Micro Linear Actuator

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 5 Sets set

Supply Capability:: 5000 Sets per Month set/month

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1) Used for electric window

2) Max Speed: 40mm/s

3) 100mm to 330mm stroke

4) CE, RoHS Certificate

Specifications of FY017 Linear Actuator:

Name: Linear Actuator

Model: FY017

Input Voltage: 12V or 24V DC

Max Load Capacity: 750N

Max Speed: 40mm/s

Standard Stroke: 100 - 330mm

Min Install Dimension: Stroke + 110mm (Option)

Limit Switches: Inner

Type of duty: S2-10min

Operation Temperature: -26 Centigrade ~ 65 Centigrade

Noise:<50dB (full load)

Protection Class: IP54

Certification: CE/EMC+LVD

Q: Google isn't helping me very much with this one. I want to increase my lighting power on my scooter.I have a 2004 SYM RV (aka Joyride) 180cc. It's second generation.It currently sports a 55/60W halogen as the front headlight. It's not great, but it's sufficient.I live in Taiwan and am not a native speaker, but I do my best to do the work myself. I'd call myself an intermediate with scooter repair. Can't find much in the way of information about the electricals though.I want to install a fog lamp on my fork for short-medium range light. The stuff that is for scooters and motorcycles is usually pretty lame or just for visibility. I live in the countryside and often do a one-hour commute on poorly lit highways between 80 and 110 kph. More lightgood.Where can I find out what my electricals can take?How the heck does the scooter generate electricity anyhow?What are the dangers of putting too high a load?Where can I find more info on HID lighting?Thanks!: When it comes to adding electrical stuff on a bike(or anything)you need to know how much amperage the total equipment will draw.You need to find the output of your alternator and how many amps your electrical system draws now.Then how much whatever lights you want to add draw.If you exceed the output your system will not be able to keep up and your battery will discharge instead of charge.That's the best i can do for an answer as i have no idea what that is your riding.Chances are your electrical system couldn't handle the amperage draw of too much extra lighting.Try looking in your owners manual or a repair manual for the amperage output of your scooter and go from there.Or contact the technical department of that company and ask them if you can add extra lights.They will know.

Q: Hey, I am starting my first year in university taking a first year general engineering program. I want to get into bionics and I intend to take bio medical engineering in graduate school. However, I'm not sure which path of engineering I should take to get to my goal. I am aware there is a biomedical degree I could get for my undergrad, but I've heard that a ME or EE degree is better as they allow for more job options as well as allow a chance to be in the biomedical field. I'm confused on which field of engineering I should take to get a better opportunity to work on bionics in the future. Mechanical would appear to be the better choice but the body works with electrical potentials and all that and that seems to fall under the EE catagory. **** also how does the two compare in difficulty?: I'm in EE and it's fairly difficult. I hear it's one of the harder ones (according to other engineers), but I enjoy it. It's still not TOO hard. I think that both are fairly important, but I believe that presently the big issue is interfacing with the nervous system/brain, so I might lean toward electrical. But then again, the bionic part itself is mechanical, so I think it just boils down to personal preference.

Q: Ever since I was a little kid I could tell when there is a T.V on in a house when I walk by. I get this feeling inside like I can sense the signal or something with my brain. When I walk closer to the T.V the feeling gets stronger. If there is a T.V left on in my house with no sound or picture playing, I am still able to sense that the T.V was left on, and pinpoint the exact room its in without even going inside. Does this happen to anyone else?: yes. it really depends on your age and hearing but the tv transmits a signal with a very very high pitched squeak when turned on which can be heard by young humans with very good hearing. I always know when the tv is on even when the screen is all black and i go to turn it off and my parents look at me like im psychic. its funny.

Q: Also how do we know our brain has electrical pulses. How do u prove it: electrical brain pulses are actually neurons firing little messages to one another. the electrical pulses aren't really electricity but more like a heated data wave that gives off a small static charge. these pulses fire at about 250 miles an hour. when you think, type, breathe, a circuit of these charges fire back and forth to each other passing through neuron nets. this is how the receptors gather the information. it's all very complicated. we know that these pulses contain small electric charges because certain equipment can detect small electric charges

Q: A. Identify only the primary source of electrical energy for the equipment or circuits in question.B. Enable backup energy sources, such as generators and batteriesC. Make sure all workers are safe and accounted for before equipment and circuits are unlocked and turned back onD. Avoid testing equipment and circuitry to ensure they are de-energized: The answer is B. Enable backup energy sources, such as generators and batteries to properly lockout and tagout electrical equipment and machinery. Hope this helps! A good website for you if you do electronic testing is Caltest which supplies all kinds of electronic test equipment. :) caltest .uk/

Q: 01 impala trunk equipment?I have an 01 impala and theres some equipment in the trunk on the drivers side. what is it for?it is some electrical equipment. with wires plugged to itits not the amplifierits on the drivers side tire well: amplifier or computer on star gps counterweight

Q: Do electrical equipment work with AC or does the voltage get converted to DC before working anything!! for exampe, if i connect something such as a light bulb directly to an AC outlet, would it work or would it get blown out, why do somethings get blown when using AC: DC is direct current and AC is alternating current. From the names, DC is constant voltage that gives us potential energy directly such as batteries and AC is alternating between positive and negative voltages and has a specific frequency usually 50~60 Hertz. The reason why most devices blow up when connected directly to AC voltage is due to the fact that AC has a higher voltage rating than DC, and most electronic devices operate at lower voltage and therefore you see most electronic devices with transformers in order to convert the high AC voltage to DC voltage. The case of the light bulb is that it can operate by AC voltage, since light bulbs needs the frequency of the AC voltage source in order to keep flickering, however our eyes do not keep up with the flickering speed and see it as constant light.

Q: Are the different parts of an electrical distribution system connected in series or in parallel? Give the evidence. Give two reasons.: All equipment should get supply voltage same.So we have to connect all in parallel But to complete the circuit, we need Phase and neutral Bulbs, fans, washing machines, fridges are connected in parallel

Q: Examples include-Unplug your wireless router for 30 seconds and then plug back inUnplug all elerical cords for 45 seconds then plug back inWhy do they recommend a specific amount of time?: It's called a power cycle and that 30 to 45 seconds give any capacitors in the circuit time to discharge, wiping out any unwanted trash. Power cycles can clear lots funky little annoying issues in electronic and digital devices.

Q: definition: *Many electrical installations have a relatively high earth impedance. This may be due to the use of a local earth rod (TT systems), or to dry local ground conditions. These installations are dangerous and a safety risk if a live to earth fault current flows. Because earth impedance is high, 1. not enough current exists to trip a fuse or circuit breaker, so the condition persists uncleared indefinitely 2. the high impedance earth cannot keep the voltage of all exposed metal to a safe voltage, all such metalwork may rise to close to live conductor voltage. These dangers can be drastically reduced by the use of an ELCB or Residual-current device (RCD). The ELCB makes such installations much safer by cutting the power if these dangerous conditions occur. This approach to electrical safety is called EEBAD. In Britain EEBAD domestic installations became standard in the 1950s. In non-technical terms if a person touches something, typically a metal part on faulty electrical equipment, which is at a significant voltage relative to the earth, electrical current will flow through him/her to the earth. The current that flows is too small to trip an electrical fuse which could disconnect the electricity supply, but can be enough to kill. An ELCB detects even a small current to earth (Earth Leakage) and disconnects the equipment (Circuit Breaker). Go through the source links. Also read and seach for residual current device.

Our company owns several automatic production lines and enough experience in the production and research of linear actuators and controllers. Our products are popularized in many occasions when need to be implemented with rectilinear motion such as electrical nursing beds, operational beds, traction beds, massage chairs, dental chairs, electrical sofas and show-cases. These products can adjust heights, move between front and behind, as well as angle change, which take the place of gas springs as well as AC decelerators.

1. Manufacturer Overview

Location	Jiangsu,China (Mainland)
Year Established	2008
Annual Output Value	US$1 Million - US$2.5 Million
Main Markets	20.00% North America 20.00% Southern Europe 20.00% Eastern Europe 20.00% Southeast Asia 10.00% Northern Europe 10.00% Mid East
Company Certifications	Verification of RoHS Compliance; EC Ceritificate of Conformity -- LVD; EC Certificate of Conformity

2. Manufacturer Certificates

a) Certification Name
Range
Reference
Validity Period

3. Manufacturer Capability

a) Trade Capacity
Nearest Port
Export Percentage	41% - 50%
No.of Employees in Trade Department
Language Spoken:
b) Factory Information
Factory Size:	3,000-5,000 square meters
No. of Production Lines	3
Contract Manufacturing
Product Price Range	OEM Service Offered