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Surge Protection

Blog categorized as Surge Protection

Why Integrated LPES, SPD and Earthing Design Is Better Than Standalone 
Integrated LEPS, SPD and earthing design provides coordinated protection against lightning, surges and electrical faults. It helps protect sensitive equipment, improve safety, reduce downtime and support reliable operations through proper grounding, bonding and engineered system design.
31.08.26 09:50 AM - Comment(s)
Smart Surge Protection: Future of Real Time SPD Monitoring 

Introduction  

Various electrical equipment, control panels, communication devices, automation equipment, and data networks in industrial, commercial, and infrastructure facilities are extremely sensitive to lightning strikes and surges, which can lead to equipment failure, downtime, and sa...

07.08.26 03:42 PM - Comment(s)
When Should Surge Protection Devices Be Replaced?  
Surge protection devices should be replaced after surge events, when indicators show failure, or when damage, ageing, or system changes reduce performance. LPES International supports facilities with engineered surge protection, earthing, grounding, risk assessment, and reliable safety planning.
06.08.26 04:35 PM - Comment(s)
How to Maintain Surge Protection Devices  
Maintain surge protection devices through regular inspections, connection checks, status monitoring, and timely replacement. LPES International supports facilities with engineered lightning protection, surge protection, earthing, grounding, risk assessment, and AutoCAD based design.
06.08.26 04:32 PM - Comment(s)
SPD Installation Checklist for Industrial Panels  

Introduction  

The industrial panels are significant devices that manage devices such as motors, PLCs, VFDs, automation systems, and machinery. Electric currents can affect electrical components and lead to the malfunctioning of systems and greater risk of accidents, and time lost in produc...

04.08.26 04:51 PM - Comment(s)
Why Backup Fuse Selection Is Important for SPD Safety  

Introduction  

Factories, offices, and other types of infrastructure facilities use various delicate electricity-providing equipment, which includes control cabinets, control systems, transformers, server systems, and communications networks. Lightning strikes and surges can have harmful ef...

04.08.26 04:48 PM - Comment(s)
What Is Maximum Discharge Current in SPD Selection?  
Maximum discharge current indicates how much surge current an SPD can safely handle. Correct SPD selection protects equipment, reduces downtime, improves electrical safety, and supports reliable operations in industrial and commercial facilities.
03.08.26 02:27 PM - Comment(s)
What Is Nominal Discharge Current in Surge Protection Devices 
Nominal discharge current indicates how much surge current an SPD can safely handle under standard test conditions. Proper selection, supported by lightning protection, earthing, grounding, and risk assessment, helps reduce equipment damage, downtime, safety risks, and operational disruption.
03.08.26 02:19 PM - Comment(s)
Difference Between Voltage Protection Level and Discharge Current in SPD  

Introduction  

The operations of industrial, commercial, and infrastructure sectors rely heavily on electronic machinery, communications networks, control boards, and automated systems. Electric surges and lightning strikes can damage such facilities, cause disruptions, cause downtime, and ...

29.07.26 02:51 PM - Comment(s)
Why SPD Coordination Matters in Industrial Electrical Systems 

Introduction  

Factory facilities rely on control panels, PLCs, variable frequency drives, transformers, motors, and automated systems. Lightning strikes and switching events can produce electrical surges in between which cause equipment destruction, unplanned downtime, safety concerns, and...

29.07.26 02:47 PM - Comment(s)
Common Signs Your Facility Needs Surge Protection  

Introduction  

Electrical panels, control systems, computers, motors, climate control systems, and automated equipment play important roles in various industrial, commercial and infrastructure facilities. Constant equipment malfunction, unforeseen resets of systems, burned circuit boards an...

28.07.26 03:15 PM - Comment(s)
Where to Install Type 3 SPD in a Facility 
Type 3 SPDs should be installed close to sensitive equipment such as PLCs, servers, CCTV systems, control panels, and telecom devices. LPES International provides coordinated surge protection, earthing, grounding, risk assessment, and engineered lightning protection solutions.
28.07.26 03:12 PM - Comment(s)
 How to Choose Type 2 SPD for Distribution Boards  
Choosing the right Type 2 SPD for distribution boards helps protect electrical equipment from surges, downtime, and safety risks. LPES International provides engineered surge protection, lightning protection, earthing, grounding, risk assessment, and AutoCAD based design solutions for facilities.
27.07.26 11:14 AM - Comment(s)
How to Choose Type 1 SPD for Main LT Panels 
Choosing the right Type 1 SPD for main LT panels protects switchgear, PLCs, drives, and control systems from lightning and surge damage. LPES International delivers engineered surge protection, earthing, grounding, risk assessment, and AutoCAD based designs for safer, reliable operations.
27.07.26 11:08 AM - Comment(s)
How Surge Protection Devices Improve Equipment Life  
Surge protection devices extend equipment life by limiting voltage spikes that damage control panels, automation systems, transformers, and sensitive electronics. LPES International delivers engineered lightning protection, earthing, grounding, risk assessment, and reliable safety solutions.
25.07.26 02:43 PM - Comment(s)
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