ZETA laboratory programmable DC power supply

ZETA High-Precision Laboratory DC Programmable Power Supply

1U Form Factor, ±0.02% F.S. Laboratory-Purposed Accuracy and Precision, ATE-Integration Options

The compact 1U form factor design, ultra-low ripple and high voltage accuracy of ±0.02% F.S. mark ZETA programmable DC power supply as the ideal testing instrument for laboratory application where precision and footprint are among the most valued factors. ZETA supports four primary operating modes including CV, CC, CVCP, and CCCP along with custom waveform programming through advanced software or host PC. The chassis comes with full-screen display and dual-shuttle rotary knobs for improved user-interaction when operating on an in-lab test bench. Single unit of 1U chassis delivers up to 5kW maximum per while further allowing master-slave series/parallel capabilities of up to 100 units.

User Manual

【User Manual】ZETA Series Laboratory DC Programmable Power Supply

Detailed installation, operation procedures, and safety information for engineers.

Not Available

Model Options

Show Results

Model	Power (kVA)	Voltage Range (V)	Current Range (A)	Voltage Ripple RMS (mV) (5Hz-1MHz)	Rise Time (ms) (Programmed Response)	Fall Time @ Full Load (ms) (Programmed Response)	Current Ripple RMS @ Rated Voltage (mA)	Input Voltage (V)
ZD1.7-020	1.7	0~20	0~200	10	30	50	300	220
ZD1.7-040	1.7	0~40	0~125	12	30	80	75	220
ZD1.7-060	1.7	0~60	0~85	12	50	80	50	220
ZD1.7-100	1.7	0~100	0~50	15	50	100	23	220
ZD1.7-150	1.7	0~150	0~34	20	50	100	23	220
ZD1.7-350	1.7	0~350	0~15	60	50	100	7.5	220
ZD1.7-750	1.7	0~750	0~7	100	100	200	4	220
ZD3.0-020	3	0~20	0~200	10	30	50	300	220
ZD3.0-020H	3	0~20	0~200	10	30	50	300	220
ZD3.0-030	3	0~30	0~170	12	30	80	150	220
ZD3.0-040	3	0~40	0~125	12	30	80	75	220
ZD3.0-040H	3	0~40	0~125	12	30	80	75	220
ZD3.0-060	3	0~60	0~85	12	50	80	50	220
ZD3.0-100	3	0~100	0~50	15	50	100	23	220
ZD3.0-150	3	0~150	0~34	20	50	100	23	220
ZD3.0-2K0	3	0~2000	0~1.5	300	100	200	4	220
ZD3.0-350	3	0~350	0~15	60	50	100	7.5	220
ZD3.0-750	3	0~750	0~7	100	100	200	4	220
ZD3.6-020	3.6	0~20	0~200	10	30	50	300	380
ZD3.6-030	3.6	0~30	0~170	12	30	80	150	380
ZD3.6-040	3.6	0~40	0~125	12	30	80	75	380
ZD3.6-060	3.6	0~60	0~85	12	50	80	50	380
ZD3.6-100	3.6	0~100	0~50	15	50	100	23	380
ZD3.6-150	3.6	0~150	0~34	20	50	100	23	380
ZD3.6-350	3.6	0~350	0~15	60	50	100	7.5	380
ZD3.6-750	3.6	0~750	0~7	100	100	200	4	380
ZD5.0-030	5	0~30	0~170	12	30	80	150	380
ZD5.0-100	5	0~100	0~50	15	50	100	23	380
ZD5.0-150	5	0~150	0~34	20	50	100	23	380
ZD5.0-350	5	0~350	0~15	60	50	100	7.5	380
ZD5.0-750	5	0~750	0~7	100	100	200	4	380

Technical Features

ZETA Series High-Precision Laboratory Programmable DC Power Supply achieves an ultra-high power density of up to 5kW within a compact 1U chassis. With output capabilities reaching up to 2000V and 200A, this series is explicitly designed for demanding industrial applications and cutting-edge scientific research, delivering an impeccable testing experience.

Stable Output with Low-Ripple Components

A pure power output is the cornerstone of authentic test data. The PDC series employs a rigorous hardware architecture and high-quality filtering components to achieve ultra-low ripple and noise performance. Its voltage ripple (RMS) is as low as 10mV, and its current ripple (RMS) reaches an impressive 4mA. Whether driving highly sensitive semiconductor devices or powering precision medical equipment for testing, it provides smooth, pure, and stable direct current comparable to a battery.

Ultra High Precision and Accuracy for Laboratory Test Application

ZETA series features exceptional setting and readback resolution, with voltage and current output accuracy reaching up to ±0.02% F.S. (two ten-thousandths of the full scale). In those accuracy-demanding fields with zero tolerance for error, such as aerospace, satellite testing, and scientific particle accelerators, ZETA provides precision test data with absolute confidence.

ultra low ripple of ZETA programmable power supply

Versatile Operation Modes of CC, CV, CVCP and CPCV

ZETA addresses the challenges of non-linear load testing with a comprehensive range of operating mode options.

In addition to traditional Constant Voltage (CV) and Constant Current (CC) modes, it features specialized Constant Voltage Constant Power (CVCP) and Constant Current Constant Power (CCCP) modes to prevent damage to the Device Under Test (DUT) under extreme conditions.

Optional software and control integration is available to upscale ZETA into a battery simulator for new energy and motor drive testing application, with program-controlled Internal Resistance profiles for replicating the charging and discharging characteristics of a real battery.

dynamic mode CC CV CR CP operation of ZETA DC power supply

master-slave parallation series connection ZETA power

Automatic Master-Slave Series/Parallel Operation

A standalone chassis is just the initial setup for your test-bench as we may understand. Test engineer can scale up the test bench until a master-slave series or parallel connection system with up to 100 units of ZETA aligned. The system automatically handles current sharing or voltage superposition without the need for tedious external calibration or code rewriting. Apart from current or voltage upscaling, the 1U standard chassis and form factor design allows ZETA to be integrated as well into an ATE for building an automated testing system.

Advanced Programmable Control & Waveform Generation

ZETA integrates isolated analogue control (5V/10V via the REMOTE port) with high-speed digital waveform programming featuring an ultra-fast 1ms resolution. Setting up of automated testing sequences can follow up to 200-steps with 10 stored profiles available, along with 999-step custom waveforms.

The system further provides real-time voltage and current monitoring to ensure effortless PLC and ATE integration. By combining the precision of analogue adjustment with the ultimate flexibility of digital waveforms in a single unit, it serves as the definitive solution for automated testing, stress cycling, and real-world power simulation.

automated waveform generation ZETA programmable DC power supply

Technical Specifications

Note: The technical parameters contained within the below specification tables are subject to updates and modifications without notification in advance. For more detailed technical information please contact our sales and technical support team.

INPUT PARAMETERS

Maximum Input Current at 100% Load	15A@220Vac 9.2A@380Vac
Input Voltage/Frequency	220V Model: 185~265Vac; 47~63Hz 380V Model: 304~460Vac; 47~63Hz
Inrush Current	30A@220Vac 15A@380Vac
Power Factor (Typical)	0.97
Efficiency (%)	91@20V~350V Model 92@350V~2000V Model

CONSTANT VOLTAGE MODE

Programming Accuracy	±0.02% of rated voltage
Display Accuracy	±0.02% of rated voltage
Source Regulation	±0.01% of rated voltage
Load Regulation	0.01% of rated output voltage
Temperature Coefficient	20PPM/°C of rated output voltage (after 30 minutes of power-on)
Transient Response Time	When the load current changes between 10% to 90% of the rated output current, the time required for the output voltage to recover to within 0.5% of the rated output voltage: Models ≤100V: ≤1ms Models >100V: ≤2ms

CONSTANT CURRENT MODE

Programming Accuracy	±0.1% of rated current (Standard) ±0.05% of rated current (High-Performance Version)
Display Accuracy	±0.1% of rated current (Standard) ±0.05% of rated current (High-Performance Version)
Source Regulation	±0.01% of rated current
Load Regulation	±0.1% of rated output current (Standard) ±0.05% of rated output current (High-Performance Version)
Temperature Coefficient	20PPM/°C of rated output current (Standard) 5PPM/°C of rated output current (High-Performance Version) (after 30 minutes of power-on)

CONSTANT POWER MODE

Programming Accuracy	±0.1% of rated current (Standard)
Programming Resolution	0.1W
Programming Accuracy (Power)	±0.1% of rated power
Display Resolution	1W
Display Accuracy	±0.1% of rated power

INTERNAL RESISTANCE MODE

Rated Impedance	±0.1% of rated current (Standard)
Setting Resolution	0.1mΩ
Setting Accuracy	±1% of rated impedance

PROGRAMMING MODE

Programming Steps	200 steps
Cycle Count	999,999
Minimum Programming Step Time	1ms
Operation Modes	Load, End, Trigger
Supported Modes	List, Wave

ANALOGUE PROGRAMMING & MONITORING (ISOLATED)

Voltage Programming of Voltage Output	Range: 0~100% (0~5V or 0~10V, user-selectable) Accuracy & Linearity: ±0.1% of rated output voltage
Voltage Programming of Current Output	Range: 0~100% (0~5V or 0~10V, user-selectable) Accuracy & Linearity: ±0.1% of rated output voltage
Resistance Programming of Voltage Output	Range: 0~100% (0~5/10 kΩ full scale, user-selectable) Accuracy & Linearity: ±0.5% of rated output voltage
Resistance Programming of Current Output	Range: 0~100% (0~5/10 kΩ full scale, user-selectable) Accuracy & Linearity: ±0.5% of rated output voltage
Output Voltage Monitoring	Range: 0~5V or 0~10V (user-selectable) Accuracy: ±0.1% F.S.
Output Current Monitoring	Range: 0~5V or 0~10V (user-selectable) Accuracy: ±0.1% F.S.

SIGNALS & CONTROLS (ISOLATED FROM OUTPUT)

Voltage Programming of Voltage Output	Range: 0~100% (0~5V or 0~10V, user-selectable) Output Monitoring: Open-collector Output ON: Conducting \| Output OFF: Open Max Voltage: 30V \| Max Current: 10mA
CV/CC Signal (Status)	Monitoring: Open-collector CC Mode: Conducting \| CV Mode: Open Max Voltage: 30V \| Max Current: 10mA
CV/CC Signal (Control)	Enable/Disable via Electrical Signal or Dry Contact External Control: 0~0.6V or Short-Circuit Local Control: 2~30V or Open-Circuit
LOCAL/REMOTE Status Monitoring	Analogue Control Monitoring Signal: Open-collector External Control: Conducting \| Local Control: Open Max Voltage: 30V \| Max Sink Current: 10mA
ENABLE/DISABLE Signal	Enable/Disable PS Output via Electrical Signal or Dry Contact Enable: 0~0.6V or Short-Circuit \| Disable: 2~30V or Open-Circuit User-Selectable Logic
INTERLOCK (ILC) Control	Enable/Disable PS Output via Electrical Signal or Dry Contact Enable: 0~0.6V or Short-Circuit \| Disable: 2~30V or Open-Circuit
Programming Signal	Two Open-Drain Programmable Signals Max Voltage: 25V Max Sink Current: 100mA (Clamped by 27V Zener Diode)
TRIGGER IN/TRIGGER OUT Signal	Max Low-Level Input Voltage = 0.8V Min High-Level Input Voltage = 2.5V \| Max High-Level Input = 5V Rising Edge Trigger: Pulse Width (Tw) ≥ 10μs (Min) Rise/Fall Time (Tr/Tf) ≤ 1μs (Max) Minimum Delay Between Pulses: 1ms

About ActionPower India

ActionPower India is a regional network of Xi'an ActionPower Electric Co., Ltd., represented by Tangent Test Technologies in India for supporting business development and technical services for our regional clientele in the field of power testing. With 5 regional locations in India.

With 30 years of experience with power electronics and testing solutions, further backed by 295+ patents that enforce our technological advancement, we are ready to uncomplicate your challenges of industrial regulation compliance with IEC, IEEE, UL and India local grid code standards.