Products

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.

• Customizable & savable test setups
• Program & Datalog Storage
• User Defined Temperature Limits
• Local & Remote Operations
• LabView™ drivers
• IEEE-488, RS232 ports

• 20 Amp Operation: Full performance with 20 amp service
• Automatic Power Reduction: Reduces power usage during idle periods
• Heat Only Mode: Reduces power usage when cold temperatures are not used
• WhisperStream Technology: quieter, smooth-sounding operation, 56 dBA
• Frost Free Test Environment: dry air purge for tester interface, prevents condensation:
  0.5 to 3scfm (0.25 to 1.5 l/s)
• Heated Defrost: quickly removes moisture buildup from internal chiller
• DUT Temperature Control : Proprietary control algorithm enables DUT temperature to be directly controlled
• Transition Rate*
  -55 to +125°C, approx. 10 seconds
  125 to -55°C, approx. 10 seconds
• System Airflow Output*
  4 to 18scfm (1.9 to 8.5 l/s) Continuous
• Temperature Range*
  -80 to +225°C (60Hz) No LN2 or LCO2 Required

• High reliability thermal cycling without thermoelectric modules
• Temperature range: -65 to 175°C
• Cooling power:
  • 40W at -40°C for lower power devices
  • 55W at -55°C and 120W at -40°C.
• Transition rate: up to <35 sec over 25 to -40°C
• Easy and secure thermal connection to in-circuit or test socked DUT
• Touch-screen controller: user-programmable temperatures, graphing, data logging
• Communications options: Ethernet, USB, IEEE, RS232

-60° to +200°C

• Economy model with high thermal capacity
• Precise temperatures with fast transitions from -60 to 200°C
• No annual leak testing required per EU 517/2014 F-Gas Regulation
• Effective testing and conditioning of electronic components, boards, and modules
• Available for 50 and 60Hz operation
• No need for Liquid Nitrogen (LN2) or Liquid Carbon Dioxide (LCO2)
• Remote communications and set up and touch screen operation
• User Defined Temperature Limits

• Highly Damped Step Respond
• Simple installation – No tuning require
• Application-specific designs/products/
• Capabilities to meet your needs
• Ability to support massive machines, tools, systems

• 6 degrees of freedom
• Active gain starting from 0.5Hz
• Variable Damping (patent pending)
• Build In Artificial Intelligence Feature
• Adjustable by software active bandwidth
• Remote control
• Built in real time diagnostic tools
  • Spectrum analyzer
  • Oscilloscope
• Shaker Mode

• 6 degrees of freedom
• Active gain starting from 0.5Hz
• Variable Damping (patent pending)
• Build In Artificial Intelligence Feature
• Adjustable by software active bandwidth
• Remote control
• Built in real time diagnostic tools
  • Spectrum analyzer
  • Oscilloscope
• Shaker Mode

• Highly Damped Step Respond
• Simple installation – No tuning require
• Application-specific designs/products/
• Capabilities to meet your needs
• Ability to support massive machines, tools, systems

Phase -Models Kitted for installation into End User’s Cabinet  and Phase -Models including Cabinet and Emergency Power off  (EPO)1

AC, DC, AC+DC, Single and Three – Phase -Models Including Cabinets

Rated Power 60,000 (vA),  Output Power 21,000(w)  Output form  1,2,3Ø, Output Volt-Max 300(L-N)/425 (VAC/VDC)(1), Output AMPS/PHS 166.7 / 83.3 (AAC/ADC)(2), Input Power Form (3) 3 Ø, Panel Height (4) 27 (U) and Weight 527/240 (LBS./KG).

AC, DC, AC+DC, Single and Three – Phase -Models Including Cabinets

Rated Power 60,000 (vA),  Output Power 21,000(w)  Output form  1,2,3Ø, Output Volt-Max 300(L-N)/425 (VAC/VDC)(1), Output AMPS/PHS 166.7 / 83.3 (AAC/ADC)(2), Input Power Form (3) 3 Ø, Panel Height (4) 27 (U) and Weight 527/240 (LBS./KG).

AC, DC, AC+DC, Single and Three – Phase -Models Including Cabinets

Rated Power 30,000 (vA),  Output Power 21,000(w)  Output form  1,2,3Ø, Output Volt-Max 300(L-N)/425 (VAC/VDC)(1), Output AMPS/PHS 125.0 / 62.5  (AAC/ADC)(2), Input Power Form (3) 3 Ø, Panel Height (4) 27 (U) and Weight 466/212 (LBS./KG).

AC, DC, AC+DC, Single and Three – Phase -Models Including Cabinets

Rated Power 30,000 (vA),  Output Power 21,000(w)  Output form  1,2,3Ø, Output Volt-Max 300(L-N)/425 (VAC/VDC)(1), Output AMPS/PHS 125.0 / 62.5  (AAC/ADC)(2), Input Power Form (3) 3 Ø, Panel Height (4) 27 (U) and Weight 466/212 (LBS./KG).