellows compensator U-shaped metal expansion joint bellows compensator 3-D special corrugation compensator for pulverized coal Hinge Corrugation Compensator (JJL) Balanced Curved Tube Pressure Corrugation Compensator Spherical QB stainless steel corrugation compensator and so on.
Corrugated compensator vsta: Corrugated compensator vsta is also called jdz-type axial pressure metal bellows, which is mainly used to compensate axial displacement, corrugated compensator also used to compensate lateral displacement or both displacements. This corrugated compensator has the ability to compensate for angular displacement, but we do not http://www.Tyexpansionjoint.Com/product/compensator/corrugated_compensator.Html#sthash.Sgzmn5ql.Dpuf Wooden case
Rubber Compensator Structure: Rubber compensator is also called rubber expansion joint, which is generally made of waveform rubber compensation parts and metal flanges. Loose sleeve structure is used for the flange and the rubber compensation part is composed of rubber surface and the inner layer made of strong fiber or steel strip or steel wire. The reinforced fibers or steel strip t/Compensator/Rubber_Compensator.html#sthash.9RmyieEz.dpuf wooden case
PRODUCT FEATURES Flexible Expansion Rubber bellows are used to make an end-to-end join between two ducts of the same size. Provides a good airtight seal to prohibit intake of air, humidity or dust inside joined units. Prevent access to high-voltage conductors. Withstand high internal pressure. Ensure electrical insulation between units. Allow for relative axial movement. Prevent transmission of vibrations of electrical equipment like generators etc. to the bus duct. Take care of thermal expansion and contraction of the bus duct enclosures. Provide enhanced fitment tolerance during installation of the bus duct Product Type : Rectangular Rubber Bellows with Flange
Structure: 1.rotary sleeve 2.packing & packing gland 3.body sleeve 4.anti-blowout retainer 5.Bolting 6.butt-welding end connection Feature: 1. Large amount of compensation, according to the natural terrain and pipeline strength layout, a set of compensators can compensate 800m pipe section; 2. The blind plate force generated by the medium pressure is not generated, and the fixing bracket can be made small, which is especially suitable for largediameter pipelines; 3. Excellent sealing performance, no maintenance required for long-term operation; 4. Save investment; 5. Convenient design and calculation; 6. The rotary compensator can be installed on the steam underground pipe and the hot water underground pipe, which can save a lot of investment and improve the safety of operation. Application: Rotary expansion joints are usually deployed in overhead pipe racks. They are widely used in hot water and steam applications, chemical & pharmaceutical industries, pulp and paper industry, as well as petroleum refinery.
Type: Direct-buried sleeve compensator It adopts advanced sealing structure and sealing materials, and is suitable for hot water, steam, grease and other media. The sliding movement of the outer sleeve achieves the compensation of thermal expansion. Two-way sleeve compensator It has a telescoping core tube in both directions of the ordinary outer sleeve. The compensation amount is twice that of the ordinary type, and it is used for two-way compensation, reducing the length and cost of using two ordinary types. Disposable sleeve compensator It is used to weld the two contact surfaces of the pipeline after preheating and expansion of the directly buried pipeline. The outer tube and the core tube can no longer move relative to each other, and then landfill, which has the same life as the pipeline. Feature: 1. Compensate the axial, lateral and angular thermal deformation of the absorption pipeline. 2. The expansion and contraction of the corrugated compensator is convenient for the installation and disassembly of the valve pipeline. 3. Absorb equipment vibration and reduce the impact of equipment vibration on the pipeline. 4. Absorb the deformation of the pipeline caused by earthquake and ground subsidence. Application: It can be widely used in trenches and elevated pipelines in pipeline networks such as chemical industry, petroleum, thermal power, metallurgy, urban central heating and heating.
Structure: Sphere/Screw bolt/Nut: Carbon steel Supported flange: ANSI,DIN,JIS,BS, SS304/Carbon steel Working pressure: 0.6~30MPa Working temperature: â?¤500 â?? Feature: 1.Large compensation capacity, small occupation space, small fluid resistance and beautiful appearance. 2.Can rotate around the axis at any angle, can also bend in any direction, the bending angle is �± 15 �°, a total of 30 �°. 3.The sealing performance is good, the sealing material has large elasticity, low friction coefficient, good lubrication performance and small turning torque. 4.Can balance the blind force. 5.Can achieve universal multi-dimensional compensation, regardless of the pipeline horizontal or axial compensation and other arbitrary directions can meet the requirements. Application: Spherical compensator is a kind of equipment for solving thermal expansion and contraction of pipelines. It can be widely used in metallurgy, petroleum, chemical, electric power, light industry, textile, construction and national defense construction industries. Spherical compensator is mainly suitable for pipeline connection with large ground settlement, large vibration and complex terrain, and is installed on the pipe. The sphere can be freely rotated within the angle �¸ of the center of rotation to compensate for the deflection of the pipeline due to foundation settlement, thermal expansion and contraction.
Compensation for height differences BRIEF INTRODUCTION OF AUTO LEVEL COMPENSATOR AIRBEST vacuum cup level compensator is for compensation of height differences. LEVEL COMPENSATOR SERIES PSPE Series Ensure the accurate positioning of the workpieces. PSPS Series Avoid pollution and external mechanical force, flexible contact PSPL Series Suitable for fast handling in small space. PSPT Series Improve the lifetime of the products and reduce the noise of the products. PSPH Series Reduce product wear, improve the lifetime of the products and reduce the noise. PSPD Series Suitable for various working conditions. PSPF Series Especially suitable for the electronic industry. AIRBEST vacuum pump was established in 2006, engaged in R&D, manufacturing and sales of vacuum gripping products (vacuum generators, vacuum suction cups and vacuum grippers, etc). If you want to know more types of vacuum generator vacuum pump, please visit our website.
Cuts Detail: Topside Cap Off : 5.8% Cap Of Topside : 2.1% Flat : 4.6% Eyeround : 2.3% Knuckle : .0% Heel Muscle With Golden Coin : 2.0% Shank : 1.9% Rump And Tail Of Rump : 5.9% Striploin Chain On : 4.9% Tenderloin Chain Off : 1.8% Thin Flank : 6.9% Bone In Flank 5 Ribs : 6% Bone In Flank 4 Ribs : 7.1% Brisket : 5.2% Chuck : 7.7% Chuck Cover : 1.4% Cube Roll Cap Off : 2.6% Cube Roll Cap : 1.4% Thin Skirt : 0.6% Bolar Blade : 4.2% Chuck Tender : 1.2% Oyster Blade : 2.0% Neck : 3.2% Shin : 2.9% Rib Finger : 0.6% Trimmings 80 % Visual Lean : 10.0%
Most load types in power system belong to inductive load. In addition, power electronic devices are widely used in power enterprises, so the power factor of power grid is low. Lower power factor reduces equipment utilization ratio, increases power supply investment, damages voltage quality, reduces equipment service life, and greatly increases line loss. In order to improve the energy waste caused by the low power factor of power grid and these unfavorable factors of power supply production, it is necessary to effectively improve the power factor of power grid. Obviously, it is unreasonable and usually impossible for these reactive power to be supplied by generators and transmitted over long distances. Reasonable way is to generate reactive power where reactive power is needed, that is, to increase reactive power compensation equipment and devices. II. Structure Composition Generally speaking, low price Capacitance Compensation Cabinet is composed of cabinet shell, bus, circuit breaker, disconnector, thermal relay, contactor, lightning arrester, capacitor, reactor, primary and secondary conductor, terminal row, power factor automatic compensation control device, panel instrument, etc. III. Basic Principles In the actual power system, most of the loads are asynchronous motors. The equivalent circuit can be regarded as a series circuit of resistance and inductance. The phase difference between voltage and current is large and the power factor is low. After shunt capacitors are connected, the current of capacitors will offset part of the inductance current, so that the inductance current decreases, the total current decreases, the phase difference between voltage and current decreases, and the power factor increases. A reactive power automatic controller is installed in the compensation cabinet, which automatically puts in or removes capacitors according to the load force rate. The main function of the controller is to make the load close to the required reactive current, thereby improving the power factor. For enterprises, the main reason is to avoid the penalty of power factor not up to the standard (0.9).
Compensating Web line Stacker is for stacking of printed forms like newspapers, and also for organizing bundles in various quantities with a speed od maximum 1,50,00 forms per hour.
Smd type and negative temperature co-efficient(n.T.C.) thermistors. Generally practice in engineering and electronics industry field, as well as apply in biochemical, technology, automobile and medical system. We can do oem and odm or customize for any type of custimer and recommand the suitable products for them.
Fabric expansion joints produced in Tengyun are of many types such as square, round, lap-style, double-ring type, angle type and other types. Fabric expansion joints can absorb axial, lateral and oblique displacement at the same time. The square fabric expansion joint sizes are from 200¡¨¢400 to 6000¡¨¢6000 (larger sizes are acceptable) Dn6000. Tengyun designs products according to user requirements. - See more at: http://www.tyexpansionjoint.com/Product/Compensator/Air_Duct_Fabric_Expansion_Joint.html#sthash.BWxXHqlc.dpuf Applications of Fabric Expansion Joint: Thermal power plants: (1) Steam turbine (2) Boilers (3) Dedusting; Cement plant; Steel mills, furnaces, incinerators; Nuclear power plants; Air delivery system; Glass and mineral wool industry; Petrochemical enterprises; Air and gas cleaning plant; Blower; Aluminum and Carbon Factory. wooden case.
1. Compensate voltage-dip: standard specification of compensating voltage-dip, Ong life span of at least 10 years. 10. Highly reliable: high-speed connection within 1m sec. 11. Stability: low heat generation and safe by operating in of f-line. 12. Strong resistance against high inrush current : does not need 2~3 times larger Size like ups or cvt, respond to voltage-dip. 13. Easy installation with small size and light weight: does not need step-up transformer or battery. 14. Deal for induction and low power factor load. 15. Semiconductor relay contact notifying dip compensation (optional: possible to use as an alarm) Size : 260x433x150mm Weight : 10kgs
Technology parameter dbwsbw compensating ac stabilizer Input voltage One phase 176v-264v three phase 304v-456v Output One phase 220(1-5)% three phase 380v(1-5)% Frequency 50hz/60hz Specification One phase20, 30, 50, 100, 150, 180, 200, 225, 250, 300, 320, 350, 400, 450kva Three phase20, 30, 50, 100, 150, 180, 200, 225, 320, 400, 500, 600, 800, 1000, 1500, 2000kva Insulated electric resistance Effciency 90% Precision (1%-5%)can adjust Insulated strength 2000v, 1 min does not have the puncture Adjust time 1.5s Relative humidity
Why choose SVC of MCR Type High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just 1% of main circuit voltage. Low harmonic contents: THD is below of 5%, which comply with related national criterion, if the multiple connections are adopted, the THD can be reduced below of 1.2%. Small dimension: the dimension of MCR is about 2/5 of TCR. It can be able to connect in high voltage power grid, the cost and floor space are reduced dramatically. Fast response time(100~300ms), it can fully meet the demand of dynamic reactive power compensation of power equipments. No need of cooling devices, which reduce the fault rate, maintenance cost and floor space. The advantage of MCR-typed SVC The MCR-typed SVC was based on traditional saturation reactor technology; it was put forward by Russia scientists. They introduced the concept of magnetic valve creatively to just make the small section of iron core saturation, which solved the high harmonic problems caused by traditional saturation reactor, because all iron cores in traditional saturation reactor are excessive saturation, then result in nonlinear harmonic. At the same time, the SVC of MCR type reduced the dimension, weight and noise of entire system; it has many advantages, such as: low harmonics, fast response time, high voltage withstanding level, stable operation, small floor space and long service life. Therefore, the SVC of MCR type is quickly spreading in Russia, Ukraine, America, India, China and other countries. It plays a very important role in improving power quality, decreasing reactive power loss, stabilizing power grid voltage and enhancing the reliability of power grid operation.Because MCR-typed SVC adopted advanced micro-electronics technology, it can regulate reactive power demand and compensation on bus bar accurately: The inductive reactive current in main circuit can be adjusted through changing low voltage DC to regulate main circuit impedance fast and smoothly, meanwhile, through cooperating with capacitor bank paralleled in bus bar, reactive power compensation demand can be realized on bus bar, and dynamic response and improved power factor can stabilize bus bar voltage. Choosing reactor parameters properly connected in series with capacitor bank, the compensation on fundamental wave can be obtained, and the harmonic also can be filtered. Because the SVC of MCR is free of frequent switching from mechanical parts, then it avoids surge and over-voltage impact caused by MSC, which enhances the reliability and the service life of the equipment, as well, protects the other instruments. The SVC of MCR type fully absorbed advantages and functions of TCR-typed SVC by comparison; it solved the problems of smooth regulation which can not be realized by MSC and TSC, and also overcome some disadvantages of TCR-typed SVC. Because the reactor is connected to high voltage main circuit directly in series, it must stand extra high voltage and ultra high voltage. At present, the highest voltage of reactor in our country reach to 1000KV, and the maximum capacity reach to 320MVar. The reactor also has over-load function; it will not generate big damage to system except heating, while, the thyristors in TCR-typed SVC is connected to high voltage circuit directly, the over-voltage will result in faults and break. So it is very stable for MCR-typed SVC to operate under the high voltage circuit with free of maintenance. Application industrial fields A complete set of SVC system can be used to generate constantly varied inductive and capacitive reactive power with fast response time. So far, SVC system has been extensively used in electric power system and industrial field such as: Rolling mill, Electric arc furnace and ladle furnace, Electric railway traction substation, Hoists and other heavy industrial loads, Long distance power transmission, Wind power plant and Secondary substation (66KV to 110KV) Etc. Wooden case (Fumigation).
High reliability: The SCR is installed in low voltage circuit, not in main circuit, so, the withstanding voltage is just 1% of main circuit voltage. Low harmonic contents: THD is below of 5%, which comply with related national criterion, if the multiple connections are adopted, the THD can be reduced below of 1.2%. Small dimension: the dimension of MCR is about 2/5 of TCR. It can be able to connect in high voltage power grid, the cost and floor space are reduced dramatically. Fast response time(100~300ms), it can fully meet the demand of dynamic reactive power compensation of power equipments. No need of cooling devices, which reduce the fault rate, maintenance cost and floor space. The advantage of MCR-typed SVC The MCR-typed SVC was based on traditional saturation reactor technology; it was put forward by Russia scientists. They introduced the concept of magnetic valve creatively to just make the small section of iron core saturation, which solved the high harmonic problems caused by traditional saturation reactor, because all iron cores in traditional saturation reactor are excessive saturation, then result in nonlinear harmonic. At the same time, the SVC of MCR type reduced the dimension, weight and noise of entire system; it has many advantages, such as: low harmonics, fast response time, high voltage withstanding level, stable operation, small floor space and long service life. Therefore, the SVC of MCR type is quickly spreading in Russia, Ukraine, America, India, China and other countries. It plays a very important role in improving power quality, decreasing reactive power loss, stabilizing power grid voltage and enhancing the reliability of power grid operation.Because MCR-typed SVC adopted advanced micro-electronics technology, it can regulate reactive power demand and compensation on bus bar accurately: The inductive reactive current in main circuit can be adjusted through changing low voltage DC to regulate main circuit impedance fast and smoothly, meanwhile, through cooperating with capacitor bank paralleled in bus bar, reactive power compensation demand can be realized on bus bar, and dynamic response and improved power factor can stabilize bus bar voltage. Choosing reactor parameters properly connected in series with capacitor bank, the compensation on fundamental wave can be obtained, and the harmonic also can be filtered. Because the SVC of MCR is free of frequent switching from mechanical parts, then it avoids surge and over-voltage impact caused by MSC, which enhances the reliability and the service life of the equipment, as well, protects the other instruments. The SVC of MCR type fully absorbed advantages and functions of TCR-typed SVC by comparison; it solved the problems of smooth regulation which can not be realized by MSC and TSC, and also overcome some disadvantages of TCR-typed SVC. Because the reactor is connected to high voltage main circuit directly in series, it must stand extra high voltage and ultra high voltage. At present, the highest voltage of reactor in our country reach to 1000KV, and the maximum capacity reach to 320MVar. The reactor also has over-load function; it will not generate big damage to system except heating, while, the thyristors in TCR-typed SVC is connected to high voltage circuit directly, the over-voltage will result in faults and break. So it is very stable for MCR-typed SVC to operate under the high voltage circuit with free of maintenance. Wooden case (Fumigation).
