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
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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: if you was recently shocked twice (bad enough that it went all the way from your fingers down to your toes) and then you had a headache and an occasional shooting pain through your arm would there be any reason for concern or is that just normal?and also, would there be any chance, that when you're touching water and metal in a very cold atmosphere (35degrees or so) that static electricity could cause that bad of a shock or would it definetly have to be some certain of electrical wiring problem?
- I am not sure where you received the shock. Was it static discharge or was is from wiring? Electrical discharge is always a grounding problem. When you get shocked, the electricity has found you as a shortest path to ground. In wiring, this is typically caused by exposed wiring due to stripped or worn insulation. This can also be caused by loose or bad connections where the phase wire is close to or touching the ground wire. If it is static, I have found that dry, cold weather substantially increases your chance of getting a severe static shock. Personally, I seem to be more subceptible to static shock than other people. I have gotten painful shocks from anything from car doors to blades of grass to running tap water, the kind of shock you can hear from another room. Lightning is actually a magnified form of static shock, whereas shock from wiring carries 60Hz of frequency and has a different effect on your body. If you received a shock from wiring and it went all the way through your body, the electrical source essentially pulsed through your body 120 times per second. This can actually cause your heart to try to beat 120 times, leading to cardiac arrest. Obviously, this did not happen to you, but there can be all kinds of strange physiological phenonema that can occur, such as the headaches you mentioned. I would not be too worried as these will eventually probably go away. I worked with a woman who once got a severe electrical shock from a piece of equipment that blew her away from a piece of machinery, and she had her period as a result. She recovered.
- 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 have a situation with my computer i don't know what it is but i have done a lot of test so please help me identifying this and how to solve it My build: CPU: i7 5820k MOBO: x99 g1 gaming 5pPSU: seasonic m12 750wGFX: g1 gaming gtx 980 ti
- Nowadays is much better understanding how to defend your self because you will never now in what situation you'll be. If you presently take in consideration a self defense than you need to know that you don't require to spend a great deal or income and time for you to get at lessons since the best option in self protection is the program
- Q: 1. Why is it important to keep this equipment free from excess oils and product build up? Many thanks :)
- Your irons? They should not have build up on them because it could burn the hair and hamper the way the irons work
- Q: during line to ground fault, is there really a current that will flow in the ground, how will the grounding rod help if there is no connection back to the source? please explain how grounding aids tripping of C.B's
- 1. The purpose of the grounding rod is to give electrical equipment and its housings a grounded reference point. Without this the voltages of these might go wandering off to indeterminate levels causing (in extreme cases) arcs to jump on to passers by or door handles to provide major or minor shocks. If there is a fault in equipment which causes an higher voltage part to come into contact with a grounded part then a current may flow into the grounding rod. The return path of this current is through the ground (earth) via another grounded point (e.g of the local supply transformer's star point) and thus into the transformer at its low voltage winding end. If the supply has no such grounding point (this would, by the way, be most odd but it is physically feasible) then there would be no fault current flow but the grounding would still provide a degree of security from high voltages.
- Q: for school we have to do a video on electrical safety and what to do and what not to do in a office (at work) and please give me some ideas to have that arent not to touch a live wire because i already have that idea! thank u and please help me out
- 1. Don't overload receptacles with too many plugs. 2. Don't cut up extension cords to make them work on equipment they shouldn't. (for example - Don't cut a standard extension cord plug end off, and splice it with a printer power cord, if the plug end of the printer is still good, but the wire is bad. - The cable you splice may not be rated high enough to handle the amperage of the printer) 3. Make sure electrical items aren't in areas they can get wet - A leaky roof, dripping onto a light fixture. 4. Don't run power cords across the path of forklifts, or other vehicles unless they are rated to be able to withstand that kind of traffic. 5. Make sure a qualified electrician does electrical installations - Things can get wired incorrectly and short out, spark, or catch fire if wired wrong. 6. Always use wire nuts, and/or electrical (rubber) tape when applicable when connecting wires together - this prevents loose connections, and prevents arcing or sparks from the live wires touching metal objects or each other. 7. When digging in the ground more than 12 deep, make sure you call the electric and gas companies first - Usually electrical and gas lines (water lines sometimes too) are about 18 below the surface. If you cut or break these, you can potentially be killed if you come in contact with the electrical lines, because the voltage outside of your home or building is considerably higher than the voltage wired indoors. Hope these help!
- Q: Do Aviation mechanics also work on electrical equipment and electronics on the air craft? That would be so cool if so.
- The Air Wing is a grouping of squadrons placed on board an aircraft carrier for deployment. Depending on the missions that are expected to be flown will determine what types of squadrons are needed. Used to be mostly attack and fighter squadrons, but in recent years those functions have been combined. Yes, aviation mechanics work on aircraft electrical and electronic systems. Again these 2 rates have pretty much been combined. There are also rates for engines, ordnance and structures.
- Q: I have been warned that some electrical equipment could possibly be damaged by chinese electrical systems.what voltage system does china use. is the supply unreliable and prone to spikes or surges etc.
- China uses 220V. If you don't trust the system, then get a surge protector + a converter and use them together with your equipment. I don't know what country you're from, so I can't suggest a converter because different countries use different voltages. When I was in China, I never experienced any problems with the electrical system and I had my cellphone, video camera, digital camera, hair straightener, etc. plugged in frequently. If you're in the big city, I doubt anything bad would happen.
- Q: Dose that means amount of joules of energy consumed in 1 sec or an hour.
- a watt is how much power an electrical Appliance will draw. current x voltage will give you what power is required. e.g. if ur appliance runs at 230v and is rated for 10amps then it will be rated at 2300watts. This is what electric companies use to see how much to charge you as they will charge by the KWatt per hour. 1 watt 1 joule per second
- Q: Affect Health? Noise problem?
- Depends on the devices, I lived below a cell tower (literally 1m over head, installed on the top of my building). After doing as much research as I could on it, I found that no one really knows for certain the effects of radio waves on humans. If your major concern is just large voltage electricals, the greatest risks are fire, a small magnetic field might interfere with your devices occasionally, and constant low hum.
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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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