The remote control for automatic cutting of track car rope saw is suitable for track type rope saw
cutting machines. It uses the 485 Modbus RTU protocol to control the left and right track frequency
converters, as well as the large motor frequency conversion speed control start and the front, rear,
left and right direction controllers. And it can read the working current of the large motor frequency
converter through the 485 Modbus RTU protocol. By analyzing and comparing the current of the
large motor, the speed of the left and right tracks can be automatically adjusted in real time to
achieve automatic cutting function.

2. Product functional features

1. Adopting 433MHz wireless communication technology, with a wireless operating distance of 100 meters.
2. Adopt automatic frequency hopping function and use 32 sets of wireless remote controllers
simultaneously, without affecting each other.
3. Supports all frequency converters with 485 Modbus RTU protocol, and currently compatible frequency
converter brands include:Shanghai Xielin, Fuji, Huichuan, Zhongchen, INVT, kwaye . For brands
that are not compatible, please contact us for customization.
4. Ummiselo wesantya, ukuqala, and current reading of large motor frequency converters.
5. Inkxaso yasekhohlo neyokulandelelana, ukuqala, ngaphambili, umva, left and right control.
6. Support linear correction of left and right track frequency converters to keep the machine walking in a
straight line.
7. Support automatic cutting function of rope saw, automatically adjust the left and right track speed in
real time according to the current information of the large motor.
8. It is also compatible with direct IO output control for motor start and stop, and analog voltage output
control for motor speed.

3. Imveliso yemveliso

4. Product Function Introduction

Amanqaku:
①Screen display:

②Mode switch:

③Enable:
Combination buttons, some operations require holding down the enable button for operation,see the instructions for each switch for details.
④Large motor switch:
Using a 3-speed reset switch, pulling this switch can control the forward and reverse rotation of the large motor. Emva kokukhulula, the state will remain, and there will be corresponding displays on the screen. The S1↑ arrow indicates forward rotation, and the S1 ↓ arrow indicates everse rotation.
⑤Small motor forward/reverse switch:
The small motor is equipped with a 3-speed self-locking switch in front of it. Pressing the enable button and pulling this switch can control the small motor to move forward and backward, and the corresponding display will appear on the screen.The ↑↑ arrow represents forward, and the ↓↓ arrow represents backward.
⑥ Straight line correction:
Using a multi turn encoder knob, press the enable button, turn the knob right, and display the straight line correction: Df: The left turn knob increases by 1 unit per rotation, and the left
motor speed increases by 0.1 unit; Turn left knob, straight line correction display: Df: On the right, every turn of the knob increases by 1 unit, and the speed of the right motor increases
by 0.1 unit.
⑦Small motor turning switch:
Using a 3-speed reset switch, when manually operated, the small motor can be controlled to turn left or right. Once released, the remote control will automatically stop this action. In the forward state, when this switch is turned, the corresponding display will appear on the screen. The ←↑ arrow indicates left turn, and the ↑→ arrow indicates right turn.When in reverse mode, turn this switch and the corresponding display will appear on the screen. The ←↓ arrow indicates left turn, and the ↓→ arrow indicates right turn.
⑧ Large motor speed regulation:
Using a multi turn encoder knob, rotating 1 grid each time, the speed value of the large motor changes by approximately 0.2 units. Fast rotation can quickly modify the speed value of the large motor.
⑨ Small motor speed regulation:
Using a multi turn encoder knob, in manual mode, press the enable button and then rotate one grid at a time，the speed value of the left and right small motors changes by about 0.1 units, and quick rotation can quickly modify the speed value of the small motor.In automatic mode, press the enable button and rotate one grid at a time,the speed limit value F of the small motor changes by approximately 0.1 units. Rapid rotation can quickly modify the speed limit value of the small motor.
⑩ Remote control power switch
The remote control display screen is turned on.

5. Product accessory diagram

6. Isikhokelo semveliso
6.1 Product installation steps
1. Install the receiver into the electrical cabinet through the buckle on the back, or install it into the cabinet through the screw holes at the four corners of the receiver.
2. Refer to our receiver wiring diagram and compare it with your on-site equipment. Connect the equipment to the receiver through wires.
3. After fixing the receiver, it is necessary to connect the antenna equipped with the receiver and install or place the outer end of the antenna outside the electrical cabinet. It is recommended to place it on the top of the electrical cabinet for the best signal effect. It is forbidden to leave the antenna unconnected or place it inside the electrical cabinet, as it may cause the signal to be unusable.
4. Ekugqibeleni, install the battery on the remote control, tighten the battery cover, and turn on the power switch of the remote control. After the remote control display screen shows the normal
working interface, remote control operations can be performed.

6.2 Ubungakanani bofakelo lokufaka

6.3 Umzobo wereferensi ye-Wiring Wiring

7. Product operation instructions
7.1 Remote Control Parameter Settings
Method to enter the remote control backend parameters:

Turn the mode switch to manual mode, adjust the speed of the small motor to 25 on both sides, or 0, 10, 20, 40, 50 on all sides, and continuously turn the forward switch of the large motor up 3 times and down 3 times;
Use the “Small Motor Speed Control” knob to flip pages, press the enable button, and then turn the small motor speed control knob to modify parameters. After modification, turn the page to the end,khetha “Save” to exit, and press the enable button to exit the menu;
The parameters are as follows:
Ubuninzi bobuninzi: feedback range of large motor current, set range 15-200A, Ukungagqibeki 100;
I-parameter yesantya: Imowudi yokuzenzekelayo, small motor automatically accelerates faster or slower,the smaller the faster, set range 200-1500, Ukungagqibeki 800;
Iparamera yenkohliso: Set the upper limit that allows the motor speed to change. When the current changes beyond this value, the deceleration will occur. The smaller, the faster the deceleration of the left and right motors, ngoluhlu lwe 05-12 and a default of 06;
Ukukhawulezisa i-A1: The larger the motor speed, the faster it increases, ngoluhlu lwe 00-06 and a default of 01;
Inkohliso A2: The larger the motor speed, the faster it decreases, ngoluhlu lwe 00-06 and a default of 02;
Enable speed regulation: Does the small motor speed regulation need to be enabled? 00 does not enable, 01 enables, default is 01;
Qala ngokwakho: Does the large motor automatically maintain self-locking after the forward and reverse switches are released? 00 does not hold, 01 holds, default 01
Uhambo oluninzi: maximum speed of left and right motors, range 10-100, Ukungagqibeki 50;
Ukusika okwangoku: maximum cutting current, displayed on the screen as IC value, range 15-160, default 30,
corresponding to IC: 30 displayed on the screen. The upper limit of this parameter is 80% of the maximum current;
Umda wesantya esingagqibekanga: The default small motor automatic cutting speed when turned on is within the range of 0-100, with a default of 10. The screen displays F1.0, and this parameter is only accurate when the maximum walking is set to 50.
Imowudi yokuzenzekelayo: Set to 00, the automatic/manual switch is a mode switch. Set to 01, the automatic/manual switch is set to the automatic position, the display screen shows lighting, and the automatic terminal output on the receiver is closed. When set to manual, the automatic output terminal is disconnected;
Speed limit deviation: The upper limit of the automatic cutting speed of the small motor ranges from 00 ukuya 200, with a default of 60 and a corresponding display of 6.0 on the screen; Upper limit of display value=speed limit offset x 0.1;
Owona mgcini: maximum speed of the large motor, range 10-100, Ukungagqibeki 50;
Mbus equipment (mandatory): Selection of large motor frequency converter model, range 00-03, Ukungagqibeki 03;
00- Shanghai Xielin 01-Fuji
02-INVT 03-Inovance（Zhongchen, Robicon）
SBUS equipment (mandatory): Small motor frequency converter model selection, range 00-05, Ukungagqibeki 03;

00- Shanghai Xielin 01-Fuji
02-INVT 03-Inovance（Zhongchen, Robicon）

04-Anchuanda 05-None

7.2 Parameter setting of frequency converter
1. Command source selection: Communication command channel
2. Main frequency source selection: communication given
3. Baud rate: 19200
4. Data format: No verification, data format<8-N-1>
5. Local address: Set the left frequency converter to 1, the right frequency converter to 2, kwaye
the large motor frequency converter to 3
7.3 Remote Control Operation Instructions
1. Power on the machine, turn on the remote control, enter the remote control backend, set the
remote control backend parameters, mainly setting the small motor and large motor frequency
converter models: (skip this step if the machine manufacturer has already set it);
2. Set the parameters of the frequency converter (skip this step if the machine manufacturer
has already set it);
3. Set the remote control to manual mode, and then use the remote control to move the machine to
the working position;
4. Kwimowudi yencwadi, set the cutting current of the large motor to IC and the speed of the large motor
5. Switch to automatic mode and set the cutting speed limit F value for the small motor;
6. Kwindlela ezenzekelayo, turn the large motor switch to forward to start the large motor, then turn
the small motor switch to forward or reverse, and the remote control enters automatic cutting
mode to start cutting.

8.Product troubleshooting

9.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 battery compartment and metal shrapnel area clean.
4. Please avoid damaging the remote control due to squeezing and falling.
5. Ukuba ayisetyenziswanga ixesha elide, please remove the battery and store the remote control and battery in a clean
and safe place.
6.Ngexesha lokugcina kunye nokuhamba, attention should be paid to moisture and shock resistance.

10. Ulwazi ngoKhuseleko
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 is too low to avoid errors caused by
insufficient power, which may result in the remote control being unable to operate.
3. Ukuba ukulungiswa kuyafuneka, Nceda unxibelelane noMvelisi. Ukuba umonakalo ubangelwa kukuzilungisa, the manufacturer
will not provide warranty.

Imodeli: Dh01r-4W-26K

Izixhobo ezifanelekileyo:Izixhobo ezahlukeneyo zemizi-mveliso

2.I-Intermes yeMveliso

Phawula: Ungayikhetha enye yee-antetenas ezintathu. The suction cup antenna is standard by default.

3.Inkcazo yemodeli yemveliso

Phawula:
① DH01r uthotho, Ukuba isimamva siqulathe i-t, Kuthetha ukuyeka okungxamisekileyo;ngaphandle kwe-t, it means without emergency stop output.

I-②IF akukho kungekho mveliso ye-alog, Akukho sidingo sokuthetha 0w okanye 0; I-Analogrounties w1, W2, W3, kunye ne-W4 engagqibekanga kwi-0-10v Anailog Voltrage Iziphumo; ngaxeshanye, I-W1 kunye ne-W2 inokwandiswa 2 I-Outodratital Poterital Potendometer Iziphumo, ngoluhlu lwe 0 -5Kmms, ½ i-watt; isisombululo: 20 ohms. Ezi zinto zimbini zedijithali zinokusetyenziselwa ukulawula i-uplding yangoku kunye ne-welding voltage yomatshini we-welding. Ukuba iziphumo zedijithali zedijithali ziyafuneka, user notes are required.

Igalelo le-④analog, ukusukela 1 ukuya 2, ibonisa ukuba kukho 1 ukuya 2 Igalelo le-analog(ubuninzi 2 Iindlela); Xa kukho igalelo le-analog, Kuya kufuneka uqaphele uluhlu lwevolthi yegalelo le-analog (Ukungasebenzi kakuhle 0 -5V, Umsebenzisi unokuqaphela njengoko 4-20 ma okanye 0-10v, njl.) kunye noluhlu oluhambelanayo lomdlalo we-analog (umzekelo: bonisa 0-100 i-volts okanye 0-1000 i-amps)

These two analog quantities can be used as displays for welding current and welding voltage.

4.Iimbonakalo

1) Ubuninzi 26 Iziphumo ezidluliselweyo;
2) Ubuninzi 4 Iindlela ze-analog 0-10v Iziphumo (Uluhlu lokubonisa lunokwenziwa ngokwezifiso): Inkxaso 2 Iindlela zokwahlulahlulahlulahlulahlulahlulahlulahlula i-porital poidital Imveliso;
3) I-2 igalelo le-analog; kwaye iboniswe kulawulo olukude, Uluhlu lokubonisa lunokwenziwa ngokwezifiso
4) Iindlela ezi-1 zendawo yokumisa engxamisekileyo;
5) Ixhaswa ngu 3 Iibhetri, Uyilo loMsebenzi oPhantsi;
6) Umgama wokusebenza ngaphandle kwentambo 200 iimitha;
7)) I-IP67 yoKhuselo I-IP67;
8) Ngomsebenzi wokutshintsha, Ixhasa i-4-comples ezimbini;
9）Back strap design.

5.Inkcazo yolawulo lokuCetyiswa kude

6.Intshayelelo Umxholo Intshayelelo

Ixabiso le-W1: W1: 0-1000 (Ipharamitha eguqukayo 0-9999)
Ixabiso le-w2 knob: W2: 0-5000 (Ipharamitha eguqukayo 0-9999)
Ixabiso le-W3: W3: 0-5000 (Ipharamitha eguqukayo 0-9999)
Ixabiso le-w4 lwexabiso: W4: 0-5000 (Ipharamitha eguqukayo 0-9999)
Ingxelo yeNgxelo ye-ADC: 0-1000 (Ipharamitha eguqukayo 0-5000)
I-ADC: 0-1000 (Ipharamitha eguqukayo 0-5000)

I-voltage esezantsi: Ibhetri yokulawula okude iphantsi kakhulu, please replace the battery.

Inethiwekhi ilahlekile: Umqondiso ongenazingcingo uyaphazamiseka. Nceda ujonge amandla omntu ofumanayo, amandla kwakhona, and restart the remote control.

7.Imiyalelo yokulawula kude Imiyalelo

1) Vula ulawulo olukude
Xa umntu ofumana amandla enziwa, Isalathisi esisebenzayo somamkeli; faka iibhetri ezimbini ze-AA kulawulo olukude, vula i-switch yombane, kwaye umboniso ubonisa ixabiso,Ukubonisa ukuqala kwempumelelo. The receiver working indicator light becomes solid.
2) Shicilela kwaye usebenze ngamaqhosha
Nakuphi na ukusebenza kweqhosha le-twist kunye neqhosha kulawulo olukude kunokulawula indawo yokuphuma yomqondiso ohambelana nomqondiso kwinqaku. Zonke iindawo zokuphuhlisa isiginali kwi-witR of Amkeli zihlala zivulekile ngokuzenzekelayo;
3) I-W1-W4 yoLungiso ngokukhawuleza
Jikelezisa amanqwanqwa kwi-W1-W4 ngokungacacanga ukuba isebenze ngokuhambelana ne-Assolog Expal Premen. I-ANANAG EXTAL STORK KWI-GARD SEPERRE YEMPAHLA KWI-0V Voltage Translation, kunye ne-potiometer yomqondiso kwi-0-3k;
4) Umsebenzi wokumisa ngexesha likaxakeka
Xa iqhosha lokumisa ngexesha likaxakeka licinezelwe, Zonke izinto zokutshintsha isiginali zikhutshiwe kwaye igalelo le-Analog linqunyulwe; Emva kokuba ikhutshiwe kwimo engxamisekileyo, Zonke iimpawu zokutshintsha ziyabuyiselwa kwaye iziphumo ze-analog ziyabuyiselwa; 5 imizuzwana emva kokuba ulawulo olukude lucinyiwe, Zonke iziphumo zokutshintsha isiginali zikhutshiwe kwaye inani le-analog zihlala zingaguqukanga. Xa ulawulo olukude luvuliwe, Iziphumo zokuGqibela ukutshintsha ngokuzenzekelayo;
5) Imenyu yeparamitha (Abasebenzisi abakwazanga ukuguqula ngasese)
Eminye imisebenzi yolawulo olukude inokuhlengahlengiswa ngeparamitha. Xa isiboniso se-w1 = 0, Cinezela iqhosha le-K9-B 3 amaxesha ngokulandelelana, kwaye emva koko cinezela i-K9-Iqhosha 3 amaxesha kumqolo ukufaka imenyu yeparamitha; I-K9-A kunye ne-N9-B iphepha lemenyu kwimenyu kwaye ukhethe iiparamitha; bamba phantsi k1-a, emva koko cinezela iqhosha le-K9-A / B ukutshintsha iiparamitha;
Phuma kwimenyu yeparamitha: Khetha ukugcina okanye ungagcini, emva koko cinezela i-K1-A iqhosha ukuqinisekisa ukuphuma;
I-F1W1 Uluhlu: Ixabiso le-BHODI YOKUGQIBELA ye-W1 knob kwiscreen sombolo, iguqukile kwi 0 ukuya 9999;
F2W2 Uluhlu: Ixabiso lodidi lokubonisa lwe-W2 knob kwiscreen sombolo, iguqukile kwi 0 ukuya 9999;
I-F3W3 Uluhlu: Ixabiso lodidi lokubonisa lwe-W3 kwiscreen esibonisa, iguqukile kwi 0 ukuya 9999;
I-F4W4 Uluhlu: Ixabiso le-bood le-W5 kwiscreen esibonisa, iguqukile kwi 0 to 9999
I-F5A1 uluhlu: Veza ixabiso le-ADC, 0-5000 iguqukile;
I-F6A2 uluhlu: Veza i-ADC ye-ADC, 0-5000 iguqukile;
I-alam yangoku: Cwangcisa ixabiso lealam le-ADC1 kunye ne-ADC. Xa i-ADC1 kunye ne-ADC2 idlula elixabiso, Umboniso wokulawula okude uya kuvusa; Xa elixabiso liyi-0, umsebenzi we-alarm akasebenzi;

8.Ukulawulwa kwempawu ezikude

9.Ubungakanani bolawulo olude

The final interpretation right of this product belongs only to our company.

Imodeli: DH12S-P6S

Izixhobo ezifanelekileyo:wire saw/blade saw machine

2.I-Intermes yeMveliso

Phawula: Ungayikhetha enye yee-antetenas ezintathu. The suction cup antenna is standard by default.

3.Inkcazo yolawulo lokuCetyiswa kude

4.Intshayelelo yeSiseko

Main motor speed: Main: 0-50
Traveling motor speed: Line: 0-50
Maximum speed limit of automatic cutting traveling motor: Speed: 0-30
(Iiparamitha eziguqukayo)
Automatic cutting main motor setting current: Setting: 28 (Iiparamitha eziguqukayo)
Swing arm motor speed: Swing: 0-50

I-voltage esezantsi: Ibhetri yokulawula okude iphantsi kakhulu, please replace the battery.

Inethiwekhi ilahlekile: Umqondiso ongenazingcingo uyaphazamiseka. Nceda ujonge amandla omntu ofumanayo, amandla kwakhona, and restart the remote control.

5.Imiyalelo yokulawula kude Imiyalelo

1）Turn on the remote control

Xa umntu ofumana amandla enziwa, the D2 power light on the receiver is always on, andthe D1 signal light starts to flash; faka iibhetri ezimbini ze-AA kulawulo olukude, vula i-switch yombane, and the display will show the motor speed, indicating successful startup.

2）Large motor and speed regulation/Main motor and speed regulation

Press and hold “Speed Regulation Enable”, jika “Thumela / ubuye umva” Tshintshela phambili, and the receiver’s main motor will turn on;
Press and hold “Speed Regulation Enable”, jika “Thumela / ubuye umva” tshintsha ukubuyela umva, and the receiver’s main motor will reverse and turn on;Simply move the switch to the middle or reverse direction, and the main motor will stop immediately without pressing the speed control enable button;Jikelezisa “big motor” knob to adjust the speed regulation voltage of the receiver’s main motor inverter to 0-10V;

3）Traveling motor

Press and hold “Speed Adjustment Enable”, jika “Thumela / ubuye umva” switch to forward or backward, and the walking motor will move at a high speed of 50;

4）Swing arm motor and speed regulation

Jika “Swing Arm/Reverse” switch to swing arm or retreat, and the receiver’s swing arm motor starts; then rotate the “Speed Adjustment” knob to adjust the swing arm motor speed;

Press and hold “Speed Adjustment Enable”, and then pull the “Swing Arm/Reverse” tshintsha, the swing arm motor will move at a high speed of 50;

5）Travel motor speed limit adjustment

Cinezela ubambe i “speed adjustment enable” iqhosha kwaye ujikeleze i “speed adjustment” to adjust the maximum speed limit of the traveling motor during automatic cutting;

6） Automatic cutting

The first step is to start the main motor; the second step is to adjust the maximum speed limit of the walking motor; the third step is to move the “thumela / ubuye umva” switch forward or backward to enter the automatic cutting mode;

7） Parameter menu (Abasebenzisi abavumelekanga ukuba bangayiguquli ngaphandle kwemvume)

Enter the parameter menu:Kwimowudi yencwadi, when the main motor speed is 0, tyhala phambili / ukuphinda usebenzise amaxesha amathathu ngokulandelelana, and then push it down three times in a row to enterthe parameter menu;
Phuma kwimenyu yeparamitha: Turn the speed adjustment knob, select save or not save, and press the enable button to confirm;
Rated current: The maximum value of the main motor current, unit Ampere;
Speed adjustment parameters: Automatic cutting control parameters, Ukungagqibeki 800, unit milli second,Utshintsho aluvumelekanga;
Iparamera yenkohliso: Xa ixabiso lokusika litshintshe ixabiso lingaphezulu kwexabiso, rapid deceleration begins, unit Ampere;
Ukukhawulezisa i-A1: When the cutting current is lower than the set cutting current, the speed value increased by each acceleration of the walking motor;
Inkohliso A2: When the cutting current is higher than the set cutting current, the speed value reduced by each deceleration of the walking motor;
Swing arm current: Default value, Utshintsho aluvumelekanga;
Stop time: After the automatic mode current overload shutdown, the current will be detected again after a period of time. If it is less than the set current, the walking motor will automatically start; unit second, default value, Utshintsho aluvumelekanga;
Ubuninzi bobuninzi: The range of main motor feedback current, unit Ampere;
Owona mgcini: Remote control main motor speed adjustment display range;
Uhambo oluninzi: Invalid parameter;
Isantya sokunciphisa umda: During automatic cutting, the remote control display walking motor speed limit = 50% of this parameter;
Increase sensitivity: When the main motor feedback current increases, each time the increase exceeds this value, the walking motor accelerates;
Decrease sensitivity: When the feedback current of the main motor decreases, and each time the decreasing value exceeds this value, the walking motor decelerates;
Sensitivity offset: Add and subtract the offset increment of the sensitivity parameter;
Set current: Ukusika ngokuzenzekelayo, the threshold of main motor feedback current. If this value is exceeded,the walking motor starts to decelerate;Below this value, the walking motor starts to accelerate;unit: Ampere;
Idling exit: When the automatic mode starts, if the main motor feedback current is less than this value,it will be in the idling mode.If it is greaterthan this value, it will exit the idling mode and enter the cutting mode.Unit is ampere;
No-load current:When automatic mode starts, if the main motor feedback current is less than this value,it is in no-load mode.If it is greaterthan this value, it will exit the no-load mode and enter the cutting mode.Unit is Ampere;
Swing arm speed: Initial speed of swing arm motor when starting up;
Cutting mode: Switch between blade saw and wire saw modes, and the parameters will switch accordingly after the switch; in blade saw mode, the remote control display adds a swing arm motor, while in wire saw mode, there is no swing arm motor;
Debounce time: When the main motor feedback current exceeds the stop current, the feedback current will be continuously detected. The debounce time is the duration of this continuous detection.After this time, if the main motor current still exceeds the stop current, the walking motor will stop;otherwise, the walking motor will stop. The motor will keep going;
Stop current: The main motor feedback current exceeds this value, and the walking motor will stop;Unit is Ampere;
Offset default: The initial value of the walking motor speed limit when the remote control is turned on = 50% of this value;

6.Ukulawulwa kwempawu ezikude

7.Ubungakanani bolawulo olude

The final interpretation right of this product belongs only to our company.

Imodeli: Dh12s-ld

Izixhobo ezifanelekileyo:I-wire yocingo lomkhenkce

I-Intermes yeMveliso

Phawula: Ungayikhetha enye yee-antetenas ezintathu. The suction cup antenna is standard by default.

Inkcazo yolawulo lokuCetyiswa kude

Intshayelelo yeSiseko

Isantya esikhulu semoto：S1：0-50
Isantya esincinci seemoto: S2: 0-50
I-ShestspeditooOonoomatic cuttingsMortor:F:0-30(I-parameterblechast)
Ukusika ngokuzenzekelayo okwangoku: Ndiyabona: 0-35 (Iiparamitha eziguqukayo)
Ixabiso lokulungisa: Df: -99-99 (1 Iyunithi imalunga ne-0.02v)

I-voltage esezantsi: Ibhetri yokulawula okude iphantsi kakhulu, please replace the battery.

Inethiwekhi ilahlekile: Umqondiso ongenazingcingo uyaphazamiseka. Nceda ujonge amandla omntu ofumanayo, amandla kwakhona, and restart the remote control.

Imiyalelo yokulawula kude Imiyalelo

1.Vula ulawulo olukude

Xa ixhotywe, ukukhanya kwe-rf-khokela umntu ofumanayo eqala ukuqaqamba;faka iibhetri ezimbini ze-AA kwisitayile esiyintloko, vula i-switch yombane, I-andbing iya kubonisa isantya semoto, indicating successful startup.

2.Imoto enkulu kunye nesantya sommiselo

Jika “thumela / ubuye umva” Tshintshela phambili, Imoto enkulu yemoto iya kuvula, kwaye umboniso uya kubonisa phambili

Jika “thumela / ubuye umva” tshintsha ukubuyela umva, Imoto enkulu yomamkeli iya kuvula umva, kwaye umboniso uya kubonisa ukubuyela umva

Jikelezisa “Uhlengahlengiso olukhulu lwemoto” I-knob ukuhlengahlengisa isantya esikhulu sokufumana isantya se-voltage;

3.Imoto encinci kunye nommiselo wesantya

Hambisa i “thumela / ubuye umva” Tshintshela phambili, Ivili lasekhohlo ngaphambili kunye nevili lasekunene ngaphambili komntwana ovunyiweyo, kwaye umboniso ubonakalisa phambili

Jika “Thumela / ubuye umva” tshintsha ukubuyela umva, Isondo lasekhohlo lokubuyela umva kunye nokubuya kwamavili abuyiselweyo kuvuliwe, kwaye umboniso ubonakalisa ukubuyela umva

4.Jika ngasekhohlo nasekunene

Jika “Ekhohlo ekunene” Tshintshela ngasekhohlo, ivili lasekunene lika-Realr liya phambili kwaye livulwe,kwaye umboniso uya kubonisa ekhohlo

Jika “jika ngasekhohlo / ngasekunene” tshintsha ukuze ujike ekunene, Ivili lasekhohlo lomlimi liya kuhamba kwaye livule, kwaye umboniso uya kubonisa ukuba ujike

5.Jika

Kwimowudi yencwadi:
Jika ngasekhohlo: Cinezela ubambe i “Yenza” iqhosha, jika “Ikhohlo / ngasekunene” Tshintshela ngasekhohlo, Ivili lasekhohlo elingasemva kunye ne-Wheel ekunene ngaphambili komsebenzi ivuliwe,kwaye uqale ukujika ngasekhohlo endaweni;

Jika ngasekunene kwindawo: Cinezela ubambe i “Yenza” iqhosha, jika “Ikhohlo / ngasekunene” Tshintshela ngasekunene, Ivili lasekhohlo ngaphambili kunye ne-hehel ye-hehel ye-Wheel evaliwe, kwaye umamkeli uqalisa ukujika ngasekunene kwindawo;

6.Uhlengahlengiso oluncinci lwemoto

Kwindlela ezenzekelayo: Cinezela ubambe i “Yenza” iqhosha kwaye ujikeleze i “Uhlengahlengiso oluncinci lwemoto” Ukulungelelanisa isantya esiphezulu semoto encinci ngexesha lokusika ngokuzenzekelayo;

7.Ukusika ngokuzenzekelayo

Inyathelo lokuqala kukuqalisa imoto enkulu; Inyathelo lesibini kukutshintsha i-modes yokutshintshela kwi “Auto”; Inyathelo lesithathu kukuqalisa inqwelo-moya kunye nesikrini siya kubonisa “Ukusika i-Auto”,ibonisa ukuba ifake imowudi yokusika ngokuzenzekelayo;

8. Ukulungiswa komgca ngqo

Xa iikoto zemoto zasekhohlo nasekunene zihamba phambili kwaye zibuyela umva, Isantya sasekhohlo nasekunene asihambelani, kunye nomgca othe nkqo. Ungasebenzisa umsebenzi wokulungisa umda wolawulo oluphezulu ukuze ube nesantya sexesha lasekhohlo nelasekunene;
Umgaqo Wokulungelelanisa Umgaqo: Ngomsebenzi wokulungisa, isantya sevili lasekhohlo lilungile ukuze lifike kwikhawulezi enye njengevili lasekunene, Ke ukuvumelanisa isantya se-vili lasekhohlo kunye nelasekunene kwaye ushenxise ukuphambuka;
Indlela yokuGcina yokuGcina: Kwimowudi yencwadi, Cinezela ubambe i “Yenza” iqhosha kwaye ujikeleze i “Ummiselo wesantya esincinci”;
Jikelezisa iwotshi yokwandisa i-voltage yesantya sasekhohlo kunye nexabiso lokulungisa kwiscreen esibonisa;
Jikelezisa i-ActClock ukunciphisa i-Wheel yeNdawo yeNdawo yasekhohlo kunye nexabiso lokubonisa lokubonisa ukuncipha;
Uluhlu lokulungisa: Ixabiso lokulungisa -90 ukuya 90; I-volt yoluleko yeyunithi enye yokulungisa imalunga ne-0.02v;

9. Imenyu yeparamitha (Abasebenzisi abavumelekanga ukuba bangayiguquli ngaphandle kwemvume)

Eminye imisebenzi yolawulo olukude inokuhlengahlengiswa ngeparamitha. Kwimowudi yencwadi, Xa isantya esincinci sezithuthi s2 10, tyhala phambili / ukuphinda usebenzise amaxesha amathathu ngokulandelelana, kwaye emva koko tyhala phantsi kathathu kumqolo wokungena kwimenyu yeparamitha;
Phuma kwimenyu yeparamitha: Khetha ukugcina okanye ungagcini, Emva koko cinezela iqhosha lokwenza ukuba uqinisekise ukuphuma;
Ubuninzi bobuninzi: Ukusebenza okuqhelekileyo kwimoto yokusika 80% yale cleyt;
I-parameter yesantya: Iiparamitha zokulawula ezenzekelayo, Ukungagqibeki 800, Utshintsho aluvumelekanga;
Iparamera yenkohliso: Ipharamitha yokuhlawula ezenzekelayo. Xa ixabiso lokusika litshintshe ixabiso lingaphezulu kwexabiso,deceleration begins.
Ukukhawulezisa i-A1: Ipharamitha yokuhlawula ezenzekelayo, Xa ukusika okwangoku kuphantsi kune-cuted cuteng yangoku, isantya sokukhawulezisa;
Inkohliso A2: Ipharamitha yokuhlawula ezenzekelayo, Xa ukusika okwangoku kuphakamile kuneseti
Ukusika okwangoku, isantya senkohliso;
Ukurhoxiswa kwe-monife: ayisebenzi;
Qala ngokwakho: 0, Akukho mntu ulivayo; 1, Ukuzithemba. Cinezela iqhosha leKwenzile + forward and reverse to take effect and self-lock.
Uhambo oluninzi: the maximum speed of the small motor.
Ukusika okwangoku: Cwangcisa eyona moto iphambili kwimoto ephambili yokusika ngokuzenzekelayo. Ukuba ingxelo yangoku idlula ngelixabiso, it will start to decelerate.
Umda wesantya esingagqibekanga: the default maximum speed of automatic cutting speed when turning on the machine.
Imowudi yokuzenzekelayo: 0, I-switch ngokuzenzekelayo ilawulwa ngokuzenzekelayo; 1, the automatic switch controls the automatic IO output point.
Isantya sokunciphisa umda: the maximum speed of the small motor during automatic cutting.
Owona mgcini: maximum speed of large motor.

Ukulawulwa kwempawu ezikude

Ubungakanani bolawulo olude

The final interpretation right of this product belongs only to our company.

Imodeli：ATWGP-12

Adaptation system: all CNC systems with handwheel interface

This product is a manual pulse generator used with CNC machine tools. It has beenwidely used in fields such as CNC machine tools, I-cnc lathes, machining centers,CNC engraving and milling machines. This product uses wireless transmissiontechnology, eliminating the need for traditional spring wire connections, reducingequipment failures caused by cables, eliminating cable drag, oil and other contamination, and making operation more convenient. The product package includes the receiver and wireless electronic handwheel. The receiver is connected to the CNC equipment through a network cable, and the electronic handwheel (hand pulse generator) is connected and communicated with the receiver through wireless transmission technology. The operator holds the handwheel and can get rid of the connection constraints of the spring wire and move freely. For large-scale gantry milling, I-cnc lathes, traveling machine tools, Ukusika kunye nezinye iinkqubo, it brings great convenience and improves work efficiency.

Supports various system brands such as Siemens, Mictsfishi, Fan, TaiwanXindai, Baoyuan, Fagor, Huazhong CNC, Guangzhou CNC, and otherCNC systemsthat support handwheel interfaces.

1. Using the 433MHZ wireless communication frequency band, the wireless operating distance is 40 iimitha;
2. Adopt automatic frequency hopping function and use 32 sets of wireless handwheels at the same time without affecting each other;
3. Supports emergency stop button and 3 custom button switch outputs;
4. Supports multiple axis selections of 6-axis, 7-I-Axis, 8-I-Axis, 9-I-Axis, 10-axis and 12-axis, with 3-speed and 4-speed magnification.Axis selection and magnification switches support various signal types such as binary coding, point-to-point, gray code, njl.;
5. Supports 5V differential pulse signal, 24V pulse signal and other pulse signal types;
6. Uyilo loMsebenzi oPhantsi, 2 AA batteries can be used for more than 1 month;
7. Supports external extension antenna, suitable for various machine tool installation environments, ensuring signal stability;

Phawula:
1. Status indicator light:
Signal light (left): The signal light is always on when the handwheelis operated, and does not light up when not operating;
Low voltage alarm light (right): When the battery power is too low,the alarm light flashes or stays on;
2. Enable button:
After pressing and holding the enable button, the axis selection and magnification signals are activated, and the pulse encoder output is valid;
3. Custom button:
A button without any function can control a corresponding switch output on the receiver;

COM1: Common terminal for axis selection magnification signal output; can be connected to 0-24V public signal
COM2: Common terminal of 3 custom button outputs;

*Axis selection and magnification can be selected through software, coding or point-to-point, please consult the staff for details

The final interpretation right of this product belongs to our company.

Adaptation system: all CNC systems with handwheel interface

This product is a manual pulse generator used with CNC machine tools. It has beenwidely used in fields such as CNC machine tools, I-cnc lathes, machining centers,CNC engraving and milling machines. This product uses wireless transmissiontechnology, eliminating the need for traditional spring wire connections, reducingequipment failures caused by cables, eliminating cable drag, oil and other contamination, and making operation more convenient. The product package includes the receiver and wireless electronic handwheel. The receiver is connected to the CNC equipment through a network cable, and the electronic handwheel (hand pulse generator) is connected and communicated with the receiver through wireless transmission technology. The operator holds the handwheel and can get rid of the connection constraints of the spring wire and move freely. For large-scale gantry milling, I-cnc lathes, traveling machine tools, Ukusika kunye nezinye iinkqubo, it brings great convenience and improves work efficiency.

Supports various system brands such as Siemens, Mictsfishi, Fan, TaiwanXindai, Baoyuan, Fagor, Huazhong CNC, Guangzhou CNC, and otherCNC systemsthat support handwheel interfaces.

1. Using the 433MHZ wireless communication frequency band, the wireless operating distance is 40 iimitha;
2. Adopt automatic frequency hopping function and use 32 sets of wireless handwheels at the same time without affecting each other;
3. Supports emergency stop button and 3 custom button switch outputs;
4. Supports multiple axis selections of 6-axis, 7-I-Axis, 8-I-Axis, 9-I-Axis, 10-axis and 12-axis, with 3-speed and 4-speed magnification.Axis selection and magnification switches support various signal types such as binary coding, point-to-point, gray code, njl.;
5. Supports 5V differential pulse signal, 24V pulse signal and other pulse signal types;
6. Uyilo loMsebenzi oPhantsi, 2 AA batteries can be used for more than 1 month;
7. Supports external extension antenna, suitable for various machine tool installation environments, ensuring signal stability;

Phawula:
1. Status indicator light:
Signal light (left): The signal light is always on when the handwheelis operated, and does not light up when not operating;
Low voltage alarm light (right): When the battery power is too low,the alarm light flashes or stays on;
2. Enable button:
After pressing and holding the enable button, the axis selection and magnification signals are activated, and the pulse encoder output is valid;
3. Custom button:
A button without any function can control a corresponding switch output on the receiver;

COM1: Common terminal for axis selection magnification signal output; can be connected to 0-24V public signal
COM2: Common terminal of 3 custom button outputs;

*Axis selection and magnification can be selected through software, coding or point-to-point, please consult the staff for details

The final interpretation right of this product belongs to our company.