NOVONIX® UHPC systems use specifically designed channel modules that address a wide range of current measurement, providing the reliable, high precision, and rapid data analysis that our customers value. When used with a properly controlled temperature chamber, these systems can measure cycle metrics such as Coulombic Efficiency with better precision and accuracy than any other system on the market.
All NOVONIX Channel Modules come with a Conformité Européenne (CE) mark, certified to IEC 62368-1:2018 for safety and emissions. Where required, products can be UL/CSA marked.
UHPC 2A Channel Module
Best for coin cells, small pouch cells, and 18650s
Specifications
Source
CURRENT
Range: 200µA, 2mA, 20mA, 200mA, 2A
Resolution: <20ppm FSR
Accuracy: 0.01% FSR
Noise: 0.002% FSR
Temperature Coefficient: 0.002% FSR over 23 ±5°C
VOLTAGE
Range: 250mV, 5V
Resolution: 1µV
Accuracy: 100µV (<250mV), 200µV (>250mV)
Noise: 100µV
Temperature Coefficient: 0.002% FSR over 23 ±5°C
Measurement
CURRENT
Resolution: <20ppm
Accuracy: 0.005% FSR
Noise: 0.002% FSR
Temperature Coefficient: 0.002% FSR over 23 ±5°C
VOLTAGE
Resolution: <50nV on 0V-0.25V, 1µV on 0.25V-5V
Accuracy: 100µV (<250mV), 200µV (>250mV)
Noise: 100µV
Temperature Coefficient: 0.002% FSR over 23 ±5°C
Timing
Resolution: 10ms
Measurement Frequency: 6Hz
Accuracy: 2ppm
Integrated RTD Temperature Sensing
Resolution: ±0.01°C
Accuracy: ±0.5°C
Noise: ±0.05°C
Technical Considerations*
Dimensions WxHxD (In): 19” x 5” x 24”
Rack Space (U): 3U
Weight (lbs): 28
Number of Test Channels: 8
Bench and Rack Mountable?: Yes
Power Draw (VA): 320VA
Voltage: 120VAC-230VAC 50Hz or 60Hz
Minimum Discharge Voltage: 0.005V
Required Lab Temperature Range: 18°C – 28°C
Required Lab Temperature Stability: ±1°C
UHPC 10A Channel Module
Best for coin cells, small and medium size pouch cells, 18650s, 21700s, 28850s, and 4680s.
Specifications
Source
CURRENT
Range: 100μA, 1mA, 10mA, 100mA, 1A, 10A
Resolution: <20ppm FSR
Accuracy: 0.01% FSR
Noise: 0.002% FSR
Temperature Coefficient: 0.002% FSR over 23 ±5°C
VOLTAGE
Range: 0V-5V
Resolution: <100μV
Accuracy: 200μV
Noise: 100µV
Temperature Coefficient: 0.002% FSR over 23 ±5°C
Measurement
CURRENT
Resolution: <20ppm
Accuracy: 0.005% FSR
Noise: 0.002% FSR
Temperature Coefficient: 0.002% FSR over 23 ±5°C
VOLTAGE
Resolution: 1μV
Accuracy: 200μV
Noise: 100µV
Temperature Coefficient: 0.002% FSR over 23 ±5°C
Timing
Resolution: 10ms
Measurement Frequency: 6Hz
Accuracy: 2ppm
Integrated RTD Temperature Sensing
Resolution: ±0.01°C
Accuracy: ±0.5°C
Noise: ±0.05°C
Technical Considerations*
Dimensions WxHxD (In): 19” x 7” x 27”
Rack Space (U): 4U
Weight (lbs): 47
Number of Test Channels: 8
Bench and Rack Mountable?: Yes
Power Draw (VA): 1500VA
Voltage: DC Voltages Supplied by Power Module
Minimum Discharge Voltage: 0.005V
Required Lab Temperature Range: 18°C – 28°C
Required Lab Temperature Stability: ±1°C
UHPC 20A Channel Module
Best for large pouch cells, and prismatic cells.
Specifications
Source
CURRENT
Range: 2A, 20A
Resolution: <20ppm FSR
Accuracy: 0.01% FSR
Noise: 0.002% FSR
Temperature Coefficient: 0.002% FSR over 23 ±5°C
VOLTAGE
Range: 0V-5V
Resolution: <50μV
Accuracy: 200μV
Noise: 100µV
Temperature Coefficient: 0.002% FSR over 23 ±5°C
Measurement
CURRENT
Resolution: <20ppm
Accuracy: 0.005% FSR
Noise: 0.002% FSR
Temperature Coefficient: 0.002% FSR over 23 ±5°C
VOLTAGE
Resolution: 1μV
Accuracy: 200μV
Noise: 100µV
Temperature Coefficient: 0.002% FSR over 23 ±5°C
Timing
Resolution: 10ms
Measurement Frequency: 6Hz
Accuracy: 2ppm
Integrated RTD Temperature Sensing
Resolution: ±0.01°C
Accuracy: ±0.5°C
Noise: ±0.05°C
Technical Considerations*
Dimensions WxHxD (In): 19” x 3.5” x 28”
Rack Space (U): 2U
Weight (lbs): 34
Number of Test Channels: 4
Bench and Rack Mountable?: Yes
Power Draw (VA): 1500VA
Voltage: DC Voltages Supplied by Power Module
Minimum Discharge Voltage: 0.005V
Required Lab Temperature Range: 18°C – 28°C
Required Lab Temperature Stability: ±1°C
*Specifications calculated based on theoretical electronic values in a controlled calibration lab setting using precision resistor elements, not live cells. For best performance, we recommend pairing Channel Modules with NOVONIX Thermal Chambers, which are specifically designed to provide the temperature stability required for UHPC experiments.
Not sure which one is right for you?
Whether you’re focused on high‑precision coulometry, data quality, or lab integration, our team can guide you to the right configuration.
