Na remotere ni automa e tikica na rope ni motoka ni gaunisala e raica ni veiganiti me baleta na mataqali rope e raica .
misini ni misini. E vakayagataka na vakayagataka . 485 Na Modbus RTULudbus RTULunds me lewa na imawi kei na dodonu track frequency track ni frequency .
veisau, ka vakakina na moto levu ni moto levu ni saumaki mai na totolo ni lewai ni totolo e tekivu kei na mua ., e sau,
e biu tu kei na idusidusi matau ni lewa .. Ka sa rawa ni wilika na cakacaka ena gauna oqo na levu ni moto .
ivalavala ena ruku 485 Vuli mataqali. Ena nodratou vakadaberi ka vakatautauvatataka na gauna oqo ena […]
gaunisala, Na totolo ni kena totolo na kena ca kei na matau e rawa ni matau ena kena gauna me yacova .
achieve automatic cutting function.

2. Na iyaya Na iyaya ni kecega

1. Vakacuruma na 433MHz na itukutuku ni veitaratara tekinolaji ., vata kei na dua na yawa ni vanua ni cakacaka e sega ni ka wale . 100 meters.
2. Coopt ni iyaya ni cakacaka ni hopping cakacaka kei na vakayagataki . 32 na iyautaukeni ni vanua ni bula e sega ni rawa-ka .
ena gauna vata ga, without affecting each other.
3. Era kenadau na kenadau ni kenadau ena . 485 Vuli mataqali, kei na gauna oqo e vereverea .
ni saumaki mai na iliuliu ni matanitu e oka kina na:Sanghai Xicin., tovolea, qara, ikarua, T, kei . manumanu vuka
e sega ni vakatauvatani oya ., please contact us for customization.
4. Na totolo ni galala na ivoli ., tekivu, and current reading of large motor frequency converters.
5. Veitokoni ki na imawi kei na dodonu track freque ni saumaki totolo ., tekivu, mata, lesu tale, left and right control.
6. Tokona na veivakadodonutaki ni imawi kei na sala dodonu era na saumaki mai vei ira na saumaki mai vei ira na saumaki mai me ra maroroya na misini ni lako ena dua na dua na .
straight line.
7. Totolo sara na iyaya ni cakacaka ni cumuta na cakacaka ni rope., a veisautaka na imawi kei na dodonu ni totolo na totolo ni gaunisala kei na dodonu ni gaunisala .
real time according to the current information of the large motor.
8. E veiganiti talega kei na dodonu ni iubi ni iubi ni lewa me baleta na motor ni moto., kei na annal group koutput .
control for motor speed.

3. Na cake ni veimataqali

4. Na iTalagi ni vakaloloma na

Sega ni dua na:
Cakava oqo e vakaraitaka .:

‛ .:

§ e na rawa ni cakava.:
muria, na veisele e gadrevi kina na kena vakayacori na ibulukau ni bulukau .,see the instructions for each switch for details.
‑ ivola ni paipo e dau vakasisisi .:
Vakayagataka na 3-pereta 3-pereta ., toso na ivakarau ni switch oqo e rawa ni lewa na toso ki liu kei na rewa tale na moto levu .. Ni oti o yalona oti ., na matanitu e na tiko ga, ka na tiko na kena vakaraitaki na veika e vakaraitaki ena sikirini .. E vakaraitaka na veirokoroti na veiraravui na S                               ya vakalevu motoka e vakaraitaka na veirokorokovi ., and the S1 ↓ arrow indicates everse rotation.
․․․․․․․․․․․․․․Au vakasamataka mada:
Na momo lailai e vakaiyaragitaki vata kei na dua na siqeleti ni 3 na speniding ena mua ni kena.. Na kena maroroi na bulukau ka dreta na iyaya oqo e rawa ni lewa na moto lailai me toso ki liu kei na mua i muri ., kei na vakaraitaki ni veitaratara ena rairai mai ena sikirini.Na → Eroni e matataka na ., and the ↓↓ arrow represents backward.
sara na veivakadodonutaki .:
Ni vakayagataki e dua na multi na encoder ., Ptabadra na dranibulusa ni drauni kau., sa vuki na dodonu ., ka vakaraitaka na veivakadodonutaki vakadodonu .: vakamuria: E toso cake na vukivuki ni i mawi ena […] 1 veidinadinati, imawi
na totolo ni tubu cake e tubu cake vakalevu cake. 0.1 iWasewase; Sa qai curu ki na vale oqo ., e laurai e na veivakadodonutaki vakadodonu ni veivakadodonutaki .: vakamuria: E dua na ka, era sa tubu cake mai na 2018 . 1 iWasewase, kei na totolo ni moto dodonu
ena 0.1 unit.
‚Montor de montor .:
Vakayagataka na 3-pereta 3-pereta ., ni sa veiqaravi tu vakawawa ., e rawa ni lewai me vuki na motor lalai se dodonu .. Ni bera na, na tiko yawa sara ena tarova sara ga na cakacaka oqo .. Ena i kava ki na, ni sa yaco mai na ka oqo, na vakaraitaki vakaraitaki ni transpoung ena laurai ena sikirini .. Na toso ni toso ni → Biu mai e vakaraitaka na vuki tani ., kei na ↆ™alon e vakaraitaka na kena dodonu.Ni sa veisau na ivakarau ni rede ., veisautaka na vakaraitaki oqo kei na vakaraitaki ni rrressing na kena irairai ena sikirini .. Na ↆ'KUKUTEto e vakaraitaka na vuki tani ., and the ↓→ arrow indicates right turn.
‧ Large ni motoka na totolo .:
Ni vakayagataki e dua na multi na encoder ., dina 1 Gauna vinaka, na totolo ni veisau ni moto levu ena vuku ni veisau . 0.2 taleitaki. Fast rotation can quickly modify the speed value of the large motor.
‛ taqomaka na dau vakauitukutuku .:
Ni vakayagataki e dua na multi na encoder ., itubutubu, Tabaka rawa na bulukau ka qai kolotaka e dua na kadi ena dua na gauna .，na totolo ni kena veisau na imawi kei na dodonu na moto lalai ena . 0.1 taleitaki, kei na totolo ni veitosoyaki e rawa ni moici vakatotolo sara na totolo ni moto lalai.Initomatic ., Tabaka rawa na bulukau ka tabonaka e dua na ripea ena dua na gauna .,na totolo ni kena yaga F ni veisau lalai ni motopai ena approximitiki. 0.1 taleitaki. Rapid rotation can quickly modify the speed limit value of the small motor.
‛kulavica e lewa na matanitu na kaukaua ni kaukaua.
The remote control display screen is turned on.

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 through wires.
3. Ni sa oti na filimu na ciqoma […], e gadrevi me semati na antenna equipped vata kei na ciqoma se biuta se biuta na kena tautuba na anantenna ena taudaku ni na cabinet cabinet .. E vakatututaki me biuta ena dela ni na cabinet ni cabinet me baleta na vinaka duadua .. E tabu me biu na antenna sega ni vakadeitaki se biuta ena loma ni na cablical cabinet ., as it may cause the signal to be unusable.
4. Icavacava, e vinaka duadua ena kena e vinaka duadua ena vanua ni bula yawa ., oti, ka moica na kaukauwa ni ivakarau ni lewa .. Ni sa oti na sikirini ni sikirini e vakaraitaka na kena ivakarau tudei .
rarawa, remote control operations can be performed.

6.2 Ciqoma na kena vakayagataki

6.3 Na Veisaututaki Vakacegui.

7. Tuvanaka na veituberi ni veivakadodonutaki.
7.1 Vakatetea na iTukutuku ni iTukutuku.
Na ilavo me curu ki na vanua ni lewa ni basuki lesu tale na kisi ni lesu .:

Vukica na moli e dau vaka na ivoladusidusi ., vakadodonutaka na totolo ni moto lailai . 25 rua, se 0, 10, 20, 40, 50 yasana kadua, ka tomana tikoga na kena ivakarau ki liu ni moto levu cake . 3 gauna 3 gauna;
Vakayagataka na “Na ivakarau ni Kamu ni Cakava .” knob me rawa ni maroroi na draunipepa ., Ptabadra na dranibulusa ni drauni kau., ka qai vukica na moto lailai ni lewa na knob me mokulaka na parameters .. Ni oti na kena vakamatatataki., vukica na draunipepa ki na ivakataotioti,digia “Maroroi” ivakamacala, ka tabaka na ibulukau ni bulukau me dikevi ira kina na menu .;
Na parameter e vaka na ka e vakaoqo .:
Sila oqo: ni veivakavaletaki na moto levu ni motopai lelevu ., e vakararamataka na 15 kei 200A., default 100;
E raica na ivoli .: iwiliwili taucoko, lailai na moto ni moto ni artomatical accecetes totolo se totolo .,na [, vakalesuya 200-1500, default 800;
na lewe ni vanua ni veiqaravi .: Tuvanaka na iyalayala e cake ka rawa kina na totolo ni motor me veisau .. Ni sa yaco na veisau e sa yaco tiko oqo e taudaku ni yaga oqo ., ena yaco na ka e yaco .. Na lailai duadua na ., na totolo ni nodra vakasabusabutaki na moto imawi kei na imawi ., ena marau 05-12 kei na levu ni […] 06;
Ena 1119 ni yabaki.: Na levu cake na totolo ni totolo ., totolo cake, ena marau 00-06 kei na levu ni […] 01;
E 2 na2.: Na levu cake na totolo ni totolo ., tale, ena marau 00-06 kei na levu ni […] 02;
Sa marautaki me matata: E gadrevi me rawa ni rawa kina ni rawa na iyaya ni motor lailai ni kena vakayagataki .? 00 E sega ni rawa ni vakavuna me sega ni rawa kina na ka ga e sega ni rawa ni cakava., 01 rawa, ituvatuva 01;
Laiva me: Sa rauta na moto levu sara na moto levu sara na kena maroroi tiko ga vakataki koya na ivakarau ni bula ni oti na kena sa qai sereki na switches .? 00 sa sega ni vesu rawa e dua., 01 taura, default 01
Mo lako vata mai: maximiuum na totolo kei na moto matau ., iwiliwili 10-100, default 50;
Na gauna oqo: na maximim e vorolaka oqo, vakaraitaki ena sikirini me vaka na kena yaga na IC ., iwiliwili 15-160, default 30,
kei na 10: 30 siwa ni siki. Na kena e toka e cake na tabana e cake ni parofesa oqo e […] 80% na fika ni volavola .;
Na iyalayala ni gauna .: Na default motor lailai ni automatic totolo ni sa veisau ena loma ni . 0-100, oya na kena . 10. Na sikirini ni vakaraitaki ni F1.0., and this parameter is only accurate when the maximum walking is set to 50.
iwiliwili taucoko: vei koya na 00, na automatic /ivakamacala ni stach e dua na switch switch .. vei koya na 01, na iutomatic /ivakamacala ni stach e sa vakarautaki tu ki na itutu ni automatic ., na mata ni sikirini ., kei na terminal terminal terup ena terminal e sogo .. Ni sa tuvana na ivoladusidusi ., na vakasama ni vakasama ni terminal e veisaqasaqa .;
Sa iyalayala ni iyalayala.: Na iyalayala e cake ni automati e musuka na totolo ni moto lalai mai na . 00 me 200, oya na kena . 60 e ka e vakaraitaka na vakaraitaki. 6.0 namaka; Na iyalayala ni iyalayala ni vakaraitaki yaga = iyalayala ni iyalayala x . 0.1;
Vakabibi ena: cuximium totolo ni motor levu ni motor ., iwiliwili 10-100, default 50;
iyaya ni iyaya ni cakacaka . (gadrevi): Iyaya ni kenadau ni ivakarau ni kena ivakarau ni saumaki mai ., iwiliwili 00-03, default 03;
00- Shanghai Xielin 01-Fuji .
02-ENA 03 na yabaki sa oti, ena 03 na yabaki sa oti, ena 03 na yabaki sa oti […], Veisauraramusuki na SONAmaki koto .
O Na iqaqalo ni iyaya iyaya ni so na iyaya lailai . (gadrevi): Ni dua na kenadau ni kenadau ni veitaratara ., iwiliwili 00-05, default 03;

00- Shanghai Xielin 01-Fuji .
02-ENA 03 na yabaki sa oti, ena 03 na yabaki sa oti, ena 03 na yabaki sa oti […], Veisauraramusuki na SONAmaki koto .

04-Anchuand ni 05-Nui .

7.2 Tabaki ni iwalewale ni cakacaka ni totolo ni saumaki mai .
1. Yalayala vei ira na ivurevure ni digidigi .: Ciqoma na ivakaro na ivakaro .
2. Ni caka na digidigi .: soli
3. Sa mamaca tikoga .: 19200
4. Data na fomu .: Sega ni dua na kena ivakataudeini., ituvatuva<8-Sega tale ni>
5. vakabibi na lomalagi: Vakasaqara na nodra biubiu na saumaki mai . 1, yani na 2, kei
the large motor frequency converter to 3
7.3 Vakadidike ni Veitaratara ni Veitarogivanua .
1. Soli ena misini ni misini ., saqa, curu ki na loma ni vanua ni lewa e liu., tauyavutaki
le ni galala ni gade, bibi na moto lailai kei na moto levu sara na moto levu .
ivakaraitaki: (skip na ikalawa oqo kevaka e sa vakarautaka oti tu na iyaya ni buli misini .);
2. Raica na pauta ni nabavuni ni saumaki mai . (qualip na ikalawa oqo kevaka e bulia na misini na iyaya ni misini .
Sa makawa oti);
3. Tuvanaka na latilati ki na ivolavakarau ni vuli., ka qai vakayagataka na riultare ni lewa me toso kina na misini me […]
na itutu vakacakacaka na itutu vakacakacaka.;
4. ivakarau, biuta na musumusu ni moto levu ki na IC kei na totolo ni moto levu .
5. Switch vei au ka biuta na totolo ni musu na Fuertive na ilavo me baleta na moto lailai na moto .;
6. Ni, veisautaka na moto levu e dau vakasisisi me tekivu kina na moto levu ., qai biuta
na moto lalai e dau lili me toso ki liu se retive ., kei na vanua ni bula e curu e curu ena cioutomatic .
mode to start cutting.

8.Na cala ni ivola

9.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 battery compartment and metal shrapnel area clean.
4. Please avoid damaging the remote control due to squeezing and falling.
5. Kevaka e sega ni vakayagataki ena dua na gauna balavu ., Yalovinaka ka kauta tani na batiri ka maroroya na ribayawa kei na batiri ena dua na savasava .
and safe place.
6.Ena gauna ni veivoli kei na veilakoyaki ., attention should be paid to moisture and shock resistance.

10. oti
1. Please read the instructions carefully before use and prohibit non professionals from operating.
2. Yalovinaka mo ni sosomitaka na batiri ena dua na kena ivakarau ni sa rui lailai na batiri me kakua kina na cala e vakavuna na […]
vakila na, which may result in the remote control being unable to operate.
3. Kevaka e vakavinakataki ., Yalovinaka veitaratara kei na kena e kenadau ena .. Kevaka e yaco na vakacaca ena kena vakavinakataki na ., qu
will not provide warranty.

Ivakaraitaki: DH01R-4W-26K

Applicable equipment:various industrial equipment

2.Na ituki ni Bulabi ni kaukauwa

Note: You can choose one of the three antennas. The suction cup antenna is standard by default.

3.Product model description

Note:
① DH01R series, if the suffix contains T, it means with emergency stop output;without T, it means without emergency stop output.

②If there is no analog output, there is no need to remark 0W or 0R; the analogquantities W1, W2, W3, and W4 default to 0-10V analog voltage output; at the same time, W1 and W2 can be expanded to 2 isolated digital potentiometer outputs, ena marau 0 -5K ohms, ½ watt; resolution: 20 ohms. The two digital potentials can be used to control the welding current and welding voltage of the welding machine. If the digital potentiometer output is required, user notes are required.

④Analog input, ranging from 1 me 2, indicating that there are 1 me 2 ituvatuva(maximum 2 7); when there is an analog input, you need to note the voltage range of the analog input (our receiver defaults to 0 -5mavoa, the user can also note as 4-20 mA or 0-10V, etc.) and the corresponding display range of the analog quantity (for example: display 0-100 volts or 0-1000 amps)

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

4.Ibulibuli

1）Maximum 26 kaila;
2）Maximum 4 sala ni annallog 0-10Vout 10V. (vakaraitaka na itutu e rawa ni veiganiti kei na .): veitokoni 2 na sala ni upentied na misini ni palatenited .;
3）2 analog inputs; ka vakaraitaki ena vanua ni veiliutaki yawa ., e rawa ni vakaitovotaka na itutu e vakaraitaki kina .
4）1 channels of emergency stop relay output normally closed contacts;
5） Powered by 3 Na vinaka ni mataka, low power consumption design;
6） Wireless operation distance is 200 bose;
7）Protection grade IP67;
8）With cross switch operation, supports two 4-direction cross switches;
9）Back strap design.

5.Remote control switch description

6.Display content introduction

W1 knob value: W1: 0-1000 (parameter adjustable 0-9999)
W2 knob value: W2: 0-5000 (parameter adjustable 0-9999)
W3 knob value: W3: 0-5000 (parameter adjustable 0-9999)
W4 knob value: W4: 0-5000 (parameter adjustable 0-9999)
ADC1 feedback display: 0-1000 (parameter adjustable 0-5000)
ADC2 feedback display: 0-1000 (parameter adjustable 0-5000)

Low voltage: The remote control battery is too low, please replace the battery.

Network dropped: The wireless signal is interrupted. Please check the power of the receiver, power it on again, and restart the remote control.

7.Remote control function operation instructions

1） Turn on the remote control
When the receiver is powered on, the receiver working indicator flashes; install two AA batteries in the remote control, lesu tale na kaukauwa ni kaukauwa ki na kaukauwa ni kaukauwa;, and the display shows a value,indicating successful startup. The receiver working indicator light becomes solid.
2）Switch and button functions
Any operation of the twist switch and button on the remote control can control the corresponding switch signal output point on the receiver. All switch signal output points on the receiver are normally open signals by default;
3）W1-W4 speed adjustment
Rotate the knobs in W1-W4 arbitrarily to operate the corresponding analog output signal or potentiometer signal at the receiver end. The analog output signal at the receiver end defaults to a 0-10V voltage signal, and the potentiometer signal defaults to 0-5K;
4） Emergency stop function
When the emergency stop button is pressed, all switch signal outputs are disconnected and the analog output is disconnected; after the emergency stop is released, all switch signals are restored and the analog output is restored; 5 seconds after the remote control is turned off, all switch signal outputs are disconnected and the analog quantities remain unchanged. When the remote control is turned on, the switch signal outputs automatically recover;
5）Parameter menu (users are prohibited from modifying it privately)
Some functions of the remote control can be adjusted through parameters. When the display W1=0, press the K9-B button 3 times in a row, and then press the K9-A button 3 times in a row to enter the parameter menu; K9-A and K9-B key to page through the menu and select parameters; hold down K1-A, and then press the K9-A/B button to modify parameters;
Exit the parameter menu: choose to save or not save, and then press the K1-A button to confirm the exit;
F1W1 range: The display range value of the W1 knob on the display screen, adjustable from 0 me 9999;
F2W2 range: The display range value of the W2 knob on the display screen, adjustable from 0 me 9999;
F3W3 range: The display range value of the W3 knob on the display screen, adjustable from 0 me 9999;
F4W4 range: The display range value of the W4 knob on the display screen, adjustable from 0 to 9999
F5A1 range: Display ADC1 feedback display range value, 0-5000 adjustable;
F6A2 range: Display ADC2 feedback display range value, 0-5000 adjustable;
Alarm current: Set the alarm value for ADC1 and ADC2 feedback display. When ADC1 and ADC2 exceed this value, the remote control display will alarm; when this value is 0,the alarm function is invalid;

8.Remote control electrical characteristics

9.Remote control size

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

Ivakaraitaki: DH12S-P6S

Applicable equipment:wire saw/blade saw machine

2.Na ituki ni Bulabi ni kaukauwa

Note: You can choose one of the three antennas. The suction cup antenna is standard by default.

3.Remote control switch description

4.Displaycontent introduction

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

Low voltage: The remote control battery is too low, please replace the battery.

Network dropped: The wireless signal is interrupted. Please check the power of the receiver, power it on again, and restart the remote control.

5.Remote control function operation instructions

1）Turn on the remote control

When the receiver is powered on, the D2 power light on the receiver is always on, andthe D1 signal light starts to flash; install two AA batteries in the remote control, lesu tale na kaukauwa ni kaukauwa ki na kaukauwa ni kaukauwa;, 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”, turn the “Forward/Reverse” switch to forward, and the receiver’s main motor will turn on;
Press and hold “Speed Regulation Enable”, turn the “Forward/Reverse” switch to reverse, 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;Rotate the “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”, turn the “Forward/Reverse” switch to forward or backward, and the walking motor will move at a high speed of 50;

4）Swing arm motor and speed regulation

Turn the “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” switch, the swing arm motor will move at a high speed of 50;

5）Travel motor speed limit adjustment

Press and hold the “speed adjustment enable” button and rotate the “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 “forward/reverse” switch forward or backward to enter the automatic cutting mode;

7） Parameter menu (users are prohibited from modifying it without permission)

Enter the parameter menu:ivakarau, when the main motor speed is 0, push the forward/reverse switch up three times in a row, and then push it down three times in a row to enterthe parameter menu;
Exit the parameter menu: 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, default 800, unit milli second,modification is prohibited;
na lewe ni vanua ni veiqaravi .: When the cutting current change value exceeds this value, rapid deceleration begins, unit Ampere;
Ena 1119 ni yabaki.: When the cutting current is lower than the set cutting current, the speed value increased by each acceleration of the walking motor;
E 2 na2.: 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, modification is prohibited;
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, modification is prohibited;
Sila oqo: The range of main motor feedback current, unit Ampere;
Vakabibi ena: Remote control main motor speed adjustment display range;
Mo lako vata mai: Invalid parameter;
Speed limit offset: 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: Automatic cutting, 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;iWasewase: 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.Remote control electrical characteristics

7.Remote control size

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

Ivakaraitaki: DH12S-LD

Applicable equipment:crawler wire saw machine

Na ituki ni Bulabi ni kaukauwa

Note: You can choose one of the three antennas. The suction cup antenna is standard by default.

Remote control switch description

Displaycontent introduction

Large motor speed：S1：0-50
Small motor speed: S2: 0-50
Maximumspeedlimitofautomatic cuttingsmallmotor:F:0-30(parametersadjustable)
Automatic cutting maximum current: Ic: 0-35 (parameters adjustable)
Linear correction value: vakamuria: -99-99 (1 unit is about 0.02V)

Low voltage: The remote control battery is too low, please replace the battery.

Network dropped: The wireless signal is interrupted. Please check the power of the receiver, power it on again, and restart the remote control.

Remote control function operation instructions

1.Turn on the remote control

When the is powered on, the RF-LED light on the receiver starts to flash;install two AA batteries in threceiver e remote control, lesu tale na kaukauwa ni kaukauwa ki na kaukauwa ni kaukauwa;, andthe display will show the motor speed, indicating successful startup.

2.Large motor and speed regulation

Turn the “forward/reverse” switch to forward, the receiver’s large motor will turn on, and the display will show forward

Turn the “forward/reverse” switch to reverse, the large motor of the receiver will turn on in reverse, and the display will show reverse

Rotate the “large motor speed adjustment” knob to adjust the receiver’s large motor speed adjustment output voltage 0-10V;

3.Small motor and speed regulation

Move the “forward/reverse” switch to forward, the left wheel forward and right wheel forward of the receiver are turned on, and the display shows forward

Turn the “Forward/Reverse” switch to reverse, the left wheel reverse and right wheel reverse of the receiver are turned on, and the display shows reverse

4.Turn left and right

Turn the “Left/Right” switch to left, the receiver’s right wheel will forward and turn on,and the display will show left

Turn the “turn left/right” switch to turn right, the left wheel of the receiver will forward and turn on, and the display will show turn right

5.Turn in place

ivakarau:
Turn left in place: Press and hold the “Enable” button, turn the “Left/Right Turn” switch to left, the left wheel backward and right wheel forward of the receiver are turned on,and start turning left in place;

Turn right in place: Press and hold the “Enable” button, turn the “Left/Right Turn” switch to right, the left wheel forward and right wheel reverse of the receiver are turned on, and the receiver starts to turn right in place;

6.Small motor speed limit adjustment

Ni: press and hold the “Enable” button and rotate the “Small Motor Speed Adjustment” to adjust the maximum speed of the small motor during automatic cutting;

7.Automatic cutting

The first step is to start the big motor; the second step is to switch the mode switch to “Auto”; the third step is to start the small motor and the screen will display “Cutting Auto”,indicating that it has entered the automatic cutting mode;

8. Straight line correction

When the left and right walking motors are moving forward and backward, the left and right speeds are inconsistent, and the straight-line walking deviates. You can use the linear correction function of the remote control to fine-tune the speed of the left and right wheels;
Correction principle: Through the correction function, the speed of the left wheel is fine-tuned to reach the same speed as the right wheel, so as to synchronize the speed of the left and right wheels and eliminate the deviation;
Deviation correction operation method: ivakarau, press and hold the “Enable” button and rotate the “Small Motor Speed Regulation”;
Rotate clockwise to increase the left wheel speed voltage and the correction value on the display screen will increase;
Rotate counterclockwise to reduce the left wheel speed voltage and the display correction value to decrease;
Correction range: Correction value -90 me 90; correction voltage of one correction unit is about 0.02V;

9. Parameter menu (users are prohibited from modifying it without permission)

Some functions of the remote control can be adjusted through parameters. ivakarau, when the small motor speed S2 is 10, push the forward/reverse switch up three times in a row, and then push it down three times in a row to enter the parameter menu;
Exit the parameter menu: choose to save or not save, then press the enable button to confirm the exit;
Sila oqo: the operating rated current of the cutting motor is 80% of this currentt;
E raica na ivoli .: automatic cutting control parameters, default 800, modification is prohibited;
na lewe ni vanua ni veiqaravi .: automatic cutting control parameter. When the cutting current change value exceeds this value,deceleration begins.
Ena 1119 ni yabaki.: automatic cutting control parameter, when the cutting current is lower than the set cutting current, the speed of acceleration;
E 2 na2.: automatic cutting control parameter, when the cutting current is higher than the set
cutting current, the speed of deceleration;
Automatic knife retraction: invalid;
Laiva me: 0, no self-locking; 1, self-locking. Press the enable key + forward and reverse to take effect and self-lock.
Mo lako vata mai: the maximum speed of the small motor.
Na gauna oqo: set the maximum current of the main motor for automatic cutting. If the feedback current exceeds this value, it will start to decelerate.
Na iyalayala ni gauna .: the default maximum speed of automatic cutting speed when turning on the machine.
iwiliwili taucoko: 0, the automatic switch is automatically controlled; 1, the automatic switch controls the automatic IO output point.
Speed limit offset: the maximum speed of the small motor during automatic cutting.
Vakabibi ena: maximum speed of large motor.

Remote control electrical characteristics

Remote control size

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

Ivakaraitaki：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, Ni lewa na, 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, Ni lewa na, traveling machine tools, keveti kei na so tale na ivola ., it brings great convenience and improves work efficiency.

Supports various system brands such as Siemens, dusia, Fanuc, 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 bose;
2. Coopt ni iyaya ni cakacaka ni hopping cakacaka kei na vakayagataki . 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 tukuna, 8-i tukuna, 9-i tukuna, 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, etc.;
5. Supports 5V differential pulse signal, 24V pulse signal and other pulse signal types;
6. E vica na vakasakiti ni., 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;

Note:
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, Ni lewa na, 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, Ni lewa na, traveling machine tools, keveti kei na so tale na ivola ., it brings great convenience and improves work efficiency.

Supports various system brands such as Siemens, dusia, Fanuc, 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 bose;
2. Coopt ni iyaya ni cakacaka ni hopping cakacaka kei na vakayagataki . 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 tukuna, 8-i tukuna, 9-i tukuna, 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, etc.;
5. Supports 5V differential pulse signal, 24V pulse signal and other pulse signal types;
6. E vica na vakasakiti ni., 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;

Note:
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.