Operation panel 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. Accessory | 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 | 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 |
Germany - 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.
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