ADEPT TECHNOLOGY 12000-310- Motion control unit, 24VDC power supply, original factory quality, use with confidence!

The Adept TECH-12000-310 is a high-efficiency industrial power supply unit engineered specifically for Adept (now OMRON) robotic systems requiring robust 48V DC power distribution. Designed for continuous operation in 24/7 manufacturing environments, this TECH-Series unit delivers 12,000W (250A) of regulated power with exceptional voltage stability (±0.5%). The Adept TECH-12000-310 features triple-redundant cooling architecture and N+1 parallel operation capability, ensuring uninterrupted power to critical automation cells. Its modular design integrates seamlessly with Adept SmartController platforms, providing real-time power monitoring through EtherNet/IP communication.

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Description

The Adept TECH-12000-310 is a high-efficiency industrial power supply unit engineered specifically for Adept (now OMRON) robotic systems requiring robust 48V DC power distribution. Designed for continuous operation in 24/7 manufacturing environments, this TECH-Series unit delivers 12,000W (250A) of regulated power with exceptional voltage stability (±0.5%). The Adept TECH-12000-310 features triple-redundant cooling architecture and N+1 parallel operation capability, ensuring uninterrupted power to critical automation cells. Its modular design integrates seamlessly with Adept SmartController platforms, providing real-time power monitoring through EtherNet/IP communication.

Certified for global industrial use, the TECH-12000-310 incorporates active power factor correction (>0.98) and complies with stringent electromagnetic compatibility standards. The unit’s diagnostic-ready architecture enables predictive maintenance through voltage/current trending and thermal profiling. Optimized for cleanroom and ESD-sensitive environments, this Adept power solution reduces harmonic distortion to <5% while maintaining 94% peak efficiency – significantly lowering operational costs in high-throughput applications like electronics assembly and precision machining.

ADEPT TECH-12000-310

ADEPT TECH-12000-310

Technical Specifications

Parameter Name Parameter Value
Product Model TECH-12000-310
Manufacturer Adept Technology (OMRON)
Product Type Industrial Switch-Mode Power Supply
Rated Output 48V DC / 250A (12,000W)
Input Voltage 3-phase 380-480V AC ±10%
Efficiency 94% (typical at 70% load)
Voltage Regulation ±0.5% (line & load)
Ripple Noise <1% peak-to-peak
Communication EtherNet/IP, Modbus TCP
Protections OVP/OCP/OTP/Short Circuit
Cooling Method Triple fan (N+1 redundancy)
Operating Temp -10°C to +50°C (derating above 40°C)
Enclosure Rating IP20 (IP54 optional)
Certifications UL 61800-5-1, CE, SEMI F47

Main Features and Advantages

Mission-critical reliability: The Adept TECH-12000-310 employs hot-swappable power modules with automatic current sharing, enabling live maintenance without production stoppage. Advanced thermal management: Three independently controlled fans with dust-resistant impellers maintain optimal temperatures even in particulate-heavy environments. Each fan features predictive failure detection through tachometer feedback.

Intelligent power monitoring: Real-time logging of 18 parameters (including harmonic distortion and peak current) via embedded web server. The unit integrates with OMRON’s MX-AutoPRM software for centralized power management across robotic workcells. The TECH-12000-310 provides active inrush current limitation (<20A at 480V AC) to prevent circuit breaker tripping during cold starts.

Enhanced safety: Reinforced isolation barriers (4kV AC) between input/output and chassis. Arc flash containment design meets NFPA 70E requirements. Configurable alarm thresholds trigger pre-failure warnings through PLC integration. The TECH-12000-310 supports redundant AC input with automatic switchover during phase loss, critical for semiconductor fabrication processes.

Application Field

The Adept TECH-12000-310 powers precision automation across demanding industries. In automotive battery manufacturing, it delivers stable voltage for laser welding robots handling highly conductive materials. Electronics assembly lines leverage its low-noise characteristics for sensitive SMT placement equipment where voltage fluctuations cause placement drift.

Semiconductor fabs utilize the TECH-12000-310 for wafer handling robots in Class 1 cleanrooms, where its EMI/RFI suppression prevents interference with metrology equipment. Pharmaceutical packaging operations benefit from the unit’s hygienic design (optional IP54) for wash-down environments. The power supply’s regenerative capability feeds braking energy back to the grid, making it ideal for high-duty-cycle applications like press automation where robots perform 1,500+ cycles/hour.

Related Products

 

Adept TECH-6000-110: 6kW compact PSU for medium-duty cells

 

Adept TECH-18000-410: 18kW high-capacity unit for multi-robot systems

 

Adept PD-48V100A: 48V distribution panel with circuit monitoring

 

OMRON S8VK-T: General industrial power supplies

 

Adept RSD-48-30: Redundant switching diode module

 

Adept PDU-16: Power distribution unit with fused outputs

 

Adept CPS-1000: Controller-integrated backup power system

 

OMRON K3SC-10: Current monitoring sensors for power rails

ADEPT TECH-12000-310

ADEPT TECH-12000-310

Installation and Maintenance

Pre-installation preparation: Verify three-phase voltage symmetry (<2% imbalance) and grounding resistance <0.1Ω. Allocate 150mm top/bottom clearance for airflow. For the Adept TECH-12000-310, configure Ethernet parameters via USB service port before network integration. Implement external circuit breakers per NEC 430.52 guidelines.

Maintenance recommendations: Quarterly clean air filters (where applicable) using dry nitrogen. Monthly log harmonic distortion values to detect capacitor aging. Replace electrolytic capacitors every 50,000 operating hours. When servicing the TECH-12000-310, use thermal imaging to identify abnormal heating in terminal blocks. Calibrate voltage sensing circuits annually using certified reference meters.