Chairo chaicho chekushandisa madikani – Wixhc tekinoroji https://www.wixhc.cn Indasitiri Mutungamiriri Wed, 05 Nov 2025 06:21:59 +0000 sn hourly 1 https://wordpress.org/?v=6.8.3 Wired Wemakectronic Handwheel Manyorero bhuku 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. Chigadzirwa Chekutanga

Electronic handwheel is used for manual guidance, chinzvimbo, tool alignment, and other operations on CNC machine tools. This model of electronic handwheel is a Siemens actual display wired electronic handwheel. The handwheel is connected to the X130 interface of the Siemens system through a network cable, and the system coordinates are read and displayed on the LCD screen of the handwheel through S7 protocol communication. The handwheel can also control system axis selection, Magnificial, buttons, andother signals through communication.
2.Chigadzirwa chinoshanda maitiro
1. Shandisa 6-core aviation plug tambo yekubatanidza, neiyo ruoko rwebhuruu 10 meters.
2. Iyo ruoko rwakagadziriswa runokwanisa kuratidza system workmieceres, Mechancal inoronga,dhaireke, Axis kusarudzwa, Magnificial, and other information.
3. Tsigira Emergency Stop bhatani, switch io signal kubuda, and the hand wheel shutdown emergency stop is still valid.
4. Zvinotsigira 6 Tsika mabhatani, switch io signals, and can output signals to the system through IO wiring or communication.
5. Zvinotsigira 6 kana 8 axis kutonga, with switch IO signals that can be output to the system through IO wiring or communication.
6. Zvinotsigira 3 kana 4 levels of magnification control, with switch IO signals that can be output to the system through IO wiring or communication.
7. Support pulse encoder, 100 pulses/turn, can output signals to the system through AB pulse wiring.
8. Supports Siemens S7 protocol and Siemens 828D, 840DSL, ONE and other model systems.

 

3. Zvigadzirwa Zvinyorwa
Handwheel working power supply voltage DC24V/1A
Receivery Simba Kuwanikwa Voltage DC24V/1A
Receiver IO output load range DC24V
Hand wheel end cable length 10m
Receiver end cable length 1m
Receiver end network cable length 3m
Operating temperature -25℃<X<55℃
Anti-fall height 1m
Custom Button Quantity 6
Product dimensions 233*90.7*77.4（mm）

4.Chigadzirwa Basa Sumo

ONA:
Emergency stop button:
Dzvanya bhatani reMergency Stop, uye maviri maviri emergency ekumisa io anobuda pane anogamuchira achabviswa, and all functions of the handwheel will be invalid.
After releasing the emergency stop, the emergency stop IO output on the receiver is closed, and all functions of the handwheel are restored.
② Screen display:

 

PLC: 0000 indicates that the network cable is not connected, PLC: 1010 indicates that the network cable is successfully connected to the PLC system.
PLC: 1110 represents successful writing of system data to the handwheel, PLC: 0001 represents successful connection to the computer.
③ Custom button:
6 Tsika mabhatani, Imwe neimwe inoenderana neiyo inobuda pachena pane anogamuchira, also connected to the system through communication.
④ Axis selection switch:
The axis selection switch can switch the movement axis controlled by the handwheel.
⑤ Enable button:
Press and hold either enable button on both sides to activate the pulse encoder by shaking it. And the two groups on the receiver enable IO output to conduct, release the enable button to enable IO output to disconnect.
⑥ Magnification switch:The magnification switch can switch the magnification
controlled by the handwheel.
⑦ Pulse encoder:
Dzvanya uye Bata Bhatani bhatani, zunza pulse encoder, Bvisa chiratidzo chechiratidzo, and control the movement of the machine axis.
⑧ Handwheel cable:

Cable connecting the handwheel and receiver, aviation plug, used for handwheel power supply and communication.

5. Chigadzirwa Accessory Diagram

6. Chigadzirwa Kuisa Nhungamiro
6.1 Chigadzirwa kuisirwa matanho
1. Install the receiver into the electrical cabinet through the screw holes at the four corners.
2. Tarisa kune yedu yekugamuchira wiring diagram uye inoienzanisa neyako pane-saiti zvishandiso. Connect the device to the receiver through cables and connect the receiver to the X130 interface of the system using Ethernet cables.
3. Mushure mekugadzirisa anogamuchira, install the aviation plug base at the handwheel opening position on the panel, and plug the other end of the base into the handwheel interface on the receiver. Then insert the aviation plug of the handwheel cable into the base and tighten the fixing device.

 

6.2 Receiver kuisirwa zviyero

6.3 Installation dimensions of aviation plugs

6.4 Receiver Wiring Reference Diagram
7.Chigadzirwa Chigadzirwa Mirayiridzo

1. When the receiver is powered on and the working indicator light of the receiver flashes, connect the receiver to the computer with a network cable, set the fixed IP address of the computer, and use the network configuration tool software to set the network parameters of the handwheel function. For specific setting methods, refer to the “LXWGP-ETS Wired Handwheel User Manual”.

2.After the receiver is set up, the system needs to program a PLC program. Please refer to the “LXWGP-ETS Different Siemens Numerical Control System Setting Methods” and PLC program routine materials for details.

3.After completing the above settings, take the receiver to the machine electrical cabinet and install it. 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.After completing the above settings, take the receiver to the machine electrical cabinet and install it. Pull out the network cable from the computer and plug it into the X interface of the system. Connect the receiver power supply and pulse line.
5. Select axis selection: Switch the axis selection switch and select the axis you want to operate on.
6. Sarudza Kukura: Switch the magnification switch and select the magnification level you need.
7. Kufambisa axis: Dzvanya uye Bata Bhatani bhatani, Sarudza iyo axis sarudzo switch, Sarudza switch, and then rotate the pulse encoder to rotate the positive moving axis clockwise and the negative moving axis counterclockwise.
8. Press and hold any custom button to turn on the IO output of the corresponding button in the receiver, and release the button to turn off the output.
9. Dzvanya bhatani reMergency Stop, Iyo inoenderana emergency yekumira io kubuda kweanogamuchira kuchabviswa, Iyo handwheel basa icharemara, Sunungura iyo Emergency Stop bhatani, Iyo emergency yekumira io kubuda ichavharwa, and the handwheel function will be restored.
8.Chigadzirwa Model Tsananguro

① LXWGP represents a wired appearance style, and the receiver communication interface
is an Ethernet interface.
② : Represents Siemens system specific.
③ : represents the number of axis selection switches, represents axes, and represents
axes.
④ : represents the type of axis selection and magnification signal, A represents
point-to-point output signal, and B represents encoded output signal.

9.Product trouble shooting

10.Kugadzirisa
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. Ndokumbirawo kuti udzivise kunyura, kudonha, kuputika, etc. to prevent damage to the precision components inside the handwheel or accuracy errors.
5. Kana isina kushandiswa kwenguva yakareba, please store the handwheel in a clean and safe place.During storage and transportation, attention should be paid to moisture and shock resistance.
11. Ruzivo rwekuchengetedza

1. Please read the instructions carefully before use and prohibit non professionals from operating.
2. If any abnormal situation occurs with the handwheel, please stop using it immediately and troubleshoot. Before troubleshooting, it is forbidden to use the faulty handwheel again to avoid safety accidents caused by unknown handwheel faults;
3. Kana kugadziriswa kunodiwa, Ndokumbira ubate Mugadziri. Kana kukuvara kwacho kuchikonzerwa nekuzvigadzirira, Mugadziri haazope waranti

 

]]> Akazvitsaurira Wireless Remote yeCNC Vertical Lathe Operation Mirayiridzo 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.Chigadzirwa Chekutanga

Iyo yakatsaurwa isina waya kure kure kwekuramba kweCNC vertical Lathes inoshandiswa kune zvinyorwa zvinyorwa, chinzvimbo, Tool Kuisa, uye mamwe mashandiro paCNC vertical Machine Zvishandiso. Ichi chigadzirwa chinotora Wireless Wireless turnation tekinoroji, Kubvisa Kudiwa Kwechinyakare Chitubu Wirae Kubatanidza, kuderedza zvishandiso kukundikana kunokonzerwa nemabhuru, uye kubvisa zvakashata zvevatanda cable kudhonza uye mafuta mafuta, Kuita Basa Rakanyanya. Izvo zvinowanzoshanda zvakanyanya kune akasiyana siyana vertical lathes senge cnc vertical lathes, single-column vertical lathes, uye kaviri-column vertical lathe, senge mambokadzi,
Mitsubishi, FANUC, and Syntec.

2. Chigadzirwa chinoshanda maitiro

1. Kurera 433 MHZ Wireless Kukurukurirana Technology, ine isina waya yekushandisa chinhambwe che 40 meters.
2.Kugamuchira otomatiki frequatrecy hove basa uye kushandisa 32 Seti yeasina waya kure kure controllers panguva imwe chete, without affecting each other.
3. Tsigira Emergency Stop bhatani, switch IO signal output.
4. Zvinotsigira 2 Mabhatani emaitiro, with switch-type IO signal output.
5. Zvinotsigira -2 axis control.
6. Supports 3-level magnification control.
7. Tsigira iyo inogonesa bhatani basa, iyo inogona kubuda pa / kubva kuIO masaini uye kudzora axis kusarudzwa, kuwedzera chinhu, and encoder.
8. Support for axis selection and magnification modification through software to change the encoding type.
9. Zvinotsigira Pulse Encoder, nechitaurwa che 100 pulses per revolution.
3. Zvigadzirwa Zvinyorwa
Inoshanda voltage uye zvazvino zvemawireless kure
3V / 14ma
Bhatiri Rondedzero 2 AA alkaline mabhatiri, size 5
Yakadzika Voltage Alarm mhando yeasina waya kure < 2.3V
Receivery Simba Kuwanikwa Voltage DC5V-24V / A
Receiver Emergency Stop Output Loa Range AC125V-1A / DCD-2A
Receiver Inogonesa Output Load Range
AC125V-1A / DCD-2A
Receivery Custom Button Exput Load Range Dc24v / 50ma
Receiver Axis Selection inobuda mutoro renji Dc24v / 50ma
Receivery Magnification Exput Loa Range Dc24v / 50ma
Simba rekutapurika reWhiteld terminal
15DBM
Anogamuchira achigamuchira kunzwa -100DBM
Wireless kutaurirana frequency 433MHZ frequency bhendi
Wireless yekutaurirana kureba Chipinganidzo chemahara 40 metres
Kupisa tembiricha -25℃ < X < 55℃
Anti anowira kureba 1 (mita)
Tsika Bhatani Kuwanda 2
4. Chigadzirwa Basa Sumo



Zvinyorwa:

① pulse encoder:
Dzvanya uye Bata Bhatani bhatani, zunza pulse encoder, Bvisa chiratidzo chechiratidzo,and control the movement ofthe machine axis.
② Gonesa bhatani:
Tinya chero batidziri bhatani kune rumwe rutivi, uye maviri maviri ekugonesa eio inobuda pane anogamuchira ichaita. Sunungura iyo Batanidza bhatani kuti ubvise iyo inogonesa io kubuda; Uye usati wachinjira iyo axis sarudzo yekukura uye ichizunza ruoko rwakaipa,Iyo Bathiti bhatani rinoda kuitirwa pasi kuti riwedzere kushanda; This function can be cancelled through configuration software.

③ chiratidzo magetsi:
Kuruboshwe mwenje: Simba pane Chiedza,Iyo ruoko runoshandisa iyo axis kusarudza kuti isarudze simba pane, uye ichi chiedza chinogara mushure mekunge simba;
Middle Light: Chiedza chechiratidzo chinovhenekera kana uchishanda chero basa rewheel, uye haina kuvhenekera kana pasina kuvhiyiwa;
Right Rutivi Chiedza: Low voltage alarm mwenje, Low Battery Battery,iyi mafashoni kana anogara, battery needs to be replaced.

④ Emergency yekumira bhatani:
Dzvanya bhatani reMergency Stop, uye maviri maviri emergency ekumisa io anobuda pane anogamuchira achabviswa, and all functions of the handwheel will be invalid.

⑤ Magnification switch:
Dzvanya uye ubate bhatani rekugonesa kushandura iyo Magnific Switch, which can switch the magnification controlled by the handwheel.

⑥ Axis sarudzo switch (Switch Switch):
Dzvanya uye ubate bhatani rekugonesa kushandura iyo axis sarudzo switch, iyo inogona kuchinjisa kufamba kwaAxis kwakadzorwa neNywheel. Switch this switch from OFF to any axis and turn on the handwheel power.

⑦ Tsika bhatani:
Maviri etsika mabhatani, each corresponding to an IO output point on the receiver.

5. Chigadzirwa Accessory Diagram

6. Chigadzirwa Kuisa Nhungamiro
6.1 Chigadzirwa kuisirwa matanho

1. Gadza iyo inogamuchira mumakabati yemagetsi kuburikidza neBuckle kumusana, or install it into the cabinet through the screw holes at the four corners of the receiver.
2. Tarisa kune yedu yekugamuchira wiring diagram uye inoienzanisa neyako pane-saiti zvishandiso. Connect the equipment to the receiver via cables.
3.Mushure mekunge mugamuchire akagadziriswa zvakanaka, Iyo Antenna yakashongedzwa neanogamuchira inofanira kubatana, uye kupera kwekunze kweAntenna kunofanirwa kuiswa kana kuiswa kunze kwekabati yemagetsi. Inokurudzirwa kuiisa pamusoro peiyo yemagetsi kabati yechiratidzo chakanakisa. Iyo inorambidzwa kusiya iyo antenna isingabati kana kuiisa mukati meiyo yemagetsi cabinet, as this may result in the signal being unusable.
4. Pakupedzisira, Vhura iyo Simba Switch yeiyo Handwheel, and you can operate the machine remotely using the handwheel.

6.2 Receiver kuisirwa zviyero

6.3 Receiver Wiring Reference Diagram

7. Chigadzirwa Chigadzirwa Mirayiridzo
1. Simba pamushini uye anogamuchira. Iyo inogamuchira inoshanda chiratidzo chiratidzo chinopenya. Isa bhatiri muWireless Electronic Handwuheel, chengetedza chifukidziro chebhatiri, uye
Vhura iyo Simba Switch yeiyo Wireless Electronic Handwuheel. The handwheel’s battery level indicator light is on.
2. Sarudza iyo kuronga axis: Dzvanya uye Bata Bhatani bhatani, Shandura iyo axis sarudzo switch, and select the axis you want to operate.
3. Sarudza Kukura: Dzvanya uye Bata Bhatani bhatani, Shandura iyo Magnification switch,and select the desired magnification level.
4. Kufambisa axis: Dzvanya uye Bata Bhatani bhatani, Sarudza iyo axis sarudzo switch, Sarudza switch, uyezve kutenderera pulse encoder. Tenderedza wachi kufambisa iyo
positive axis and counterclockwise to move the negative axis.
5. Dzvanya uye bata chero imwe chete bhatani, uye bhatani rinoenderana io kubuda kweanogamuchira kuchashandurwa. Sunungura bhatani, and the output will be turned off.
6. Dzvanya bhatani reMergency Stop, Iyo inoenderana emergency yekumira io kubuda kweanogamuchira kuchabviswa, Iyo handwheel basa icharemara,Sunungura iyo Emergency Stop bhatani, Iyo emergency yekumira io kubuda ichavharwa, and the handwheel function will be restored.
7. Kana iyo handwheel isingashande kwenguva yakati rebei, Iyo ichangobva kupinda mumigwagwa yekurara kuti ideredze simba rekushandisa. Kana ichishandiswa zvakare, the handwheel can be activated by pressing the enable button.
8. Kana iyo ruoko ruoko haina kushandiswa kwenguva yakareba, Inokurudzirwa kuchinjisa iyo ruoko neyelheel shaft kune iyo yekubva chinzvimbo, dzima simba remaoko, and extend the battery life.

8. Chigadzirwa Model Tsananguro

① :ZTWGP inomiririra chitauro
②：Pulse inobuda paramita:
01: Inoratidza kuti iyo purse inobuda chiratidzo chiratidzo ndeye, B; Pulse voltage 5v; pulse quantity 100PPR.
02：Kuratidza kuti itsting lead signals ndeye uye b; Pulse Voltage 12V; pulse quantity 100PPR.
03：Inoratidza kuti itsting lead signals ndeye, B, A -, B -; Pulse voltage 5v; pulse quantity 100PPR.
04：Inoratidza yakaderera-level NPN yakavhura dunhu redunhu, ne pulse inobuda masaini yeA uye B;The number of pulses is 100PPR.
05：Inoratidza yakakwira-level pnp sosi yekubuda, ne pulse inobuda masaini yeA uye B; The number of pulses is 100PPR.
③：Inomiririra nhamba yeiyo axis sarudzo switches, 2 inomiririra 2 axes.
④：Inomiririra mhando yeaxis sarudzo switch chiratidzo, Inomiririra point-kune-point kubuda chiratidzo, and B represents encoded output signal.
⑤：Inomiririra mhando yekuwedzera switch sign, Inomiririra point-kune-point kubuda chiratidzo, and B represents encoded output signal.
⑥：Inomiririra huwandu hwetsika mabhatani, 2 inomiririra 2 custom buttons.
⑦：Inomiririra simba rekuwanikwa kweiyo system handwheel, uye 05 represents 5V power supply.
⑧：L inomiririra iyo yekupedzisira chikamu (kuruboshwe banga bata), uye r anomiririra iyo column chaiyo (kurudyi banga mubato).

9.Mhinduro yechigadzirwa zvigadzirwa

10. Chigadzirwa Kugadziriswa

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. Ndokumbirawo kuti udzivise kunyura, kudonha, kuputika, etc. to prevent damage to the precision components inside the handwheel or accuracy errors.
5. Kana isina kushandiswa kwenguva yakareba, Ndokumbirawo mudura ruoko rwakaipa munzvimbo yakachena uye yakachengeteka. Panguva yekuchengetedza uye yekufambisa, attention should be paid to moisture and shock resistance.

11. Ruzivo rwekuchengetedza

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. Kana kugadziriswa kunodiwa, Ndokumbira ubate Mugadziri. Kana kukuvara kwacho kuchikonzerwa nekuzvigadzirira, Mugadziri haazope waranti

]]> FANCUC yakazvitsaurira Wireless Electronic Handwuheel https://www.wixhc.cn/product/fanuc-dedicated-wireless-electronic-handwheel Tue, 06 Chivabvu 2025 07:26:48 +0000 https://www.wixhc.cn/?post_type=product&p=4626

1.Chigadzirwa Chekutanga

Wireless electronic handwheel is used for manual guidance, chinzvimbo, tool alignment,and other operations on CNC machine tools. Ichi chigadzirwa chinotora Wireless Wireless turnation tekinoroji, eliminating the traditional spring wire connection, kuderedza zvishandiso kukundikana kunokonzerwa nemabhuru, eliminating the disadvantages of cable dragging and oil stains, and making operation more convenient. This model of wireless electronic handwheel is a dedicated handwheel for the Fanuc system. The Fanuc system coordinates are displayed in real-time on the handwheel screen through the IO-LINK protocol, and the axis selection,Magnificial, and button signals are directly connected to the system through the IO-LINK protocol, reducing wiring.

2. Zvigadzirwa zvechigadzirwa
1. Tora 433MHz waya isina kutaurirana tekinoroji, Wireless Operation Inoshanda iri 40 metres;
2. Anotora otomatiki frequency hope yekushandisa basa, shandisa 32 sets of wireless remote controllers at the same time without affecting each other;
3. Tsigira Emergency Stop bhatani, switch io signal kubuda, connected to the system through IO wiring;
4. Tsigiro 4 Tsika mabhatani, switch io chiratidzo, Kuburitsa chiratidzo kuhurongwa kuburikidza neIO-link protocol;
5. Tsigira nekukurumidza kufamba bhatani + uye bhatani -, Dzvanya uye bata bhatani kuti udzorere ruoko rwakaipa kufambisa muchina;
6. Tsigira 6-axis kutonga, switch io chiratidzo, Kuburitsa chiratidzo kuhurongwa kuburikidza neIO-link protocol;
7. Support 1X,10x, 100X control . Support switch l0 signal, and outputs signals to the system via IO-LINK protocol;
8. Support enable button function, connect to the system through IO wiring, and control encoder enable at the same time;
9. Support pulse encoder, 100 pulses/circle, access the system MPG handwheel interface by outputting AB encoding signal;

3.Product Specifications

4.Product Features

Zvinyorwa:
①Emergency stop button:
Dzvanya bhatani reMergency Stop, the two emergency stop IO outputs on the receiver are disconnected, and all handwheel functions are invalid.After the emergency stop is released, the emergency stop IO output on the receiver is closed and all functions of the handwheel are restored.

②Screen display:

③Custom Buttons:
4 Tsika mabhatani, each button corresponds to an IO output point on the receiver, connected to the system through IOLINK. Generally, the ~ button is set as a high-speed button.
④Axis selection switch:
Switching the axis selection switch can switch the moving axis controlled by the handwheel.
⑤Shortcut buttons:
Press the shortcut button “+ ”to move the machine forward, and press the short cut button “-” to move the machine negatively. This can replace turning the hand wheel to move the machine.
⑥Enable button:
Press and hold any one of the enable buttons on both sides and shake the pulse encoder to be effective. And the two groups of enable IO outputs on the receiver are turned on. Release the enable button and the enable IO output is disconnected.
⑦Ratio switch:
Switching the magnification switch can switch the magnification of handwheel control.
⑧Pulse encoder:
Press and hold the enable button and shake the pulse encoder to send out a pulse
signal to control the movement of the machine axis.
⑨Power switch:
Handwheel power button.

5.Zvigadzirwa zviyero Diagram

6.Chigadzirwa Kuisa Nhungamiro

6.1 Chigadzirwa kuisirwa matanho

1. Install the receiver in the electrical cabinet through the screw holes at the four corners.
2.Tarisa kune yedu yekugamuchira Wiring Diagram, compare it with your on-site equipment, and connect
the equipment to the receiver via cables.
3. Mushure mekunge mugamuchire akagadziriswa, Iyo Antenna yakashongedzwa neanogamuchira inofanira kubatana,
and the outer end of the antenna must be installed or placed outside the electrical cabinet.
Inokurudzirwa kuiisa pamusoro peiyo yemagetsi kabati yechiratidzo chakanakisa. It
is prohibited to leave the antenna unconnected or place the antenna inside the electrical cabinet,
which may cause the signal to be unusable.
4.Pakupedzisira, turn on the handwheel power switch and you can operate the machine by
handwheel remote control.

6.2 Receiver kuisirwa zviyero

6.3 Receiver Wiring Reference Diagram

7. Kuchengetedza nekutarisira

1. Please use it in a dry environment with normal temperature and pressure to extend the
service life;
2. Please avoid using it in abnormal environments such as rain and water bubbles to extend
Hupenyu hweBasa;
3. Please keep the appearance of the handwheel clean to extend the service life;
4. Ndokumbirawo kuti udzivise kunyura, kudonha, kuputika, etc. to prevent damage to the precision parts
inside the handwheel or cause precision errors;
5. Kana isina kushandiswa kwenguva yakareba, Ndokumbirawo mudura ruoko rwakaipa munzvimbo yakachena uye yakachengeteka;
6. Pay attention to moisture and shock during storage and transportation.

8. Security Information

1. Ndokumbirawo kuti muverenge iyo mirairo nokungwarira isati yashandisa. Vasiri-nyanzvi vanorambidzwa kubva
operating.
2. Please replace the battery in time when the battery is too low to avoid errors caused by
insufficient power causing the handwheel to be unable to operate.
3. Kana kugadziriswa kunodiwa, Ndokumbira ubate Mugadziri. Kana kukuvara kuchikonzerwa nekuzvigadzirisa,
the manufacturer will not provide warranty.

]]> Nokoremani Siemens Akazvitsaurira Wireless Electronic Handwuheel XWGP-ETS https://www.wixhc.cn/product/siemens-dedicated-wireless-electronic-handwheel-xwgp-ets Thu, 26 Chivabvu 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: electronic handwheel + receiver;

b.Characteristics

*Tsigiro Nokia Siemens PLC: S7-200 / -300 / -1200；Tsigira chaiyo-nguva kuratidzwa kweSiemens system kuronga kukosha；
*Iyo Wireless Transport Danho rakavhurika 40 metres, 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 mazuva;
*The receiver is equipped with an external antenna to enhance the signal and is easy to install;
*Electronic handwheel support: imwe 100ppr encoder 、imwe 6-yekumhanyisa axis sarudzo switch 、 Imwe 3-Speed ​​Magnific Switch;
*Electronic handwheel supports 6 Tsika mabhatani, corresponding to Siemens PLC address, iyo inogona kuve yakarongedzwa pachena;

*6 Tsika mabhatani anogona kudzora 6 switch inobuda;
*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, CNC Maling Machine, CNC machining Center, gantry machine tool, etc.

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, uye 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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