Dahuasecurity.com uses cookies and similar technologies. Dahua uses functional cookies to ensure that its websites operate properly and analytical cookies to make your user experience optimal. Third-party cookies may collect data outside our websites as well. By clicking on " Agree" or by continuing to use this website, you give consent for the setting of cookies and the processing of personal data involved. More information on our cookie statement.

PFS4206-4P-120

4-Port PoE Managed Switch

> Layer 2 managed PoE switch
> MAC auto study and aging, MAC address list capacity is 8K
> Support IEEE802.3af, IEEE802.3at, Hi-PoE standard
> Support RSTP
> Industrial wide temperature design
> PoE Management


  • Specifications
  • Accessories
  • Download
  • Technical Specification

    Model

    DH-PFS4206-4P-120

    Ethernet Port

    2*1000 Base-X(SFP)

    1*10/100/1000 Base-T(Hi-PoE/PoE+/PoE)

    3*10/100 Base-T (PoE+/PoE)

    PoE Power Consumption

    Port1, 2, 3 ≤30W

    Port4≤60W

    Total≤120W

    PoE Protocol

    PoE(802.3af), PoE+(802.3at), Hi-PoE

    Switching Capacity

    6.8Gbps

    Packet Forwarding Rate

    4.91Mpps

    Packet Buffer Memory

    1Mb

    Application Humidity

    10%~90%

    Power

    DC48~57V

    Lightning Protection

    Common Mode 4KV

    Differential Mode 2KV

    Working Temperature

    -30°C~65°C

    Weight

    480g

    Dimension(W×D×H)

    150mm×100mm×30mm

    Service Characteristics

    System

    Username / password: admin/(empty)

    IP Address :192.168.1.110/24

    PoE Budget

    120W

    MAC Table Size

    8K

    VLAN

    802.1Q Standard VLAN

    Port Mirroring

    Support many-to-one port mirroring

    Flow Control

    Support half-duplex based on back pressure type control

    Support full duplex based on PAUSE frame

    Network Management

    WEB, SNMP V1/V2C

    Ring Network

    Support Spanning Tree, STP/RSTP

    Support Loop Detection

    PoE Management

    Support PoE power consumption, PoE on/off of IPC configuration, power down when exceeding the value of overload power