Product image for LEV 52120-7CS SPD 208 DISC 7MODE W/
Image thumbnail 0
Image thumbnail 1
Email

LEV 52120-7CS SPD 208 DISC 7MODE W/

Manufacturer: Leviton Mfg Co | Catalog # 52120-7CS | Cooper Electric Part # 1226603
$3,384.19 /ea
ea
Log in or register to view your price, purchase history, and more!
Out of stock, please contact your sales representative for availability, pricing and lead times
Product Spec Sheet Safety Data Sheet
120/208VAC 3-Phase WYE, 7-Mode, Type 2 Panel Mounted Surge Protective Device with Integral Disconnect Switch and Replaceable Surge Modules: 120-7M3 (3) & 8120-GN (1), Includes Surge Counter

Technical Information

Applications
Commercial
Connection Type
Feed-Through Dual Wire Terminal Block,Parallel-Hardwired
Enclosure Rating
13
Enclosure Type
Type 13
Flamability Class
Rated V-2 Per UL 94
Frequency
50/60 Hz
Indicator
Noise Filtering,Surge Counter
Material
Steel
Number of Phases
3 Phase
Operating Temperature
-20 degrees C
Short Circuit Current
100 kA
Size
14.19 H x 10.31 W x 5D IN
Standard
ANSI\IEEE (Category C-62.41, C-62.45),CULus Listed
Storage Temperature
-20 To 85 degrees C
TC Connection
Parallel-Hardwired;Feed-Through Dual Wire Terminal Block;Accepts up to No 3 AWG Wire
Type
Type 2 SPD
Voltage
120/208 Volt

Manufacturer Information

Brand
Leviton

General Product Info

12-Digit UPC
078477625095
Environmental Conditions
Humidity (5 To 95 Non-Condensing) %
GTiN
00078477625095
Product UPC
07847762509

Dimensions

Warranty Length
Lifetime Limited

Certifications and Compliance

Country of Origin
Mexico
Features
  • Levitons Surge Protection Devices can be used individually or as part of a coordinated application strategy, to protect sensitive electronic equipment, in industrial, commercial and residential locations, from the stress and degradation inflicted by voltage transients. Leviton Surge Protection Devices are compliant with UL 1449 Standards. Levitons outstanding Surge Protection Devices divert damaging voltage transients, or surges, away from electronic equipment. Transients are diverted away from sensitive micro circuitry, providing protection against catastrophic failure, costly downtime and data disruptions.
Compare