Description

The Adept TECH-20000-310 represents the pinnacle of industrial power delivery for mission-critical automation systems, delivering 20,000W (416A) of ultra-stable 48V DC power. Engineered by Adept Technology (now OMRON) for high-density robotic workcells and semiconductor tools, this TECH-Series flagship integrates cutting-edge resonant converter technology with military-grade redundancy. The Adept TECH-20000-310 features adaptive load sharing across parallel units and real-time thermal balancing, maintaining ±0.3% voltage regulation even during 0–100% load transients. Its patented hybrid cooling system combines forced air and conduction cooling for continuous full-power operation in ambient temperatures up to 55°C.

Designed for Industry 4.0 integration, the TECH-20000-310 embeds OPC UA server capability for seamless data exchange with MES/SCADA systems. The unit exceeds SEMI F47 sag immunity standards, providing ride-through capability during 50% voltage dips. As the backbone of OMRON’s robotic ecosystem, this Adept power solution reduces harmonic distortion to<3>

Technical Specifications

Main Features and Advantages

Uncompromised power integrity: The Adept TECH-20000-310 utilizes digital signal processors (DSPs) for adaptive loop control, maintaining voltage stability within 0.3% during robotic peak acceleration demands. Its active harmonic correction achieves THDi<3>

Predictive maintenance intelligence: Embedded vibration sensors monitor fan health, while capacitor aging is tracked through equivalent series resistance (ESR) algorithms. The TECH-20000-310 generates prognostic health reports via OPC UA, integrating with OMRON’s IoT platform. Thermal resilience: Phase-change materials in critical hotspots absorb thermal shocks, while ceramic-coated heat sinks enable operation in oily atmospheres.

Cybersecurity hardened: Secure boot with hardware-based TPM 2.0 prevents firmware tampering. Role-based access control (RBAC) limits configuration changes to authorized personnel. The TECH-20000-310 supports signed firmware updates and audit trails compliant with IEC 62443-4-2. Regenerative braking energy recovery converts up to 30kW of kinetic energy into reusable AC power.

Application Field

The Adept TECH-20000-310 powers heavy-duty automation across extreme environments. In electric vehicle battery gigafactories, it drives 400A+ resistance welding robots for cell-to-pack assembly. Semiconductor capital equipment relies on its voltage stability for ion implanters where ±0.5% deviation causes wafer yield loss.

Aerospace manufacturers deploy the TECH-20000-310 for composite curing autoclaves requiring clean power for precision temperature control. Glass production lines utilize its sag immunity to maintain robotic handling during arc furnace switching events. For pharmaceutical freeze-drying systems, the PSU’s low EMI signature prevents interference with mass spectrometry sensors. The unit’s conduction-cooled variant enables sealed operation in explosive atmospheres (ATEX Zone 1) for chemical processing robots.

Related Products

Adept TECH-30000-510: 30kW ultra-high-capacity PSU for press automation

OMRON K8DT-PH: Phase monitoring relay for input protection

Adept PDB-48V400A: 400A power distribution block with current monitoring

Adept RSD-48-100: 100A redundant switching module

OMRON G9PX: Contactor for DC load switching

Adept CPS-2000: 2kVA uninterruptible power buffer

OMRON DCSS-1000: DC current shunt sensor for precision measurement

Adept TPH-48V: Thermal protection module for busbar systems

Installation and Maintenance

Pre-installation preparation: Verify three-phase short-circuit capacity >25kA at installation point. Install external bypass contactors for N+1 configurations. For the Adept TECH-20000-310, allocate 300mm overhead clearance for heat dissipation. Pre-charge output capacitors using the integrated soft-start circuit before enabling main contactor. Configure OPC UA security certificates prior to network connection.

Maintenance recommendations: Semi-annually measure busbar torque (35 N·m) at output terminals. Quarterly clean conduction-cooling surfaces with non-abrasive solvents. Replace cooling fans every 60,000 hours using hot-swap procedure detailed in service manual. For the TECH-20000-310, perform firmware updates during planned downtime using cryptographically signed packages. Monitor DC leakage current monthly via isolated meter (limit: 3.5mA).