APC ACAC10060 Condensing Unit Automatic Transfer Switch
The APC ACAC10060 condensing unit ATS is a professional-grade automatic transfer switch engineered for 200-240V cooling infrastructure in mission-critical data center and IT environments. This CE/UL certified ATS provides redundant power connectivity to compatible APC cooling condensing units, ensuring uninterrupted climate control and operational resilience. Built for organizations requiring continuous cooling reliability, the ACAC10060 eliminates single points of failure in your thermal management systems.
Key Features
- Automatic transfer switch for redundant power connectivity
- 200-240V operation with dual-input capability
- CE and UL certification for global compliance
- Compatible with APC cooling condensing units
- Ensures continuous operation during power transitions
- Professional-grade reliability for data center environments
- Seamless failover protection for critical cooling systems
Technical Specifications
| Specification |
Details |
| Manufacturer |
APC by Schneider Electric |
| Part Number |
ACAC10060 |
| Product Type |
Condensing Unit Automatic Transfer Switch |
| Voltage Rating |
200-240V |
| Certifications |
CE, UL |
| Application |
Data Center Cooling Infrastructure |
| Function |
Redundant Power Connectivity |
Frequently Asked Questions
What is a condensing unit automatic transfer switch?
An automatic transfer switch (ATS) for condensing units provides redundant power connectivity, automatically switching between primary and backup power sources to maintain continuous cooling operation without manual intervention.
Is the APC ACAC10060 suitable for data center cooling systems?
Yes, the ACAC10060 is specifically designed for professional IT and data center environments where reliable climate control is critical. Its CE/UL certification ensures compliance with international safety standards.
What voltage does the ACAC10060 condensing unit ATS support?
The ACAC10060 operates at 200-240V, making it compatible with standard three-phase power configurations common in enterprise cooling infrastructure.
How does redundant power connectivity improve cooling reliability?
Redundant power connectivity eliminates single points of failure by automatically switching between independent power sources, ensuring your cooling system remains operational during maintenance or power disruptions.
