ProH Series

Protec ProH Series Surge Protection Devices utilize High Frequency with Controlled Voltage Tracking Circuitry (HFTC)

ProT Series

Protec ProT Series Surge Protection Devices utilize Threshold Voltage Tracking Circuitry (TVTC) .

ProM Class 1

Trigerred Spark Gap Lightning Protection Surge Protection Device.

Key Features

  • Threshold Voltage Tracking Circuitry (TVTC)

  • Individually fused multichannel suppression modules

  • Available in 30, 60, 100 & 150kA per phase peak Surge Current Rating (SCR)

  • Voltage protection level (VPR) below 1kV per mode

  • 200kA short circuit current rating (SCCR)

  • Lifetime cycle more than 45impulses of 10kA per phase

  • Integrated All Mode Protection

  • NEMA4X/IP56 Enclosure

  • Fire proof silicon high temperature connection cables

  • Integrated Thermal & Over-current fusing

  • Anti-shock, anti-vibration thermal encapsulation in high strength dielectric compound

  • Integrated Blue LED per phase monitoring

  • 10 Year Free Replacement Warranty

  • Tested to IEC 61643-11 & UL 1449 3rd edition

What are we protecting?

Direct Lightning

over-voltages due to lightning flashes to the structure resulting from resistive and inductive coupling

Indirect Lightning

over-voltages due to lightning flashes near the structure resulting from inductive coupling

Line Transmited

over-voltages transmitted by lines connected to the structure due to flashes to or near the lines

Applications

Retail Stores

Gas Stations

Bank

University Campus

Data Centre

Office Complex

Airports

Refineries

Power Plants

Installation

Facilities such as below installing external lightning protec- tion systems are recommended to install protection against LEMP for reliable operations of their computer, communica- tion, control, security and surveillance systems:

Manufacturing Facilities
Office Complexes & Buildings
Apartment complexes & Farm Houses
Resorts, Hotels & Restaurants
School Campuses
Banks, Gas Stations and Fuel Depots
General Product Specification

quality and Safety

IEEE-C62.41.1 & C62.41.2-2002 Environments:

Suitable for category A, B & C applications

IEC Environments:

Suitable for use as Class II & Class III in IEC 61643-11 environments

UL Environment:

Suitable for use as Type I, II & III as defined by UL 1449 3rd edition

Tested for CE Environment:

Mains terminals disturbance voltage, 9kHz to 30MHz Raidated Emissions 30MHz to 300MHz
Electrostatic Discharge
IEC 61000-6-3: 2006
EN 61000-6-3: 2007
Electric Fast Transients, Surge, Power Frequency Mangen- tic Field, Dips
Test Method, IEC 61000-4-6: 2008, EN 61000-4-6: 2009, Test Requirement, IEC 61000-6-1:2005,
EN 61000-6-1: 2007

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