ONV-IPS3064PFG 6-Port Gigabit Industrial PoE Switch
Product Overview
The ONV-IPS3064PFG is a 6-port gigabit industrial PoE switch designed specifically for industrial environments. It features five 10/100/1000M electrical ports and one 1000M SFP optical port slot. Ports 1–4 support the PoE+ power standard, with each port capable of delivering up to 30W of power, enabling stable power and network connectivity for PoE-enabled devices such as wireless APs, network cameras, and industrial sensors via Ethernet cables. By default, the device uses a 4‑wire Ethernet cable for power delivery, following the wiring scheme of 1,2 (+)/3,6 (−). It offers a switching capacity of 12 Gbps, a packet forwarding rate of 8.93 Mpps, and can store up to 2K MAC addresses, ensuring efficient and smooth data transmission. Additionally, it supports dual DC power inputs ranging from 44 to 56V, equipped with both a 3‑pin industrial terminal block and a DC jack for redundant power supply. With an IP30 protection rating and industrial‑grade DIN rail mounting brackets, it provides 6kV surge protection, making it suitable for complex industrial settings such as smart transportation, rail transit, the power industry, mining, oil and gas, maritime shipping, metallurgy, and green energy projects. It serves as a core component in building cost‑effective, stable, and reliable communication networks across diverse industrial applications.
Key Technical Specifications
1. Port Configuration: 5 × 10/100/1000M electrical ports + 1 × 1000M SFP optical port slot
2. PoE Power Supply: Ports 1–4 support PoE+ with a maximum output of 30W per port
3. Power Wiring Standard: Default 4‑wire Ethernet power supply, 1,2 (+)/3,6 (−)
4. Switching Performance: Switching capacity of 12 Gbps, packet forwarding rate of 8.93 Mpps, MAC address table capacity of 2K
5. Power Input: Dual DC inputs ranging from 44 to 56V, featuring both a 3‑pin industrial terminal block and a DC jack
6. Protection Rating: IP30
7. Additional Features: Industrial‑grade DIN rail mounting brackets
8. Surge Protection: 6kV surge protection
9. Module Compatibility: Does not include fiber modules; compatible with Gigabit SFP optical modules
Core Advantages
1. Flexible Port Combination: Featuring a mix of Gigabit Ethernet electrical ports and Gigabit SFP optical uplink ports, this switch supports plug-and-play connectivity, meeting the needs of both short‑range wired connections and long‑distance fiber networking through SFP modules. This allows users to tailor their network architecture to specific application requirements, accommodating a wide range of deployment scenarios.
2. High‑Density PoE Power Delivery: Ports 1–4 support the PoE+ standard, with each port capable of delivering up to 30W, enabling simultaneous power supply to multiple PoE devices. This makes it ideal for environments demanding high‑density PoE power, eliminating the need for separate power sources for individual devices, simplifying cabling, and reducing overall installation costs.
3. Dual Power Redundancy: Supporting dual DC inputs from 44 to 56V, the switch is equipped with both a 3‑pin industrial terminal block and a DC jack. In the event of a failure on one power source, the other automatically takes over, effectively preventing network outages caused by single-point power failures and enhancing the reliability and continuity of industrial networks.
4. Industrial‑Grade Protection: With an IP30 protection rating, it effectively prevents dust ingress, while its 6kV surge protection safeguards against static electricity and voltage surges common in industrial settings. This ensures stable operation even in dusty or electromagnetically noisy environments.
5. Convenient Installation Design: Equipped with industrial‑grade DIN rail mounting brackets, the switch can be directly installed onto standard server rack rails without additional brackets, streamlining installation, saving space, and adapting to compact installation spaces typical of industrial sites.
Core Product Value
- Flexible networking design that balances short‑range wired connections with long‑distance fiber transmission, meeting diverse networking needs in industrial settings
- High‑density PoE power capability reduces the need for separate power cabling for end devices, lowering installation costs and operational complexity
- Dual power redundancy and industrial‑grade protection ensure continuous, stable network performance in challenging industrial environments, minimizing downtime risks
- DIN rail mounting facilitates easy installation in tight industrial spaces, improving deployment efficiency
Target Customer Segments
Integrators of smart transportation systems, suppliers of rail transit equipment, providers of communication solutions for the power industry, enterprises engaged in IT infrastructure development for mining operations, contractors responsible for petroleum and petrochemical network systems, vendors of maritime communication equipment, manufacturers of automation upgrades for the metallurgical industry, project developers in the green energy sector, and distributors of industrial networking equipment
Application Scenarios
This product is widely applicable across various industrial communication network deployments: In smart transportation, it powers road surveillance cameras and traffic signal control terminals, providing both power and network connectivity; in rail transit, it connects onboard monitoring devices and sensors to establish a robust in‑train communication network; in the power industry, it supports networking of substations and transmission line monitoring equipment, ensuring stable communications within power systems; in mining, it delivers reliable network and power support to underground surveillance cameras and environmental sensors in harsh subterranean conditions; in the petrochemical sector, it links security monitoring and equipment monitoring terminals within plant facilities, adapting to dusty and potentially explosive environments; in maritime applications, it equips ships with stable network connectivity for communication devices and monitoring systems; in metallurgy, it adapts to high‑temperature and high‑electromagnetic interference environments, enabling networking of production equipment monitoring terminals; and in green energy projects, it provides communication support for photovoltaic and wind power monitoring devices, ensuring the smooth digital operation of renewable energy initiatives.
Addressing Industry Pain Points
It effectively resolves several key pain points in industrial settings: The traditional switch’s limited port diversity and lack of flexible networking options are addressed through a combination of electrical and optical ports, meeting varying distance requirements; the shortage of PoE ports and low power output in conventional PoE switches, which cannot meet the demands of high‑density terminal power supplies, are overcome; the poor reliability of single‑power supply systems—prone to network interruptions due to power failures—is mitigated; the inadequate protection ratings of standard switches, unable to withstand dusty or highly interfered industrial environments, are improved; and the inconvenience of non‑DIN‑rail mounted switches, which occupy excessive space during installation, is eliminated. Overall, this product significantly enhances the stability, flexibility, and deployment efficiency of industrial communication networks.
Common Questions FAQ
Q1: Which ports on this switch support PoE power?
A: Ports 1–4 of the ONV-IPS3064PFG support the PoE+ standard, with each port capable of delivering up to 30W, satisfying the power needs of most industrial PoE devices.
Q2: Does the device come with SFP optical modules?
A: The product does not include optical modules; users can independently select and install Gigabit SFP optical modules based on their networking requirements to enable long‑distance fiber connectivity.
Q3: What are the power input specifications of this switch?
A: The device supports dual DC inputs ranging from 44 to 56V, equipped with both a 3‑pin industrial terminal block and a DC jack, allowing compatibility with various power supply methods commonly used in industrial settings.
Q4: How is the device installed?
A: Equipped with industrial‑grade DIN rail mounting brackets, it can be directly installed onto standard server rack rails, offering convenient installation and space savings.
Q5: In which scenarios is this switch suitable?
A: It is broadly applicable across smart transportation, rail transit, the power industry, mining, oil and gas, maritime shipping, metallurgy, and green energy projects, helping build stable and reliable communication networks tailored to diverse industrial contexts.
