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150°C Max Solid-State Battery Heating and Pressurizing Analysis System - YLJ3TPSCHT
  • 150°C Max Solid-State Battery Heating and Pressurizing Analysis System - YLJ3TPSCHT
  • 150°C Max Solid-State Battery Heating and Pressurizing Analysis System - YLJ3TPSCHT
150°C Max Solid-State Battery Heating and Pressurizing Analysis System - YLJ3TPSCHT

150°C Max Solid-State Battery Heating and Pressurizing Analysis System - YLJ3TPSCHT

SKU: ylj3tpscht

Price: RFQ

Specifications

 YLJ3TPSCHT is a solid-state battery heating and pressurizing analysis system containing a set of devices to study the performance of solid-state battery materials under different pressures and temperatures. SPECIFICATIONS: 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: (1) Constant pressure mode: When the pressure value reaches the target value, in the process of pressure dwelling, the equipment continuously makes the pressure to maintains the pressure at the set value. (2) Non-constant pressure mode: When the pressure value reaches the target value, the pressure is not replenished during the dwelling process. (3) Intermittent constant pressure mode: When the pressure value reaches the target value, the pressure is replenished every 5 minutes during the packing process, and the pressure is maintained around the target value. A low-cost press without a pressure recording function is also available for combination. YLJ-15 YLJ-5TA Solid-State Battery Testing Cell ( No Heating, optional ) 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

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:
(1) Constant pressure mode: When the pressure value reaches the target value, in the process of pressure dwelling, the equipment continuously makes the pressure to maintains the pressure at the set value.
(2) Non-constant pressure mode: When the pressure value reaches the target value, the pressure is not replenished during the dwelling process.
(3) Intermittent constant pressure mode: When the pressure value reaches the target value, the pressure is replenished every 5 minutes during the packing process, and the pressure is maintained around the target value.

A low-cost press without a pressure recording function is also available for combination. 
   YLJ-15                         YLJ-5TA
Solid-State Battery Testing Cell
 (No Heating, optional)
  • 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

              

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