Ruijie Networks RG-S12006 Installation and operating manual

RG-S12000 Series Switch
Hardware Installation and Reference Guide V1.32

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Preface
Thank you for using our products. This manual will guide you through the installation of the device.
This manual describes the functional and physical features and provides the device installation steps, hardware
troubleshooting, module technical specifications, and specifications and usage guidelines for cables and connectors.
Audience
It is intended for the users who have some experience in installing and maintaining network hardware. At the same time, it
is assumed that the users are already familiar with the related terms and concepts.
Obtaining Technical Assistance
Ruijie Networks website: http://www.ruijienetworks.com/
Online customer services: http://webchat.ruijie.com.cn
Customer service center: http://www.ruijie.com.cn/service.aspx
Customer services hotline: [phone]
BBS:
http://support.ruijie.com.cn
Customer services email: [e-mail]
Related Documents
Documents Description
Configuration Guide Describes network protocols and related mechanisms that supported by the
product, with configuration examples.
Command Reference Describes the related configuration commands, including command modes,
parameter descriptions, usage guides, and related examples.
Symbol Conventions
Means reader take note. Notes contain helpful suggestions or references.
Means reader be careful. In this situation, you might do something that could result in equipment damage or
loss of data.

Chapter 1 Product Introduction
The RG-S12000 is a module-based, high-capacity and multi-service IPv6 10000M-level routing switch developed by
Ruijie Networks, providing powerful defense capability based on high performance and capacity. It can be expanded
according to users' business needs, satisfying design requirements for putting equal emphasis on service and
performance.
The RG-S12000 switch supports redundancy backup for dual management boards and power supplies for redundancy.
Currently two modules are available;
The RG-S12006: designed with six transverse slots, supporting dual management engine modules and providing
four service module slots;
The RG-S12010: designed with 10 vertical slots, supporting dual management engine modules and providing eight
service module slots
RG-S12006
Specifications
Model RG-S12006
Module Slot Six (two for management engine modules)
Management
engine module
M12000-CM
M12000-CM III
Management
redundancy Supported
Service module
M12000-02XFP24SFP/12GT-EA
M12000-24SFP/12GT-EA
M12000-24GT/12SFP-EA
M12000-48GT/4SFP-EA
M12000P-48GT/4SFP-EA
M12000-04XFP-EA
M12000-48XS-DA
M12000-16XS-DA
M12000-04QXS-DA
SECM M12000-NMM
RG-WALL 1600-B-DC
RG-WALL 1600-B-DE
RG-WALL 1600-B-U
M12000-WS
Hot swapping Supported
Power supply
module
RG-PA1200I: 90-176V- Power: 530W; 176-264V- Power: 1400W
RG-PA1200I: 90-176V- Power: 1080W; 176-264V- Power: 2000W
Power supply
redundancy The power supply redundancy of the same model is supported
Fan module M12006-FAN I
EMC standards GB9254-2008
Safety standards GB4943-2011
Operating
temperature 0-50°C
Storage
temperature -40-70°C
Operating humidity 10%-90% RH (non-condensing)
Weight Net weight: about 32.8KG (the chassis and fans)
Dimensions 437 x 500 x 486.15 (L x W x H, mm), 11RU
The weight only includes that of the empty chassis and fans. The whole machine's weight is subject to that of
the boards selected.

The RG-S12000 switch is an A-class product and may cause radio disturbance to surroundings. In this case,
users are advised to take proper measures against the disturbance.
Product Appearance
The RG-S12006 switch’s hardware system is composed of the chassis, the power system, modules and the cooling
system.
The power system provides two power supply slots and supports 1+1 power supply redundancy. Users are
recommended to configure redundancy for the power supplies.
The RG-S12006 switch provides two management module slots and four service module slots. The management
modules support 1+1 redundancy. Users are recommended to configure redundancy for the management modules.
Users may choose different service modules according to their actual business needs.
The cooling system is composed of the fan tray at the back of the chassis and the dust screen on a side of the
chassis.
Figure 1-1 Appearance of the RG-S12006 switch
Front panel
The RG-S12006 switch's front panel is shown in Figure 1-2. See the description for the detailed parts specified by the
numbers in the figure.
Figure 1-2 Front panel of the RG-S12006 switch

Note: Service module slots
Management module slots
Chutes
Positions where power supplies are installed
Static-free wrist strap socket
Plastic grid for the power supply dust
screen
Switch buttons for power supply
modules
Before the RG-S12006 switch's chassis is moved or transported, the management, service and power
supply modules must be removed from the chassis. Do not move or transport the RG-S12006 switch's
chassis with the management, service and power supply modules installed inside the chassis.
Back panel
The RG-S12006 switch's back panel is shown in Figure 1-3. See the description for the detailed parts specified by the
numbers in the figure.
Figure 1-3 Back panel of the RG-S12006 switch

Note: Installation direction sign for the dust screen
Dust screen
Captive screws on the dust screen
Junctions between the chassis and the ground
Junctions between the chassis and
the ground
Fan tray
Fan tray handle
Captive screws on the fan tray
Power supply
The RG-S12000 switch adopts A.C. power supply input. The switch currently provides two types of power supply modules,
the RG-PA1200I and the RG-PA2000I. The two types of power supply modules support power management. The
RG-S12000 switch's management engine can read the power supply's power information and manage the whole
machine's power flexibly and intelligently through the power management strategy.
The RG-S12000 switch supports 1+1 power supply redundancy to improve the whole system's operating
stability and reliability. We recommend users to configure 1+1 redundancy for power supply modules.
Heat dissipation system
The operating environment temperature of the RG-S12000 switch ranges between 0 and 50°C. The thermal design must
satisfy the requirement on the device's reliability in the temperature range while ensuring the device's safety and
maintainability. According to the thermal design of the RG-S12000 switch, fans are used to draw air for forced convection
cooling in order to ensure that the device works properly in the specified environment.
Figure 1-4 Ventilation and heat dissipation system of the RG-S12006 switch

For the host management and service modules, air flows across the chassis from right inlets to back outlets. For the
power supply modules, air flows in from front inlets and out from back outlets. Host management and service modules are
separated from power supply modules by a division board, which creates two separated air channels. Airflow directions
are shown in the above figure. Four fans of 120 x 120 x 38 are used to are used to draw air for convection and heat
dissipation..
The chassis should be mounted in a place with sufficient space for air circulation. Sufficient space (10 cm at
least) must be reserved at the air intakes and exhaust vents for ventilation.
RG-S12010
Specifications
Model RG-S12010
Module Slot 10 (two for management engine modules)
Management
engine module
M12000-CM
M12000-CM III
Service module
M12000-02XFP24SFP/12GT-EA
M12000-24SFP/12GT-EA
M12000-24GT/12SFP-EA
M12000-48GT/4SFP-EA
M12000P-48GT/4SFP-EA
M12000-04XFP-EA
M12000-48XS-DA
M12000-16XS-DA
M12000-04QXS-DA
SECM M12000-NMM
RG-WALL 1600-B-DC
RG-WALL 1600-B-DE
RG-WALL 1600-B-U
M12000-WS
Hot swapping Supported
Management Supported

redundancy
Power supply
module
RG-PA1200I: 90-176V- Power: 530W; 176-264V- Power: 1400W
RG-PA1200I: 90-176V- Power: 1080W; 176-264V- Power: 2000W
Power supply
redundancy The power supply redundancy of the same model is supported.
Fan module M12010-FAN I
EMC standards GB9254-2008
Safety standards GB4943-2011
Operating
temperature 0-50°C
Storage
temperature -40-70°C
Operating
humidity 10%-90% RH (non-condensing)
Weight Net weight: about 44.3KG (chassis and fans)
Dimensions 437 x 450 x 930.65 (L x W x H, mm), 21RU
The weight only includes that of the empty chassis and fans. The whole machine's weight is subject to that of
the boards selected.
The RG-S12000 switch is an A-class product and may cause radio disturbance to surroundings. In this case,
users are advised to take proper measures against the disturbance.
Product Appearance
The RG-S12010’s hardware system is composed of the chassis, power system, system modules and cooling system.
The power system provides two power supply slots and supports 1+1 power supply redundancy. Users are
recommended to configure redundancy for the power supplies.
The RG-S12010 provides two management module slots and eight service module slots. The management modules
support 1+1 redundancy. We recommend users to configure redundancy for management modules. Users may
select different service modules according to their actual application needs.
The heat dissipation system is composed of the fan tray on the upper side in the front of the chassis and the dust
screen located on the lower part of the front panel.
Figure 1-5 General appearance of the RG-S12010 switch

Front panel
The RG-S12010 switch's front panel is shown in Figure 1-6. See the description for the detailed parts specified by the
numbers in the figure.
Figure 1-6 Front panel of the RG-S12010 switch

Note: Service module slots
Service module slots
Management module slots
Fan tray
Positions where power supplies are installed
Fan tray pull
Chute
Static-free wrist strap socket
Chute
Anti-dust plastic panel
Before the RG-S12010's chassis is moved or transported, management, service and power supply modules
must be removed from the chassis. Do not move or transport the RG-S12010's chassis with management,
service and power supply modules installed inside the chassis.

Back panel
The RG-S12010 switch's back panel is shown in the following figure. See the description part for the detailed parts
specified by the numbers in the figure.
Figure 1-7 Back panel of the RG-S12010 switch
Note: Junctions between the chassis and
ground
Junctions between the chassis
and ground
Power supply
The RG-S12000 switches' power supplies adopt A.C. input. The switch currently provides two types of power supply
modules, i.e. the RG-PA1200I and the RG-PA2000I. The power supply modules support power management. The
RG-S12000's management engine can read the power supply's power information and manage the whole machine's
power flexibly and intelligently through the power management strategy.
The RG-S12000 switches support 1+1 power supply redundancy to improve the whole system's operating
stability and reliability. We recommend users to configure 1+1 redundancy for power supply modules.
Heat dissipation solution

The operating environment temperature of RG-S12000 switches ranges between 0 and 50°C. The heat dissipation design
must satisfy the requirement on the device's reliability in the temperature range while ensuring the device's safety and
maintainability. The RG-S12000 switch use fans to draw air for forced convection in order to ensure that the device works
properly in the specified environment..
Figure 1-8 Ventilation and heat dissipation system of the RG-S12010 switch
For host management and service modules, air flows in from the front and lateral inlets and out from upper back and
lateral inlets. For the power supply modules, air flows in from front inlets and out from back outlets. Host management and
service modules are separated from power supply modules by a division board, which creates two separated air channels.
Airflow directions are shown in the above figure. Six fans of 120 x 120 x 38 are used to increase and accelerate air
convection for heat dissipation.
The chassis should be mounted in a place with sufficient space for air circulation. Sufficient space (10 cm at
least) must be reserved at the air intakes and exhaust vents for ventilation.
Module
The RG-S12000 switch adopts the module-based design. Compliant with industry standards, the design divides modules
and integrates module interfaces to ensure the switch system's functioning and independence of various function
modules.
The RG-S12000 switch' modules provide 10/100/1000M self-adaptive Ethernet electric interfaces, 1000M/100M SFP
(single-mode/multi-mode) optical fiber interfaces and 10000M optical fiber interfaces. 100Base-FX /1000Base-X SFP
optical interfaces and 10/100/1000Base-T electric interfaces of some modules are fiber/copper combo interfaces. Users
can only use either copper or fiber interfaces at a time. Copper interfaces are preferred by default. See the following table
for information about the fiber/copper combo interfaces of the line card.
The corresponding relationship between fiber and copper interfaces is shown as follows:
Model 100BASE-FX /1000Base-XSFP fiber
interface
10/100/1000Base-T self-adaptive
Ethernet port
1F 1M12000-02XFP24SFP/12GT-EA
M12000-24SFP/12GT-EA 2F 2

3F 3
4F 4
5F 5
6F 6
7F 7
8F 8
9F 9
10F 10
11F 11
12F 12
13F 13
14F 14
15F 15
16F 16
17F 17
18F 18
19F 19
20F 20
21F 21
22F 22
23F 23
M12000-24GT/12SFP-EA
24F 24
45F 45
46F 46
47F 47
M12000-48GT/4SFP-EA
M12000P-48GT/4SFP-EA
48F 48
M12000-CM
The M12000-CM is the management engine module of the RG-S12000 switches and is designed with management and
switching functions.
Module Appearance
Figure 1-9 Appearance of the M12000-CM
External Interface
The M12000-CM module provides four external interfaces:
USB interface: By connecting to the USB interface, USB storage devices can store logs, host version, alarms and
other diagnosis information, facilitating online upgrade of switch software and storage of logs.
To secure data and prevent damage to the device, it is recommended to use high-quality flash disks
produced by reliable manufacturers. The USB interface is compatible with most USB controllers but may be
unable to identify some USB disk models.
SD (Secure Digital Memory Card) interface: By connecting to the SD interface, SD memory cards can store logs,
host version, alarms and other diagnosis information, facilitating online upgrade of switch software and storage of
logs.

To secure data and prevent damage to the device, it is recommended to use high-quality SD memory cards
produced by reliable manufacturers. The SD interface is compatible with most SD memory cards but may be
unable to identify some SD memory cards.
Console port: As a serial communications port, it uses the RS-232 interface level and standard RJ-45 connector.
This port is used to connect the device to serial ports of background terminal computers to perform tasks including
system commissioning, configuration, maintenance, management, and host software loading.
10/100/1000M MGMT port: As the 10/100/1000BASE-T Ethernet port, it uses the RJ-45 connector. This port can be
used to connect the device to the Ethernet port of the background computer to load programs. Use the standard
cable to connect the device to the Ethernet port of the background computer.
Button
The M12000-CM module provides a Reset button, which is used to reset the system of the whole machine. If the button is
held for less than five seconds, it is a short press; if the button is held for five seconds or longer, it is a long press.
In case of a short press, the Status LED flashes in green, and the board resets within five seconds after the
press. In case of a long press, the Status LED flashes in green and then flashes in red; the board resets
within five seconds after the press.
LED
LED Identification
on the panel Status Definition
Off The module is not powered on.
Solid red The module fails.
Blinking green The module is being initialized. If it keeps blinking, the
module may be faulty.
System LED Status
Solid green The initialization has finished and the switch starts
working.
Off The module is the standby management engine module.
Primary/standby
management module LED Primary Solid green The module is the primary management engine module.
Off No fault
Solid red
The system fails, interrupting functioning of the whole
system or a module; the device may be damaged if it
continues operating.
Fault alarming LED Alarm
Solid yellow The device overheats, which will affect the system's
performance. The system may continue operating.
Off The port link is not up.
Green The device is connected to the 1000M port.
Yellow The device is connected to the 10M or 100M port.
MGMT port LED Link/ACT
Blinking The port is sending and receiving data.
Off No SD card is inserted into or loaded by the port.
Solid green A SD card is loaded.
SD port LED SDS
Blinking green Data is being accessed from and written into a SD card.
Off No USB disk is inserted into or loaded by the port.
Solid green An USB disk is loaded.
USB port LED USBS
Blinking green Data is being accessed from and written into an USB
disk.
Specifications
Model M12000-CM
CPU 800MHz

BOOTROM 8MB
Flash Memory 512MB
SDRAM 2GB
External Interface One console port for management, one 10/100/1000M MGMT port, one SD port, and one USB
port
Button 1 RESET button
Power consumption <91W
Hot swapping Supported
Management
redundancy Supported
EMC standards GB9254-2008
Safety standards GB4943-2011
Operating
temperature 0-50°C
Storage
temperature -40-70°C
Operating humidity 10% to 90% RH (non-condensing)
Weight Net weight: about 2.8KG
Dimensions 436 x 346 x 30 (L x W x H, mm)
The M12000-CM adopts the CR2032 lithium battery. The device may explode if a wrong battery model is
used. Used batteries should be properly disposed of.
M12000-CM III
The M12000-CM III is the management engine module of the RG-S12000 switches and is designed with management
and switching functions.
Module Appearance
Figure 1-10 Appearance of the M12000-CM III
External Interface
The M12000-CM III module provides four external interfaces:
USB interface: By connecting to the USB interface, USB storage devices can store logs, host version, alarms and
other diagnosis information, facilitating online upgrade of switch software and storage of logs.
To secure data and prevent damage to the device, it is recommended to use high-quality flash disks
produced by reliable manufacturers. The USB interface is compatible with most USB controllers but may be
unable to identify some USB disk models.
SD (Secure Digital Memory Card) interface: By connecting to the SD interface, SD memory cards can store logs, host
version, alarms and other diagnosis information, facilitating online upgrade of switch software and storage of logs.
To secure data and prevent damage to the device, it is recommended to use high-quality SD memory cards
produced by reliable manufacturers. The SD interface is compatible with most SD memory cards but may be
unable to identify some SD memory cards.

Console port: As a serial communications port, it uses the RS-232 interface level and standard RJ-45 connector.
This port is used to connect the serial port of terminal computers running on the background for such tasks as
system debugging, configuration, maintenance, management, and host software loading.
10/100/1000M MGMT port: As the 10/100/1000BASE-T Ethernet port, it uses the RJ-45 connector. This port can be
used to connect the device to the Ethernet port of the background computer to load programs. Use the standard
cable to connect the device to the Ethernet port of the background computer.
Button
The M12000-CM III module provides a Reset button, which is used to reset the system of the whole machine. If the button
is held for less than five seconds, it is a short press; if the button is held for five seconds or longer, it is a long press.
In case of a short press of the button, the Status LED flashes in green, and the board resets within five
seconds. In case of a long press, the Status LED flashes in green and then flashes in red; the board resets
within five seconds.
LED
LED Identification
on the panel Status Definition
Off The module is not powered on.
Solid red The module fails.
Blinking green The module is being initialized. If it keeps blinking, the
module may be faulty.
System LED Status
Solid green The initialization has finished and the switch starts
working.
Off The module is the standby management engine
module.
Primary/standby
management module LED Primary
Solid green The module is the primary management engine
module.
Off No fault
Solid red
The system fails, interrupting functioning of the whole
system or a module; the device may be damaged if it
continues operating.
Fault alarming LED Alarm
Solid yellow The device overheats, which will affect the system's
performance. The system may continue operating.
Off The port link is not up.
Green The device is connected to the 1000M port.
Yellow The device is connected to the 10M or 100M port.
MGMT port LED Link/ACT
Blinking The port is sending and receiving data.
Off No SD card is inserted into or loaded by the port.
Solid green A SD card is loaded.
SD port LED SDS
Blinking green Data is being accessed from and written into a SD
card.
Off No USB disk is inserted into or loaded by the port.
Solid green An USB disk is loaded.
USB port LED USBS
Blinking green Data is being accessed from and written into an USD
disk.
Specifications
Model M12000-CM III
CPU 800MHz
BOOTROM 8MB
Flash Memory 512MB
SDRAM 2GB
External Interface One console port for management, one 10/100/1000M MGMT port, one SD port, and one USB

port
Button 1 RESET button
Power consumption <131W
Hot swapping Supported
Management
redundancy Supported
EMC standards GB9254-2008
Safety standards GB4943-2011
Operating
temperature 0-50°C
Storage
temperature -40-70°C
Operating humidity 10% to 90% RH (non-condensing)
Weight Net weight: about 4.8KG
Dimensions 436 x 346 x 30 (L x W x H, mm)
The M12000-CM III adopts the CR2032 lithium battery. The device may explode if a wrong battery model is
used. Used batteries should be properly disposed of.
M12000-02XFP24SFP/12GT-EA
Module Appearance
Figure 1-11 Appearance of the M12000-02XFP24SFP/12GT-EA
External Interface
The M12000-02XFP24SFP/12GT-EA provides two 10000M XFP ports, 12 SFP ports and 12 fiber/copper combo ports.
The SFP ports support the rate of 100/1000M, the RJ45 ports support auto-negotiation at 10/100/1000 Mbps, and the XFP
and SFP optical modules support hot swapping.
LED
LED Identification on
the panel Status Definition
Off The module is not powered on.
Solid red The module fails.
Blinking green The module is being initialized. If it keeps
blinking, the module may be faulty.
System LED Status
Solid green The initialization has finished and the switch
starts working.
Off The port link is not up.
Solid green The device is connected to the 1000M port.
Solid yellow The device is connected to the 10M or 100M
port.
RJ45 port LED Link/ACT
Blinking The port is sending and receiving data.
Off The port link is not up.SFP port LED Link/ACT
Solid green The device is connected to the 1000M port.

Solid yellow The port link is up at 100Mbps.
Blinking The port is sending and receiving data.
Off The port link is not up.
Solid green The device is connected to the 10G port.
XFP port LED Link/ACT
Blinking The port is sending and receiving data.
Specifications
Model M12000-02XFP24SFP/12GT-EA
Port type Two 10000M XFP ports, 12 SFP ports and 12 fiber/copper combo ports
Transmission
medium
10GBASE-SR(850nm) Multi-mode optical fiber
10GBASE-LR(1310nm) Single-mode optical fiber
10GBASE-ER(1550nm) Single-mode optical fiber
1000BASE-SX(850nm) Multi-mode optical fiber
1000BASE-LX(1310nm) Single-mode optical fiber
1000BASE-LH40(1310nm) Single-mode optical fiber
1000BASE-ZX(1550nm) Single-mode optical fiber
100BASE-FX(1310nm) Multi-mode or single-mode optical fiber
100BASE-FX(1550nm) Single-mode optical fiber
10/100/1000BASE-T Cat-5 UTP
LED Status, Link/ACT LED
Hot swapping Supported
Power
consumption <100W
EMC standards GB9254-2008
Safety standards GB4943-2011
Operating
temperature 0-50°C
Storage
temperature -40-70°C
Operating
humidity 10%-90% RH (non-condensing)
Weight Net weight: about 3.3KG
Dimensions 436 x 346 x 45 (L x W x H, mm)
The M12000-02XFP24SFP/12GT-EA service module's 12 front ports are fiber/copper combo ports. Each
SFP port is corresponding to a combo 10/100/1000BASE-T port. Only one port can be used at a time. The
automatic MDI/MDI-X identification function of the 10/100/1000M electric port takes effect only when
auto-negotiation is enabled.
The M12000-02XFP24SFP/12GT-EA supports 1000BASE-X and 100BASE-FX modes. Please configure the
ports according to the Ruijie Networks configuration manual.
M12000-24SFP/12GT-EA
Module Appearance

Figure 1-12 Appearance of the M12000-24SFP/12GT-EA
External Interface
The M12000-24SFP/12GT-EA provides 12 SFP ports and 12 fiber/copper combo ports. The SFP ports support the rate of
100/1000M, RJ45 ports support auto-negotiation at 10/100/1000 Mbps, and the SFP optical modules support hot
swapping.
LED
LED Identification on
the panel Status Definition
Off The module is not powered on.
Solid red The module fails.
Blinking green The module is being initialized. If it keeps
blinking, the module may be faulty.
System LED Status
Solid green The initialization has finished and the switch
starts working.
Off The port link is not up.
Solid green The device is connected to the 1000M port.
Solid yellow The device is connected to the 10M or 100M
port.
RJ45 port LED Link/ACT
Blinking The port is sending and receiving data.
Off The port link is not up.
Solid green The device is connected to the 1000M port.
Solid yellow The port link is up at 100Mbps.
SFP port LED Link/ACT
Blinking The port is sending and receiving data.
Specifications
Model M12000-24SFP/12GT-EA
Port type M12000-24SFP/12GT-EA provides 12 SFP ports and 12 fiber/copper combo ports.
Transmission
medium
1000BASE-SX(850nm) Multi-mode optical fiber
1000BASE-LX(1310nm) Single-mode optical fiber
1000BASE-LH40(1310nm) Single-mode optical fiber
1000BASE-ZX(1550nm) Single-mode optical fiber
100BASE-FX(1310nm) Multi-mode or single-mode optical fiber
100BASE-FX(1550nm) Single-mode optical fiber
10/100/1000BASE-T Cat-5 UTP
LED Status, Link/ACT LED
Hot swapping Supported
Power consumption <84W
EMC standards GB9254-2008
Safety standards GB4943-2011
Operating
temperature 0-50°C
Storage
temperature -40-70°C
Operating humidity 10%-90% RH (non-condensing)
Weight Net weight: about 3.2KG
Dimensions 436 x 346 x 45 (L x W x H, mm)