Siri ya maingilio ya kiwango khasi ya HV610 kwa ajili ya kutumika kwenye uchukuzi
Sifa muhimu
| Chapa | RW Energy |
| Namba ya Modeli | Siri ya maingilio ya kiwango khasi ya HV610 kwa ajili ya kutumika kwenye uchukuzi |
| mfumo wa mafano | 50/60Hz |
| Siri | HV |
Maelezo ya bidhaa kutoka kwa mchambishi
Muhtasari
Kwa kutoa zaidi ya matumizi kwa wateja katika sekta ya kupakua, bidhaa hii imeundwa kulingana na mtazamo wa matumizi ya kupakua, ikifanikisha ufanisi, usalama, na ustabilishaji wa mchakato wa kupakua. Inajumuisha mikakati ya kihususi kama kilichokontrola kutokata, upunguzaji wa mwendo wa simu, usalama wa simu, ukovu, na maegesho ya mwendo, pamoja na vigezo vingine vilivyopangwa.
Sifa za Ufanisi
Sifa za Kihususi
Ushirikiano wa kihususi wa kikabila, kuchukua nafasi rahisi na ufanisi wa kazi
Kubadilisha mwendo wa kiwango cha haraka kulingana na mabadiliko ya ghafla • Ulinzi wa simu, utambuzi wa kovu, utambuzi wa moto
Kutumia kovu na kufunga kwa urahisi kwa kutumia vipimo vya kushuka na kusimamisha
Ulinzi wa kuteleza simu, kuenda juu kwa kiwango cha chini, kusongesha polepole na kujitokeza kwa urahisi
Inaweza kuchaguliwa kulingana na vigezo vya kihususi vya kupakua
Mawasiliano ya moto mengi, na parameta za moto minne zinapatikana ndani
Uaminifu mkubwa
Unda kwa uwezo wa kuhifadhi mazingira ya kiholela na kutatua majanga
Teknolojia na vitu vya kubadilisha joto ili kuthibitisha mipango yaliyofanyika
Mipango ya kutathmini na kutatua mizigo makubwa
Bidhaa zimeundwa kwa joto na mizigo, kuthibitisha ubora wa changamoto
Vituo vya kuhifadhi vita ambavyo vinaweza kuhifadhi madhara ya majanga
Uwezo mkubwa
Mipango ya viwango vya umeme, kiotomatiki 380V~480V (-15%~+10%)
Chanzo cha C3 chenye uwezo wa kuhifadhi sauti, kuthibitisha mizingizio
Mipango ya kuunda njia rahisi, inaweza kupunguza mazingizio
Mipango ya kitabu, inachukua nafasi chache
Inaweza kuunganishwa kwa urahisi, kuchukua nafasi chache
Ufanisi mzuri
Inaweza kudhibiti moto tofauti
Inaweza kudhibiti V/F, vectori, na vectori yenye mfumo
Nguvu kubwa, OLVC: 0.5Hz/150%, CLVC: 0Hz/200%
Uwezo wa kuburudika, 150% rated current 60s, 180% rated current 10s
Rahisi kutumia
Bidhaa zinazozingatia LED keypad zinaweza kutumika nje
LED keypad zinaweza kutumika nje kwa bidhaa zenye viwango visivyo 110kW
Ikiwa frequency converter anastart na kukomesha, motor inaweza kudhibiti kovu • Mipango ya kutumia moto kadiri ya tarakimu
Funguo ya zero servo, moto
PWM depth ya random ili kuboresha nguvu ya moto
Mipango ya encoder redundant operation ambayo inaweza kubadilisha kwa OLVC operation ikiwa encoder ifai
Ukuaji wa tofauti
Inaweza kutumia code disk interface cards, I/O terminal expansion cards
Inaweza kutumia Profibus-DP, Profinet IO, CANopen, Modbus-TCP/IP, EtherNet IP, Ethercat na mawasiliano mengine
Inaweza kutumika kwa urahisi
Inaweza kutumia programu za kusaidia kutengeneza na kudhibiti
Inaweza kutumia rekodi ya tukio na rekodi ya matukio
Majina muhimu
project |
Specifications and technical data |
|
Power input and output |
Input voltage |
380V(-15%)~480V(+10%) three-phase |
Input power frequency |
50Hz/60Hz ±5% |
|
Input voltage imbalance |
≤3% |
|
Output voltage |
0V~input voltage |
|
Output frequency |
0～600Hz |
|
Mainly control performance |
Motor type |
Asynchronous motor, synchronous motor |
Control mode |
V/F, OLVC (Open-Loop Vector Control), CLVC (Closed-Loop Vector Control) |
|
speed regulation range |
1:10 V/F； 1:100 OLVC； 1:1000 CLVC |
|
Start torque |
OLVC：150%（0.5Hz）；CLVC：200%（0Hz） |
|
Torque accuracy |
≤±5%, under vector control mode |
|
Torque pulsation |
≤±5%, under vector control mode |
|
Steady speed accuracy |
OLVC： 0.2%； CLVC ：0.01% |
|
Torque response |
≤5ms, under vector control |
|
acceleration and deceleration time |
0.0s～3200.0s；0.0min～3200.0min |
|
Torque increase |
0.0％～30.0％ |
|
Overload capacity |
150%1min/5min、180%10s/5min |
|
VF curve |
Straight type, multi-point type |
|
Input frequency resolution |
Digital setting 0.01Hz; Analog setting: Maximum frequency ×0.025% |
|
Dedicated features |
Anti-shake function |
Prevents accidents caused by large swings of the load during acceleration or deceleration |
Anti-loose rope protection |
Accelerate slowly and rise smoothly according to whether the weight is lifted |
|
Hook protection |
After holding the gate, it detects whether the heavy object is hooked, and an alarm is issued, and the motor hovers |
|
Holding the brake control |
Control the brake holding device and loosening the brake through the judgment of frequency, current, etc., to avoid accidents such as slipping |
|
Joystick zeroing detection |
Determine whether the joystick is in neutral or not |
|
Command reverse control |
When the brake control is effective, it supports holding the brake to stop during the forward and reverse switching process, or running directly to the reversal frequency without holding the brake |
|
Accelerate and deceleration switching |
Support 3 frequency switching points to switch acceleration and deceleration time |
|
Deceleration limit |
Realize simple positioning function, automatic optimization of deceleration time |
|
Voltage suppression |
Automatically change the frequency to stabilize the bus voltage to prevent fault reporting |
|
Overload protection |
Prevents excessive loads from damaging the equipment |
|
Low-speed operation protection |
The main application is not suitable for machines that run at low speed for a long time |
|
Load as you go |
Automatically adjust the operating speed according to load changes to improve work efficiency |
|
Macro parameters |
According to the on-site application scenario, different lifting mechanisms choose different lifting macros |
|
Basic features: |
acceleration and deceleration curves |
Straight line, S-curve |
Simple PLC, multi-terminal speed |
16 speed operation is achieved through the control terminal |
|
Master-slave control |
It can realize the master-slave synchronous control function of two or more motors |
|
Automatic voltage adjustment |
When the grid voltage changes within a certain range, it can automatically keep the output voltage constant |
|
Multi-motor switching |
Four sets of motor parameters, which can realize the switching control of four motors |
|
Overvoltage and overcurrent stall control |
Automatic current and voltage limit during operation to prevent frequent overcurrent and overvoltage tripping |
|
Power outage and restart |
After the frequency converter is powered off, when it is powered on again, it will automatically run after the set time is reached |
|
Fast current throttling |
Avoid frequent overcurrent failures of the frequency converter |
|
Power input and output |
Frequency setting method |
Operation panel given, UP/DOWN terminal, multi-speed give, terminal pulse given, communication |
Analog input terminals |
AI1、AI2：0V～10V/ 0 (4)mA～20mA |
|
Digital input terminals |
DI1-DI5, 5 programmable digital inputs, optocoupler-isolated, drain/source compatible inputs |
|
The DI5 supports high-speed pulse input with a maximum input frequency of 100kHz |
||
Digital output terminals |
open-circuit collector output; Output Voltage Range: 0V~24V; Current load capacity: 50mA |
|
DO1 supports high-speed pulse output, maximum output frequency: 100kHz |
||
Analog output terminals |
1 way 0V~10V/0(4)mA~20mA |
|
Relay output |
1 contact type: FormC normally open + normally closed |
|
communication |
Communication protocol |
Modbus RTU (standard); Profibus-DP, Profinet IO, CANopen, Modbus TCP/IP, Ethercat, EtherNet/IP (optional) |
Usage environment |
altitude |
no derating is required within 1000 meters above sea level; At an altitude of 1000 meters ~ 3000 meters, the current must be reduced by 1% for every 100 meters of elevation |
Ambient temperature |
-25°C~+40°C (40°C to 55°C derating is allowed) |
|
humidity |
15%~95%, no condensation |
|
vibration |
0.75~110kW is the 3M3 standard, 2Hz≤f<9Hz, displacement 1.5mm, 9Hz≤f<200Hz, acceleration 5m/s2 |
|
132kW~400kW is the 3M5 standard, 2Hz≤f<9Hz, displacement 3mm, 9Hz≤f<200Hz, acceleration 10m/s2 |
||
Storage temperature |
−40°C～+70°C |
|
Place of use |
Indoors, there is no direct sunlight, no flammable and corrosive gases, liquids and conductive particles |
|
Options: |
code disk card, communication expansion card, I/O terminal expansion card |
|
Protection function |
Short circuit, overcurrent, overload, overvoltage, undervoltage, phase loss, overheating, external faults, etc |
|
Installation method: |
Loading machines and containers |
|
Protection level |
IP20 |
|
Cooling method |
Air cooling |
|
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