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670 electrolysis workstation
670 electrolysis workstation
Scribner
The 670 Electrolysis Workstation is a turnkey, fully integrated platform purpose-built for advanced electrolysis research.
Whether you’re a university research lab, a startup developing next-generation electrolyzers, or an industrial R&D group scaling electrochemical processes, the 670 delivers exceptional control, flexibility, and measurement accuracy.
Designed to support both liquid and gas-phase operation at one or both electrodes, the 670 enables precise investigation across a wide range of electrolysis conditions. From CO₂ reduction and ammonia synthesis to power-to-fuels, syngas production, and electrochemical separations, the system provides reliable performance for modern electrochemical research. With integrated high-current potentiostatic/galvanostatic control (±20 A), electrochemical impedance spectroscopy (EIS), and coordinated control of reactant flow and temperature, the 670 allows you to focus on reaction insights, not system complexity.
ADVANCED DIAGNOSTICS
The 670 is built not just to run experiments—but to help you understand them.
Electrochemical Analysis– Perform advanced characterization with Electrochemical Impedance Spectroscopy (EIS) and High-Frequency Resistance (HFR) measurements, along with whole-cell and half-cell measurements using reference electrodes. IR-corrected measurements improve accuracy, and optional integration with the 857 enables enhanced impedance analysis during electrolysis experiments.
Real-Time Monitoring– Track voltage and current continuously while running automated experiment sequences. All testing is managed through FlowCell® software, which streamlines experiment control, data collection, and system visibility during operation.
Flow & Reaction Insight:Study how operating conditions influence performance with control over gas and liquid environments, support for single-pass or recirculating operation, and sampling options for downstream product analysis.
FlowCell® Software
FlowCell® softwareprovides a streamlined environment for operating the 670 Electrolysis Workstation, giving researchers a clear and efficient way to control experiments, monitor system performance, and capture high-quality data. The interface is designed to make experiment setup straightforward while still supporting the complexity often required in electrolysis research. Real-time system monitoring keeps key parameters visible throughout testing, while automated workflows help simplify longer or more advanced experimental sequences. Integrated diagnostics and data logging ensure that results are recorded clearly and consistently, making analysis and comparison easier across experiments.
Configure the System for Your Research
The 670 platform is built with flexibility in mind, allowing the system to be configured to match your specific experimental setup. A range of system options and accessories makes it possible to adapt the workstation to different cell configurations, operating conditions, and research goals. As your work evolves, the modular design allows the system to grow with your research, supporting new experiments and expanded capabilities over time.
Power Supply Max Current– 100 A
Voltage Range– 0 – 5.000 V
Maximum Power– 500W
Potentiostat Current Ranges– ±20 / 7 / 0.7 / 0.07 A
Current Resolution– 0.007% of range
Current Limit of Error– ±1.0% of range
Set & Read Voltage– > ±5.000 V
Cell Voltage Sense Lead– Differential
Voltage Measurement Resolution– 152 μV
Sense Lead Input Resistance– 1.0 GΩ
Modes of Operation– Constant, Scan, Step-Stair (Voltage & Current)
Included with every Scribner is a set of parts and tools for installing the instrument. Specifically, each 670 includes;
Tools
2 wrenches, 1/2″ & 9/16″, for common fittings
Document Folder
USB drive with documentation and software
Calibration information
Pump user manual
Cabling
9-Pin connector connecting 892 to Controller
Country specific power cords bringing wall power to each unit x3
USB cable connecting Controller to Computer
External alarm cable for integrating additional alarm signals into Controller
Flow bench controller ribbon cable
Controller cell cable
Components
Stir bars x2
PFA coated thermocouples x2
Extra Parts
7 Type T Thermocouple connectors for adding thermocouples to 892 and cell
6 Analog circular connectors for adding sensors to 892
Cell heater adapter for using other commercial heaters through Controller
Swagelok nuts and ferrules for gas ports x3
Alligator clips x6
¼” nuts, bolts, and washers for bus bars x2
Document Folder
USB drive with documentation and software
Calibration information
Cabling
9-Pin connector connecting 892 to Controller
Gas auxiliary signal cable from Flow Bench to 670 Gas System
Country specific power cord bringing wall power to the gas system
Extra Parts
Swagelok nuts & ferrules
Heated cuffs
Su carrito
Scribner
670 electrolysis workstation
Precio normal€0,00
Precio unitario
The 670 Electrolysis Workstation is a turnkey, fully integrated platform purpose-built for advanced electrolysis research.
Whether you’re a university research lab, a startup developing next-generation electrolyzers, or an industrial R&D group scaling electrochemical processes, the 670 delivers exceptional control, flexibility, and measurement accuracy.
Designed to support both liquid and gas-phase operation at one or both electrodes, the 670 enables precise investigation across a wide range of electrolysis conditions. From CO₂ reduction and ammonia synthesis to power-to-fuels, syngas production, and electrochemical separations, the system provides reliable performance for modern electrochemical research. With integrated high-current potentiostatic/galvanostatic control (±20 A), electrochemical impedance spectroscopy (EIS), and coordinated control of reactant flow and temperature, the 670 allows you to focus on reaction insights, not system complexity.
ADVANCED DIAGNOSTICS
The 670 is built not just to run experiments—but to help you understand them.
Electrochemical Analysis– Perform advanced characterization with Electrochemical Impedance Spectroscopy (EIS) and High-Frequency Resistance (HFR) measurements, along with whole-cell and half-cell measurements using reference electrodes. IR-corrected measurements improve accuracy, and optional integration with the 857 enables enhanced impedance analysis during electrolysis experiments.
Real-Time Monitoring– Track voltage and current continuously while running automated experiment sequences. All testing is managed through FlowCell® software, which streamlines experiment control, data collection, and system visibility during operation.
Flow & Reaction Insight:Study how operating conditions influence performance with control over gas and liquid environments, support for single-pass or recirculating operation, and sampling options for downstream product analysis.
FlowCell® Software
FlowCell® softwareprovides a streamlined environment for operating the 670 Electrolysis Workstation, giving researchers a clear and efficient way to control experiments, monitor system performance, and capture high-quality data. The interface is designed to make experiment setup straightforward while still supporting the complexity often required in electrolysis research. Real-time system monitoring keeps key parameters visible throughout testing, while automated workflows help simplify longer or more advanced experimental sequences. Integrated diagnostics and data logging ensure that results are recorded clearly and consistently, making analysis and comparison easier across experiments.
Configure the System for Your Research
The 670 platform is built with flexibility in mind, allowing the system to be configured to match your specific experimental setup. A range of system options and accessories makes it possible to adapt the workstation to different cell configurations, operating conditions, and research goals. As your work evolves, the modular design allows the system to grow with your research, supporting new experiments and expanded capabilities over time.
Power Supply Max Current– 100 A
Voltage Range– 0 – 5.000 V
Maximum Power– 500W
Potentiostat Current Ranges– ±20 / 7 / 0.7 / 0.07 A
Current Resolution– 0.007% of range
Current Limit of Error– ±1.0% of range
Set & Read Voltage– > ±5.000 V
Cell Voltage Sense Lead– Differential
Voltage Measurement Resolution– 152 μV
Sense Lead Input Resistance– 1.0 GΩ
Modes of Operation– Constant, Scan, Step-Stair (Voltage & Current)