Access point TELTONIKA DAP145 Wi‑Fi 4 300 Mbit/s 2x antennas DIN Rail

TELTONIKA DAP145 is a wired-mounted access point that supports Wi‑Fi 4 (802.11n) with up to 300 Mbit/s throughput. The unit includes two external antennas and a DIN-rail mount for integration into industrial enclosures, cabinets or rack-adjacent rails. It is intended to deliver wireless connectivity for client devices in offices, retail environments and light industrial sites while offering a compact footprint and simple network integration via wired infrastructure.

Advantages

The access point provides stable Wi‑Fi 4 connectivity with a combined throughput of up to 300 Mbit/s, suitable for typical office and shop workloads. DIN-rail mounting enables secure placement inside electrical cabinets and industrial racks, reducing exposed cabling and saving space. Two antennas improve signal coverage within local areas, and the wired-mounted design offers reliable power and network connections for continuous operation.

Suitable for

• Providing wireless coverage in small and medium offices
• Extending Wi‑Fi in retail stores and point-of-sale areas
• Deployment inside industrial cabinets and equipment racks
• Connecting client devices in training rooms or meeting areas

Key specifications

• Wireless standard: Wi‑Fi 4 (802.11n)
• Maximum throughput: up to 300 Mbit/s
• Antennas: 2 external antennas for improved local coverage
• Mounting type: DIN-rail for cabinet and rack installations
• Form factor: wired-mounted access point designed for fixed installations

How to use

Install the DAP145 onto a compatible DIN rail inside an electrical cabinet or rack and connect the unit to your wired network using an Ethernet cable. Configure network parameters and wireless SSID settings through the device management interface or centralized network controller according to site requirements. Position the antennas to optimize signal coverage for the intended service area and verify connectivity of client devices.

Usage recommendations

For reliable performance, place the access point inside an enclosure with adequate ventilation and avoid installing near large metal obstructions. Use shielded Ethernet cabling where possible in industrial environments and ensure firmware is updated via the manufacturer’s recommended procedure to keep wireless performance and security current.