The California Instruments 5001i is a single-phase AC power source designed for precise simulation and testing of AC power conditions. This versatile instrument is engineered to meet the demanding requirements of engineers, system integrators, and laboratories involved in product development, manufacturing, and quality assurance. The 5001i offers a robust 5 kVA power output, capable of delivering precise voltage and frequency control across a wide operational range. Its ability to simulate various AC power scenarios, including programmable waveforms, makes it an essential tool for validating product performance under diverse electrical conditions.
### Technical Specifications
**Electrical Specifications:**
* **Output Power:**
* 5 kVA (single unit configuration)
* Up to 15 kVA with multi-unit configurations (two or three 5001i chassis in parallel)
* **Output Voltage Ranges:**
* 0-135 V RMS
* 0-270 V RMS
* 0-150 V RMS (iX Series)
* 0-300 V RMS (iX Series)
* Full power available at maximum output voltage for all ranges.
* **Output Frequency Range:** 16.00 Hz to 500 Hz
* Note: For the 300V range, voltage derates from 300 Vrms max at 500 Hz to 150 Vrms max at 1000 Hz (for iX series).
* **Output Frequency Accuracy:** ± 0.01%
* **Output Current:**
* Up to 110 Amps of repetitive peak current (low range)
* Steady state current capability varies based on voltage range and load.
* **Crest Factor:** Up to 5:1
* Enables driving non-linear loads with switching power supplies that draw high repetitive peak currents.
* **Harmonic Distortion (Linear Load):**
* < 1% from 16-66 Hz
* < 2% at 400 Hz
* < 3% at 800 Hz
* **DC Offset Voltage:** Less than 50 mV (or less than 20 mV with linear load for iX Series)
* **Load Regulation:** Less than ± 1%
* **Power Factor:** 0 to unity at full output power (typical 0.8)
* **Efficiency:** 82% typical
* **Hold-up Time:** Greater than 15 ms
* **Input Voltage:** 187-264 VAC (standard)
* 400 V L-L input option available for CE Mark compliance.
* **Input Frequency:** 50/60 Hz (or 45-66 Hz)
* **Line Current (per phase):** 24 Amps max @ 208-240 V
* **Inrush Current:** < 100 Apeak for 0.1 ms
* **Protection:** Constant Current Mode**Output Modes:*** **AC Output Mode:** Standard operational mode for AC power simulation.
* **DC Output Mode:** Allows for DC test applications. Output voltage ranges are 0-135 V and 0-270 V. Switching between AC and DC is available via the front panel or remote control interfaces.
* **AC+DC Output Mode:** Available on iX Series models, combining AC and DC outputs.**Programmability and Control:*** **Waveform Generation:**
* Programmable waveforms
* Arbitrary waveform generation (iX Series)
* Sine, Square, Clipped sine (iX Series II)
* **Transient Generation:**
* Stores frequently used transients in non-volatile memory for quick recall.
* Offers a list of programmable transient events to simulate common line disturbances.
* Powerful output transient generation capability.
* **Programmable Impedance:** Available on iX Series for flicker testing (e.g., IEC 725 reference impedance).
* **Remote Control:**
* IEEE-488.2 (GPIB) Interface
* RS232C Interface
* SCPI command protocol supported.
* Windows 3.1™ or Windows 95/98™ application software provided for graphical control.
* **Measurements (Standard on i/iX Series):** Voltage, Current, Power, Frequency.
* **Harmonic Analysis:** Harmonic analysis of Voltage and Current (iX Series).
* **Controller:** Microprocessor controlled with an easy-to-use front panel keypad and an analog control knob for parameter adjustment.**Multi-Unit Configurations:*** **Parallel Operation (Single-Phase):**
* Two or three 5001i units can be connected in parallel for 10 kVA or 15 kVA single-phase output.
* Features a unique load-sharing circuit.
* **Three-Phase Operation:**
* Three or six units can be connected as a three-phase system.
* Three 5001i chassis can be configured as a 15 kVA three-phase system.
* Systems interface and Clock/Lock mode used for synchronization and phase control.
* MODE-iX option allows automatic switching between single and three-phase output modes (on specific models like 9003iX, 15003iX).### Interfaces* **Remote Control:** IEEE-488.2 (GPIB) connector
* **Communication:** RS232C, IEEE-488.2, USB (iX Series)
* **Connectors:**
* Three-phase AC Input terminal block
* Single-phase AC output terminal block
* IEEE-488.2 (GPIB) connector
* System Interface connector (for multi-unit configurations)
* Clock and Lock connectors (for multi-unit three-phase synchronization)### Physical* **Dimensions:** 7” (178 mm) high
* **Cooling:** Forced air cooling, side air intake, rear exhaust
* **Weight:** 60 lbs (27.3 kg) for the 5001iM
* **Rack Mountable:** 4U chassis design (i/iX Series II)### Compatibility* **Standards Compliance:**
* UL3111, EN58001, EN58002, EN61010 (CE-Mark equivalent), CSA22.2
* CE Mark requirements (for 5001i-400V model)
* iX Series II designed for Euronorm EN 61000 compliance testing.
* IEC 61000-3-2 and IEC 61000-3-3 (iX Series)
* IEC61000-4-11, IEC61000-4-14, IEC61000-4-28 testing support (iX Series).
* **Software:** Provided application software for Windows 3.1™ or Windows 95/98™.
* **Multi-Unit Systems:** Can be configured with other 5001i/iX or compatible chassis for higher power systems.Why Choose Aumictech for California Instruments 5001i?
At Aumictech, we specialize in supplying high-end AC power source equipment. Whether you need precise AC power simulation, versatile multi-phase configurations, or advanced programmable waveform capabilities, our team ensures the California Instruments 5001i delivers maximum performance for your application.
