The Future of Liquid Load Bank Testing
Delivering comprehensive test solutions for mission-critical data centers in the AI era.
Liquid-Cooled Load Bank
designed to validate high-density compute
infrastructure by rigorously testing electrical and
mechanical systems in new mission-critical facilities. It
supports 500kW at 415V and up to 670kW at 480V,
delivering robust, reliable, and repeatable performance
for commissioning data centers and other critical
environments.
“This partnership is built on exceptional engineering and a profound belief in each other’s respective areas of expertise,” said Sullivan. “Data center operators are assured of a comprehensive cooling and testing solution manufactured to the highest standards, helping them expand their capabilities for the AI era.”
Applications
Purpose-built for comprehensive commissioning, the LLB 670 ensures full validation of UPS systems, Technology Cooling Systems (TCS), and Technology Water Distribution Systems (TWDS). By simulating real-world load conditions, it verifies system performance, resilience, and reliability before going live.
OCP Wetted Materials Compliance
Fully compliant with Open Compute Project (OCP) guidelines for water based transfer fluids in single phase, cold plate-based liquid cooled racks, the LLB 670 is constructed with 316 Stainless Steel and INCOLOY 800 components to mitigate the risk of chloride crevice corrosion, ensuring long-term durability in demanding environments.
Safety Features
Engineered with multiple automatic protections, the LLB 670 features automatic shutdown mechanisms for minimum flow per kW, maximum temperature, and maximum pressure. These safeguards ensure the safe operation of both the load bank and the infrastructure under test, preventing potential failures during commissioning.
Instrumentation & Data Monitoring
The LLB 670 is equipped with advanced instrumentation, providing precise mechanical and electrical measurements that enable data centers to validate performance against their Service Level Agreements (SLAs). Mechanical parameters include input and output fluid temperature, input and output fluid pressure, and fluid flow rate, while electrical monitoring captures power (kW), current (Amps), and frequency (Hz). This high-fidelity data ensures accurate system testing, helping facilities meet operational and reliability commitments.
