Smart Emerson 320yc02bwrc2q 320 Surge Protective Device 300 Series Lpl277yq25-2 Save 30% + Free Ship [VaP8WTOu]

The Emerson 320YC02BWRC2Q Surge Protective Device from the 300 Series is a high-performance SPD engineered to safeguard electrical systems from damaging voltage transients and surge events. Designed for use in 277/480V 3-phase Wye systems (4W+G), this Type 2 SPD is ideal for protecting critical infrastructure in commercial, industrial, and data center applications. Built with robust internal components and compliant with the latest surge protection standards, the device ensures reliable operation and long-term electrical system integrity.

Key Features:

• Type 2 surge protective device for 277/480V 3-phase Wye (4W+G) systems

• High surge current capacity with nominal discharge current (In) of 3kA

• Low voltage protection rating (VPR) of 2000Vpk (L-N, L-G, N-G), 4000Vpk (L-L)

• Designed for use with 30A circuit breakers in systems up to 22,000 RMS symmetrical amperes

• Ideal for commercial and industrial applications requiring consistent surge protection

Specifications:

• Catalog Number: 320YC02BWRC2Q

• Model: LPL277YQ25-2

• Series: Emerson 300 Series

• Type: 2 SPD

• System Voltage: 277/480V 3 Phase Wye, 4W+G

• Frequency: 50/60 Hz

• Voltage Protection Rating (VPR):
  – 2000Vpk (Line to Neutral, Line to Ground, Neutral to Ground)
  – 4000Vpk (Line to Line)

• Maximum Continuous Operating Voltage (MCOV):
  – 320V (L-N, L-G, N-G)
  – 640V (L-L)

• Nominal Discharge Current (In): 3kA

• SCCR: 22,000 RMS Symmetrical Amperes

• Max System Voltage: 480V

• Circuit Breaker Rating: 30A

• Country of Origin: Made in Mexico

• Weight: 1.530 kg

Engineered by Emerson Network Power, a global leader in power protection and infrastructure solutions, the 320YC02BWRC2Q Surge Protective Device delivers dependable surge mitigation in high-risk environments. Its precision engineering, compliance with critical safety standards, and rugged design make it a trusted choice for maintaining the reliability and longevity of modern electrical systems.