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RakWireless Lightning Arrestor 2 for LoRaWAN

RakWireless Lightning Arrestor 2 for LoRaWAN

$65 $32.5
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Lightning Arrestor 2 (Model: LAGT1000 SN11) is an RF surge protection device designed specifically for outdoor LoRa deployments where lightning protection is essential. It safeguards LoRa gateways and sensitive RF…

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Lightning Arrestor 2 (Model: LAGT1000 SN11) is an RF surge protection device designed specifically for outdoor LoRa deployments where lightning protection is essential. It safeguards LoRa gateways and sensitive RF transceivers from lightninginduced surge events, ensuring system reliability in outdoor IoT environments.

Engineered for 50ohm RF systems operating within the 800960 MHz frequency range, the device delivers precise surge protection while maintaining signal integrity. It is fully compatible with SX130xbased and SX126xbased LoRaWAN gateways commonly deployed in outdoor IoT networks.

Why You Need Lightning Protection for Outdoor Gateways for LoRaWAN

Protecting outdoor communication systems with proper LoRaWAN lightning protection safeguards uptime, extends equipment lifespan, and avoids costly service interruptions.

Why it’s useful:

  • Two-stage surge suppression:Unlike earlier models, Lightning Arrestor 2 integrates atwo-stage protection circuit. This significantly reducesresidual voltage to 15V, perfect for sensitive electronics.
  • LoRa-optimized performance:Targeting the800960 MHzband ensures optimal integration with LoRaWAN gateways and similar sub-GHz RF systems.
  • Industrial-grade durability:CertifiedIP67, this device is dust-tight and water-resistant. Its built withhigh-conductivity copper,PTFE insulation, andternary alloy inner connectors.
  • Recommended for mast-mounted gateways:Designed for antenna-adjacent installation on outdoor masts and towers, where lightning-induced surges are most likely to occur.

Two-Stage Surge Suppression: How It Works

Lightning Arrestor 2 uses atwo-stage surge suppression architectureto protect sensitive LoRaWAN and sub-GHz RF equipment from lightning-induced transients. This layered approach is designed to handle both high-energy surge events and the low residual voltages that can still damage modern RF front ends.

Stage 1: Primary Energy Diversion

The first stage acts as the main defense against lightning surges and induced overvoltage spikes. When a surge enters the RF line, this stage rapidly diverts the majority of the energy away from the signal path and into the grounding system. By absorbing and shunting high-current impulses (up to 10kA, 8/20 s), it prevents destructive energy from reaching downstream electronics.

Stage 2: Precision Voltage Clamping

After the bulk energy is discharged, the second stage handles what remains, functioning as a low residual voltage lightning arrestor for sensitive RF front ends. This stage clamps residual voltage to a very low level, 15V, which is critical for protecting sensitive RF transceivers, LNAs, and gateway input stages. Single-stage protectors often leave hundreds or even thousands of volts behind; this second layer ensures that even small, fast transients are safely suppressed.

Why Two Stages Matter for LoRa Deployments

gateways for LoRaWAN and IoT radios operate with low signal levels and highly sensitive input circuits. Broad, single-stage lightning protectors may survive a strike but still allow damaging voltage spikes to pass through. By combining high-energy diversion with fine voltage control, the two-stage design delivers bothrobust surge handling and precise protection, without degrading RF performance across the 800960 MHz band.

The result is a lightning protector specifically engineered for outdoor LoRa installations, maintaining signal integrity during normal operation while providing industrial-grade protection during extreme electrical events.

Key Features of Lightning Arrestor 2 for LoRaWAN

  • Frequency Range:800 MHz 960 MHz
  • Impedance:50
  • RF Transmission Power:Up to 50W
  • VSWR: 1.25
  • Insertion Loss: 0.3 dB
  • Nominal Discharge Current:10kA (8/20 s)
  • Residual Voltage (Up): 15V
  • Ingress Protection:IP67
  • Connector Type:N-Female to N-Male
  • Weight: 300g
  • DC through Current/Voltage:0A / 0V
  • Operating Temperature:-40C to +70C
  • Storage Temperature:-40C to +80C

Who This Is For

Lightning Arrestor 2 for LoRaWAN is designed for:

  • Outdoor LoRaWAN gateways using SX130x or SX126x concentrators
  • Mast-mounted or pole-mounted gateway installations
  • Industrial, agricultural, and utility IoT deployments
  • Remote sites exposed to lightning, storms, and electrical transients
  • Installers who need low residual voltage protection for sensitive RF front ends

It is best suited for deployments where gateway reliability, long-term durability, and signal integrity are critical.

Environmental Durability: IP67 Housing for Outdoor IoT

Lightning Arrestor 2 is engineered as an outdoor RF surge suppressor for harsh environmental conditions. Its IP67-rated housing is dust-tight and water-resistant, protecting internal surge components from rain, moisture, and debris. Built with corrosion-resistant metals, high-conductivity copper, and PTFE insulation, it delivers reliable long-term protection for LoRaWAN and outdoor IoT installations with minimal maintenance.

RF Performance: Low VSWR & Low Insertion Loss

Tuned for the 800960 MHz LoRa band, Lightning Arrestor 2 deliverslow VSWR ( 1.25)andminimal insertion loss ( 0.3 dB), reducing reflections and signal attenuation. This ensures reliable long-range communication without compromising RF performance.

Comparison Table: Gen 1 vs. Gen 2 Lightning Arrestor

Feature Gen 2 (LA-GT1000 SN1-1) (This Product) Gen 1 (LA-GT2700 DN1-5)
Protection Circuit Two-stage Single-stage
Frequency Range 800960 MHz DC2700 MHz
Residual Voltage (Up) 15V 1200V
RF Power Support 50W 200W
Application Fit LoRa optimized General RF systems
Build Complexity Advanced, robust Simple

Comparison: Lightning Arrestor 2 vs. Leading RF Protectors

Feature Lightning Arrestor 2
(This Product)
PolyPhaser DGXZ-60 Transtector LPA / PolyPhaser Series ALFA ALR-NF TP-Link TL-ANT24SP Generic Amazon RF Arrestors
Protection Circuit Two-stage Hybrid (GDT + MOV) Hybrid Single-stage Single-stage Single-stage (unknown)
Frequency Range 800960 MHz (LoRa-optimized) 800 MHz2.5 GHz Wideband (DC2.7 GHz) 06 GHz 2.4 GHz only Wideband (varies)
Residual Voltage (Clamp) 15 V (excellent for sensitive LoRa radios) ~6070 V ~60120 V ~90 V ~10002500 V Unknown (typically >100 V)
Surge Current Rating 10 kA 20 kA 2040 kA 10 kA Not specified Not verified
VSWR 1.25 ~1.1 typical ~1.2 <1.5 1.3 Varies (often poor)
Insertion Loss 0.3 dB ~0.1 dB ~0.2 dB 0.2 dB Not specified Unknown
Ingress Protection IP67 IP67 IP65IP67 Not specified Not IP-rated Not IP-rated
Connector Type N-F to N-M N-F to N-F N-F to N-F N-F to N-F N-M to N-F Varies
Band Optimization Specifically tuned for LoRa / Sub-GHz IoT Broadband Telecom broadband Ultra-wideband general RF 2.4 GHz Wi-Fi Wideband generic
Best Use Case LoRaWAN gateways, remote IoT installations, harsh weather Telecom towers, microwave Cellular, public safety networks Budget Wi-Fi & RF Wi-Fi outdoor CPE Budget hobby RF
Environmental Durability Outdoor, water-sealed, corrosion-resistant Telecom-grade Telecom-grade Standard Indoor/outdoor light duty Poor/unknown
Skill Required Beginner installer Professional installer Professional installer Beginner Beginner Beginner
Overall Fit for LoRaWAN BEST FIT Over-specd Over-specd Acceptable (generic) NOTsuitable Poor suitability

Based on residual voltage performance, environmental sealing, and LoRa-optimized RF characteristics, Lightning Arrestor 2 stands out as the best lightning protector for outdoor gateways for LoRaWAN in harsh deployment environments.

Sample Use Cases for Lightning Arrestor 2 for LoRaWAN

Use Case #1: Remote Utility Monitoring

A power provider deployed an industrial Lightning Arrestor for LoRaWAN across field stations.Critical sensors continued reporting during storm seasons. This avoids downtime and ensures uninterrupted visibility of the grid.

Use Case #2: Smart Agriculture Deployment

Farmers integrated Lightning Arrestor 2 into gateway installations.Crop data flowed reliably despite seasonal thunderstorms. As a result, soil and irrigation systems are tracked continuously without equipment loss.

Why choose Lightning Arrestor 2 for LoRaWAN networks?

Lightning Arrestor 2 is engineered specifically for outdoor LoRaWAN deployments where low residual voltage protection is essential for sensitive RF front ends. Unlike broadband arrestors that clamp at 60300+ volts, the two-stage design of Lightning Arrestor 2 reduces surge energy to 15 V, making it ideal for SX130x/SX126x-based LoRa gateways. With IP67 weatherproofing, low insertion loss, and a LoRa-tuned 800960 MHz band, it is one of the most reliable surge protectors for remote IoT deployments, agriculture, utilities, and smart industrial monitoring.

Whats in the Box

  • 1 pc Lightning Arrestor 2 for LoRaWAN

How to Get Started with Lightning Arrestor 2 for LoRaWAN

  • Overview of Lightning Arrestor 2 for LoRaWAN
  • Datasheet for Lightning Arrestor 2 for LoRaWAN

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