No Oil Seal Servo motor HG-MR73B Mitsubishi For Computer Embroidery Machine
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- Loading Port:
- Hong Kong
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 kg
- Supply Capability:
- 1200 kg/month
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Specification
Brand: Mitsubishi
Name: low inertia small capacity servo motor
Model: hg-mr73b
Servo motor series: low inertia, small capacity.
Rated output: 0.75KW.
Rated speed: 3000r / min.
Electromagnetic braking: attached.
Power supply: 200V.
The rated speed is 3000r / min and the large speed is 6000r / min.
The high torque is 350% of the rated torque, realizing high torque in the field
of high rotation. It only supports hg-kr series products.
Built in position encoder with high resolution.
Provide standard high-resolution position encoder (4194304p / rev (22bit)).
Realize more positioning function.
To improve the environmental resistance, hg-kr, hg-mr, hg-rr and hg-ur series
products adopt IP65.
Other performance descriptions of Mitsubishi hg-mr73b:
Type: hf-sn servo motor, medium inertia, medium power.
Rated output power: 2.0kw.
Rated speed: 2000r / min.
Electromagnetic braking: Yes.
Oil seal: Yes.
Encoder resolution: 131072p / R Mitsubishi hg-mr73b.
S100 represents mr-e super special motor.
Kh003 is mr-e super special mark.
It is easy to operate and reduce the working load hg-mr73b
Enhanced system cost performance.
, positioning (servo motor encoder resolution: 131072).
High responsiveness.
Vibration control function through adaptive vibration.
Optimized tuning can be achieved by using personal computer and servo setting
software.
There are 2 types of interfaces:
Pulse train interface is used for position control and internal speed control
of Mitsubishi hg-mr73b.
The analog input interface is used for speed control and torque control.
Widely used.
Feed of processing equipment and machine tools.
For food, packaging equipment and feeding devices.
Used in textile machinery, etc.
It can improve the performance of the equipment.
The terminal strip of servo amplifier adopts connector to reduce the required
wiring time.
The connector is located in front of the servo amplifier to facilitate cable
connection.
The gain of Mitsubishi hg-mr73b can be adjusted conveniently through the real-
time automatic tuning function. Motor series: medium inertia, medium power.
Rated output power: 5.0kw.
Rated speed: 2000r / min.
With or without brake: attached.
Shaft end: keyway (slotted position).
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) Mitsubishi low inertia small
capacity servo motor.
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.
Servo motor series: low inertia, medium capacity.
Rated output: 5.0kw.
Rated speed: 3000r / min.
Electromagnetic braking: attached.
Power supply: 200V.
It is suitable for Mitsubishi low inertia small capacity servo motors such as
high frequency operation of medium capacity and low inertia products.
To improve the environmental resistance, hg-kr, hg-mr, hg-rr and hg-ur series
products adopt IP65.
In 100 sites, there are 100 different drive controls.
In order to meet diversified and detailed site needs as much as possible,
In the configuration of mr-j4 product line, it provides abundant servo
amplifiers and servo motor products, Mitsubishi low inertia and small capacity
servo motor.
It can meet the different needs of different customers. Servo motor series:
medium inertia, small capacity.
Rated output: 1.2kW.
Rated speed: 1000r / min.
Electromagnetic braking: without.
Power supply: 200V.
Realize the stable driving of medium capacity and medium inertia products hg-
mr73b.
Through the optimized structural design, the small total length in the industry
is realized.
High speed & high torque Mitsubishi hg-mr73b. Shorten positioning time and
realize high-speed equipment.
Reduce power on torque ripple.
By optimizing the combination of motor poles and slots, the power on torque
ripple is greatly reduced,
Further realize the smooth and constant speed operation of the equipment.
To improve the environmental resistance, hg-sr and hg-jr series products adopt
IP67.
- Q: Before anyone blindly answers this, I'd like to first request that only people in the power transmission industry answer, as they are the only ones likely to know.I have a customer who is asking to mount several very large pieces of electrical equipment 15 feet in the air, mounted to a large structure. All of these equipment pieces are 5000 or more pounds and pad-mount by design. I am questioning this request on the basis of legality. Basically, I am curious to know, is there anything in the NEC that says mounting pad-mount equipment overhead is illegal? If so, I could really use a hint as to what section of the NEC code.
- I don't believe that there is anything in the NEC that addresses this. Obviously, installing anything on a structure presents challenges that require the attention of a qualified structural engineer. And depending on the location, you could be facing some additional concerns. You would need to check on seismic activity in the area, and since 'pad mount' equipment has a broad profile, wind-loading could be more challenging if you have a wind-force specification to meet. The other issue you would need to consider is whether installation on a structure presents any particular safety concerns. Without knowing any more, my inclination would be to think that you might want to provide an enclosure around the structure to prevent civilians (rmeaning 'teenagers and drunk college students) from climbing it. Just out of curiosity - why does your client want this? We know that the client is always right - even when he insists to stupid things. I trust there is a good reason for asking for something that is bound to increase installation cost by probably 100%.
- Q: I am gonna graduate in may with a 2 year degree which would make me a Electronics tech. I already was offered a job with Intell and i plan to work there while i get my bachlor. Is there i difference in the 2? and also Intell offered me 52k to start as a tech, is that good? and how much can i expect to make once i get my 4 year degree? thx
- Electronics is more typically used for a technical/2-year degree for a tech trained to work with electronics lab equipment like oscilloscopes, benchtop power supplies, etc. The title of electrical engineer ( a degree in electrical engineering) is most often given to the graduate of a 4 or 5 year accredited degree program dealing with a wide variety of theory and technology related to applications of electricity and magnetism. In the industry, electrical by itself would more often refer to household or automotive wiring, often higher power, as Doug mentions, whereas electronics refers more to devices like computers, cell phones, etc. And yes, $52k is probably a pretty good salary for a tech straight out of school -- but you might want to get the employer name right :) Intel only has one L.
- Q: I have a full-time job but would like to dabble in residential electrical work for friends and family. What would I need to do? I would like some kind of formal license and training but don't want to go back to school or commit to any long-term programs. This is in Massachusetts.
- Massachusetts Department of Public Safety requires that only licensed electricians can work for hire on electrical equipment, wiring, conduits, motors, etc. To get a license you will be required to work 4000 hours under a licensed Class A or C electrician and complete an extensive training course. Also, you will be required to take and pass an exam. After all that you are required to take 25 hours of certified training every two years. This will be or already has been increased. To work on CCTV, Burglar alarm systems, or Access Control systems a S license is required. If you don't get paid you still have to worry about the exposure and getting insurance to cover this exposure would be impossible if not licensed.
- Q: EMP is a byproduct of a nuclear explosion. It can cook solid state electronics and computers. The great danger is that nuclear air bursts can take down the computers that manage our banking, our record-keeping, and even the ones that manage our automobiles.The military services have taken some steps to protect their electronic systems from EMP, mainly by shielding. However few of our civilian electronic systems are protected in any way from this threat.Obviously there are two ways to deal with it right now. One is to prevent the explosion by deterring a nuclear attack. The other is to find some way to protect our senstive electronics.What should we do, and what can we do starting today?
- On a personal level: Buy a car made before 1973. With no computer parts, an EMP would not have any effect. Get a radio and TV that uses the old vacuum tubes. They are not effected by an EMP. And NEVER EVER get a heart pacemaker. If you got one of those, you are toast.
- Q: I want to get into a field that involves fixing electrical equipment. I have always loved taking apart things like my Xbox/Playstation/cell phone so I could fixing them when they broke and I would like to further this into a career. What type of field should I study in order to pursue this goal? I am a student at the University of Arizona, so if you know of any programs there that would help a lot.
- None, depending on how or where you work. If you work for yourself you don't need any degree at all. You need to be an electronics service engineer. You have to be able to do the job. That's more important than having a piece of paper that says you got good grades and showed up or class. (I would argue this is true for most fields) You can get a degree in electronics engineering at many schools. It would be very helpful to find work at a company specializing in service of these things. Nobody repairs cell phones, it just isn't worth doing.
- Q: I need to know what object or whatever uses light energy that then leads onto electrical energy that then leads onto kinetic energy in order to work, what equipment does that? I said a Solar powered calculator but it was wrong so i'm really confused, could anyone help?:/
- The cars they use to race with in the world solar challenge. The last challenge finished previous month. Do a google images search on world solar challenge to find pictures of the cars. They can cruise at around 50 mph using just solar power! Top speeds up to 80 mph or so.
- Q: Hi I'm doing a music project at the moment, writing songs, music, etc.my genre would probably be considered alternative/electronic rockMy current vision for my set up is an electric guitar and my macbook.I create most of the music via macbook (drum parts, synth parts, basically all the programing)Playing live i suppose i'd play these songs on my laptop. While i do this, i sing, and play rhythm guitar along with the samples and instrumentals on the macbook.My question is, how do I connect all this stuff on stage? Could anyone out there recommend anything that I could use to connect my macbook to speakers for performing live.p.s I know nothing of playing with electrical equipment (been doing acoustic for a very long time) all I know about live equipment is connecting a guitar to a guitar amp.so is there like a way to connect a macbook to an amp? or speaker of some sort?Thanks in advance.
- In order to get the most from your Mac as sound generator use a reasonably good audio interface (like the E-mu 0404 usb or something from M-audio). This should be connected to a mixer and this one to the PA system. You also should connect your microphone and guitars to the mixer too, so you can control the volume of each instrument, including the Mac. Although you can connect the mac directly to an Amp I won't do that in order to get control of volume and have better sound. Computers generally don't like live performing. Electric voltage can be unstable (heavy power consumption and lights on-off pattern). Use the appropriate electric equipment to make sure the computer always receive the correct amount of voltage. If not, it can fail and ruin your performance. Make a test where possible.
- Q: A company specializes in manufacturing electrical equipment. Recently, several long-time customers have complained about the quality of the equipment. It seems there are several damaged goods. The defective equipment should have been caught when the boxes were packed. The manager is wondering which of the three packers is not doing the job properly. Clerk 1 packs 40% of the boxes and usually has a 2% defective rate. Clerk 2 packs 30% with a 2.5% defective rate. Clerk 3 boxes 30% of the boxes and her defective rate is 1.5%. Which clerk is most likely responsible for the boxes that raised the complaints?
- clerk 1; 0.4(0.020) 0.0080 clerk 2; 0.3(0.025) 0.0075 clerk 3; 0.3(0.015) 0.0045 answer: clerk 1
- Q: for example, a 3ds?
- There is a video on youtube of how to take apart a 3ds. This might make you void your warranty.
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No Oil Seal Servo motor HG-MR73B Mitsubishi For Computer Embroidery Machine
- Ref Price:
-
- Loading Port:
- Hong Kong
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 kg
- Supply Capability:
- 1200 kg/month
OKorder Service Pledge
OKorder Financial Service
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