• Intellectualization HG-SR202BJ Motor For Semiconductor Manufacturing System 1
  • Intellectualization HG-SR202BJ Motor For Semiconductor Manufacturing System 2
  • Intellectualization HG-SR202BJ Motor For Semiconductor Manufacturing System 3
  • Intellectualization HG-SR202BJ Motor For Semiconductor Manufacturing System 4
  • Intellectualization HG-SR202BJ Motor For Semiconductor Manufacturing System 5
Intellectualization HG-SR202BJ Motor For Semiconductor Manufacturing

Intellectualization HG-SR202BJ Motor For Semiconductor Manufacturing

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 kg
Supply Capability:
2000 kg/month

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Motor series: low inertia, medium power. Rated output power: 30.0kw. Rated
speed: 1500r / min with brake or not: No. Shaft end: Standard (straight shaft).
Voltage: 400V type.
Protection level: IP65 (p67) hg-sr202bj basic knowledge.
Features: low inertia, from low speed to high speed, three modes can be
selected, suitable for different application ranges. As a standard production
port, hg-sr202bj is installed with 30kW or higher dry flange and feet
Application examples: basic knowledge of injection molding machine,
semiconductor manufacturing installation, large transmission machinery hg-
sr202bj. High resolution encoder 131072p / rev (17 bits).
High resolution encoder is included to ensure excellent performance and
stability at low speed.
All motors are the same size as the previous products and the wiring is
compatible. Motor series: low inertia, low power. Rated output power: 0.75KW.
Rated speed: 3000r / min. with brake or not: attached.
Shaft end: keyway (slotted position).
Protection level: IP55, excluding the shaft threading part and the basic
knowledge of connector hg-sr202bj. Features: low inertia, suitable for high
frequency operation.
Application examples: inserter, assembly machinery. Motor series: medium
inertia, medium capacity. Use serial pair / incremental encoder. Rated output
power: 3.0kw. Rated speed: 1000rpm. With or without band brake: No. Shaft end:
straight shaft.
The stator structure of AC servo motor is basically similar to that of
capacitor split phase single-phase asynchronous motor hg-sr202bj (type
selection data). The stator is equipped with two windings whose positions are
90 ° different from each other. One is the excitation winding RF, which is
always connected to the AC voltage UF, and the other is the control winding L,
which is connected to the control signal voltage UC.
Therefore, AC servo motor is also called two servo motors. Motor series: medium
inertia, medium power. Rated output power: 3.5kw rated speed: 2000r / min.
With brake or not: hg-sr202bj (model selection data) is attached. Shaft end:
Standard (straight shaft). Protection level: IP65 (IP67).
Features: there are three modes of medium inertia from low speed to high speed,
which are suitable for different application ranges. Application examples:
transmission machinery, robot, X-Y worktable.
High resolution encoder 131072p / rev (17 bit) hg-sr202bj (selection data).
High resolution encoder is included to ensure excellent performance and
stability at low speed.
All motors are the same size as the previous products and the wiring is
compatible. Motor series: low inertia, medium power. Rated output power: 6.0kw.
Rated speed: 1000r / min. with brake or not: attached. Shaft end: Standard
(straight shaft). Protection level: IP65 (IP67)
Features: low inertia, from low speed to high speed, three modes can be
selected, suitable for different application ranges hg-sr202bj selection
manual. As a standard production port, 30kW or higher power is suitable for dry
process blue plate (type) installation and foot installation. Basic knowledge
of hg-sr202bj. Application examples: injection molding machine, semiconductor
manufacturing device, large conveying machinery. High resolution encoder
131072p / rev (17 bits).
High resolution encoder is included to ensure excellent performance and
stability at low speed. All motors are the same size as the previous products
and the wiring is compatible.

Q: 50KVA transformer maximum load is how much?
50KVA transformer can bring the maximum load is, 1.45 * 50 = 72.5A or so
Q: Why is the transformer ah?
Transformers are electrical components used to change the voltage. In the circuit, you can raise the voltage, you can also reduce the voltage to achieve the required voltage value. The voltage transformer is called a step-up transformer, on the contrary, called a step-down transformer. Of course, the transformer can only change the AC voltage (mains, etc.), can not change the DC voltage (battery, battery, etc.).
Q: I'll be going to Peru for 2 weeks and I was wondering if I could plug in my electronics over there. I read that they have both North American and European outlets and the voltage is 220 V and 60 Hz. My iPod wall charger and phone charger say 100~240 V (and my laptop charger says 100-240 V) and 50/60 Hz. Would I need to buy a transformer while I'm there so my stuff doesn't get all burnt out?
Sergio okorder
Q: i would like to know how transformer tap changer operate to vary the output voltage. And also why is always connected to the high voltage side of the transformer.
Thjey are 2 types on load tap changers Off load tap changers High voltage means low current. Less burning of contacts and sparks!
Q: I'm a student in high school in a basic physics class. My teacher assigned a report and presentation about electric transformers(because its not in our textbooks), but the information i get from websites is too complicated for me to understand.(ie wikipedia) Is there a website where i can get thorough info that is easy to understand?
Transformers involve some pretty neat physics and math, but to truely understand what's going on, you need to know a bunch of calculus and EM. Here's a few basic important concepts. When you run current through a wire, you create a magnetic field. So, when you run AC current (just means alternating. One instance it's moving forward, another its moving back), you could say that you create a time dependent magnetic field. Another concept, is when you have a time changing magnetic field, you can set up a coil of wire inside the field, and induce an AC voltage in the coil. So, if we set two coils close together, and run an AC signal through one, we'll get an AC signal in the other as well because of the time changing magnetic field. But, this site can tell you much more than I can. There's still going to be a bit of math, but the writers do a pretty good job of being understandable. I hope this helps
Q: I have 14 gauge wire and some 28 gauge wire. Do both lengths of wire have to be insulated? Is it as easy as winding the 14gauge wire top to bottom and then do the 28 gauge wire top to bottom also? I'm guessing this is a step up transformer because the battery is going through the 14 gauge wire and then the lightbulb is hooked to the 28 gauge wire?Does the direction on winding matter at all? Say, CW for the 14g and then CW with the 28 gauge?
ferrite rods are not customarily used for transformers. at RF they are sometimes used as a core for a loop antenna. your application sounds like an ignition coil as you need an interrupter on the DC input (like points on a car ignition). the primary wire (14 gauge) would just be a few turns and not likely to run the full length top to bottom, the secondary (28 gauge) would be a lot of turns like 10 or 20 times as many. direction of winding would not matter in this application as capacitive coupling between the windings should be insignificant. all wire has to be insulated as a shorted turn spoils the transformer effect. wire used for transformers is customarily insulated with lacquer as plastic adds too much bulk to make tight windings. if you already have bare wire, then you made have some success by dipping the wire in lacquer paint first. it sounds like you are duplicating a project you have seen elsewhere. without knowing the source, it is hard for us to guess what the circuit parameters need to be for the transformer. but as i pointed out initially, i am skeptical that you will get this to function in the manner you are expecting. AC power transformers of the kind that use these wire gauges always use a torroidal core ferrite, never a rod. static DC cannot be transformed at all.
Q: Are there any transformers action figures that arent for little kids like from the movie and are collectables? LINKS?
you need to look for the collectable series not toys find the G1 collection masterpiece series stay away from anything resembling the new animated series they suck rocks
Q: Guys can you tell me that how can I calculate transformer winding?Example:- I need (12volts, 4Amps, 50Hz on Secondary's side of transformer and give 230volts 50Hz on Primary's side of transformer) how I calculate the wire's number of turns? In this case I can give different values of current like 1Amp, 2Amps, 3Amps etc on Primary's side of transformer. But I need constant 12volts, 4Amps, 50Hz on secondary. So how can I calculate.Please give an answer with an example basis on (0-12) transformer.
Basically, the ratio of voltages is the same as the ratio of turns. The currents are the inverse ratio but that kind of takes care of itself if you just deal with the voltage ratio.
Q: how to calculate the secondary current of the transformer for example 1200 amps in primary ,primary voltage is 220kv and the secondary voltage is 34.5 kv of the transformer .
try okorder
Q: can any one give me a fast time line of transformers history
The gods Primus and Unicron nearly destroy the universe fighting until Primus tricks Unicron by imprisoning them both in metal planetoids. Unicron becomes giant transforming world devourer and Primus becomes Cybertron, bringing to life the transformer race that will fight Unicron in his stead. The robots of Cybertron eventually begin civil war which go on for millions of years, the evil Decepticons vs the heroic Autobots. Unicron finds Cybertron, the Autobot leader destroys him with the Matrix, the transformers fulfill their destiny. Their war continues until Cybertron is nearly depleted so the planet is reformatted and the race adopt Maximal and Predacon castes. New wars begin until balance is struck and Cybertron becomes technorganic paradise

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