APC Smart-UPS Hardwire Kit SRT012 - kit di connessione UPS 208/240V 30A a 3 fili

When a data center technician needs to connect an APC Smart-UPS to a permanent 208V or 240V circuit, the SRT012 hardwire kit provides the exact components for a safe, code-compliant installation. It replaces the standard plug with a direct three-wire connection, eliminating the risk of accidental disconnection and ensuring stable power delivery to critical loads.

Key specifications

• Compatible with APC Smart-UPS 208V and 240V models (SMT, SMX series)
• Input and output connection type: hardwire, 3-wire (L1, L2, Ground)
• Maximum current: 30 A at 208/240 V
• Enclosure material: steel, black finish
• Wall-mountable design with included mounting hardware
• Operating temperature: 0–40 °C (32–104 °F), humidity 0–95% non-condensing
• Certifications: UL Listed, CSA Certified
• Included accessories: installation guide, mounting hardware

Why choose it

Hardwiring your UPS is the preferred method for permanent installations where a plug-and-socket connection is not permitted or desired. This kit ensures a secure, low-resistance connection that can handle the full 30 A load without overheating. The steel enclosure protects the wiring and provides a clean, professional appearance. With UL and CSA certifications, you can be confident it meets North American safety standards.

Ideal use cases

• Server rooms and data centers with dedicated 208/240 V circuits
• Industrial environments where vibration could loosen a plug connection
• Installations requiring compliance with local electrical codes that mandate hardwiring
• Retrofitting existing APC Smart-UPS units for permanent connection

Good to know

Installation should be performed by a qualified electrician. The kit includes all necessary hardware and a clear installation guide. It is designed specifically for APC Smart-UPS models that support hardwire input; verify your UPS model's compatibility before purchase. The operating environment should be free of excessive dust and moisture to ensure long-term reliability.