Electric Pressurization

• Power supply: DC 24V
• Power: 90W
• Maximum Pressure: 3T
• Maximum Stroke: 25mm
• Work surface size: Φ58mm
• Workspace: 260*130*430mm(L*W*H)
• Display range: 1.00-3000.00kg
• Control range: 30-3000kg (constant pressure accuracy: ±3kg)
• Pressure Dwelling Time: 1-9999min
• The equipment has two working modes: automatic pressurization and manual pressurization
• Three modes of automatic pressurization:

• The sleeve is made of PEEK or Nylon, which has high mechanical strength, high insulation, and strong corrosion resistance
• The upper and lower die cores are made of stainless steel, and a gold-plated pressure bar is optionally available
• The sleeve fixing ring is made of aluminum for great thermal conductivity
• Die diameter of ID· φ10mm (other core sizes are available upon request).
• A split test cell for pouch batteries is available upon request. 

Solid-state Battery Testing Cell (Heating Condition, included)

•  A PEEK heating die with an I.D. of 10 mm is included. Other sizes (eg. 12 mm, 20 mm) are also available upon request. The maximum operation temperature is 150 °C
• If you would like a test cell under higher heating condition up to 500°C,  please order the Si3N4 test cell (PSC-SiN)

Temperature/Heating Control

• A heating jacket is included for the heating test cell
• Power supply: 110 or 220 VAC.
• Power: 550W
• Maximum heating temperature: 150 °C
• PID automatic temperature control system with 30-stage intelligent thermometer
• Built-in overheating protection and thermocouple fault alarm
• Accuracy: ±1 °C;
• Default DB9 PC communication connection port;
• MET certification;
  

8-Channel Battery Analyzer

• 8-channel battery analyzer ( 0.02 mA - 10 mA up to 5Vdc)
• Each channel has an independent constant current source and constant voltage source, which can be programmed and controlled according to the scheme
• Software is included for displaying the curve of charging/discharging with temperature and pressure

Computer Software

• The software can display the temperature, pressure, and charge and discharge curves of solid-state batteries in real time on the same interface, which is more intuitive and can be exported to facilitate the comparison of multiple experiments