ONV-PSE3101AC-at Single-Port 100-Mbps PoE Power Injector
Product Overview
The ONV-PSE3101AC-at is a single-port 100-Mbps PoE power injector specially designed for PoE-enabled devices. It is rigorously engineered in compliance with the IEEE 802.3af/at international standards, automatically detecting and identifying compliant powered devices while simultaneously transmitting both data and power over a single Ethernet cable. The device supports a wide AC input range of 100–240 V at 50–60 Hz, delivering a stable DC output of 52 V/30 W. Featuring a desktop mounting design, it offers simple operation, convenient installation, and excellent cost-effectiveness, making it an ideal choice for enhancing project quality while reducing construction and maintenance expenses.
Core Technical Specifications
1. Network Specification: Single 10/100 Mbps port
2. Compatibility Standard: IEEE 802.3af/at PoE standard
3. Input Parameters: AC 100–240 V, 50–60 Hz, 0.5 A
4. Output Parameters: DC 52 V, 30 W
5. Power Wiring Sequence: Default 1,2 (+)/3,6 (−)
6. Installation Method: Desktop mounting
Key Functional Features
1. Intelligent Device Recognition: As a professional PoE power injector, it automatically detects and identifies IEEE 802.3af/at-compliant powered devices, preventing damage to non-PoE equipment and ensuring safe power delivery and device compatibility.
2. Simultaneous Data and Power Transmission: Eliminates the need for separate power cabling—data and power are delivered through a single Ethernet cable, significantly simplifying installation and reducing cable consumption.
3. Wide Voltage Compatibility: Supports a global universal AC input range of 100–240 V, adapting seamlessly to diverse regional power grids without requiring additional voltage converters, thus broadening application scenarios.
4. Stable Power Output: Provides a consistent DC output of 52 V/30 W, meeting the power requirements of most PoE-enabled devices and ensuring reliable, continuous operation.
5. Simple Installation Design: With its desktop mounting configuration, no complex fixation procedures are needed; plug-and-play functionality lowers the operational threshold, enabling quick deployment by users of all skill levels.
Core Product Value
- Replaces traditional power cabling by enabling simultaneous data and power transmission over Ethernet cables, effectively cutting material and labor costs during installation.
- Smartly identifies compatible devices, avoiding accidental powering that could damage equipment and reducing maintenance and replacement expenses.
- Offers broad voltage compatibility, supporting power grids across most regions worldwide and facilitating cross-regional project deployments.
- Features a straightforward desktop installation, shortening deployment timelines and boosting construction efficiency.
- Delivers exceptional cost-effectiveness, balancing performance with controlled procurement expenses to provide economical yet efficient power solutions for projects.
Target Customer Base
This product is tailored for small and medium-sized business owners, general users, on-site installers, system integrators, and IT operations personnel. It also meets the needs of outdoor projects and smart city initiatives, addressing the diverse requirements of various user groups in PoE-powered environments.
Applicable Scenarios
The product is suitable for high-density PoE-powered network environments, including hotels, campuses, industrial parks, tourist attractions, supermarkets, factory dormitories, and small-to-medium enterprise networks. Specifically, it can supply power to PoE-enabled devices such as wireless access points, IP cameras, VoIP phones, and video door intercoms—particularly useful in situations where remote power sources are unavailable, helping users extend conventional power‑line networks and optimize network layouts.
Solving Industry Pain Points
1. Addresses the challenge of separately laying data and power cables in traditional network deployments, which leads to complicated processes and high costs: By transmitting data and power simultaneously over a single Ethernet cable, it reduces cable procurement and labor expenses, lowering overall project costs.
2. Tackles the difficulty of powering remote devices: In scenarios where power cannot be supplied directly at the device location, this solution enables power delivery without additional wiring, increasing flexibility in network deployment.
3. Alleviates the challenge of deployment complexity for non‑specialist users: Its desktop mounting design combined with intelligent recognition features ensures easy operation, allowing even those without technical expertise to complete installation quickly and lowering operational barriers.
4. Overcomes difficulties in adapting to varying regional power grids: With its wide AC input range, the device eliminates the need for extra transformers, seamlessly accommodating power grids across most countries and regions and meeting the demands of cross‑regional projects.
Frequently Asked Questions (FAQ)
Q1: Which PoE-enabled devices does the ONV-PSE3101AC-at support?
A: This product supports all PoE-enabled devices compliant with the IEEE 802.3af/at international standards, including common devices such as wireless access points, IP cameras, VoIP phones, and video door intercoms.
Q2: Can the power wiring sequence of this PoE injector be adjusted?
A: By default, the device uses a 1,2 (+)/3,6 (−) wiring sequence, which accommodates the connection requirements of most standard PoE devices.
Q3: Does this product require professional installation?
A: No, it features a desktop mounting design that’s easy to use—plug-and-play operation allows ordinary users to complete installation quickly.
Q4: What is the output power of this injector, and can it meet the needs of high-power PoE devices?
A: The device delivers a DC output of 52 V/30 W, sufficient to power most mid- to low‑power PoE devices and fully compliant with the IEEE 802.3af/at power specifications.
Q5: Does this product support a wide voltage input range?
A: Yes, it accepts a wide AC input range of 100–240 V at 50–60 Hz, adapting to power grids across most countries and regions worldwide.