Moxa
Moxa AWK-3131A-US Wireless AP US band -25 to 60°C
Industrial wireless access point operating from -25 to 60°C with rugged casing for harsh environments
- Industrial wireless AP operates reliably from -25 to 60°C
- Supports IEEE 802.11n for high-performance Wi-Fi connectivity
- Functions as AP, bridge or client in one device
- Rugged casing resists water, dust and vibration
- Compact 7.95 x 6.57 x 3.7 inch form factor
Industrial Wireless AP for Harsh Environments
The Moxa AWK-3131A-US is an industrial-grade wireless access point designed for demanding conditions. It operates as an AP, bridge, or client to deliver secure connectivity. The unit functions reliably across a -25 to 60°C temperature range. Its rugged casing resists water, dust, and vibration.
IEEE 802.11n Data Link Protocol Support
This access point uses the IEEE 802.11n standard for wireless communication. The protocol determines compatibility with existing network infrastructure and client devices. Verify that your current equipment supports this specific standard before purchase. Mismatched protocols will prevent a stable link from forming.
DIN-Rail Mounting with US Band Restriction
The hardware mounts on a DIN rail inside cabinets or enclosures measuring 7.95 x 6.57 x 3.7 inches. Installation requires a compatible rail and access to power terminals. The US band firmware limits legal operation to United States regulatory domains. Deploying this unit outside that region violates local spectrum regulations.
Highlights
- Industrial wireless AP operates reliably from -25 to 60°C
- Supports IEEE 802.11n for high-performance Wi-Fi connectivity
- Functions as AP, bridge or client in one device
- Rugged casing resists water, dust and vibration
- Compact 7.95 x 6.57 x 3.7 inch form factor
Specifications
| Brand | Moxa |
|---|---|
| Model | AWK-3131A-US |
Questions about this item
What does the -25 to 60°C rating mean when the access point is mounted in a real industrial cabinet?
The unit is rated to operate continuously from -25 °C up to 60 °C, so it will keep running in freezing outdoor enclosures or hot machinery rooms without extra cooling.
How does the IEEE 802.11n link protocol limit actual throughput on this model?
The 802.11n radio caps the PHY rate at the standard maximum, so real-world throughput will be lower once overhead, interference and client mix are factored in.
What clearance do I need to fit the 7.95 x 6.57 x 3.7 inch chassis on a DIN rail or wall bracket?
Allow at least the full 7.95 by 6.57 inch footprint plus the 3.7 inch depth, plus cable bend radius, when planning DIN-rail or wall-mount space.
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