HPE AP-375ATEX IEEE 802.11ac 1.99 Gbit/s Wireless Access Point

Durable Wi‑Fi 5 access point designed for hazardous locations, the HPE AP‑375ATEX delivers enterprise‑class wireless performance in environments where safety and reliability matter. Built to meet Class 1 Division 2 and ATEX Zone 2 requirements, this rugged AP extends multi‑gigabit connectivity to the harshest sites while maintaining centralized management, robust security, and resilient operation under extreme conditions. As part of the Aruba 370EX HazLoc Series, the AP‑375ATEX is engineered to keep your operations connected where conventional Wi‑Fi cannot endure heat, dust, moisture, or explosive atmospheres. With Wi‑Fi 5 performance, support for dense device deployments, and seamless integration with the broader HPE Aruba ecosystem, this access point is the reliable backbone for industrial facilities, refineries, manufacturing floors, and other hazardous environments seeking safer, smarter connectivity.

• HazLoc-certified durability — Class 1 Division 2 and ATEX Zone 2 approvals enable safe installation in potentially explosive atmospheres, such as oil and gas plants, chemical processing facilities, and other high‑risk sites, without compromising Wi‑Fi performance.
• Wi‑Fi 5 (IEEE 802.11ac) Wave 2 performance — Delivers improved throughput and efficiency for high‑density deployments, leveraging MU‑MIMO and beamforming technologies to serve multiple clients concurrently and reduce airtime contention.
• Multi‑gigabit capacity — Up to 1.99 Gbps combined data rate across 2.4 GHz and 5 GHz bands, providing faster experiences for latency‑sensitive apps like real‑time monitoring, voice, and video in demanding environments.
• Rugged, weather‑resilient design — Engineered to endure harsh industrial conditions with durable construction designed for dust, moisture, and temperature extremes common in hazardous locations.
• Seamless enterprise integration — Fully compatible with Aruba Central and on‑prem controllers, offering centralized management, secure access control, policy enforcement, and scalable deployment across distributed hazardous facilities.

Technical Details of HPE AP-375ATEX IEEE 802.11ac 1.99 Gbit/s Wireless Access Point

• Model: HPE AP-375ATEX
• Wireless Standard: IEEE 802.11ac (Wi‑Fi 5) Wave 2
• Maximum Data Rate: Up to 1.99 Gbps (aggregate across bands)
• Certifications: Class 1 Division 2; ATEX Zone 2 (HazLoc)
• Deployment Environment: Suitable for hazardous locations; rugged hardware designed for harsh industrial conditions
• Power and Connectivity: PoE capable to simplify deployment and reduce cabling in challenging sites
• Management: Compatible with Aruba Central and compatible on‑prem controllers for centralized policy, monitoring, and firmware updates

How to install HPE AP-375ATEX

Before you begin, confirm that the installation site complies with the required HazLoc certifications and local safety regulations. Plan placement to optimize coverage while adhering to ventilation, ingress protection, and safety guidelines specific to your facility. Mount the AP in a secure, accessible location that minimizes exposure to damaging elements while maximizing line‑of‑sight radio performance. Ensure that you have approved housings or mounting brackets if your environment demands additional protection. Power the device through a compatible PoE source to simplify cabling and to avoid near‑field heat buildup from separate power supplies.

Networking and configuration should be performed through your preferred Aruba management platform—either Aruba Central for cloud‑based management or your on‑prem Aruba controller. Begin with a clean firmware baseline, apply the latest security patches, and configure basic network parameters such as SSIDs, authentication methods, and VLAN assignments. Consider segmenting traffic for operations, guest access, and IoT devices, and enforce strong encryption (WPA2‑WPA3 as appropriate) along with 802.1X authentication for wired‑wireless convergence. Verify radio settings for optimal channel planning, transmit power, and MU‑MIMO behavior to balance performance and interference in the unique environment of your facility. Finally, conduct a post‑installation site survey, testing throughput, roaming performance, and failover capabilities to ensure reliable, hazard‑aware operation across all deployment points.

Ongoing management is designed to be straightforward: schedule firmware updates, monitor key performance indicators, and review security alerts from the centralized console. Establish a maintenance window that aligns with your safety procedures and downtime allowances, and document every step of the installation for compliance records. By integrating the AP‑375ATEX into your existing Aruba ecosystem, you gain granular visibility and control over network segmentation, device onboarding, and policy enforcement—critical for keeping operations safe, compliant, and productive in hazardous environments.

Frequently asked questions

• Q: What is the maximum wireless speed of the AP‑375ATEX? A: The device supports up to 1.99 Gbps of combined data rate across its 2.4 GHz and 5 GHz bands, leveraging IEEE 802.11ac Wave 2 capabilities for high‑density environments.
• Q: Is the AP certified for hazardous locations? A: Yes. It carries Class 1 Division 2 and ATEX Zone 2 (HazLoc) certifications, making it suitable for installation in areas with potentially explosive atmospheres.
• Q: Can I manage this AP via cloud or on‑prem controllers? A: Yes. It is designed to integrate with Aruba Central for cloud management or with compatible on‑prem Aruba controllers for centralized policy, monitoring, and updates.
• Q: What kinds of environments is this AP designed for? A: It is intended for hazardous industrial locations such as oil refineries, chemical plants, manufacturing floors, and other sites where safety certifications and rugged performance are essential.
• Q: Does it require specialized power or cabling? A: The AP supports PoE, allowing power and data to be delivered over a single Ethernet cable, which simplifies installation in challenging spaces and reduces the need for additional power infrastructure.