说明

• DC6-28V ZS-X12H 0-100W Brushless Motor Speed Controller With Hall BLDC Driver Board Module With Cable Power Supply Accessories 1 Using fine materials, the quality is guaranteed 2 Single chip mini has Hall BLDC broad voltage 6-28V, rated three three Small size embedded, brushless with Hall controller, nice functionality and a number of purposes four Almost all small motors with Hall can drive stably 5 There is a potentiometer on the board for speed regulation, and it is sent to the Hall lead-out cable Product parameters: Product name: Three-phase DC brushless with Hall power Model: ZS-X12H (with Hall) Working voltage: 6-28V (limit 30V) Drive Current: Rated three Peak 4A Current-limiting and locked-rotor protection: current-limiting protection when the current exceeds 4A, and the motor is locked-rotor for five seconds for shutdown defense Product Notes: 1 This motive force is a DC three-phase brushless with Hall driving force board The motor needs to have Hall and fix the road collection to paintings usually 2 Since the ahead and opposite rotation is a non-delay challenging commutation and high-speed braking, there'll be a good impact, so these two applications cannot be operated at excessive voltage and full speed, and the rate control accelerator should be diminished to 50% or below Yes, forcible operation might injury the power tube and chip 3 The energy of this module is small (up to 100W), and the overload ability is susceptible It needs to be used with a margin It isn't always allowed to connect to a high-power motor for paintings or check machine Forcible work has the danger of impact harm to the ability tube It is usually recommended to use 12V strength supply inside 42W, 24V Power supply inside 84W 4 This drive is a low-power fan brushless with Hall drive, and it can also be embedded in different systems It is specifically used for air pumps, water pumps, oil pumps, fans, and so forth and commercial control electric motors of small area and occasional strength DC three-phase brushless motors Small tools, etc, aren't compatible for high-power motors reminiscent of long-term full-load latest work, it's endorsed to bolster heat dissipation 5 There is no fuse in the energy supply circuit at the main board It is suggested to add it on your own The reverse connection of the positive and negative poles of the ability supply will trigger permanent damage to a few chips on the board (even for 1 second) Debugging instructions: Please read and understand, after which examine the machine After receiving the motive force board, first test whether the interface can correspond on your brushless motor interface 1 There are generally five Hall cables or interfaces on the brushless motor, two of that are Hall strength supply strains and three are Hall signal lines, which should be distinguished, particularly the Hall energy supply traces (the Hall energy supply strains commonly use purple and black traces , some are not, I don’t know how to find a fashion in finding a motor producer to ask for it) Don’t get it improper The 3 Hall sign traces are generally marked with a(Ha) b (Hb) c(Hc), and there also are three ports Ha Hb Hc at the driving force board, and many others characters, similar to each other 2 There are three comparatively thick part wires on the motor There also are 3 part wire interfaces at the pressure board They are respectively marked with A(U) B(V) C(W) and other similar characters, and they are also connected correspondingly and confirmed properly After the key power supply is energized, switch on the potentiometer throttle by means of about 20%, and it's going to rotate normally and easily (If the interfaces are wisely mapped consistent with the labels, the flexibility delivery will not paintings properly, and the potential of non-standard labeling via the producer or other reasons cannot be governed out Please press the ensuing 3 because the interface definition is unclear to debug) three If you don't know the definition of the motor part wire and the Hall wire, or the manufacturer&;s mark isn't standardized, it can&;t paintings normally, then you definitely can blindly connect it in line with the ensuing formulation after which slowly substitute the Hall wire sequence, first join the 3 phases of the motor The line and the section line interface of the force board are related arbitrarily There are five Hall signal strains on the motor and three Hall signal lines on the power board The 3 Hall sign ports at the pressure board ought to be connected The leading board will provide 5V power supply, one of the red 5V and one black ground cord of the corridor lead twine we sent should have the ability to connect with the motor corridor power supply wire, remember!!!) After checking that every one connections are correct, power on for low voltage (6-12V) small current (0) power-on debugging (if situations permit, use constant latest strength supply or low-power energy supply plus recent restricting resistor, etc), switch on the potentiometer on the board to regulate the speed throttle via about 20%, if the motor If it doesn't turn or there are other abnormal phenomena, the flexibility is grew to become off immediately, and then the series of the three part wires of the motor is changed back (because the part cord interface on our power board is a terminal, it is more handy to attach and disconnect the wire, so I use the motor phase wire to replace the twine If the section line of the motor is fixed, the collection of the 3 Hall signal strains is the same, and it will depend on own preference), until it would rotate smoothly after power-on, indicating that the wiring is true There are 6 diversified mixtures of line collection substitute List it out: If the current order of the connected part wires is defined as ABC, it may be replaced to ACB BAC BCA CAB CBA These combos are switched once and the electric check machine is grew to become on Only this kind of 6 combinations is true four When the wiring is incorrect and the operation isn't always normal, don't check the machine with high current and excessive voltage, in any other case there is a menace of unfavourable the power board After the three motor part strains are exchanged, if the road series is correct, the motor will run silky comfortable and begin at low pace after power-on The secure torque is large; if the three motor part wires are usually not linked in sequence, Generally have the following traits indexed below: 1 After the power is grew to become on, the motor cannot delivery normally and has no response, or it solely shakes when it begins and cannot rotate usually 2 There is a slight shaking, it's not easy to start, and it can&;t flip up and makes a slight tub sound, and sometimes it ought to be manually turned to turn it up 3 The motor can rotate in a single direction, but can not rotate within the different direction and there's a slight bathe sound four The motor begins to vibrate enormously and is weak, there is a bathtub sound, the current is obviously too large, and the ability tube is obviously heated Product interface description: 1 B C phase line output to motor 2 VCC GND leading strength supply (external DC strength supply) 3 PWM external responsibility cycle velocity control sign input (PWM sign amplitude 3-5V, frequency 1KZ-20KHZ) This interface supports full-speed operation when linked to 5V, and forestalls when grounded 4 tachometer pulse signal output (only the interface is reserved, no technical support) 5 DIR ahead and opposite management interface (active low level can be linked to the ground external switch) 6 brake control interface (active low level could be related to floor external switch) 7 Hb Hc +5V GND Hall signal strength supply input interface, generally motors with Hall have corresponding 5 wires Package list: Motor Controller X1

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