855 SOFC & SOEC Test System
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Delivery and Shipping to EU
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855 SOFC & SOEC Test System
Scribner
Scribner’s 855 Solid-Oxide Fuel Cell (SOFC) and Solid Oxide Electrolysis Cell (SOEC) Test System, is designed to support your testing needs. Capable of zero-volt applications for lower measurement range, as well as automated, hands-free switching between SOFC and SOEC mode via FuelCell® software. The 855 is known for it’s high performance and accuracy.
FuelCell® Software and Experimental Methods Manual are included. Optional Impedance Spectroscopy & HFR.
- Suitable for Button Cells and Planar Cells
- Multi Range Electronic load 5/25/50 A, 100 W, 20 V
- FuelCell® software for user-friendly computer controlled cell operation & experimentation
- Stainless Steel Anode humidifier with Bypass Valve and auto waterfill
- Programmable Power Supply for SOEC mode operation – 100 A / 5 V
- Power Supply mode includes Voltage & Current control with Constant, Scanning & Step-Stair experiments
- Up to five mass flow controllers available
- Includes Furnace Control hardware with redundant over-temperature protection
- Constant or stoichiometric-controlled reactant flow rate
- Zero Volt Capability
- Current, voltage or power control mode
- Continuous real time cell resistance and IR-free voltage measurement by Current Interrupt
- Whole cell voltage plus two high-impedance reference inputs for half-cell data
- Cell main terminals & sense inputs tolerant of non-isolated cell
- Safety features include detection of alarm conditions and automatic hardware shutdown for safe, reliable operation
| Specification: | Details |
|---|---|
| Electronic Load: | |
| Maximum Load Current: | 5/25/50 A |
| Maximum Load Power: | 100 W |
| Minimum Load Resistance: | < 2 mΩ (100 mV @ 50 A at load terminals) |
| Current Resolution: | 1 mA for 5/25/50 A |
| Current Accuracy: | 0.3 % of full scale current rating |
| Voltage Measurement and Data Acquisition: | |
| Maximum Whole Cell Voltage: | 20 V |
| Maximum Reference Electrode Voltage: | 9.999 V |
| Sense Lead Input Resistance: | > 35 kΩ |
| Voltage Resolution: | I mV |
| Voltage Accuracy: | ±3 mV ±0.3 % of reading |
| Voltage and Current Data Update Rate: | 100 Hz |
| Reactant Gas Control System: | |
| All 316 stainless steel construction of humidifiers, flow path, valves and mass flow controllers, with Swagelok® fittings | |
| Mass Flow Control: | Up to 5 SLM H2 (Anode) and 10 SLM Air (Cathode). *Software controlled mass flow controllers. Automatic N2 purge valves on anode and cathode |
| Alarm Inputs: | Gas supply pressures (3), humidifier water level (1), furnace over temperature (1), and external (1) |
| Temperature Controllers: | |
| Quantity: | (3) Furnace, anode humidifier, cell temp |
| Set and Report Accuracy: | ±0.25 % of span, ±1 least significant digit |
| Sensor Type: | Thermocouple, type K (R/S also available) |
| Temperature Limit Controller: | (1) Furnace over-temp |
| Humidifier: | Anode only, sparger-type, single passivated 316L W heaters per bottle |
| Temperature Range: | Ambient to 99 ° C |
| Automated humidifier bypass | |
| Environment: | |
| Operating Temperature: | 0 - 40 °C |
| Power Source: | 120 V, 50/60 Hz, 900 W |
| Enclosure Type: | Single bench top enclosure |
| Size and Weight: | 18” H x 11” W x 19” D, 50 lb |
| 46 cm x 28 cm x 48 cm, 23 kg | |
| Safety Features: |
Automatic shutdown and N2, purge with under voltage, over-current, over-temperature, loss of reactant or purge gas pressure, furnace over-temperature limit, communications failure or external alarm. manual emergency stop switch included for manual shutdown by operator. |
