Type 1+2+3 Surge Protection Device

Type 1+2+3 Surge Protection Device Manufacturer

LSP is a leading manufacturer specializing in surge protection type 1+2+3 devices (SPDs) for complete electrical system protection. Our Type 1+2+3 SPD solutions are trusted by over 1,200 companies worldwide, including renowned appliance brands and electrical wholesalers. Built with premium components and advanced surge suppression technology, LSP surge protection devices deliver stable, reliable, and long-lasting performance against transient overvoltages and lightning strikes.

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Combined Type 1+2+3 Surge Protection Devices

FLP12.5VG Type 1+2+3 Surge Protection Device delivers Iimp = 12.5 kA (10/350 μs), In = 20 kA (8/20 μs), and Uoc = 6 kV (1.2/50 μs) performance in a compact, pluggable design with an integrated remote signaling contact.

All Type 1+2+3 Surge Protection Device
FLP12,5VG Series
Type 1+2+3 Surge Protection Device SPD FLP12,5VG-275-4S
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Type 1+2+3 Surge Protection Device SPD FLP12,5VG-275-3S+1
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Type 1+2+3 Surge Protection Device SPD FLP12,5VG-275-3S
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Type 1+2+3 Surge Protection Device SPD FLP12,5VG-275-2S
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Type 1+2+3 Surge Protection Device SPD FLP12,5VG-275-1S+1
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Type 1+2+3 Surge Protection Device SPD FLP12,5VG-275-1S
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Reasons Why LSP's Surge Protectors Stand Out

The FLP12.5VG surge protection type 1+2+3 from LSP offers reliable AC lightning and surge protection for main distribution boards in high-risk lightning areas. Its compact, pluggable design and coordinated SPD levels ensure maximum system safety and long-term reliability.

Top-Grade MoV & GDT Protection
LSP SPDs use premium LKD MOVs and Vactech GDTs for reliable Type 1+2+3 surge protection. Withstand up to In 20 kA, Imax 50 kA, Iimp 12.5 kA, and Uc 6 kV- ensuring long-lasting, high. performance protection against lightning and transient surges.
Innovative Tripping Device
LSP’s independently developed low-temperature tripping device enhances arc extinction effectiveness in its surge protection type 1+2+3 devices (SPDs), ensuring that the unit can safely disconnect from the power grid during extreme surge events.
Flame Retardant Ability
The plastic housing of LSP’s surge protection type 1+2+3 devices (SPDs) is made from enhanced flame-retardant material (PA6+GF30%), effectively preventing spontaneous combustion and ensuring safe operation under extreme conditions.
Thick Metal Parts
Surge protection type 1+2+3 devices (SPDs) use metal lead pins with a thickness of 0.8 mm and a width of 8 mm, which is 45% above the industry average. This robust construction allows the SPD to handle high surge potentials without deformation or breakage, ensuring long-term reliability and safe operation in AC power networks.
Rigorous Testing
Each surge protection type 1+2+3 device (SPD) undergoes rigorous testing to ensure reliability and performance under extreme conditions. Tests include lightning impulse tests, thermal stability tests, 48-hour salt spray tests, glow wire tests, as well as current impulse tests (8/20 μs and 10/350 μs).

Comprehensive Surge Protection You Can Trust

This comprehensive surge protection type 1+2+3 solution integrates the capabilities of Type 1, Type 2 and Type 3 SPDs into one compact and pluggable module, offering the highest protection efficiency with no follow or leakage current. Engineered for AC surge protection in both single- and three-phase systems, LSP’s Type 1+2+3 surge protection devices simplify installation, extend service lifetime, and ensure long-term electrical reliability across your entire network.

LSP aims to provide the market with the safest and most reliable surge protection type 1+2+3 products, suitable for direct use or global distribution. All SPD Type 1+2+3 devices are manufactured under strict quality management and undergo comprehensive, rigorous testing before shipment to ensure consistent quality and reliability.

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Type 1+2+3 Surge Protection Device SPD 5 Years Worry-Free Warranty
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Type 1+2+3 Surge Protection Device SPD You Can Trust
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Type 1+2+3 Surge Protection Wiring Diagram & Installation

Install the Type 1+2+3 SPD in the main distribution board, connected in parallel to the AC supply with an upstream breaker or fuse. Proper installation ensures effective protection against lightning strikes and transient surges.

Wiring Diagram & Installation

To ensure full surge protection type 1+2+3 functionality, the device must be properly installed in the primary distribution board, connected in parallel to the AC supply. A dedicated circuit breaker or fuse should be installed upstream to provide backup protection. Typically, a DIN-rail mounted SPD Type 1+2+3 is installed at the load center’s main circuit breaker to ensure effective protection against lightning strikes and transient overvoltages.

Wiring Diagram for Remote Signaling Terminals

Some SPD Type 1+2+3 devices feature remote signaling terminals for real-time monitoring and management. These terminals enable:
  • Alerts in case of SPD faults or tripping
  • Quick response to surge or lightning events
  • Enhanced system safety and reliability
By integrating remote signaling, LSP’s surge protection type 1+2+3 solutions provide both active monitoring and coordinated protection, making them ideal for critical commercial and industrial installations.

Applications of Type 1+2+3 Surge Protection Devices

The Type 1+2+3 DIN-Rail AC SPD offers pluggable design for easy installation and maintenance, providing full Type 1, Typ3 2, and Type 3 surge protection against lightning strikes, switching surges, and transient overvoltages.

FAQ

Surge Protection Type 1+2+3
Still Have Questions?

Q1: What is surge protection type 1+2+3?

Surge protection type 1+2+3 (also known as a Type 1+2+3 surge arrester) is a coordinated SPD that combines the functions of Type 1, Type 2, and Type 3 SPDs, providing full protection against direct lightning strikes, switching surges, and transient overvoltages for your residential, commercial, or industrial electrical systems.

Q2: What are the benefits of using a surge protector type 1+2+3?

A surge protector type 1+2+3 offers:

  • Complete protection from lightning strikes and transient surges
  • No follow or leakage current
  • Extended service lifetime of your electrical system
  • Simplified installation with a single surge protection device type 1+2+3
  • Suitable for single-phase and three-phase systems

Q3: How does a Type 1+2+3 SPD differ from separate Type 1, Type 2, or Type 3 devices?

A SPD type 1+2+3 integrates the high-energy handling of Type 1, the secondary surge suppression of Type 2, and the fine protection of Type 3 in one unit. This ensures coordinated protection, reduces installation complexity, and avoids potential gaps in surge defense.

Q4: How do I choose the right surge protection device type 1+2+3?

When selecting a surge protection device type 1+2+3, consider:

  • Nominal AC voltage (Un) and maximum continuous operating voltage (Uc)
  • Nominal and maximum discharge currents (In, Imax, Iimp)
  • Number of phases and multipolar requirements
  • Optional remote signaling terminals for monitoring

Choosing the correct Type 1+2+3 SPD ensures optimal surge protection and system longevity.

Q5: Can a Type 1+2+3 SPD protect sensitive electronics?

Yes. By combining high-energy handling of Type 1, secondary protection of Type 2, and fine protection of Type 3, a Type 1+2+3 surge protection device safeguards sensitive electronics such as servers, PLCs, HVAC systems, and industrial control equipment from transient overvoltages.

Q6: How often should a surge protection type 1+2+3 be inspected or replaced?

Type 1+2+3 SPDs should be inspected annually using visual indicators or remote signaling. Replacement depends on the number and severity of surges; in high lightning density areas, earlier replacement may be necessary to maintain full protection.

Q7: Where can Type 1+2+3 SPDs be used?

These Type 1+2+3 surge protection devices are ideal for comprehensive protection in low-voltage power distribution systems, covering main panels, sub-distribution boards, and sensitive equipment.

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