* high efficiency, long life and low maintenance compared With traditional electric actuators; * more compact, more simple and more stable compared with Traditional hydraulic actuators; * builtin fully sealed hydraulic power source, no leakage And no pollution * with non-invasive remote control operation, can setting Parameter and manual operation on site without opening The cover. * the max output: 120000 nm
The electro-hydraulic thruster is employed as a driving gear for spring-applied drum brakes of lifting equipment as well as other machinery serving for mechanization of various production processes.
Electro-hydraulic brakes and pulleys.
Can be used for loading/unloading of bulk pouring loads and scraps. Operates through electricity at 380-440 Volts. Opens and closes by electro motor. Manufactured in range of 1 cbm to 50 cbm capacity.
VEICHI provides OEM/ODM Service for TOP Customers. The SD650 electro-hydraulic servo driver enables the output of the system to change automatically, quickly, and accurately following the change of the input. Moreover, the output power is greatly amplified, and the electro-hydraulic servo system integrates the advantages of both electric and hydraulic. Product Advantagesï¼? 1. Built-in brake unit, safety comes with you. 2. Strong overload capacity, stable under high load conditions. 3. Forced air cooling, intelligent temperature control, cooling to the end. 4. A variety of protection functions escort VEICHI electro-hydraulic drives. 5. AC220V/380V/480V multiple types to choose from, adapt to a variety of electrical environments. 6. Pressure and flow double closed loop, vector weakening PID, fast response, and accurate control coexist. 7. Built-in CAN, RS485 multiple communication, easy to achieve multi-pump fusion. 8. Dark gray metal shell, external terminal panel, set convenience, safety, and beauty in one. Applicationsï¼? Machine tools, metallurgy, construction machinery, agricultural machinery, automobile industry, textile industry, etc. The output voltage: Output under rated conditions: 3-phase, 0~input voltage, error less than 5% Output frequency range: Maximum output frequency: 320HZ
Electro Hydraulic Operating Table
It is mainly designed for handling bulk materials in blocks, particles and irregular shapes, such as coke, pig iron, steel scrap, slag, garbage and rock etc. It is widely used on ports, steel plants and garbage treatment plants, with tower cranes, ship unloaders, traveling cranes and other type of cranes. The grab has its own hydraulic system, all key elements are imported well-known brands to ensure high performance of grab. It is simple in structure, easy operation.
Remote Control Electro Hydraulic O.T Table With Manual Override Product Code: MEF6109e
Quality gurantee for 12month, ce approved, products have been exported to more than 16 countries. Standard exporting wooden boxes.
ED series electro hydraulic thruster for crane and soon. Wooden boxes.
The hydraulic forging hammer is a new energy saving and environmental protection forging hammer. It can save more than 90% energy comparing with the steam forging hammers and the forging hammers with compressor. --roger(at)chinesehammers(dot)com--- The pressure of compressed Nitrogen is constant, and the hammer is operated just by controling the hydraulic system. When you feed blanks, the hydraulic pressure will lift the hammer head. When you hit the blank, the hydraulic pressure will unload fastly and the pressure of compressed Nitrogen and the gravity will drive the hammer head to hit the blank at a very high speed. The hydraulic forging hammer can promote the efficiency and production with good quality. The hammer has safety locking motion so that working is safe and convenient. As further, It can improve the working condition, which is environmental and good for workers. The advantage, structure and design feature of hydraulic forging hammers is as follows, 1;Energy conservation and environmental protection. 2;The operation is convenience,lowering and the act is agility 3;System work safety,it has fully safety locking motion 4;Special structure is more fair and more safety. wooden case.
Micro computer controled certified by FIBA,furnished with high-strengh safety glass backboard(24-second electronic timer exclusive)
Electro-hydraulic scissors lifter Capacity: 3000kg Max.Lifting high: 1750mm Lifting time: 50s Falling time: 30s Power supply: 110/220v 1ph; 380v 3ph Motor power: 2.2kw Oil pressure: 16mpa Air pressure: 0.8mpa Noise:
Electro hydraulic forging hammer The electro hydraulic forging hammer model: 1t, 2t, 3t, 5t wooden case
Feature: Compact volume Precise control position High degree of automation Quick response Strong compatibility Bigger mechanical force and torque High reliability- independent installment without outside hydraulic disturbance Greater safety - fire prevention Internal cleanliness - without outside particles Short debugging time Easy maintenance Lower cost of ownership and maintenance Easy installment- plug&play Quickly turn off within 0.3s Technical specification Turn-off time of whole stroke (Quickly turn-off )
Feature: Compact volume Precise control position High degree of automation Quick response Strong compatibility Bigger mechanical force and torque High reliability- independent installment without outside hydraulic disturbance Greater safety - fire prevention Internal cleanliness - without outside particles Short debugging time Easy maintenance Lower cost of ownership and maintenance Easy installment- plug&play Quickly turn off within 0.3s Technical specification Turn-off time of whole stroke (Quickly turn-off )
It is mainly used for testing dynamic and static mechanical properties of various materials, parts, elastomers, rubber elastomers and shock absorbers.Its could proceeding tensile,compression,curve,low-cycle&high-cycle fatigue,crack growth,,fracture mechanics under sine wave,triangular wave,square wave,trapezoidal wave,oblique wave,customized waveform etc. The operation is flexible and convenient, and the lifting, locking and clamping of the moving beam are all completed by the button operation. The advanced hydraulic servo drive loading, the high-precision dynamic load sensor and high-resolution magnetostrictive displacement sensor are used to measure the force and displacement. Full digital measurement and control system to achieve force, displacement, deformation closed-loop control, Own powerful data processing function under WINDOW10 software, powerful data processing and saving, displaying & printing . All testing process is controlled by computer. Standards as follow, < JB/T9397 Specification of Tension-compression Fatigue Testing Machine> < GB228 Metallic Materials-Tensile Testing at Ambient Temperature> Model DPL-9005 DPL-9010 DPL-9030 DPL-9060 DPL-9100 Max load Dynamicï¼?kNï¼? ±50 ±100 ±300 ±600 ±1000 Staticï¼?kNï¼? ±50 ±100 ±300 ±600 ±1000 Accuracy of measurement Load Static is superior to ±0.5%, Dynamic is superior to ±1.0% Deformation Static is superior to ±0.5%, Dynamic is superior to ±1.0% Displacement superior to ±1.0% Dynamic-testing Frequency (Hz) 0.01ï½?100 Waveform Sine wave,triangular wave,square wave,oblique wave,trapezoidal wave,self-defining fuctio100n Amplitude According to the displacement of hydraulic servo pump to determine the frequency and amplitude. Mechanical parameter Structural style Two columns Four columns piston strokeï¼?mmï¼? ±75(±50) Column spacing 600 750Ã?600 Tensile spacingï¼?mmï¼? 750 900 Control mode Load,deformation and displacement are closed loop control with smoothly converting. Software testing All processing controlled by computer under windows10.
Electro-hydraulic servo fatigue testing machine is customized according to the customer's program of oscillating sintering furnace, the mainframe is in the form of high-rigidity four-column structure installing the oscillating sintering furnace .The system is equipped with 200KN dynamic servo actuator, which can meet the requirements of the maximum frequency of 50HZ and the amplitude of 0.3mm. The testing machine is mainly used in various sizes of metal and non-metallic materials of tensile and pressure fatigue sintering mechanical property testing, but also for kinds of structural specimens of tensile and pressure fatigue testing. The max load stiffness is 5GN/m and elegant appearance. Flux is 60L/min, max pressure is 22MPaï¼?max frequency is 50Hz, amplitude is 0.3mm, max dynamic-static thrust is 200KN, max frequency is 50Hz, max displacement 150mm,minimum dynamic thrust is 20KN, max frequency 50Hz
The universal testing machine can test multi types mechanical strength of metal or non-metal material, it mainly can test tensile, compression, bending strength. Normally the max loading is 300kn, 600kn, 1000KN. Hydraulic driven, digital display, manual oil control, test report print output.
Accomplish experiment contentsï 1.Basic electric control a) Lights on control b) Lights out control c) And logic control d) Or logic control e) Logic combination contro f) Relay self-lock control g) The usage of proximity sensor 2. Hydraulic control circuit a) manual shuttle valve reversing circuit b) solenoid valve reversing circuit c) lock circuit 3. Pressure control circuit a)Single grade pressure regulating circuit b) Secondary level pressure regulating c) Single pressure reducing circuit d) Level 2 pressure circuit e) The unloading circuit using manual shuttle valves f) The unloading circuit using pilot relief valve g) The balance circuit using the sequence valve h) Liquid control one-way valve pressure maintenance. i) The one-way back pressure circuit using using relief valve 3. The flow speed circuit using throttle valve 4. Speed regulator circuit using speed regulator valve a) Enter oil-way throttle speed regulation b) Back oil-way throttle speed regulation c) Side oil-way throttle speed regulation d) Speed synchronous circuit of the speed regulation valve e) Parallel circuit of the speed regulation valve f) Series circuit of the speed regulation valve 5. fast moving circuit of hydraulic cylinder connection 6. Sequence action circuit using sequence valve 7. Sequence action circuit use stroke switch control 8. Sequence action circuit use pressure relay control 9. One-way atresia circuit use hydraulic control one-way valve 10. Double-way atresia circuit use hydraulic control one-way valve 11. Locking circuit use o type manual shuttle valve 12. Relay control hydraulic basic circuit 13. The other circuit design by themselves
