Digitaka na ivolakerekere ni Simes . – Na Veikau Ni soro https://www.wixhc.cn ulutaga Wed, 05 Nov 2025 06:21:59 +0000 fj hourly 1 https://wordpress.org/?v=6.8.5 Na ivola (Fizle) https://www.wixhc.cn/product/wired-electronic-handwheel-instruction-manual Wed, 05 Nov 2025 06:13:13 +0000 https://www.wixhc.cn/?post_type=product&p=4678

1. iTaba ni iTukutuku

Na cakacaka ni liga vakalivaliva e vakayagataki me baleta na ivoladusidusi ., itutu, vale ni soqo, kei na veisele tale eso ena iyaya ni cakacaka ni CNC .. Na ivakaraitaki oqo ni iyaya vakalivaliva e dua na Siemes dina e vakaraitaki vakadodonu ena liga vakalivaliva.. Na handwheel e semati ki na ivakarau ni X130 na ivakarau ni Siemes ivakarau ena dua na rede e dua na rede ., kei na ivakarau ni isema e wiliki ka vakaraitaki ena sikirini ni LCD ni na handwheel ena S7 na veitaratara ni ivola ni protococol .. Na liga e rawa talega ni lewa na ivakarau ni digidigi ni ivakarau ni digidigi ., vakamatatataka, kakana draudrau, andother signals through communication.
2.Na iyaya Na iyaya ni kecega
1. Vakayagataka e dua na cluggition 6-co talega me baleta na veitaratara ., e na liga e rawa ni balavu ni . 10 meters.
2. Na sikirini ni handheel e rawa ni vakaraitaki kina na iyaya ni cakacaka ni iyaya ni cakacaka ., na komipiuta ni komipiuta,vakatawa, w, vakamatatataka, and other information.
3. Totolo ni veitokoni ni leqa ni leqa ni leqa tubukoso ., au sa sainitaka na ivakatakilakila ., and the hand wheel shutdown emergency stop is still valid.
4. Digitaka 6 gaunisala, na tikoga vei au, and can output signals to the system through IO wiring or communication.
5. Digitaka 6 se 8 qaqa, with switch IO signals that can be output to the system through IO wiring or communication.
6. Digitaka 3 se 4 na ivakatagedegede ni kena vakalevutaki ., with switch IO signals that can be output to the system through IO wiring or communication.
7. Na veitokoni e levu sara na ka ., 100 rogovaki, can output signals to the system through AB pulse wiring.
8. Na veitokoni ni veivuke ni Siemes S7 protocol kei na Siemes 828D, 840Tekivu, ONE and other model systems.

 

3. Na cake ni veimataqali
Handweel ni cakacaka ni cakacaka ni iyaya vakalivaliva DC24V.
Na kaukauwa ni livaliva ni kaukauwa ni livaliva . DC24V.
Ikoritaka na icolacola . kece
E tini rawa na balavu ni qereqere . 10tagane
E tini na balavu ni gauna . 1tagane
E rawa ni balavu na kena yaco na rede ni rede. 3tagane
Vakasaqa rawarawa -25e erau vakasama<sota<55e erau vakasama
Sega ni vakabalavu 1tagane
Customity Bustoom. 6
veivoli 233*90.7*77.4 CAKA.

4.Sa toso vinaka na cakacaka .

Ivakamacala:
Sa tu kina na nodra dui gauna ni tautauri ni ivakarau ni bir ni rawa .:
Tabaka na leqa ni leqa tubukoso na ibulukau ni leqa tubukoso ., kei na rua na ituvatuva ni leqa tubu ko Ikosiousitisi e rau na vakacegui ., and all functions of the handwheel will be invalid.
Ni oti na kena vakalesui tale mai na leqa tubukoso ., sa sogo na leqa ni leqa tubukoso IOff ., and all functions of the handwheel are restored.
‧ vakaraitaki .:

 

vakadonui: 0000 vakaraitaka ni sega ni semati na rede ., vakadonui: 1010 indicates that the network cable is successfully connected to the PLC system.
vakadonui: 1110 matataka na kena volai vinaka na itukutuku ni isema ki na hewheel ., vakadonui: 0001 represents successful connection to the computer.
‛ ’a bulu .:
6 gaunisala, na veitaratara yadua ki na dua na IOOupputed na ciqoma, also connected to the system through communication.
‑paiji na digitaki Axs e dau vosa ni veivaqaqai .:
The axis selection switch can switch the movement axis controlled by the handwheel.
‚Na bulukau .:
Na Pressure kei na liliwa e rawa kina na bulukau ena yasana ruarua me vakasasataka kina na pulse ni pulse ena kena suaki .. Kei na rua na ilawalawa ena kena rawa vei Au outpot me vakayacora ., release the enable button to enable IO output to disconnect.
‥.K. S.K.:Na levu ni fika e rawa ni vakavuna na kena vakalevutaki .
controlled by the handwheel.
 ․ loaloa .:
Na Presita ka taura na ibulukau ni bulukau ., Vakadewataka, e dua na sikinala ni pultial ., and control the movement of the machine axis.
‧ A rawa ni Hadwheel .:

Na semati vata kei na liga ni liga kei na ciqoma ., dina, used for handwheel power supply and communication.

5. iTaba kei na mataqali

6. iVakavuvuli
6.1 Me vaka na taganetaka
1. Install the receiver into the electrical cabinet through the screw holes at the four corners.
2. Vakanuinui vinaka ki na noda ciqoma na ringram ka veidutaitaka vata kei na nomu na iyaya ni cakacaka .. Connect the device to the receiver through cables and connect the receiver to the X130 interface of the system using Ethernet cables.
3. Ni sa oti na filimu na ciqoma […], Vakacuruma na ivakadei ena nabavuni ni vakasobura ena ibinibini itutu ena hanel., ka kotiva na muana kadua ni tutuna ki na i titoko ni liga ena liga .. Then insert the aviation plug of the handwheel cable into the base and tighten the fixing device.

 

6.2 Ciqoma na kena vakayagataki

6.3 Na veisere ni veivauci ni veivauci e caka tiko vei ira .

6.4 Na Veisaututaki Vakacegui.
7.Na iVakavuvuli ki na

1. Ni sa kaukauwa na ciqoma kei na cakacaka ni cakacaka ni faiser firse ., semati na ciqomi ni ciqoma na komipiuta ni dua na rede ., biuta na IPa itikotiko tudei ni komipiuta ., ka vakayagataka na configuration iyaya ni parokaramu ni komipiuta me vakatikora na pamuta ni rede ni iyaya ni cakacaka .. kei na sala lailai, ira na lewenivanua “LXWGP-ETS Widredheel Edder .”.

2.Ni oti na ciqoma na ., na ituvatuva e gadrevi me parokaramutaka e dua na parokaramu ni PLC .. Sa kerei mo ni qai kerea na kena vinaka vei kemuni na . “LXWGP-ER-Gose Differential Districrical Coundal Council” and PLC program routine materials for details.

3.Ni vakacavari na ituvatuva e cake ., taura na ciqoma na misini ni misini ni livaliva ka vakatikora .. Pull out the network cable from the computer and plug it into the X130 interface of the system.Connect the receiver power supply and pulse line.3.

4.Ni vakacavari na ituvatuva e cake ., taura na ciqoma na misini ni misini ni livaliva ka vakatikora .. Biuta laivi na rede ni rede ni rede qai tabaka ena Xunterface ni ituvatuva .. Connect the receiver power supply and pulse line.
5. Digitaka na iwalewale ni digidigi .: Switch the axis selection switch and select the axis you want to operate on.
6. Digia na ivakatakilakila: Switch the magnification switch and select the magnification level you need.
7. Toso na axisis.: Na Presita ka taura na ibulukau ni bulukau ., digitaka na ivavama kakua ni ki na ilawalawa ni digidigi., Digitaka na kena ivakatagedegede lalai ., and then rotate the pulse encoder to rotate the positive moving axis clockwise and the negative moving axis counterclockwise.
8. Press ka vakayacora e dua na bulukau ni ivalavala me vukica na IOutput ni ibulukau ni kamunaga ena na ciqoma ., and release the button to turn off the output.
9. Tabaka na leqa ni leqa tubukoso na ibulukau ni leqa tubukoso ., Na leqa ni leqa ni leqa ni veika e baleti IO erau na cegu mada ga., ena vakaleqai ., serekali na ibulukau ni leqa tubukoso ni leqa tubukoso ., sa na sogo tiko na leqa ni leqa au dau cegu mada ga kina na Auut ., and the handwheel function will be restored.
8.i cala na iVavalala

XWGP e vakatakarakarataka e dua na ivakarau ni irairai ni irairai ni kena isasabai ., kei na ciqomi ni veilasamaki ni veitaratara .
is an Ethernet interface.
2 : Represents Siemens system specific.
sia na : matataka na iwiliwili ni digidigi ni axis digitaki na switches ., rota, mata
axes.
vakarautaki : matataka na mataqali digitaki ni axis kei na kena vakalevutaki na ivakatakilakila ., Na mata.
dusia na ivakatakilakila ., and B represents encoded output signal.

9.Na ivoli

10.Maroroi
1. Please use it in a dry environment at room temperature and pressure to extend its service life.
2. Please avoid using in abnormal environments such as rain and water bubbles to extend the service life.
3. Please keep the appearance of the handwheel clean to extend its service life.
4. Sa kerei mo ni kakua ni tukuna na., lutu, ibulibuli, kei na so tale. to prevent damage to the precision components inside the handwheel or accuracy errors.
5. Kevaka e sega ni vakayagataki ena dua na gauna balavu ., ni maroroi na liga ni cakacaka ena dua na vanua savasava ka taqomaki.Turing kei na sala ni veilakoyaki ., attention should be paid to moisture and shock resistance.
11. oti

1. Please read the instructions carefully before use and prohibit non professionals from operating.
2. Kevaka e dua na ituvaki e sotava e dua na ituvaki e yaco ena liga ., Yalovinaka ni tarova sara kei na leqa ni leqa .. Sega ni bera na leqa, e vakatabui me vakayagataki na cala ni cakacaka ni liga me dro tani mai na vakacalaka ni veitaqomaki e vu mai na cala ni cakacaka ni liga .;
3. Kevaka e vakavinakataki ., Yalovinaka veitaratara kei na kena e kenadau ena .. Kevaka e yaco na vakacaca ena kena vakavinakataki na ., Ena sega ni vakarautaka na ivakatawanisipi na ivakasala ni cakacaka .

 

]]> Digitaki ni isau ni vanua ni qoliqoli me baleta na CNCvertical na ivakaro ni cakacaka . https://www.wixhc.cn/product/vertical-lathe-wireless-electronic-handwheel-copy Wed, 03 Sep 2025 01:06:33 +0000 https://www.wixhc.cn/?post_type=product&p=4666

1.iTaba ni iTukutuku

The dedicated wireless remote contro for CNC vertical lathes is used for manual guidance, itutu, tool setting, and other operations on CNC vertical machine tools. Na iyaya oqo e yaga ni benisini ni taranisimisani taranisimisani ., eliminating the need for traditional spring wirae connections, na sega na iyaya ni cakacaka e vakavuna na kena rawa ni ., and eliminating the disadvantages of cable dragging and oil stains, making operation more convenient. It is widely applicable to various vertical lathes such as CNC vertical lathes, single-column vertical lathes, and double-column vertical lathes.It can also be adapted to a variety of CNC systems on the market, me vakataki Siemeni .,
dusia, Devan, and Syntec.

2. Na iyaya Na iyaya ni kecega

1. Adopting 433 MHz wireless communication technology, vata kei na dua na yawa ni vanua ni cakacaka e sega ni ka wale . 40 meters.
2.Adopting automatic frequency hopping function and using 32 sets of wireless remote controllers simultaneously, without affecting each other.
3. Totolo ni veitokoni ni leqa ni leqa ni leqa tubukoso ., switch IO signal output.
4. Digitaka 2 bolabolabolabolaboti ni kote ., with switch-type IO signal output.
5. Digitaka -2 axis control.
6. Supports 3-level magnification control.
7. Support the enable button function, which can output on/off IO signals and control axis selection, multiplying factor, ka ra cakava na tamata.
8. Support for axis selection and magnification modification through software to change the encoding type.
9. Supports pulse encoder, with a specification of 100 pulses per revolution.
3. Na cake ni veimataqali
Operating voltage and current of wireless remote
3V/14MA
Battery specifications 2 AA alkaline batteries, size 5
Low voltage alarm range of wireless remote < 2.3mavoa
Na kaukauwa ni livaliva ni kaukauwa ni livaliva . DC5V-24V/A
Receiver emergency stop output load range AC125V-1A/DC30V-2A
Receiver enable output load range
AC125V-1A/DC30V-2A
Receiver custom button output load range DC24V/50mA
Receiver axis selection output load range DC24V/50mA
Receiver magnification output load range DC24V/50mA
Transmission power of handheld terminal
15dBm
Receiver receiving sensitivity -100dBm
Wireless communication frequency 433MHz frequency band
Wireless communication distance Barrier free distance of 40 bose
Operation temperature -25e erau vakasama < sota < 55e erau vakasama
Anti fall height 1 (vakacegui)
Custom button quantity 2
4. Na iTalagi ni vakaloloma na



Sega ni dua na:

① Pulse encoder:
Na Presita ka taura na ibulukau ni bulukau ., Vakadewataka, e dua na sikinala ni pultial .,and control the movement ofthe machine axis.
② Enable button:
Press either enable button on either side, and the two sets of enable IO outputs on the receiver will conduct. Release the enable button to disconnect the enable IO output; And before switching the axis selection magnification and shaking the handwheel,the enable button needs to be held down to be effective; This function can be cancelled through configuration software.

③ Indicator lights:
Left side light: power on light,the handwheel uses the axis to select OFF for power on, and this light stays on after power on;
Middle light: a signal light that lights up when operating any function ofthe handwheel, and does not light up when there is no operation;
Right side light: Rarama ni alamu ni volitika lailai, low battery level,this lightflashes or stays on, battery needs to be replaced.

④ Emergency stop button:
Tabaka na leqa ni leqa tubukoso na ibulukau ni leqa tubukoso ., kei na rua na ituvatuva ni leqa tubu ko Ikosiousitisi e rau na vakacegui ., and all functions of the handwheel will be invalid.

⑤ Magnification switch:
Press and hold the enable button to switch the magnification switch, which can switch the magnification controlled by the handwheel.

⑥ Axis selection switch (baravi):
Press and hold the enable button to switch the axis selection switch, which can switch the movement axis controlled by the handwheel. Switch this switch from OFF to any axis and turn on the handwheel power.

⑦ Custom button:
Two custom buttons, each corresponding to an IO output point on the receiver.

5. iTaba kei na mataqali

6. iVakavuvuli
6.1 Me vaka na taganetaka

1. Vakacaucautaka o koya e ciqoma na cabinet ni livaliva ki na ilati ., or install it into the cabinet through the screw holes at the four corners of the receiver.
2. Vakanuinui vinaka ki na noda ciqoma na ringram ka veidutaitaka vata kei na nomu na iyaya ni cakacaka .. Connect the equipment to the receiver via cables.
3.After the receiver is properly fixed, na annana e dua na ka e rawata o koya e ciqoma e dodonu me semati ., and the outer end of the antenna should be installed or placed outside the electrical cabinet. E vakatututaki me biuta ena dela ni na cabinet ni cabinet me baleta na vinaka duadua .. It is prohibited to leave the antenna unconnected or place it inside the electrical cabinet, as this may result in the signal being unusable.
4. Icavacava, turn on the power switch of the handwheel, and you can operate the machine remotely using the handwheel.

6.2 Ciqoma na kena vakayagataki

6.3 Na Veisaututaki Vakacegui.

7. Tuvanaka na veituberi ni veivakadodonutaki.
1. Power on the machine and the receiver. The receiver’s working indicator light flashes. Install the battery in the wireless electronic handwheel, secure the battery cover, kei
turn on the power switch of the wireless electronic handwheel. The handwheel’s battery level indicator light is on.
2. Digitaka na axis .: Na Presita ka taura na ibulukau ni bulukau ., toggle the axis selection switch, and select the axis you want to operate.
3. Digia na ivakatakilakila: Na Presita ka taura na ibulukau ni bulukau ., toggle the magnification switch,and select the desired magnification level.
4. Toso na axisis.: Na Presita ka taura na ibulukau ni bulukau ., digitaka na ivavama kakua ni ki na ilawalawa ni digidigi., Digitaka na kena ivakatagedegede lalai ., and then rotate the pulse encoder. Rotate clockwise to move the
positive axis and counterclockwise to move the negative axis.
5. Press ka qarava na ibulukau ni ivakarau cava ga., and the corresponding button IO output of the receiver will be turned on. Release the button, and the output will be turned off.
6. Tabaka na leqa ni leqa tubukoso na ibulukau ni leqa tubukoso ., Na leqa ni leqa ni leqa ni veika e baleti IO erau na cegu mada ga., ena vakaleqai .,serekali na ibulukau ni leqa tubukoso ni leqa tubukoso ., sa na sogo tiko na leqa ni leqa au dau cegu mada ga kina na Auut ., and the handwheel function will be restored.
7. Kevaka e sega ni cakacaka ena loma ni dua na gauna ni cakacaka na liga ni liga ., it will automatically enter sleep mode to reduce power consumption. Ni sa vakayagataki tale […], the handwheel can be activated by pressing the enable button.
8. Kevaka e sega ni vakayagataki vakadede na liga ., it is recommended to switch the handwheel shaft to the OFF position, kauta mai na kaukauwa ni liga ., and extend the battery life.

8. i cala na iVavalala

dina :ZTWGP represents the appearance style
2：Na itaba ni isulu:
01: Indicates that the pulse output signal is A, B; Sa rauta na voqa ni 5V.; pulse quantity 100PPR.
02：Indicating thatthe pulse output signals are A and B; Pulse voltage 12V; pulse quantity 100PPR.
03：Indicating thatthe pulse output signals are A, B, A -, B -; Sa rauta na voqa ni 5V.; pulse quantity 100PPR.
04：Vakadidike ni dua na tabana e lailai-ni-lewa rawa ni NPN ena dola ., a sa pulou tani na A kei B .;The number of pulses is 100PPR.
05：Idiridede levu na ivurevure ni PNP., a sa pulou tani na A kei B .; The number of pulses is 100PPR.
sia na：Representing the number of axis selection switches, 2 matataka 2 axes.
vakarautaki：Represents the type of axis selection switch signal, E dua na matataka na sikinala ni tikina ena tikina oya ., and B represents encoded output signal.
Wilika：Represents the type of multiplication switch signal, E dua na matataka na sikinala ni tikina ena tikina oya ., and B represents encoded output signal.
■.：Represents the number of custom buttons, 2 matataka 2 custom buttons.
vakasama：Represents the power supply for the system handwheel, kei 05 represents 5V power supply.
⑧：L represents the left column (left knife holder), and R represents the right column (right knife holder).

9.Solution to Product Malfunctions

10. Product maintenance

1. Please use it in a dry environment at room temperature and pressure to extend its service life.
2. Please avoid using in abnormal environments such as rain and water bubbles to extend the service life.
3. Please keep the appearance of the handwheel clean to extend its service life.
4. Sa kerei mo ni kakua ni tukuna na., lutu, ibulibuli, kei na so tale. to prevent damage to the precision components inside the handwheel or accuracy errors.
5. Kevaka e sega ni vakayagataki ena dua na gauna balavu ., mo ni maroroi ira na liga ni cakacaka ena dua na vanua savasava ka taqomaki vinaka .. Ena gauna ni veivoli kei na veilakoyaki ., attention should be paid to moisture and shock resistance.

11. oti

1. Please read the instructions carefully before use and prohibit non professionals from operating.
2. Please replace the battery in a timely manner when the battery level is too low to avoid errors caused by insufficient battery power and inability to operate the handwheel.
3. Kevaka e vakavinakataki ., Yalovinaka veitaratara kei na kena e kenadau ena .. Kevaka e yaco na vakacaca ena kena vakavinakataki na ., Ena sega ni vakarautaka na ivakatawanisipi na ivakasala ni cakacaka .

]]> A vakatabui me vakatabui na cakacaka ni liga e sega ni vakayagataki rawa na iyaya vakalivaliva . https://www.wixhc.cn/product/fanuc-dedicated-wireless-electronic-handwheel Tue, 06 Me 2025 07:26:48 +0000 https://www.wixhc.cn/?post_type=product&p=4626

1.iTaba ni iTukutuku

E sega ni vakayagataki na iyaya vakalivaliva ni liga livaliva me baleta na idusidusi ni ivoladusidusi ., itutu, vale ni soqo,kei na veisele tale eso ena iyaya ni cakacaka ni CNC .. Na iyaya oqo e yaga ni benisini ni taranisimisani taranisimisani ., Na kena vakadeitaki na wa ni vulaitubutubu ni vulaitubutubu ., na sega na iyaya ni cakacaka e vakavuna na kena rawa ni ., vakaotia na leqa ni dreta na wa kei na stains ni waiwai ., kei na kena vakarawarawataki na cakacaka. Na ivakaraitaki oqo ni liga vakalivaliva sega ni vakayagataki e dua na liga vakatabui me baleta na ivakarau ni Fanuc .. Na veitaratara ni ivakarau ni Fanuc e vakaraitaki ena gauna dina ena sikirini ni liga ena veitaratara ni IO-LINK ., kei na digidigi ni axis .,vakamatatataka, kei na sikinala ni ibulukau e semati vakadodonu ki na ivakarau ena IO-LINK na veitaratara ., reducing wiring.

2. Na veika totoka
1. Vakacuruma na 433MHZZ Zhare sega na tekinolaji ni veitaratara ., na yawa ni veiqaravi e tiko na kena yawa . 40 bose;
2. Tabaka ni iyaya ni cakacaka ., vakayagataki 32 seti ni lewa vakayawa ni ua ena dua ga na gauna ka sega ni veivakacacani;
3. Totolo ni veitokoni ni leqa ni leqa ni leqa tubukoso ., au sa sainitaka na ivakatakilakila ., semati ki na ivakarau ena IO wiring;
4. Veitokoni 4 gaunisala, Au a saini, Dolava na ivakatakilakila ki na ivakarau ni ivakarau ni IO-LINK .;
5. Veitokoni ni toso totolo . + kau -, A tabaka ka taura na ibulukau me sosomitaka na liga ni liga me tara na misini .;
6. Veitokoni 6-seniseni ., Au a saini, Dolava na ivakatakilakila ki na ivakarau ni ivakarau ni IO-LINK .;
7. Veitokoni 1X,10tiko duadua, 100X lewa . Veitokoni veisau l0 sikinala, kei na sikinala ni outputs ki na ivakarau ena IO-LINK ivakarau;
8. Veitokoni ena cakacaka ni ibulukau, semati ki na ivakarau ena IO wiring, kei na lewa encoder rawa ena gauna vata ga .;
9. Na veitokoni e levu sara na ka ., 100 pulsa/círculo, rawata na ivakarau ni MPG liga ni veitaratara ena kena vakau na sikinala ni encoding ni AB;

3.iVakamacala ni ivoli

4.Na ivakatakilakila ni ka e buli

Sega ni dua na:
‚Ratou na tu vakadua na bulukau .:
Tabaka na leqa ni leqa tubukoso na ibulukau ni leqa tubukoso ., na rua na leqa tubukoso ni IO outputs ena ciqomi era sa musuki, kei na cakacaka kece ni liga era sega ni dodonu.Ni oti na tu vakadua ni leqa tubukoso sa sereki, the emergency stop IO output on the receiver is closed and all functions of the handwheel are restored.

Vakaraitaka na sikirini:

3Batini vakaitaukei:
4 gaunisala, na ibulukau yadua e veiganiti kei na dua na vanua ni IO ena ciqomi ., semati ki na ivakarau ena IOLINK .. Raraba, the ~ button is set as a high-speed button.
Veisau ni digidigi ni Axis:
Switching the axis selection switch can switch the moving axis controlled by the handwheel.
Na ibulukau ni sala lekaleka:
Tabaka na ibulukau ni sala lekaleka “+ ”me toso ki liu na misini ., ka tabaka na ibulukau ni vakalekalekataki “-” me toso na misini vakaca .. This can replace turning the hand wheel to move the machine.
Vakatara na ibulukau:
Tabaka ka taura e dua na ibulukau ni rawa ena yasana ruarua ka luluqa na encoder ni pulse me yaga .. Na ilawalawa e rua ni rawa kina na IO outputs ena ciqomi era sa vakalivalivataki .. Release the enable button and the enable IO output is disconnected.
Veisau ni ratio:
Switching the magnification switch can switch the magnification of handwheel control.
Encoder de pulso:
Plas ka taura na ibulukau ni ibulukau ka vorolaka na pelse pulse me vakauta mai e dua na pulse .
signal to control the movement of the machine axis.
Veisau ni kaukauwa:
Handwheel power button.

5.Na ituki ni Bulabi ni kaukauwa

6.iVakavuvuli

6.1 Na iWabula

1. Install the receiver in the electrical cabinet through the screw holes at the four corners.
2.Vakanuinui vinaka ki na noda ciqoma na riririgram ., ni vakatautauvatataki kina na nomu iyaya ni cakacaka ., isema
the equipment to the receiver via cables.
3. Ni sa vakadeitaki oti o koya e ciqoma ., na annana e dua na ka e rawata o koya e ciqoma e dodonu me semati .,
and the outer end of the antenna must be installed or placed outside the electrical cabinet.
E vakatututaki me biuta ena dela ni na cabinet ni cabinet me baleta na vinaka duadua .. Koya
e vakatabui me biu na antena me sega ni vakacurumi se biu na antena ena loma ni kato ni livaliva .,
which may cause the signal to be unusable.
4.Icavacava, veisautaka na wheelk kaukauwa ni qereqere ka rawa ni o cakacakataka na misini ni
handwheel remote control.

6.2 Ciqoma na kena vakayagataki

6.3 Na Veisaututaki Vakacegui.

7. Na gauna ni cakacaka vakaveiwekani kei na kauwai .

1. Yalovinaka vakayagataka ena dua na vanua mamaca kei na ivakarau ni katakata kei na veivakasaurarataki me vakabalavutaka na .
bula ni veiqaravi;
2. Yalovinaka kakua ni vakayagataka ena veivanua sega ni dodonu me vaka na uca kei na wai bubbles me vakabalavutaki .
na bula.;
3. Yalovinaka maroroya na irairai ni handwheel savasava me vakabalavutaka na bula ni veiqaravi .;
4. Sa kerei mo ni kakua ni tukuna na., lutu, ibulibuli, kei na so tale. me tarova na vakacacani ni veitiki ni dodonu .
ena loma ni qiqi ni liga se vakavuna na cala ni dodonu .;
5. Kevaka e sega ni vakayagataki ena dua na gauna balavu ., mo ni maroroi ira na liga ni cakacaka ena dua na vanua savasava ka taqomaki vinaka .;
6. Pay attention to moisture and shock during storage and transportation.

8. iTukutuku ni Veitaqomaki

1. Yalovinaka wilika mada na idusidusi ni bera ni vakayagataki .. E vakatabui vei ira na sega ni kenadau mai na .
operating.
2. Yalovinaka vakaisosomitaka na batiri ena gauna ni sa rui lailai na batiri me kua kina na cala e vakavuna na .
insufficient power causing the handwheel to be unable to operate.
3. Kevaka e vakavinakataki ., Yalovinaka veitaratara kei na kena e kenadau ena .. Kevaka e vakacacani na kena vakavinakataki vakataki koya .,
the manufacturer will not provide warranty.

]]> O ira na Siemens era a vakatabui tu ena iqaqalo ni iyaya vakalivaliva ena ligadra na XWGP-ETS . https://www.wixhc.cn/product/siemens-dedicated-wireless-electronic-handwheel-xwgp-ets Thu, 26 Me 2022 02:33:53 +0000 https://www.wixhc.cn/?post_type=product&p=4381

1.Introduction of remote control

a.Product Composition
Siemens real-time coordinate display wireless electronic handwheel consists of two parts: lula qori + receiver;

b.Characteristics

*Na Veitokoni ni Sivo ni veiqaravi.: S7-200/3000/- 12000.；Veitokoni dina ena gauna ni cakacaka ni Siemes ni ivakarau ni ivakarau ni ivakarau ni ivakarau ni bula ni Siemes .；
*Sa tadola tu na nabavuni ni taranisimisani vakayawa . 40 bose, automatic frequency hopping technology, can use 32 sets of equipment at the same time;
*The electronic handwheel is powered by 2 AA batteries and can be used for more than 30 ma;
*The receiver is equipped with an external antenna to enhance the signal and is easy to install;
*Electronic handwheel support: dua e curu ina 100PPR . 、e dua na 6 na tabana ni digidigi ampis phis . 、 e dua na kena ivakamacala e dua na ivola ni ivakamacala e dua na ivola ni ivakamacala e cake .;
*Electronic handwheel supports 6 gaunisala, corresponding to Siemens PLC address, ka rawa ni soli wale na porokaramu .;

*6 Na ibulukau ni kasitama e rawa ni lewai ira vinaka na . 6 taqaya;
*The display screen displays the PLC corresponding register coordinate value in real time, and supports 6-axis display of real-time coordinates.

2.Application field

Programmable CNC remote control is widely used in various CNC fields such as laser engraving system, Na misini ni livaliva na misini ni livaliva ., Vakadonuivuti, gantry machine tool, kei na so tale.

3. Introduction to the working principle

1）Electronic handwheel is connected to PLC via Ethernet receiver

a.The handwheel transmits the key data wirelessly to the receiver, and the receiver writes the keys through the network cable PLC system DB area; the receiver reads the data to be displayed from the designated DB area, and then returns the data to the handwheel display screen. The user can customize the base address of reading and writing DB area on the handwheel, so that the handwheel can read and write the data in the DB area of the PLC.

b. The receiver supports Siemens S7 protocol. Applies to PLC S7-200, PLC S7-300 and PLC S7-1200.

c. The user can configure the receiver to server mode and client mode through the PLC connection configuration tool.

In the server mode, the user configures the PLC read and write address through the WGP-ETS configuration software;Use the PLC connection configuration tool to configure the receiver into client mode. After configuration, the XWGP-ETS receiver can communicate with the PLC through the standard S7 protocol.

2)Specific application

Specific application of handwheel receiver and Siemens PLC S7-200:

a. The button on the handwheel corresponds to the value of the BOOL area set by the user in the PLC. If the button of the handwheel is pressed, the corresponding BOOL area is true, and when it is released, it is false, and the base address of the BOOL area can be set through the handwheel;

b. The handwheel can read the value of the DB area in the PLC. One axis has 4 bytes of display data, kei 6 axes have a total of 24 bytes. The base address of the DB area can be set through the WGP-ETS configuration software.

4.Appearance introduction

5.Receiver terminal definition and coding table

6.Appearance size

 

 

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