NH Research 9200-4912 Battery Tester, 120V, 200A, 8kW Source/12kW - 144kW Discharge

RENT NH RESEARCH 9200-4912 BATTERY TESTER (Call for Availability)

The NH Research 9200-4912 is an advanced, expandable Battery Module/Pack Test System designed for thorough automated characterization, power cycling, and life-cycle testing of battery modules and packs. Featuring a highly flexible tester-per-channel design and built-in digital measurements, this system delivers exceptional performance with various control interface options, including a user-friendly Touch-Panel.

Features and Specifications of the NH Research 9200-4912 Battery Tester include:

Features of the NHR 9200-4912 include:

• Unmatched configuration capability
• Custom waveform/profile generation
• Microsecond voltage, current, and mode transition times
• Built-in digital measurements with charting and scope displays
• Three test system control options, including a Touch-Panel interface
• Expandable from 12 to 252 kW with bi-directional DC loads (40, 120, or 600 V)
• 87% efficiency returning discharge power to AC mains
• Multiple safety layers designed to protect batteries during testing
• Battery emulation and burn-in applications supported

Specifications of the NHR 9200-4912 include:

• Program Capability:
• Operating states:
• Charge (source)
• Discharge (load)
• Standby
• Battery
• Charge/Discharge modes:
• Constant-voltage (CV)
• Constant current (CC)
• Constant power (CP)
• Constant resistance (CR)
• Charging envelope: 0 - 120V, 8kW, 200A
• Discharging envelope: 4 - 120V, 12kW, 200A
• Slew rate: 0.033V/S - 120 kV/S, 0.055A - 200kA/S
• Current charge time: < 5mS
• Current reverse time: < 10mS
• Parallelability: Synchronous control for up to 12 channels (144kW)
• Macro Test Profiles:
• Development source: Touch-Panel, Import from Excel or User's System Controller
• Maximum steps: 1000
• Minimum time delay: 5μS
• Maximum step delay: 1 mS - 7 days
• Programming:
• Voltage:
• Range: 0-120V
• Accuracy: 0.1% + 0.1%
• Resolution: 0.005%
• Current:
• Range: ± 200A
• Accuracy: 0.2% + 0.2%
• Resolution: 0.005%
• Power:
• Range: ± 12KW
• Accuracy: 0.4% + 0.4%
• Resolution: 0.005%
• Resistance:
• Range: 0 - 100Ω
• Accuracy: 2%
• Resolution: 0.005%
• Slew rate:
• Voltage: 0.034V/s - 240V/ms
• Current: 0.55A/s - 1000A/ms
• Resistance: 0.028Ω/s - 100Ω/ms
• Power: 0.002W/s - 8kW/ms
• Test measurement (4-Wire):
• Voltage, DC average:
• Range: 0 - 120V
• Accuracy: 0.05% + 0.05%
• Resolution: 0.005%
• Current, DC average, Amp-Hr:
• Range: 0 - 200A
• Accuracy: 0.1% + 0.1%
• Resolution: 0.005%
• Power, Ah, kWh:
• Range: ± 12KW
• Accuracy: 0.4% + 0.4%
• Resolution: 0.005%
• Time:
• Range: 1ms - 1Yr
• Accuracy: 0.1%
• Resolution: 0.005%
• Control:
• Local user interface: Touch-Panel with graphic meters and controls plus Macro development/execution screens
• Ext. system communication: LAN (Ethernet)
• Drivers: LabVIEW, IVI-COM, IVI-C
• Analog current monitor: 0 to +10V charge/0 to -10V discharge
• Analog voltage monitor: 0 to +10V full scale voltage
• Safety:
• Isolation AC input: 1000V AC to DC output / 1000V AC input to chassis
• Isolation UUT input: 1000 V UUT to chassis
• Programmable safety limits: Over-Voltage (OV), Under-Voltage (UV), Over-Current (OC), Over-Power (OP)
• Internal protection: Over/Under-Voltage, Over-Current, Over-Power, Internal Over-Temperature
• Interlocks: External user input, emergency stop, and rear service door
• Watchdog timer: Continuously monitors control communications