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Jake MillerWe waagden de gok met inverters-vfd.com voor een cruciale VFD-vervanging op onze assemblagelijn. Het product was niet alleen een perfecte match, maar ook voordeliger dan onze vorige leverancier. De stabiliteit heeft onze frequente problemen met het uitschakelen geëlimineerd. Een uitstekende waarde en een betrouwbare partner voor industriële componenten. -
Sarah ChenHet technische team van inverters-vfd.com was van onschatbare waarde. Ik beschreef onze toepassing voor een servomotor en ze adviseerden een model met superieure dynamische respons. De installatie verliep vlekkeloos en de precisie heeft onze cyclustijden verbeterd. Deskundige begeleiding en een hoogwaardig product! -
David "Big D" KowalskiOnze bestelling voor meerdere PLC-eenheden en HMIs is accuraat uitgevoerd en met verbazingwekkende snelheid verzonden. Sinds de integratie ervan is de communicatie van ons besturingssysteem robuuster. We zijn onder de indruk van de logistiek en de solide prestaties van deze componenten. Een probleemloze ervaring in alle opzichten. -
Emily WhiteWe hadden een stille spindelmotor nodig voor een gevoelige testomgeving. De unit die we kochten werkt fluisterstil en behoudt een constante draaimoment. De kwaliteit overtreft die van sommige bekende merken die we hebben gebruikt, voor een fractie van de prijs. Uitzonderlijk voor gespecialiseerde toepassingen.
User-Centric VFD with Keypad, UP/DOWN Terminals, and Free Function Blocks for Easy Operation and Setup
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x| Beschermingscijfer | IP20 | Koeling manier | Gedwongen luchtkoeling |
|---|---|---|---|
| Efficiëntie | 5.5kW~22kW: ≥93%; boven 30kW: ≥95% | Inputvoltage | 200V (-15%) ~ 240V (+10%) 3Fase, 380V (-15%) ~ 480V (+10%) 3Fase, 500V (-15%) ~ 690V (+10%) 3Fase |
| Invoerfrequentie | 50 Hz/60 Hz ± 5% | Uitgangspanning | 0V~Inputspanning |
| Uitgangsfrequentie | 0 Hz ~ 500 Hz | ||
| Markeren | VFD inverter with keypad,user-centric VFD with terminals,VFD frequency inverter with function blocks |
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HIC200-OP-10-W is a smart operator panel developed independently for high-performance transmission products, which is informative, friendly and easy to use, and according to the different configurations of the panel, it is divided into two kinds: wiFi function and without WiFi function, which are conveniently applied to high-performance, single transmission, multi-VFDs system, it can monitor and adjust the system.
| Optional | Module | Function |
| Keyboard Base | HVKMB | Depending on the situation, the base can be installed in the specified position and the drive can be operated by operating the keyboard |
| Communication Adapter | HVCOM-USB | The drive can achieve high-speed communication with the computer via this option |
| Profibus-DP Expand Card | HVCOM-DP | It is for Profibus-DP bus communication, It can fulfill the monitoring and diagnostics of inverters |
| ABZIncremental Code disk Expansion Card | HVPG-ABZ | Code disk expansion card, incremental code disk for ABZ signal output, power programmable control, compatible single/bipolar output of the code disk |
| CANopen Expansion Card | HVCOM-CAN | It is for CANopen bus commnication, it can fulfill the monitoring and diagnostics of inverters |
| Three-phase voltage detection module | HVVMU | Detection of three-phase voltage, it can be used for permanent magnetic synchronous motor soft start grid, speed tracking and other functions |
| Technical Specification | ||
| Input/output Power | Input Uin | 200V (-15%) ~240V (+10%) 3Phase , 380V (-15%) ~480V (+10%) 3Phase, 500V (-15%) ~690V (+10%) 3Phase |
| Input Frequency | 50Hz/60Hz±5% | |
| Unbalance Degree of Uin | ≤3% | |
| Output Uout | 0V~Input Uin | |
| Output Frequency | 0Hz~500Hz | |
| Control Performance | Motor Type | Asynchronous / Synchronous |
| Control Method | V/F, OLVC (Open-Loop Vector Control), CLVC (Close-Loop Vector Control) | |
| Range of Speed Regulation | 1:10 V/F, 1:100 OLVC, 1:1000 CLVC | |
| Start Torque | VF: 100% (0.5Hz), OLVC: 150% (0.5Hz), CLVC: 180% (0Hz) | |
| Torque Precision | ≤5%, Vector Control | |
| Torque Pulsation | ≤5%, Vector Control | |
| Speed Regulation Precision | OLVC 0.2%, CLVC 0.01% | |
| Torque Response | ﹤5ms, Vector Control | |
| Dynamic Speed Reduction | OLVC<0.5%*s, CLVC<0.3%*s | |
| Acceleration and Deceleration Time | 0.0s~3200.0s, 0.0min~3200.0min | |
| Torque Lifting | 0.0%~30.0% | |
| Overload | Heavy Load Application 150% 1min/5min, Light Load Application 110% 1min/5min | |
| V/F Curve | Multiple ways: linear V/F curve, 5 kinds of torque reduction characteristic curve mode (2.0 power, 1.8 power, 1.6 power, 1.4 power, 1.2 power), user-defined VF curve | |
| Input Frequency Accuracy | Digital: 0.01Hz, Analog: 0.01Hz | |
| Control Performance | Acceleration and Deceleration Curve | Straight, S Curve |
| Multiple Speed-Steps Operation | 16-Speed Steps Operation through control terminals | |
| Automatic VoltageAdjustment (AVR) | Keeping the output voltage constant automatically when the grid voltage changes within a certain range | |
| Fixed Length | Setted and Fixed Length Control | |
| In-build PID | It Can Easily Constructed Closed loop control system | |
| Enhencement Function | Free Function Block | |
| Input/output Power | Set Frequency | Keyboaed, UP/DOWN Terminals, Multiple Speed-Steps Operation, Terminals Pulsation, Com |
| Analog Input Terminals | AI1: 0V~10V/-10V~10V, AI2: 0V~10V/0(4) mA~20mA | |
| Digital Input Terminals | DI1-DI6, 6 programmable digital input terminals, optocoupler isolation, compatible with drain/source input | |
| Digital Input/Output Terminals | DIO1: Fast pulse output, normal input/output; DIO2: fast pulse input, normal input/output | |
| Anolog Output Terminals | 2 Strings 0V~10V/0 (4) mA~20mA | |
| Relay Output | 2Strings Contact Type FormC | |
| Motor Temperature Detection | Support PT100/PT1000/KTY84 | |
| STO Interface | SIL3/PLe Safe torque shutdown function | |
| Com | Com Protocol | Modbus RTU (Standard), Pro ibus, CANopen, pro inet, Devicenet, Ethercat |
| Environment | Altitude | Without Derating Operation Within 2000m Altitude; 2000m~4000m, Each 100m lifting, Derating 1% (Current) |
| Operation Temperature | -25℃~+40℃ (40℃~55℃ Derating) | |
| Humidity | 15%~95%, Without Condensation | |
| Vibration | 3M3, IEC60721-3-3 | |
| Storage Temperature | -40℃~+70℃ | |
| Operation Place | Indoor, Without direct sunlight, no flammable, corrosive gases, liquids and conductive particles | |
| Accessory | Encoding card, communication expansion card, voltage detection card | |
| Protection Function | Short circuit, over current, overload, over voltage, under voltage, phase loss, over temperature, external fault, etc. | |
| Efficiency | 5.5kW~22kW: ≥93%; Above 30kW: ≥95% | |
| Installation Method | Cabinet | |
| Protection Degree | IP20 | |
| Cooling | Forced Air Cooling | |
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- Q1: Is the HV500 compliant with European efficiency regulations?
A: Yes, it meets EU standards with high efficiency (up to 95%) and low harmonic distortion. - Q2: How precise is the speed control for German precision engineering applications?
A: With CLVC, speed regulation precision is 0.01%, ideal for CNC and automated systems. - Q3: Can the HV500 integrate with Siemens PLCs?
A: Yes, it supports Profinet and Profibus, ensuring compatibility with Siemens and other German automation systems. - Q4: What cooling methods are recommended for high-duty cycles?
A: Forced air cooling ensures optimal performance even in continuous operation common in German manufacturing. - Q5: Does the HV500 support safe torque off (STO) as per IEC standards?
A: Yes, STO is SIL3/PLe certified, meeting strict German safety norms. - Q6: How does it handle grid instability in rural areas?
A: The AVR function maintains output voltage consistency, and it tolerates voltage unbalance up to 3%. - Q7: Is the HV500 suitable for cold storage facilities?
A: Yes, it operates at temperatures as low as -25°C, perfect for logistics and refrigeration. - Q8: What motor types are compatible?
A: It works with asynchronous and synchronous motors, offering flexibility for various applications. - Q9: Can I use the HV500 in multi-motor setups?
A: Yes, with its programmable terminals and communication options, multi-motor control is easy. - Q10: How does the HV500 contribute to energy savings?
A: High efficiency and smart power management reduce operational costs, a key focus in German industry.


