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ONV-PSE3301AC

Single-port Gigabit PoE injector IEEE 802.3af standard Desktop installation Wide-range voltage input High cost-performance ratio

The ONV-PSE3301AC is a single-port Gigabit PoE injector that complies with the IEEE 802.3af standard. It supports an AC 100–240 V input and delivers a DC 52 V, 15 W output, and features desktop mounting to meet diverse network power‑supply requirements.

Product Details

ONV-PSE3301AC Single-Port Gigabit PoE Injector

Product Overview

The ONV-PSE3301AC is a single-port gigabit PoE injector specifically designed to power network devices. It is rigorously developed and manufactured in strict compliance with the IEEE 802.3af international standard, providing stable and reliable Ethernet-based power delivery to compliant powered devices. The product supports a wide AC input range of 100–240 V, making it compatible with grid environments across most regions worldwide. It delivers a steady DC output of 52 V at 15 W. Featuring a desktop mounting design, it is easy to operate and conveniently deployable, effectively addressing the challenge of powering remote devices without access to mains electricity. By reducing the need for extensive power cabling, it helps lower installation and maintenance costs, making it a cost-effective choice for enhancing network infrastructure quality.

Core Technical Specifications

1. Port Specification: Single 10/100/1000 Mbps adaptive network port
2. Compliance Standard: IEEE 802.3af international standard
3. AC Input: 100–240 V AC, 50–60 Hz, 0.5 A
4. Power Delivery Wiring Sequence: Default 1,2 (+)/3,6 (−)
5. PoE Output Parameters: 52 V DC, 15 W
6. Installation Method: Desktop mounting
7. Conversion Type: AC to DC

Key Advantages

1. Standards-Compliant Power Delivery: Fully compliant with IEEE 802.3af, automatically detecting and identifying compliant powered devices to prevent damage to non-compliant equipment, ensuring safe and reliable power supply.
2. Wide Voltage Compatibility: Supports a broad AC input range of 100–240 V, adapting seamlessly to varying grid voltages across different countries and regions, eliminating the need for additional voltage converters and expanding its applicability.
3. Cost-Effective Solution: Combining ease of use, simple installation, and superior performance, it meets stable power requirements while significantly reducing both installation and ongoing maintenance costs, offering exceptional value.
4. Flexible Deployment Options: With a desktop mounting design, it requires no complex fixation procedures and can be easily positioned according to on-site needs, accommodating diverse construction environments.
5. Versatile Device Compatibility: Supplies power via Ethernet cables to a variety of PoE-enabled devices, including wireless APs, IP cameras, VoIP phones, video door intercoms, and more, meeting diverse networking power demands.

Core Product Value

- Replaces traditional power cabling by integrating data transmission and power delivery over a single Ethernet cable, reducing cabling complexity and lowering installation costs.
- Its wide-range AC input design accommodates grids across most global regions, supporting overseas projects and cross-border network deployments.
- Automatic identification of compliant powered devices prevents accidental damage from mis‑powering, enhancing the security and stability of network systems.
- The desktop mounting design offers flexibility to adapt to various site conditions, shortening project deployment timelines.

Target Customer Segments

Small and medium-sized business owners, general network users, field technicians, system integrators, IT operations personnel, as well as those responsible for outdoor projects and smart city initiatives.

Application Scenarios

This product is ideal for various network environments requiring high-density PoE power delivery. It finds extensive application in hotels, campuses, industrial parks, tourist attractions, supermarkets, factory dormitories, and small-to-medium enterprise network deployments. Whether supplying power to distributed wireless APs, powering surveillance IP cameras, or providing electricity to office VoIP phones and building video door intercoms, the ONV-PSE3301AC delivers stable, efficient power, helping users build cost-effective and high-performance network systems.

Solutions to Industry Pain Points

Addressing common challenges in network engineering—such as remote devices lacking power, high cabling costs, and lengthy installation cycles—the ONV-PSE3301AC integrates data transmission and power delivery over a single Ethernet cable, eliminating the need for separate power lines. This dramatically reduces cabling work, cutting both installation time and expenses. Additionally, its wide-range AC input design accommodates differing grid voltages across regions, removing the necessity for extra voltage converters and enabling seamless support for multinational projects and multi‑regional network deployments. The automatic recognition feature for compliant powered devices further prevents accidental damage caused by incorrect power delivery, enhancing network security and reliability and effectively resolving many drawbacks associated with conventional power solutions.

Common Questions FAQ

Q1: What types of devices can the ONV-PSE3301AC power?
A: This PoE injector can deliver power via Ethernet cables to a wide range of IEEE 802.3af‑compliant devices, including wireless APs, IP cameras, VoIP phones, video door intercoms, and more.
Q2: What is the default power wiring sequence?
A: The default wiring sequence follows 1,2 (+)/3,6 (−), aligning with mainstream PoE device connection standards, so no additional adjustments are needed to accommodate most powered devices.
Q3: What is the supported input voltage range?
A: The product accepts a wide AC input range of 100–240 V, 50–60 Hz, making it suitable for grid environments across most countries and regions, allowing direct use in various locales.
Q4: Is installation complicated?
A: The product features a desktop mounting design that requires no complex fixing procedures. Simply place the unit on an appropriate surface, connect the AC power source and Ethernet cable, and you’re ready to go—installation is quick and straightforward.