BSN NAL Lightning Arrestor For Premium Antenna Kits (ASE-LA01)

BSN NAL Lightning Arrestor For Premium Antenna Kits (ASE-LA01)

In practical installations, ASE-LA01 is placed in the coaxial signal path between the external Iridium antenna system and the indoor terminal/docking equipment, and it is bonded to earth ground to help divert damaging surge energy away from sensitive electronics. ASE premium antenna documentation depicts ASE-LA01 as an in-line element with an earth-ground connection and a short interconnect lead (N-female to TNC-male) used within the premium antenna architecture.

Design and Features

Inline lightning/surge protection for Iridium antenna systems

ASE-LA01 is used as an inline lightning arrester to reduce the risk of equipment damage from nearby lightning strikes, electrostatic discharge buildup, or transient surges coupled onto the coax feedline. In the ASE premium antenna system diagram, the arrester is explicitly labeled “Lightning Arrester ASE-LA01” and shown bonded to EARTH GROUND.

Intended for “Premium Antenna Kits (PFA)”

BSN’s resiliency catalog describes ASE-LA01 as “Lightning arrester for premium antenna kits (PFA),” while listing ASE-LA02 separately for standard antenna kits (ASE-FA12 / ASE-FA20). This distinction is useful for procurement: premium PFA kits often incorporate enhanced RF filtering and/or powered elements, and the correct arrester is part of the engineered kit ecosystem.

N-type connector ecosystem (as sold in the market)

Commercial listings for ASE-LA01 commonly describe it as an N-type lightning arrestor for active/premium antenna systems. A representative retailer page labels it “ASE-LA01 (N-TYPE) Lightning Arrestor for Active Antenna” and lists compatibility with multiple PFA configurations.

Integration with short interconnect lead (N to TNC)

ASE premium antenna documentation illustrates ASE-LA01 used together with a 0.6 m interconnect identified as “N female to TNC male,” reflecting a typical installation chain where N-type coax down-lead interfaces with the arrester and then transitions to the terminal-side connector format used in docking/fixed-station systems.

Technology and Specifications

Product classification and export/shipping identifiers

BSN’s “Resiliency Solutions” catalog provides standardized compliance and logistics data for ASE-LA01 / ASE-LA02, including:

• Harmonized Code (HTS): 8517.70.0000

• ECCN: EAR99

• Shipping dimensions: 8 × 8 × 8 in (20 × 20 × 20 cm)

• Shipping weight: 2 lb (≈1 kg)

These identifiers are often used for international shipping documentation and internal ERP/quoting workflows.

System compatibility within PFA kits

A retail listing for ASE-LA01 states it is compatible with PFA12, PFA20, PFA27, PFA40, and PFA70 premium antenna configurations.
Separately, a manufacturer/partner product document describing docking station options also characterizes premium filtered antenna kit bundles as including a lightning arrester as part of PFA packages (e.g., passive filtered PFA20 and powered active filtered PFA27/PFA40/PFA70).

Grounding requirement (installation principle)

ASE premium antenna diagrams explicitly label an earth ground point at the arrester. Proper bonding and grounding are essential for performance and safety: the arrester is only effective when it is connected to a suitable grounding system that can carry surge current.
(Exact grounding methods must follow local electrical codes and site grounding designs.)

Applications and Use Cases

Fixed-site Iridium docking stations and “grab-and-go” setups

ASE’s resiliency product line is designed to support Iridium handsets in fixed indoor environments while preserving the ability to undock the handset if needed. Lightning protection becomes relevant because these solutions typically place antennas outdoors or on rooftops where lightning-induced surges are a known risk.

Marine and coastal installations

Marine installations often mount antennas on masts, rails, or superstructures to improve sky view. That outdoor placement increases exposure to storms and electrical transients, making inline lightning arrestors a common best-practice component of RF feedline protection systems. (ASE premium antenna documentation depicts the arrester in an outdoor-to-indoor coax run architecture.)

High-RF and infrastructure-heavy sites using premium filtered antenna systems

Premium filtered antenna systems are frequently recommended for challenging RF environments (e.g., dense antenna farms or infrastructure sites). These deployments often use engineered kits (PFA series) with consistent cabling, filtering, and accessories—including the appropriate lightning arrester in the chain.

Advantages / Benefits

Reduced risk of equipment damage

By providing a defined surge-diversion point to earth ground, ASE-LA01 helps protect higher-value indoor components—such as docking stations, fixed terminals, and power/interface boxes—from surge energy coupled into the antenna feedline.

Designed for the PFA premium ecosystem

ASE-LA01 is explicitly identified for premium antenna kits (PFA), reducing ambiguity when selecting parts for installations that use premium filtered or powered antenna architectures.

Procurement-friendly identifiers

The inclusion of HTS/ECCN and standardized shipping dimensions/weights in BSN catalog materials can simplify quoting, export documentation, and logistics planning.

FAQ Section (Featured Snippet Style)

What is the BSN NAL ASE-LA01 lightning arrestor?

ASE-LA01 is an inline lightning/surge arrester intended for ASE premium antenna kits (PFA) used in Iridium docking station and fixed-terminal installations.

How does ASE-LA01 work?

ASE-LA01 is installed inline on the antenna coax path and bonded to earth ground, providing a preferred path to divert transient surge energy away from indoor electronics.

Why is ASE-LA01 important?

Outdoor antennas and long coax runs can couple lightning-induced surges into indoor equipment. A grounded arrester reduces the risk of damage and downtime, especially in fixed-site and marine installs.

What are the benefits of ASE-LA01?

Key benefits include surge diversion to earth ground, alignment with the premium PFA antenna kit ecosystem, and procurement-friendly catalog identifiers (HTS/ECCN and shipping details).

Is ASE-LA01 compatible with PFA12 / PFA20 / PFA27 / PFA40 / PFA70?

A retailer listing explicitly states compatibility with PFA12, PFA20, PFA27, PFA40, and PFA70.

Summary

The BSN NAL ASE-LA01 is a purpose-matched lightning arrester for ASE premium antenna kits (PFA), designed to be installed inline with the antenna feedline and bonded to earth ground as part of a protective RF installation architecture. Catalog documentation further provides standardized logistics identifiers (HTS 8517.70.0000, EAR99, and shipping size/weight), while reseller listings describe N-type positioning and compatibility across multiple PFA kit variants—making ASE-LA01 a common component in professional Iridium fixed-site and marine antenna installations.