Laboratory

Bitrode is an industry leading supplier of state-of-the-art laboratory systems in cell, module and pack testing for all chemistries.

Our full range of products— from Cycle Life Testers for R&D of multiple chemistries and applications to High Rate Discharge testers for cold crank testing—are configurable for testing to industry standards such as IEC, SAE, BCI and drive simulations for FUDS, SFUDS, GSFUDS, DST and ECE-15L. Additional standard product offerings for battery development and testing, as well as custom engineering services, offer our clients maximum control over every aspect of their testing protocols and methods.

Life Cycle Testing

Cells:

    • MCVEV/HEV Cell Battery Testing System
      Voltage: 0-18V
      Current:
      1µA-300A (2700 in parallel)
      Circuits:
      up to 96
      Network:
      Ethernet
    • CVAutomotive & Industrial Cycle Testing
      Voltage: 5-18V
      Current:
      0-100 (1600A in parallel)
      Circuits:
      up to 48
      Network:
      Ethernet

Modules:

        • LCVFull-Featured Battery Testing System
          Voltage:
          0-200V
          Current: Up to 1000A (8000A parallel)
          Circuits: up to 16
          Network: Ethernet
        • FTVEV/HEV Battery Module Test System
          Voltage:
          0-100V
          Current:
          Up to 1000A (2000A parallel)
          Circuits: up to 4
          Network:
          Ethernet
        • LCNLife Cycle Module Testing
          Voltage:
          0-100V
          Current:
          up to 1000A
          Circuits:
          up to 21
          Network:
          Coax

Packs:

            • FTF High Power & Voltage Pack Testing
              Voltage:
              35-500V / 40-700V / 50-1000V (Zero Volt optional)
              Current: up to 1000A (4000A in parallel)

              Circuits:
              up to 2
              Network:
              Ethernet
            • FTF-HP *NEW* High Power Laboratory Testing System 
              Voltage: 33-500V / 40-700V / 50-1000V (Zero Volt optional)

              Current: up to 1000A (4000A in parallel)

              Circuits:
              up to 2
              Network:
              Ethernet

Chargers

                • LCRConstant Potential Charging System
                  Voltage:
                  0-72V
                  Current:
                  0-150A
                  Circuits:
                  up to 1
                  Network:
                  Coax
                • LCRNConstant Potential Charging System
                  Voltage:
                  0-18V
                  Current:
                  0-300A
                  Circuits:
                  up to 5
                  Network:
                  Coax

Dischargers

                    • DTVHigh Current Discharge Battery Testing
                      Voltage:
                      0-72V
                      Current:
                      0-3000A
                      Circuits:
                      1
                      Network:
                      >Ethernet

Reserve Capacity Testing

                        • RCVMulti-Circuit Discharge Testing
                          Voltage:
                          1.5-36V
                          Current:
                          0-50A (800 in parallel)
                          Circuits:
                          up to 16 (32/cabinet)
                          Network:
                          Ethernet
                        • RCNStand Alone Discharge Testing
                          Voltage:
                          5-120V
                          Current:
                          0-600A
                          Circuits:
                          up to 12
                          Network:
                          Coax

Water Bath

                          • WBTemperature Controlled Water Bath
                            Temp Control:
                            up to 80 degrees C
                            Current:
                            21A
                            PSI:
                            5 (min)
                            Phase:
                            1