Products

Unleash the power of modern, versatile, and sophisticated AC sources with our LSX Series – Programmable AC Power Source. These powerhouses come in single and three-phase options, ranging from 1.5kVA to 6kVA. Equipped with an advanced programmable controller featuring a vivid colour touchscreen interface, the LSX Series is not just cost-effective but also fully programmable for basic frequency conversion, advanced AC power line disturbance tests, and ATE applications.

Key Features Provide Application Versatility

• USB, LAN (LXI), IEEE-488.2 and RS-232C with SCPI compatibility
• Compatible with PPSC Studio graphical user interface
• LabVIEW for Windows®/LabWindows® drivers
• Waveform Creation by Harmonic Synthesis
• Waveform Capture (Voltage and Current)
• Harmonic Analysis (Voltage and Current)
• Metering of RMS and Peak Values
• Continuous Self Calibration (CSC)
• Line Sync
• 6:1 Peak Current Capability
• Low Impedance for EN61000-3-2, 3 Testing
• Programmable Output Impedance
• Up to 0-300 VAC Direct Coupled Out
• 1 Phase / 3 Phase Switch Selectable
• 15-5000 Hz Full Power Bandwidth
• Power Levels from 500 VA to 6 kVA standard; 30kVA optional
• Externally Referenced Meter Calibration
• CE Safety & EMC and NTRL Safety Mark

The AZX Series (Regenerative AC / DC Power Source) is a family of high power, single, split and three phase, AC, DC and AC+DC output capable Power Sources with full energy recovery to the AC mains when sinking power from the equipment under test. Available models range from 30 kVA to 440 kVA. Using a modern color touch screen based user interface for ease of use, the AZX Series is cost effective and fully programmable for both basic frequency conversion and advanced AC power line or DC power disturbance test applications requiring up to 1000 Hz fundamental frequency.

The energy recovery capability allows both sourcing and sinking of current and power up to 100% of rated power. Adding the Load Option (Option L) adds full electronic regenerative AC & DC Load programming capability to the AZX.

• Protocol reports
• Generation of waveforms with synchronous data acquisition
• Modular Expandable
• Individual Waveform Generation
• Standard Libraries included
• Unlimited Waveform size
• 2 different Waveforms synchronously
• DLL’s for LabView, Vector CANoe / CAPL, C#, C++, ANSI C, Python, etc.
• Simulation of imported oscilloscope waveform

BOLAB revolutionizes EV testing with powerful, flexible, and modular HV Electric Vehicle Test Systems. These solutions offer high-speed testing, covering diverse profiles and budgets. Features include a modular design, adaptability, and WaveMaster Software for custom waveforms. Benefit from efficiency, precision, and cost-efficiency in EV testing. Discover the future of high-speed testing with BOLAB’s innovative solutions.

• Proven member of a modular Power Module family, more than 800 units are in service
• Precision-regulated Bi-Polar output provides up to +12 to -12 Amps for Magnet loads.
• Smooth operation through zero amps output current, no “Crossover” problems.
• All 2510 MCOR12 Power Modules are identical and interchangeable.
• Has two high-precision measurements of output current;
  • one is used to close the regulation control loop,
  • provides an independent monitoring signal to the Crate Interface Card.
• Fault sensing circuitry in the module sets a Fault Latch which inhibits the output.
• A (momentary) Sync input signal inhibits MOSFET switching when it is active (high);
  • this eliminate switching noise .
  • reduces power line noise during sensitive analog signal measurements.

• Proven member of a modular Power Module family, more than 800 units are in service
• Precision-regulated Bi-Polar output provides up to +30 to -30 Amps for Magnet loads.
• Smooth operation through zero amps output current, no “Crossover” problems.
• All 2510R30 MCOR30 Power Modules are identical and interchangeable
  • Programming Card is plugged into the replacement module.
• Each channel has a critically-damped, LC noise filter with a cut-off frequency of about 8 kHz.
• A 16-pin front panel diagnostics connector taps onto major circuit nodes which enables quick “inthe-crate” fault evaluation

• 2U Chassis – 19″ rack mount 3.48” Height, 9.60” Depth and Weight 6lb.
• Power 120V AC 60Hz
• Washable front removable air filter
• Ball Bearing AC fans provide 330 CFM
• Dual plenum design
• Cooling for 160mm,220mm depth modules
• Diverts lower warmed air to rear of Cabinet
• RM option diverts lower air to front of Cabinet

• accommodate these control schemes
• total control system interface on a single VME-standard card
• occupies the left-most slot of the crate
• monitoring voltage reference inputs, output voltages and fault conditions
• standard VMEbus-compatible 6U by 220 mm board installed
• Eurocard crate
• Two 96-pin I/O connectors

MCOR Modules

MCOR 2/6/9/12

Each module can be customized to provide maximum outputs of 2 amps, 6 amps, 9 amps, and 12 amps. Up to 16 of these can fit in a single 6U VME style crate.

MCOR 30

Each module can provide a maximum output 30 amps. Up to 8 of these can fit in a single 6U VME style crate.

• Frequency Range 10 Hz – 1GHz, 3GHz or 6GHz
• 4000x faster in your pre-certifcation work
• compact design and +12V power supply
• 162.5 MHz full gapless real-time analysis bandwidth
• Weighted Real-time Spectrogram

• requency Range from DC up to 40 GHz
• 685 MHz Real-time analysis bandwidth
• Dynamic range of more than 100 dB
• Multi-GHz real-time scanning up to 40 GHz
• all 6dB RBWs acc. to CISPR, MIL, DO, ANSI, FCC
• fastest super-heterodyn receiver on the planet

• provides precision bi-polar output currents
• minimal zero-cross over distortion
• 19” rack mounted 6U x 220 mm crate
• crate has 17 slots; 16 (slot 0 thru 15)
• connectors
  • J1 (ExtIntlk),
  • J2 (CrateOK),
  • J3 (Input Reference Voltages),
  • J4 (Output Monitors), and
  • J9 (Bitbus)

• Dynamic set up: During a simple frame reading, users can define elements to be acquired, recorded, visualized and surveyed in real time.
•  Macro-command: Users can write and execute complex test sequences thanks to macro-command functions.
•  Local & Distant Integration: AT-DIAG can be driven and interrogated by external software. It can also be used with a computer through Ethernet.
• Communication ports: Communication is done through RS232, NI CAN acq. Card, specific acquisition card or system.
•  Protocols: FREERUNNING, KWP2000, CAN, LIN, FlexRay, ARINC, … Possibility to implement new protocols (customized protocol, …).
•  Multi-product & Multi-protocol Communication: Communication can be set up with multiple addresses and protocols during a single test.

• 1 software for all your equipment
• 1 software for all standards
• 1 software for your electrical and EMC tests
• Advanced functions of monitoring and control
• Automated reports
• Team of specialists at your disposal

• Fast: ACA compression and parallelization allow to speed up the calculation
• Accurate: Fully validated with measurement results on real mock-up
• Innovative: New method from research labs
• Powerful: Compute very large models
• Easy: Dedicated graphical user interface with modern layout