HIK VISION 0300P Series User manual

100 Mbps PoE Switch
Quick Start Guide
UD29448B-A

i
Preface
Applicable Models
This manual is applicable to 0300P series 100 Mbps PoE switches.
Symbol Conventions
The symbols that may be found in this document are defined as
follows.
Symbol Description
Provides additional information to emphasize
or supplement important points of the main
text.
Indicates a potentially hazardous situation,
which if not avoided, could result in
equipment damage, data loss, performance
degradation, or unexpected results.
Indicates a hazard with a high level of risk,
which if not avoided, will result in death or
serious injury.

1
1 Introduction
1.1 Product Introduction
0300P series 100 Mbps PoE switches are layer 2 PoE switches,
providing advanced PoE power supply technology on the basis of
high-performance access. The devices support up to 300 m long-
range transmission (EXTEND mode), and feature high-priority ports
to ensure preferential network transmission in key service areas of
users. The devices also support port isolation to guarantee
information security, and can enable PoE watchdog to
automatically detect and restart ports. The devices are reliable,
easy to install and maintain, and equipped with rapid switching
functions. With multiple access ports, the devices are suitable for
small-scale LAN device access.
1.2 Packing List
Accessory Quantity
Switch × 1
Power Cord × 1
L-Shaped Bracket × 2
Screw
Without Indicator Panel × 4
With Indicator Panel × 6
Quick Start Guide × 1
Multilingual Information of
Network Switch × 1
1.3 Appearance
Device appearances vary with different models. The actual device
prevails.
Front Panel
0318P series switches (without indicator panels) feature sixteen
10/100 Mbps PoE RJ45 ports, one gigabit RJ45 port, and one gigabit
combo port.
0318P Series (Without Indicator Panels)
0318P series switches (with indicator panels) feature sixteen
10/100 Mbps PoE RJ45 ports and two gigabit combo ports.
0318P Series (with Indicator Panels）
0326P series switches (without indicator panels) feature twenty-
four 10/100 Mbps PoE RJ45 ports, one gigabit RJ45 port, and one
gigabit combo port.

2
0326P series switches (with indicator panels) feature twenty-four
10/100 Mbps PoE RJ45 ports and two gigabit combo ports.
Note
● The front panels of 0326P series switches (without indicator
panels) are similar to those of 0318P series switches (without
indicator panels). The only difference is that 0326P series
switches feature twenty-four 10/100 Mbps PoE RJ45 ports.
● The front panels of 0326P series switches (with indicator panels)
are similar to those of 0318P series switches (with indicator
panels). The only difference is that 0326P series switches feature
twenty-four 10/100 Mbps PoE RJ45 ports, twenty-four port
status indicators, and twenty-four PoE status indicators.
Port/Indicator Description of Front Panel
No. Indicator/Port Description
1 PWR Indicator

Solid on: The switch is
powered on normally.

Unlit: No power supply is
connected or power supply
is abnormal.
2 PoE-MAX Indicator

Solid on: The output power
of the switch is about to
reach or has reached the
upper limit. The power
supply may be abnormal if
more devices are
connected.

Unlit: The switch does not
supply power to a powered
device (PD), or the switch
supplies power to a PD
normally and the output
power of the switch does
not reach the upper limit.
Note
The PoE-MAX indicator will be
unlit in five seconds after the
output power of the switch
reaches the upper limit.
3
Gigabit RJ45 Port
Indicator (when
gigabit RJ45 port G1
is connected)

Solid on: The port is
connected.

Flashing: The port is
transmitting data.

Unlit: The port is
disconnected or connection
is abnormal.
Gigabit SFP Fiber
Optical Port
Indicator (when
gigabit SFP fiber
optical port G1-F is
connected)

Solid on: The gigabit SFP
fiber optical port is
connected.

Flashing: The gigabit SFP
fiber optical port is
transmitting data.

Unlit: The gigabit SFP fiber
optical port is disconnected
or connection is abnormal.

3
4
Gigabit RJ45 Port
Indicator (when the
devices feature
only one combo
port G1/G1-F or
when gigabit RJ45
port G2 is
connected)

Solid on: The port is
connected.

Flashing: The port is
transmitting data.

Unlit: The port is
disconnected or connection
is abnormal.
Gigabit SFP Fiber
Optical Port
Indicator (when
gigabit SFP fiber
optical port G2-F is
connected)

Solid on: The gigabit SFP
fiber optical port is
connected.

Flashing: The gigabit SFP
fiber optical port is
transmitting data.

Unlit: The gigabit SFP fiber
optical port is disconnected
or connection is abnormal.
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LINK/ACT Indicator
(for switches
without indicator
panels)

Solid on: The port is
connected.

Flashing: The port is
transmitting data.

Unlit: The port is
disconnected or connection
is abnormal.
10/100 Mbps RJ45
Port Indicator (for
switches with
indicator panels)
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PoE Indicator (for
switches without
indicator panels)

Solid on: The switch
supplies power to a PD
normally.

Unlit: The switch is
disconnected from a PD or
power supply is abnormal.
PoE Status Indicator
of 10/100 Mbps
RJ45 Port (for
switches with
indicator panels)
7 EXTEND DIP Switch
Enable or disable long-range
transmission (EXTEND mode).

When the DIP switch is set
to “ON”, the corresponding
ports support up to 300 m
network transmission with
a port rate of 10 Mbps.
 When the DIP switch is set
to “OFF”, the corresponding
ports support up to 100 m
network transmission with
a port rate of 100 Mbps.
8 Isolation DIP Switch
Enable or disable port isolation.

When the DIP switch is set
to “ON”, port isolation is
enabled. Ports in the same
isolation group cannot
communicate with each
other. Data transmission via
each port is isolated to
enhance network security.

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Note
● Ports 1 to 8 of 0318P and 0326P series switches are high-
priority ports used to prioritize network transmission in key
service areas.

When the DIP switch is
switched to “OFF”, port
isolation is disabled. Ports
can communicate with
each other.
9 PoE Watchdog DIP
Switch
Enable or disable PoE
watchdog.

When the DIP switch is set
to “ON”, PoE watchdog is
enabled to automatically
detect device connection
statuses of corresponding
ports and restart ports in
case of communication
failures.

When the DIP switch is set
to “OFF”, PoE watchdog is
disabled. Corresponding
ports are no longer
automatically detected and
restarted in case of
communication failures.
10 10/100 Mbps PoE
RJ45 Port
Used for connection to a PD via
a network cable.
11 Gigabit Combo Port
(G1/G1-F)
When connected to a network
cable, the combo port is a RJ45
port. When plugged into with
an optical module and
connected to an optical fiber,
the combo port functions as a
fiber optical port.
Note

A combo port consists of a
RJ45 port and a fiber optical
port. You can use either the
RJ45 port or the fiber
optical port of a combo
port, but cannot use them
at the same time. For
example, if RJ45 port G1 is
connected, fiber optical
port G1-F is unavailable.

When connected to both a
network cable and an
optical fiber, the combo
port works as a fiber optical
port.
12
Gigabit Combo Port
(G2/G2-F)
Gigabit RJ45 Port
(G2) (when the
devices feature
only one combo
port G1/G1-F)
Used for connection to another
device via a network cable.

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● Ports supporting long-range transmission vary with device
models. Ports 9 to 16 of 0318P series switches and ports 17 to
24 of 0326P series switches support up to 300 m network
transmission.
● Ports supporting port isolation vary with device models. Ports
1 to 16 of 0318P series switches and ports 1 to 24 of 0326P
series switches support port isolation.
● Ports supporting PoE watchdog vary with device models. Ports
1 to 16 of 0318P series switches and ports 1 to 24 of 0326P
series switches support PoE watchdog.
Rear Panel
0318P/0326P Series (Without Indicator Panels)
0318P/0326P Series (with Indicator Panels)
Port/Indicator Description of Rear Panel
No. Indicator/Port Description
1 Grounding
Terminal
Used for connecting to the
grounding cable to protect the
switch from lightning.
2 Power Supply Use the attached power cord to
connect the switch to a socket.
2 Installation
Please select the appropriate installation method according to the
actual needs.
Note
If screws are not provided in the package, prepare them yourself.
Before You Start

Ensure that the desktop, wall, rack, or rail is stable and firm
enough.

Keep the room well-ventilated. Leave at least 10 cm of heat
dissipation space around the device.

Keep at least 1.5 cm vertical distance between two adjacent
devices for rack-mounted installation.
2.1 Desktop Installation
Place the device on the desk.
2.2 Wall-Mounted Installation
Steps
1. Check the distance between the two hanging holes on the rear
cover of the device.
2. Insert two M4 screws into the wall.

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Note
●
Ensure that the distance between the two screws equals to the
distance between the two hanging holes.
●
Set aside at least 4 mm of the screw bodies outside the wall.
3. Align the hanging holes with the screws, and hang the device on
the screws.
Wall-Mounted Installation
2.3 Rack-Mounted Installation
Steps
1. Check the grounding and stability of the rack.
2. Use screws to fix the two L-shaped brackets to both sides of the
device.
Fix L-Shaped Brackets
3. Place your device against the rack, and fix the brackets to the
rack with screws to stably install your device.
Fix Brackets to Rack
3 Grounding
3.1 Connect Grounding Cable
Grounding is used to quickly release overvoltage and overcurrent
induced by lightening on the device, and to protect personal safety.
Select an appropriate grounding method according to the
installation conditions.

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Note
The grounding terminal is on the rear panel or side panel of the
device. The actual device prevails.
3.1.1 With Grounding Bar
If a grounding bar is available at the installation site, follow the
steps below.
Steps
1. Connect one end of the grounding cable to the binding post on
the grounding bar.
2. Connect the other end of the grounding cable to the grounding
terminal of the device and tighten the screw.
Grounding with Grounding Bar
3.1.2 Without Grounding Bar
If there is no grounding bar but the earth is nearby and the
grounding body is allowed to be buried, follow the steps below.
Steps
1. Bury an angle steel or steel pipe (≥ 0.5 m) into the earth.
2. Weld one end of the grounding cable to the angle steel or steel
pipe and embalm the welding point via electroplating or coating.
3. Connect the other end of the grounding cable to the grounding
terminal.
Grounding with Angle Steel
3.2 Connect RJ45 Port
Use a network cable to connect the device to the RJ45 port of a
peer device such as network camera, NVR, switch, etc.

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RJ45 Port Connection
3.3 Connect SFP Optical Module
Connecting an SFP optical module is supported when the device
has a fiber optical port or a combo port.
Steps
Caution
●
Single-Mode optical module needs to be paired for use.
●
Do not bend an optical fiber (curvature radius ≥ 10 cm) overly.
●
Do not look directly at an optical fiber connector because the
laser generated is harmful to eyes.
1. Connect the two paired SFP optical modules with an optical fiber.
2. Hold the SFP optical module from one side, and smoothly plug it
into the device along the SFP port slot until the optical module
and the device are closely attached.
3. After powering on the device, check the status of the optical port
indicator.
- If the indicator is lit, the link is connected.
- If the indicator is unlit, the link is disconnected.
4. Check the line, and make sure that the peer device has been
enabled.
4 Device Powering-On
Please use the attached power adapter or power cord to power on
the device.
Before powering on your device, make sure that:
• The operating power supply is compliant with rated input
standard.
• Port cables and grounding cables are correctly connected.
• If there is outdoor cabling, connect a lightning rod and a
lightening arrester to the cable.
Caution
Power supply lines and strong current wires cannot be wired
together, otherwise PDs or switch ports will be burnt.