Multiple dimensions and thrusts that can adapt to any straight-line application • improve the performance of the entire system
Flat, compact-driven solutions
Easy to match/match electrics and drivers
The actual acceleration can reach 10 g
Simplified high-push permagnetic design
A greater bandwidth and faster response than a roller ball/tread bar or gear bar solution
Quick score of heavy loads with a maximum thrust of 12,500 n
Reduce noise, number of components and cost of ownership
The machine's design is tighter
Standard product characteristics
No iron cores:
Peak thrust 30 n to 1600 n
Keep pushing 10 n to 450 n
Zero-dent effect
Zero appeal
You can move at a speed of up to 1 μm/s
Light coil component with high acceleration
Iron core:
Ic series peak push: 320 to 12500 n
Continuous thrust of ic series: 144 to 9620 n
Icd-series peak push: 165 to 1099 n
Continuous thrust of icd series: 57 to 315 n
Using patented techniques that protect against the rod effect, minimizing the rod effect and not using tilted magnetic block designs
High electric constant (km)
High thrust density
Advantages of the icd series:
Very small
Low appeal
It's good for replacing a lot of iron-free core applications
All electric generators:
Zero contact, no maintenance, no painting
Three-sine waves turn
The maximum acceleration can easily exceed 10 g
High location precision and high resolution
The consolidation time is extremely short
Low heat loss
Use of modular magnetism
Standard selection:
Hall effect feedback
Heat protection
Heat-sensitive electrical resistance
Thermal switches (iron cores)
Additional empty or water cool (with iron cores)
Cable selection
Cleaner magnetic circuit board (iron core)
Operation in a hazardous environment with fm certification
Our direct drive line (ddl) is a series of unbridled magnets. Lined electrics are equivalent to rotary machines with flat structures。
The two basic components of the nmr are the fixed (primary circle) and the rotor (secondary or rotating magnets). In the unbrushed line electric power, the rotor is paved into a magnetic orbit (also known as magnetic circuits). (c) to flatten the main circuit of the rotary power into a concourse component (sometimes also referred to as a slider)。
In most unbrushed straight-line electrical applications, magnetic circuits are usually static, and coil components move because the relative mass of the two components varies considerably. Sometimes, however, such placements are more favourable and fully acceptable. In both cases, the basic principles of electromagnetic work are the same and identical to those of the rotary power。
Directly drive straight-line electrical selection
There are currently two types of straight-line electric units: steel cores and iron-free. Each power plant uses optimal features and functions based on application needs. The steel core power has a wire entangled around the silicon steel plate, which can generate significant thrust through a single-sided magnetic route. The ddl straight-line electric motor uses a patented electromagnetic design with the highest rated thrust in unit sizes, a high electrical constant of km (equivalent to low heat loss) and a low dent effect, which does not require magnetic tilt. The high thrust of such machines makes them well-suited to accelerate and move heavier loads, and can also remain rigid during machine processing or thrusting. An iron core power without a steel core or a slot for entanglement. As a result, these machines do not have a groove effect and their weight is light, and there is absolutely no attraction between the online loop components and the magnetic circuits. Because of these characteristics, applications that require very low axle bearing friction, light load high acceleration, and mobility at very small constant speeds are well suited. Modularized magnets consist of double-temperature magnets that maximize the push and form a magnetic circuit back。
Type of feedback
All without brushes need to switch to feedback. Conventional rotary power units typically use a rotor transformer installed behind them or a horde effect device integrated into an online loop. For straight-line generators, there is also a variety of ways in which feedback can be exchanged. Corrorgan can provide digital or linear halo-effect devices suitable for the ddl series, which drive straight-line electrical conversions of electronics like rotary engines。
If particularly smooth motion is required, the power generator can be provided with the most constant and constant power by using sine wave-driven electronic components (e. G. The corr morgan akd series with the digital hole effect). In addition, a straight-line electrical system often uses a straight-line encoder to provide feedback on positions. Increasingly, drive amplifiers such as akd digital amplifiers are being used to generate the required conversion information directly from such straight-line encoders (whether or not there is an additional digital holster effect device on start-up). Other types of feedback used in the application of straight-line electric appliances include straight-line sensors, laser interferometers and lvdt。
Advantages
The wide velocity range is easy to reach very high and very low speeds because the unbridled parts of the straight-line electric power are non-contact components and there are no mechanical motion limits. Speed is not limited by an electric generator, but is limited by other parts of the system, such as straight bearings and bandwidth that can be achieved from any feedback device. Application speeds of more than 5 m/s are usually achieved. In comparison, due to resonance and wear, mechanical drivers such as rollers usually limit straight speeds to 0. 5 m/s to 0. 7 m/s. In addition to wide velocity, straight-line electrics (including both steel cores and non-iron cores) have very good constant velocity characteristics, which usually fluctuates below ± 0. 01 per cent。
High system dynamic performance
In addition to high-speed capacity, the direct-drive line power also has a very high acceleration. It is limited only by the bearings of the system. Large power units typically have an acceleration of 3 to 5 g, while small power units are usually easy to accelerate beyond 10 g。
Smooth running and high positioning precision
Because of the unique electrical design of the ddl series of products in col morgan, both the iron core and the steel core have a very smooth motion curve. In the steel core design, the gear effect, which is one of the reasons for push, is significantly reduced; in the iron core design, it is completely eliminated. Therefore, such direct-drive straight-line generators have very low thrust and velocity fluctuations suitable for smooth motion requirements. The accuracy of positioning is limited by the feedback resolution, which usually reaches the resolution below micrometres。
Unlimited processes
The magnetic circuits of the ddl series consist of four modularized sections of 64 mm, 128 mm, 256 mm and 512 mm, respectively. More than one other module can be added to any module to achieve unlimited travel. The ddl series of products meet the requirements regardless of whether the journey is 1 mm or 100 m。
No wear or tear or no maintenance
Lined electric units are very small and therefore do not require or need to be maintained such roller wire components as nuts, axle bearings, coaxors, electrical substrates, etc. Therefore, they have an extremely long useful life, operate cleanly and do not need to be lubricated or maintained。
Significantly reduce the difficulty of integrating components
Fewer parts are required for a non-bracketed straight-line power than for a mechanically driven rotary power. For unbridled straight-line electrical components, only 0. 8 mm gas gap (with a core design) and 0. 5 mm gas gap (with no core design) can be adjusted. There is no need for a key adjustment like a roller wire. The straight-line bearings of the system ensure the straightness of the journey and fully meet the requirements of the corr morgan power plant。
Typical applications for straight-line generators include:
Measurement/inspection
Drilling, coordinate measuring machine
Ripping, electronic assembly
Milling smt equipment
Laser cut. Component plug
Cam grinds, silk web printing
Semiconductor, glue dispenser
Crystal processing. Pc plate check, drill
Crystal check
The other applications include:
Label glue, flight simulator
Welding. Accelerator
Ion injection, ejection
Flat print. Gravity measurement
Textile
Carpet velvet