HELION SERIES
Modular Multi-Channel Power Supply
Unprecedented Module-Based Multi-Channel Testing Equipment
The unprecedented multi-channel power supply of HELION series features arbitrary configuration of AC and DC combination through 6 channels and fast-swap modular design that allow users to set up power testing environment with quick installation and fast-changeover features by replacing simply AC/DC modules in a plug-and-play manner facilitated by integrated automatic system identification functions.
HELION Series Modular Multi-Channel Power Supply performs dynamic and characteristics power testing capability with an accuracy of 0.01%士0.05%F.S. @ AC power and 0.02%士10mV @ DC power, backed by high accuracy voltage and current measurement devices and micro-processor for digital signal, meanwhile offering a compact footprint with power density of 9.9kW/3U. Highlighted Features
- Quick Swap Module Design: Supports plug-and-play quick installation, enabling flexible replacement of AC/DC modules. The system automatically identifies the power module type.
- Multi-Channel Architecture 6 hybrid channels within a compact 3U footprint, offering flexible configurations to support common test topologies such as AC/AC, AC/DC, DC/AC, and DC/DC.
- High-Precision Output: Utilizes advanced digital control technology to deliver high-accuracy, low-ripple voltage and current output, ensuring reliable test results.
- Versatile Communication Interfaces: Built-in USB, LAN, and optional RS232/RS485 interfaces, supporting SCPI/MODBUS command sets for seamless integration into automated test systems, enabling remote control and monitoring.
- Bidirectional Power Flow: AC/DC modules feature energy feedback capability.
- Web-Based Control: Supports web control functionality, allowing power supply operation and monitoring via standard browsers.
- Front-Panel Convenient Outputs: All six front-panel channels support banana plug connections for currents up to 10A.
HELION Series Multi-Channel Power Supply
Model Options
Features
Applications
Video
Specifications
Model Options
Find the right specification for your requirements
3U Standard Width Mainframe System Diagram
| Models | Rated Output Power(kW) | Input Voltage Range(V) | Channels | Input Type | Size |
|---|---|---|---|---|---|
| H-C6-6.6 | 6.6 | L1-N: (200-240)Vac L1-L2: (200-440)Vac | 6 | Two-wire | 3U Standard Unit |
| H-C6-9.9 | 9.9 | 200-480V | 6 | Three-phase | 3U Standard Unit |
HELION AC Module Schematic
| Models | Power(kVA) | Max. Voltage(V_rms) | Frequency Range(Hz) | Maximum Current(A_rms) | Maximum Voltage(V_DC) | Maximum Current(A_DC) |
|---|---|---|---|---|---|---|
| A1-3.0-450-16 | 3 | 450 | DC,0.001‒5000 | 16 | ±630 | ±16 |
| A1-1.6-450-16 | 1.6 | 450 | DC,0.001‒5000 | 16 | ±630 | ±16 |
HELION DC Module Schematic
| Models | Rated Power(kW) | Voltage(V) | Current Rating(A) | Maximum Efficiency | Type |
|---|---|---|---|---|---|
| D1-3.0-160-50 | ±3.00 | 0-160 | ±50 | 92% | Bidirectional DC Module |
| D1-1.6-160-30 | ±1.65 | 0-160 | ±30 | 90% | Bidirectional DC Module |
| D1-0.8-160-15 | ±0.85 | 0-160 | ±15 | 90% | Bidirectional DC Module |
| D1-3.0-100-60 | ±3.00 | 0-100 | ±60 | 92% | Bidirectional DC Module |
| D1-1.6-100-45 | ±1.65 | 0-100 | ±45 | 90% | Bidirectional DC Module |
| D1-0.8-100-30 | ±0.85 | 0-100 | ±30 | 90% | Bidirectional DC Module |
| D2-3.0-160-50 | 3.00 | 0-160 | 50 | 92% | PV Simulation Module |
| D2-1.6-160-30 | 1.65 | 0-160 | 30 | 90% | PV Simulation Module |
| D2-0.8-160-15 | 0.85 | 0-160 | 15 | 90% | PV Simulation Module |
| D2-3.0-100-60 | 3.00 | 0-100 | 60 | 92% | PV Simulation Module |
| D2-1.6-100-45 | 1.65 | 0-100 | 45 | 90% | PV Simulation Module |
| D2-0.8-100-30 | 0.85 | 0-100 | 30 | 90% | PV Simulation Module |
Highlighted Features
Unprecedented multi-channel power supply with arbitrary combination in 6 slots with AC and DC modules
Multi-Channel Power Testing Revolutionized
HELION Multi-Channel Modular Power Supply simplices and streamlines the traditional approach to multi-channel power testing scenarios where multiple set of power sources and electronic loads along with complex wirings are required for building up the testing environment.
Integrating in a single enclosure at 3U size 6 channels which allow quick swapping and removal of modules that can be either AC or DC in bidirectional functionality, a single set of HELION Multi-Channel Modular Power Supply is equal to 6 sets of traditional single-channel power testing equipment, either source or load.
Module Based Scenario Build-Up with Fast Removal & Swapping
HELION Multi-Channel Modular Power Supply offers a range of module options to cover bidirectional DC power testing, bidirectional AC power testing, and one-way source module for PV emulation. Each module can be set into one of the 6 slots within the mainframe with independent power control to avoid mainframe downtime, improve equipment maintenance flexibility and facilitate calibration processes as well as troubleshooting.
Automatic Module Identification without Additional Programming
The system automatically identifies the module set up, removed or swapped without the essentialness of additional programming processes. The users can, at their own discretion, set within the mainframe according to their testing scenarios bidirectional DC modules, AC modules and PV emulation modules that match the power flow of their UUT.
Explore Undiscovered Testing Scenarios with Arbitrary AC/DC Power Flow Set-Up
Explore the ideal combination that facilitates and simplifies your power testing to the maximum extent. The arbitrary module-based testing environment and power flow setting up feature allows users to discover a wide range of combinations to either testing a single, or multiple UUT or to meet more complex testing scenarios where the UUT requires multiple input and output.
Exemplar Applications:- 6 Channels Set Up with Bidirectional DC Modules for Testing 6 Batteries
- 3 DC modules and 3 Ac modules combined for testing multiple micro-inverters
- Testing 2 sets of multi-channel micro-inverters, with 2 DC modules and 1 AC module for each of them
Market-Leading Precision and Accuracy
Utilizing advanced digital control technology, it delivers high-accuracy, low-ripple voltage and current output, ensuring reliable and precise test results. The ripple peak-to-peak value is 250mVpp, with a ripple RMS value of 40mVrms. The setting accuracy is ±(0.02% + 30mV), ensuring optimal performance for demanding testing applications.
Versatile Monitoring and Control Methods
The MIX power supply system combines versatile communication interfaces with seamless remote access, offering:- Multi-Protocol Integration: Built-in USB, LAN, and optional RS232/RS485 interfaces with SCPI/MODBUS support for direct automation system integration, enabling precise remote control and monitoring
- Web-Based Accessibility: Browser-compatible web interface for cross-platform power management without dedicated software, accessible via any standard device
- Centralized Control – Manage tests locally or remotely through unified interfaces
- Zero-Installation Access – Instant monitoring/control via web UI reduces setup complexity
Multi-Channel Power Supply for Combined AC DC Output/Input Test
Unprecedented adaptive and automatic Identification Technology
Inverter Testing
Helion Multi-Channel Power Supply is an ideal power testing equipment that matches the testing scenarios for PV inverters.
Applications- On the DC side that feeds the inverter, Helion can emulate PV panels or batteries to dynamically supply the inverter with dynamically changing I-V profiles for MPPT validation.
- On the inverter's output side, the AC module can act as a programmable grid simulator, generating single-phase or three-phase voltage waveforms, including disturbances such as voltage dips, imbalances, or harmonics, to validate the inverter’s grid compliance.
Power Semiconductor Testing
Helion Multi-Channel Power Supply's advantages are not restricted to the channel-based architecture yet further offers outstanding high-speed transient response , precise control, and modular scalability.
Applications- Acts as a DC source, providing high-voltage or high-current environments for testing power modules such as IGBT, SiC, and MOSFET devices.
- Supports pulsed operation or rapid current steps to verify switching characteristics and dynamic safe operation area.
- Multi-channel parallelization allows high total power output, enabling short-duration or endurance testing for large power modules at the hundreds of kilowatts level.
Appliance Circuit Testing
Home appliances convert AC input from the local utility grid for consumer usage in the form of DC supply. Such a power flow pattern matches the architecture and features of Helion Multi-Channel Power Supply with which production end-of-line can see considerably streamlined validation processes.
Applications- Helion provides both AC mains input and low-voltage DC rails for appliance circuits such as washing machine controllers, inverter-driven air conditioners, or refrigerator drives.
- Helion's AC module simulates abnormal grid conditions (voltage fluctuations, harmonics, frequency deviations) to verify robustness and EMC compliance.
- Enables endurance testing with continuous power supply, logging current variations and energy usage to evaluate long-term reliability.
Communication Module Testing
Helion's multi-channel structure allows independent outputs simultaneous to supply communication modules with several voltage rails with high accuracy and low-noise.
Applications- Communication modules often require several voltage rails. Helion Multi-Channel Power Supply can simultaneously provide independent outputs.
- The fast transient response allows simulation of burst loads and peak data traffic to validate module stability.
- Precise current measurement helps engineers analyze consumption patterns and standby power behaviour
Video Introduction to Helion
Discover the unique advantages of Helion multi-channel power supply
Specifications
The following specifications are subject to modifications and changes without notification in advance. All specifications measured are at product's maximum ratings, if not otherwise noted.
Main Frame Specifications
AC INPUT
Wiring Type MIX36300: 3ph+PE(L1/L2/L3+PE)
MIX36200: 2ph+PE(L1/L2+PE or L/N+PE)
Rated Voltage
MIX36300: (200-440)VAC
MIX36200: L1-N:(200-240)VAC; L1-L2(200+440)VAC
Rated Frequency
50/60Hz
Frequency Range
47-63Hz
Power Factor
0.99
Insulation
Insulation Resistance
Input to PE 500 VDC, > 30 MΩ (25°C, 70% RH)
Input to Output 500 VDC, > 30 MΩ (25°C, 70% RH)
Dielectric Strength
Input to Control Interface 5kVAC
Input to Output 3kVAC
Environment
Temperature
Operation 0℃~50℃
Storage -20℃~70℃
Humidity
Operation ≤80% Not condensing
Storage ≤90% Not condensing
Altitude 2%/100m reduction in rated current when above 2000m
Channel Specifications
Energy Internal Circulation
Total System Loss ≤ Mainframe System Distribution Power
Non-Energy Internal Circulation
Total Input Power ≤ Mainframe System Distribution Power
Maximum Number of Channels
6
Per-Channel Power Output Max. 3kW
Interface
Control Interface
LAN: RJ45 connector; USB: Type-A USB 2.0, Type-C, Type-B; TF Card Slot; HDMI Output
Standards
Safety
IEC/EN 61010-1:2010
Electromagnetic Compatibility
IEC/EN 61326-1:ClassA
Miscellaneous
Size 435x132x750mm Weight 15kg
AC INPUT
| Wiring Type | MIX36300: 3ph+PE(L1/L2/L3+PE) |
|---|---|
| MIX36200: 2ph+PE(L1/L2+PE or L/N+PE) | |
| Rated Voltage | MIX36300: (200-440)VAC |
| MIX36200: L1-N:(200-240)VAC; L1-L2(200+440)VAC | |
| Rated Frequency | 50/60Hz |
| Frequency Range | 47-63Hz |
| Power Factor | 0.99 |
Insulation
| Insulation Resistance | Input to PE | 500 VDC, > 30 MΩ (25°C, 70% RH) |
|---|---|---|
| Input to Output | 500 VDC, > 30 MΩ (25°C, 70% RH) | |
| Dielectric Strength | Input to Control Interface | 5kVAC |
| Input to Output | 3kVAC |
Environment
| Temperature | Operation | 0℃~50℃ |
|---|---|---|
| Storage | -20℃~70℃ | |
| Humidity | Operation | ≤80% Not condensing |
| Storage | ≤90% Not condensing | |
| Altitude | 2%/100m reduction in rated current when above 2000m | |
Channel Specifications
| Energy Internal Circulation | Total System Loss ≤ Mainframe System Distribution Power |
|---|---|
| Non-Energy Internal Circulation | Total Input Power ≤ Mainframe System Distribution Power |
| Maximum Number of Channels | 6 |
| Per-Channel Power Output | Max. 3kW |
Interface
| Control Interface | LAN: RJ45 connector; USB: Type-A USB 2.0, Type-C, Type-B; TF Card Slot; HDMI Output |
|---|
Standards
| Safety | IEC/EN 61010-1:2010 |
|---|---|
| Electromagnetic Compatibility | IEC/EN 61326-1:ClassA |
Miscellaneous
| Size | 435x132x750mm |
|---|---|
| Weight | 15kg |
AC Module Specifications
Output Protection
RMS Overcurrent Protection
Setting range: 0–110% F.S.; output is disconnected on overcurrent
Overpower Protection
Setting range: 0–110% F.S.; output is disconnected on overpower
Overcapacity Protection
Setting range: 0–110% F.S.; output is disconnected on overcapacity
DC Overvoltage Protection
Setting range: 0–110% F.S.; output is disconnected on overvoltage
AC Overvoltage Protection
Setting range: 0–110% F.S.; output is disconnected on overvoltage
Over/Under Frequency Protection
Setting range: 0.001 Hz – 5000.000 Hz; output is disconnected on frequency fault
Output Protection
Power Interface
Pluggable connectors
Control Interface
Remote sense connectors, ANYPORT port, parallel port, indicator lights
Standards
Safety
IEC/EN 61010-1:2010
Electromagnetic Compatibility
IEC/EN 61326-1:ClassA
Environment
Operating Temperature
0°C ~ 50°C (power derating above 40°C)
Storage Temperature
−20°C ~ 70°C
Operating Humidity
< 80%, non-condensing
Storage Humidity
< 90%, non-condensing
Altitude
Output current derates 2% per 100 m above 2000 m
Cooling Method
Forced air cooling (airflow directed toward rear panel)
Miscellaneous
Size 127x665x50mm Weight ≤4.8kg
Notes:
- In the parameter table, any mention of F.S. related to AC output voltage refers to the rated AC output voltage.
- The DC component is measured at rated output voltage / 50 Hz frequency under no-load condition.
- When the output voltage is set to the maximum rated voltage, measurements are taken under pure resistive load at full rated output power.
- The resolution is defined as 0.001 Hz or 0.01% of the current setting—whichever is greater.
- In the parameter table, any mention of F.S. related to DC output voltage refers to the rated DC output voltage.
- Output ripple voltage is measured under no-load condition with output DC voltage set to rated value.
-
Crest factor refers to the ratio of peak current to RMS current. For a standard sine wave, the typical value is 1.414.
The maximum allowable crest factor is 6, but the peak current must not exceed the device's maximum peak current,
and this is not defined under rated conditions.
- In the parameter table, any mention of F.S. related to peak output current refers to the maximum peak output current.
- In the parameter table, any mention of F.S. related to output power refers to the rated output power.
- Power derating applies above 40°C. Please refer to the user manual for detailed derating requirements.
Output Protection
| RMS Overcurrent Protection | Setting range: 0–110% F.S.; output is disconnected on overcurrent |
|---|---|
| Overpower Protection | Setting range: 0–110% F.S.; output is disconnected on overpower |
| Overcapacity Protection | Setting range: 0–110% F.S.; output is disconnected on overcapacity |
| DC Overvoltage Protection | Setting range: 0–110% F.S.; output is disconnected on overvoltage |
| AC Overvoltage Protection | Setting range: 0–110% F.S.; output is disconnected on overvoltage |
| Over/Under Frequency Protection | Setting range: 0.001 Hz – 5000.000 Hz; output is disconnected on frequency fault |
Output Protection
| Power Interface | Pluggable connectors |
|---|---|
| Control Interface | Remote sense connectors, ANYPORT port, parallel port, indicator lights |
Standards
| Safety | IEC/EN 61010-1:2010 |
|---|---|
| Electromagnetic Compatibility | IEC/EN 61326-1:ClassA |
Environment
| Operating Temperature | 0°C ~ 50°C (power derating above 40°C) |
|---|---|
| Storage Temperature | −20°C ~ 70°C |
| Operating Humidity | < 80%, non-condensing |
| Storage Humidity | < 90%, non-condensing |
| Altitude | Output current derates 2% per 100 m above 2000 m |
| Cooling Method | Forced air cooling (airflow directed toward rear panel) |
Miscellaneous
| Size | 127x665x50mm |
|---|---|
| Weight | ≤4.8kg |
Notes:
- In the parameter table, any mention of F.S. related to AC output voltage refers to the rated AC output voltage.
- The DC component is measured at rated output voltage / 50 Hz frequency under no-load condition.
- When the output voltage is set to the maximum rated voltage, measurements are taken under pure resistive load at full rated output power.
- The resolution is defined as 0.001 Hz or 0.01% of the current setting—whichever is greater.
- In the parameter table, any mention of F.S. related to DC output voltage refers to the rated DC output voltage.
- Output ripple voltage is measured under no-load condition with output DC voltage set to rated value.
- Crest factor refers to the ratio of peak current to RMS current. For a standard sine wave, the typical value is 1.414. The maximum allowable crest factor is 6, but the peak current must not exceed the device's maximum peak current, and this is not defined under rated conditions.
- In the parameter table, any mention of F.S. related to peak output current refers to the maximum peak output current.
- In the parameter table, any mention of F.S. related to output power refers to the rated output power.
- Power derating applies above 40°C. Please refer to the user manual for detailed derating requirements.
Bidirectional DC Module Specifications
Voltage
Setting Range
160V output module: 0V~163.2V
100V output module: 0V~120V
Setting Accuracy①
≤±(0.02% + 30 mV)
≤±(0.02% + 20 mV)
Setting Resolution
10 mV
Line Regulation (±10% Uac)
±0.01% F.S.
Load Regulation (0~100% Load)
±0.02% F.S.
Recovery Time (10~90% Load Step)②
0.8 ms
Rise Time (Full Load)③
10 ms
Rise Time (No Load)③
5 ms
Fall Time (Full Load)③
5 ms
Fall Time (No Load)③
10 ms
Ripple (Peak-to-Peak, 20 MHz)④
250 mVpp
Ripple (RMS, 300 kHz)④
40 mVrms
Remote Compensation
160V output module: ≤6.0 V
100V output module: ≤3.2 V
Insulation
Setting Range 0~3000Ω Setting Precision ±0.5% Setting Resolution 0.01Ω
Voltage Measurement
160V Output Modules 100V Output Modules Range 0~192V 0~120V Resolution 10mV Precision ≤±(0.02%+30mV) ≤±(0.02%+20mV)
Current Measurement
160V Output Modules 100V Output Modules
Range (3 kW Model)
0~±60 A 0~±72 A
Range (1.65 kW Model)
0~±36 A 0~±54 A
Range (0.85 kW Model)
0~±18 A 0~±36 A
Resolution
1 mA
Accuracy (3 kW Model)
±(0.05% + 10 mA) ±(0.05% + 10 mA)
Accuracy (1.65 kW Model)
±(0.05% + 10 mA)
Accuracy (0.85 kW Model)
±(0.05% + 5 mA)
Interface
Power Interface
Power copper bars with M5 screws; includes protective cover
Control Interface
Remote sense connector, ANYPORT port, parallel port, and status indicator lights
Standards
Safety
IEC/EN 61010-1:2010
Electromagnetic Compatibility
IEC/EN 61326-1:ClassA
Environment
Operating Temperature
0°C ~ 50°C (power derating above 40°C)
Storage Temperature
−20°C ~ 70°C
Operating Humidity
< 80%, non-condensing
Storage Humidity
< 90%, non-condensing
Altitude
Output current derates 2% per 100 m above 2000 m
Cooling Method
Forced air cooling (airflow directed toward rear panel)
Current
160V Output Modules 100V Output Modules
Setting Range (3 kW Model)
0~±51 A 0~±61.2 A
Setting Range (1.65 kW Model)
0~±30.6 A 0~±45.9 A
Setting Range (0.85 kW Model)
0~±15.3 A 0~±30.6 A
Setting Accuracy (3 kW Model)⑤ ±(0.05% + 10 mA) ±(0.05%+10mA)
Setting Accuracy (1.65 kW Model)⑤
±(0.05% + 10 mA)
Setting Accuracy (0.85 kW Model)⑤
±(0.05% + 5 mA)
Setting Resolution
1 mA
Line Regulation (±10% Uac)
±0.02% F.S.
Load Regulation (ΔU = 90% Uo)
±0.02% F.S.
Rise Time (10%~90% Rated Value)③
5 ms
Fall Time (90%~–10% Rated Value)③
5 ms
Power
160V Output Modules 100V Output Modules
Setting Range (3 kW Model)
0~±3150 W
Setting Range (1.65 kW Model)
0~±1732.5 W
Setting Range (0.85 kW Model)
0~±892.5 W
Setting Accuracy (3 kW Model)
±0.2% F.S.
Setting Accuracy (1.65 kW Model)
±0.4% F.S.
Setting Accuracy (0.85 kW Model)
±0.6% F.S.
Setting Resolution
0.15 W
Power Measurement
Measurement Range (3 kW Model)
0~±3600 W
Measurement Range (1.65 kW Model)
0~±1980 W
Measurement Range (0.85 kW Model)
0~±1020 W
Measurement Resolution
0.15 W
Measurement Accuracy (3 kW Model)
±0.2% F.S.
Measurement Accuracy (1.65 kW Model)
±0.4% F.S.
Measurement Accuracy (0.85 kW Model)
±0.6% F.S.
Programming
Digital Programming
Supported
Analog Programming
Supported
System Integration
Supports integration with external control systems
Voltage & Current Programming
Both voltage and current parameters can be programmed
Output Protection
Overcurrent Protection
Settable range: 0~110% F.S.; output shuts down when overcurrent occurs
Overpower Protection
Settable range: 0~110% F.S.; output shuts down when overpower occurs
Overvoltage Protection
Settable range: 0~110% F.S.; output shuts down when overvoltage occurs
Overtemperature Protection
Output shuts down when internal temperature exceeds the limit
Miscellaneous
Size 127x665x50mm Weight ≤5kg
Note:
- All F.S. values related to output voltage and current refer to their rated output values.
- 10–90% Load Step: recovery to steady-state within ±0.75% F.S. range.
- Rise and fall times indicate the actual change time from 10% to 90% or 90% to 10% of rated output, excluding output ON/OFF switching time.
- Ripple values represent the worst-case results within 10%–100% rated output voltage under resistive load.
- All data in the parameter table are measured under resistive load conditions.
- All data in the parameter table are measured within a set value of 1Ω.
- Power derating applies above 40°C; refer to the user manual for detailed derating specifications.
Voltage
| Setting Range | 160V output module: 0V~163.2V |
|---|---|
| 100V output module: 0V~120V | |
| Setting Accuracy① | ≤±(0.02% + 30 mV) |
| ≤±(0.02% + 20 mV) | |
| Setting Resolution | 10 mV |
| Line Regulation (±10% Uac) | ±0.01% F.S. |
| Load Regulation (0~100% Load) | ±0.02% F.S. |
| Recovery Time (10~90% Load Step)② | 0.8 ms |
| Rise Time (Full Load)③ | 10 ms |
| Rise Time (No Load)③ | 5 ms |
| Fall Time (Full Load)③ | 5 ms |
| Fall Time (No Load)③ | 10 ms |
| Ripple (Peak-to-Peak, 20 MHz)④ | 250 mVpp |
| Ripple (RMS, 300 kHz)④ | 40 mVrms |
| Remote Compensation | 160V output module: ≤6.0 V |
| 100V output module: ≤3.2 V |
Insulation
| Setting Range | 0~3000Ω |
|---|---|
| Setting Precision | ±0.5% |
| Setting Resolution | 0.01Ω |
Voltage Measurement
| 160V Output Modules | 100V Output Modules | |
|---|---|---|
| Range | 0~192V | 0~120V |
| Resolution | 10mV | |
| Precision | ≤±(0.02%+30mV) | ≤±(0.02%+20mV) |
Current Measurement
| 160V Output Modules | 100V Output Modules | |
|---|---|---|
| Range (3 kW Model) | 0~±60 A | 0~±72 A |
| Range (1.65 kW Model) | 0~±36 A | 0~±54 A |
| Range (0.85 kW Model) | 0~±18 A | 0~±36 A |
| Resolution | 1 mA | |
| Accuracy (3 kW Model) | ±(0.05% + 10 mA) | ±(0.05% + 10 mA) |
| Accuracy (1.65 kW Model) | ±(0.05% + 10 mA) | |
| Accuracy (0.85 kW Model) | ±(0.05% + 5 mA) | |
Interface
| Power Interface | Power copper bars with M5 screws; includes protective cover |
|---|---|
| Control Interface | Remote sense connector, ANYPORT port, parallel port, and status indicator lights |
Standards
| Safety | IEC/EN 61010-1:2010 |
|---|---|
| Electromagnetic Compatibility | IEC/EN 61326-1:ClassA |
Environment
| Operating Temperature | 0°C ~ 50°C (power derating above 40°C) |
|---|---|
| Storage Temperature | −20°C ~ 70°C |
| Operating Humidity | < 80%, non-condensing |
| Storage Humidity | < 90%, non-condensing |
| Altitude | Output current derates 2% per 100 m above 2000 m |
| Cooling Method | Forced air cooling (airflow directed toward rear panel) |
Current
| 160V Output Modules | 100V Output Modules | |
|---|---|---|
| Setting Range (3 kW Model) | 0~±51 A | 0~±61.2 A |
| Setting Range (1.65 kW Model) | 0~±30.6 A | 0~±45.9 A |
| Setting Range (0.85 kW Model) | 0~±15.3 A | 0~±30.6 A |
| Setting Accuracy (3 kW Model)⑤ | ±(0.05% + 10 mA) | ±(0.05%+10mA) |
| Setting Accuracy (1.65 kW Model)⑤ | ±(0.05% + 10 mA) | |
| Setting Accuracy (0.85 kW Model)⑤ | ±(0.05% + 5 mA) | |
| Setting Resolution | 1 mA | |
| Line Regulation (±10% Uac) | ±0.02% F.S. | |
| Load Regulation (ΔU = 90% Uo) | ±0.02% F.S. | |
| Rise Time (10%~90% Rated Value)③ | 5 ms | |
| Fall Time (90%~–10% Rated Value)③ | 5 ms | |
Power
| 160V Output Modules | 100V Output Modules | |
|---|---|---|
| Setting Range (3 kW Model) | 0~±3150 W | |
| Setting Range (1.65 kW Model) | 0~±1732.5 W | |
| Setting Range (0.85 kW Model) | 0~±892.5 W | |
| Setting Accuracy (3 kW Model) | ±0.2% F.S. | |
| Setting Accuracy (1.65 kW Model) | ±0.4% F.S. | |
| Setting Accuracy (0.85 kW Model) | ±0.6% F.S. | |
| Setting Resolution | 0.15 W | |
Power Measurement
| Measurement Range (3 kW Model) | 0~±3600 W |
|---|---|
| Measurement Range (1.65 kW Model) | 0~±1980 W |
| Measurement Range (0.85 kW Model) | 0~±1020 W |
| Measurement Resolution | 0.15 W |
| Measurement Accuracy (3 kW Model) | ±0.2% F.S. |
| Measurement Accuracy (1.65 kW Model) | ±0.4% F.S. |
| Measurement Accuracy (0.85 kW Model) | ±0.6% F.S. |
Programming
| Digital Programming | Supported |
|---|---|
| Analog Programming | Supported |
| System Integration | Supports integration with external control systems |
| Voltage & Current Programming | Both voltage and current parameters can be programmed |
Output Protection
| Overcurrent Protection | Settable range: 0~110% F.S.; output shuts down when overcurrent occurs |
|---|---|
| Overpower Protection | Settable range: 0~110% F.S.; output shuts down when overpower occurs |
| Overvoltage Protection | Settable range: 0~110% F.S.; output shuts down when overvoltage occurs |
| Overtemperature Protection | Output shuts down when internal temperature exceeds the limit |
Miscellaneous
| Size | 127x665x50mm |
|---|---|
| Weight | ≤5kg |
Note:
- All F.S. values related to output voltage and current refer to their rated output values.
- 10–90% Load Step: recovery to steady-state within ±0.75% F.S. range.
- Rise and fall times indicate the actual change time from 10% to 90% or 90% to 10% of rated output, excluding output ON/OFF switching time.
- Ripple values represent the worst-case results within 10%–100% rated output voltage under resistive load.
- All data in the parameter table are measured under resistive load conditions.
- All data in the parameter table are measured within a set value of 1Ω.
- Power derating applies above 40°C; refer to the user manual for detailed derating specifications.
PV Emulation Module Specifications
Voltage
160V Output Module 100V Output Module
Setting Range
0V~163.2V 0V~102V
Setting Accuracy① ＜ ±(0.02% + 30mV) ＜ ±(0.02% + 20mV)
Setting Resolution 10mV
Line Regulation (±10% Uac)
±0.01% F.S.
Load Regulation (0~100% Load)
±0.02% F.S.
Recovery Time (10~90% Load Step)②
0.8 ms
Rise Time (Full Load)③
10 ms
Rise Time (Without Load)③
5 ms
Fall Time (Full Load)③
5 ms
Fall Time (Without Load)③
10 ms
Ripple Peak-to-Peak (20MHz)④
250 mVpp
Ripple RMS (300kHz)④
40 mVrms
Remote Sense Compensation ＜6.0V ＜3.2V
Voltage Measurement
160V Output Modules 100V Output Modules Range 0~192V 0~120V Resolution 10mV Precision ≤±(0.02%+30mV) ≤±(0.02%+20mV)
Current Measurement
160V Output Modules 100V Output Modules
Range (3 kW Model)
0~±60 A 0~±72 A
Range (1.65 kW Model)
0~±36 A 0~±54 A
Range (0.85 kW Model)
0~±18 A 0~±36 A
Resolution
1 mA
Accuracy (3 kW Model)
±(0.05% + 10 mA) ±(0.05% + 10 mA)
Accuracy (1.65 kW Model)
±(0.05% + 10 mA)
Accuracy (0.85 kW Model)
±(0.05% + 5 mA)
Programming
Digital Programming
Supported
Analog Programming
Supported
System Integration
Supports integration with external control systems
Voltage & Current Programming
Both voltage and current parameters can be programmed
Interface
Power Interface
Power copper bars with M5 screws; includes protective cover
Control Interface
Remote sense connector, ANYPORT port, parallel port, and status indicator lights
Standards
Safety
IEC/EN 61010-1:2010
Electromagnetic Compatibility
IEC/EN 61326-1:ClassA
Environment
Operating Temperature
0°C ~ 50°C (power derating above 40°C)
Storage Temperature
−20°C ~ 70°C
Operating Humidity
< 80%, non-condensing
Storage Humidity
< 90%, non-condensing
Altitude
Output current derates 2% per 100 m above 2000 m
Cooling Method
Forced air cooling (airflow directed toward rear panel)
Current
160V Output Module 100V Output Module
Setting Range
3kW Model: 0~51A 3kW Model: 0~61.2A
1.65kW Model: 0~30.6A 1.65kW Model: 0~45.9A
0.85kW Model: 0~15.3A 0.85kW Model: 0~30.6A
Setting Accuracy⑤
3kW Model: ±(0.05% + 10mA) 3kW Model: ±(0.05% + 10mA)
1.65kW Model: ±(0.05% + 10mA)
0.85kW Model: ±(0.05% + 5mA)
Setting Resolution
1 mA
Line Regulation (±10% Uac)
±0.02% F.S.
Load Regulation (AU = 90% Uo)
±0.02% F.S.
Rise Time (10%~90% rated) ③
5 ms
Fall Time (90%~10% rated) ③
5 ms
Power
160V Output Module 100V Output Module
Setting Range
>3kW Model: 0~3150W
>1.65kW Model: 0~1732.5W
>0.85kW Model: 0~892.5W
Setting Accuracy
>3kW Model: ±0.2% F.S.
>1.65kW Model: ±0.4% F.S.
>0.85kW Model: ±0.6% F.S.
Setting Resolution
>0.15 W
Insulation
Setting Range 0~3000Ω Setting Precision ±0.5% Setting Resolution 0.01Ω
Power Measurement
Digital Programming
Supported
Analog Programming
Supported
System Integration
Supports integration with external control systems
Voltage & Current Programming
Both voltage and current parameters can be programmed
Output Protection
Overcurrent Protection
Settable range: 0~110% F.S.; output shuts down when overcurrent occurs
Overpower Protection
Settable range: 0~110% F.S.; output shuts down when overpower occurs
Overvoltage Protection
Settable range: 0~110% F.S.; output shuts down when overvoltage occurs
Overtemperature Protection
Output shuts down when internal temperature exceeds the limit
Miscellaneous
Size 127x665x50mm Weight ≤5kg
Notes:
- In the parameter table, F.S. for output voltage and current refers to the rated output voltage and current.
- For 10~90% load step, recovery to steady state is within ±0.75% F.S.
- Voltage and current rise/fall time refers to the actual change from 10% to 90% (or 90% to 10%) of rated output, excluding OUT on/off switching.
- Ripple values refer to the worst-case ripple under 10%~100% rated voltage with resistive load.
- All parameters are measured under resistive load conditions.
- Data measured under conditions within 1Ω setting value.
- Power derating applies when ambient temperature exceeds 40°C; refer to the datasheet for detailed derating standards.
Voltage
| 160V Output Module | 100V Output Module | |
|---|---|---|
| Setting Range | 0V~163.2V | 0V~102V |
| Setting Accuracy① | ＜ ±(0.02% + 30mV) | ＜ ±(0.02% + 20mV) |
| Setting Resolution | 10mV | |
| Line Regulation (±10% Uac) | ±0.01% F.S. | |
| Load Regulation (0~100% Load) | ±0.02% F.S. | |
| Recovery Time (10~90% Load Step)② | 0.8 ms | |
| Rise Time (Full Load)③ | 10 ms | |
| Rise Time (Without Load)③ | 5 ms | |
| Fall Time (Full Load)③ | 5 ms | |
| Fall Time (Without Load)③ | 10 ms | |
| Ripple Peak-to-Peak (20MHz)④ | 250 mVpp | |
| Ripple RMS (300kHz)④ | 40 mVrms | |
| Remote Sense Compensation | ＜6.0V | ＜3.2V |
Voltage Measurement
| 160V Output Modules | 100V Output Modules | |
|---|---|---|
| Range | 0~192V | 0~120V |
| Resolution | 10mV | |
| Precision | ≤±(0.02%+30mV) | ≤±(0.02%+20mV) |
Current Measurement
| 160V Output Modules | 100V Output Modules | |
|---|---|---|
| Range (3 kW Model) | 0~±60 A | 0~±72 A |
| Range (1.65 kW Model) | 0~±36 A | 0~±54 A |
| Range (0.85 kW Model) | 0~±18 A | 0~±36 A |
| Resolution | 1 mA | |
| Accuracy (3 kW Model) | ±(0.05% + 10 mA) | ±(0.05% + 10 mA) |
| Accuracy (1.65 kW Model) | ±(0.05% + 10 mA) | |
| Accuracy (0.85 kW Model) | ±(0.05% + 5 mA) | |
Programming
| Digital Programming | Supported |
|---|---|
| Analog Programming | Supported |
| System Integration | Supports integration with external control systems |
| Voltage & Current Programming | Both voltage and current parameters can be programmed |
Interface
| Power Interface | Power copper bars with M5 screws; includes protective cover |
|---|---|
| Control Interface | Remote sense connector, ANYPORT port, parallel port, and status indicator lights |
Standards
| Safety | IEC/EN 61010-1:2010 |
|---|---|
| Electromagnetic Compatibility | IEC/EN 61326-1:ClassA |
Environment
| Operating Temperature | 0°C ~ 50°C (power derating above 40°C) |
|---|---|
| Storage Temperature | −20°C ~ 70°C |
| Operating Humidity | < 80%, non-condensing |
| Storage Humidity | < 90%, non-condensing |
| Altitude | Output current derates 2% per 100 m above 2000 m |
| Cooling Method | Forced air cooling (airflow directed toward rear panel) |
Current
| 160V Output Module | 100V Output Module | |
|---|---|---|
| Setting Range | 3kW Model: 0~51A | 3kW Model: 0~61.2A |
| 1.65kW Model: 0~30.6A | 1.65kW Model: 0~45.9A | |
| 0.85kW Model: 0~15.3A | 0.85kW Model: 0~30.6A | |
| Setting Accuracy⑤ | 3kW Model: ±(0.05% + 10mA) | 3kW Model: ±(0.05% + 10mA) |
| 1.65kW Model: ±(0.05% + 10mA) | ||
| 0.85kW Model: ±(0.05% + 5mA) | ||
| Setting Resolution | 1 mA | |
| Line Regulation (±10% Uac) | ±0.02% F.S. | |
| Load Regulation (AU = 90% Uo) | ±0.02% F.S. | |
| Rise Time (10%~90% rated) ③ | 5 ms | |
| Fall Time (90%~10% rated) ③ | 5 ms | |
Power
| 160V Output Module | 100V Output Module | |
|---|---|---|
| Setting Range | >3kW Model: 0~3150W | |
| >1.65kW Model: 0~1732.5W | ||
| >0.85kW Model: 0~892.5W | ||
| Setting Accuracy | >3kW Model: ±0.2% F.S. | |
| >1.65kW Model: ±0.4% F.S. | ||
| >0.85kW Model: ±0.6% F.S. | ||
| Setting Resolution | >0.15 W | |
Insulation
| Setting Range | 0~3000Ω |
|---|---|
| Setting Precision | ±0.5% |
| Setting Resolution | 0.01Ω |
Power Measurement
| Digital Programming | Supported |
|---|---|
| Analog Programming | Supported |
| System Integration | Supports integration with external control systems |
| Voltage & Current Programming | Both voltage and current parameters can be programmed |
Output Protection
| Overcurrent Protection | Settable range: 0~110% F.S.; output shuts down when overcurrent occurs |
|---|---|
| Overpower Protection | Settable range: 0~110% F.S.; output shuts down when overpower occurs |
| Overvoltage Protection | Settable range: 0~110% F.S.; output shuts down when overvoltage occurs |
| Overtemperature Protection | Output shuts down when internal temperature exceeds the limit |
Miscellaneous
| Size | 127x665x50mm |
|---|---|
| Weight | ≤5kg |
Notes:
- In the parameter table, F.S. for output voltage and current refers to the rated output voltage and current.
- For 10~90% load step, recovery to steady state is within ±0.75% F.S.
- Voltage and current rise/fall time refers to the actual change from 10% to 90% (or 90% to 10%) of rated output, excluding OUT on/off switching.
- Ripple values refer to the worst-case ripple under 10%~100% rated voltage with resistive load.
- All parameters are measured under resistive load conditions.
- Data measured under conditions within 1Ω setting value.
- Power derating applies when ambient temperature exceeds 40°C; refer to the datasheet for detailed derating standards.
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