Eaton iCube 2.0 User manual

Micro Data Center
Eaton iCube 2.0
User manual

ii EATON ICUBE 2.0 UM.ICUBE2.0.SG.0822 August 2022 www.eaton.com
DISCLAIMER OF WARRANTIES AND LIMITATION OF LIABILITY
The information, recommendations, descriptions and safety notations in this document are based on Eaton Corporation’s
(“Eaton”) experience and judgment and may not cover all contingencies. If further information is required, an Eaton sales
office should be consulted. Sale of the product shown in this literature is subject to the terms and conditions outlined in
appropriate Eaton selling policies or other contractual agreement between Eaton and the purchaser.
THERE ARE NO UNDERSTANDINGS, AGREEMENTS, WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING
WARRANTIES OF FITNESS FOR A PARTICULAR PURPOSE OR MERCHANTABILITY, OTHER THAN THOSE
SPECIFICALLY SET OUT IN ANY EXISTING CONTRACT BETWEEN THE PARTIES. ANY SUCH CONTRACT STATES THE
ENTIRE OBLIGATION OF EATON. THE CONTENTS OF THIS DOCUMENT SHALL NOT BECOME PART OF OR MODIFY
ANY CONTRACT BETWEEN THE PARTIES.
In no event will Eaton be responsible to the purchaser or user in contract, in tort (including negligence), strict liability or
other-wise for any special, indirect, incidental or consequential damage or loss whatsoever, including but not limited to
damage or loss of use of equipment, plant or power system, cost of capital, loss of power, additional expenses in the
use of existing power facilities, or claims against the purchaser or user by its customers resulting from the use of the
information, recommendations and descriptions contained herein. The information contained in this manual is subject to
change without notice.

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Table of Contents
Table of Contents
1 Product overview...................................................................1
1.1 Introduction to Eaton iCube 2.0 ............................................................. 2
1.2 System assembly ........................................................................ 3
1.3 System specification sheet................................................................. 4
1.4 Environmental requirment ................................................................. 4
2 Preparation for installation...........................................................5
2.1 Installation tools ......................................................................... 5
2.2 Packaging .............................................................................. 6
2.3 Transportation and unpacking ............................................................... 7
2.4 Requirements about installation site ......................................................... 8
3 Installation ......................................................................10
3.1 Joining the cabinets ..................................................................... 10
3.2 Electrical connection..................................................................... 13
3.2.1 PDU connection between main equipment cabinet and sub IT cabinets: ...................... 13
3.2.2 Electrical connection for the cooling unit(applicable to two coolers or above): .................. 14
3.2.3 Communication to the cooling units................................................... 14
3.2.4 Communication to electronic locks ................................................... 16
3.2.5 Communication to Temp/Humidity sensors ............................................. 17
3.2.6 Communication to smoke sensors.................................................... 18
3.2.7 Communication to lighting system.................................................... 18
3.2.8 External Electrical connection: ....................................................... 19
3.3 Installation of integrated / Split cooling unit ................................................... 20
3.3.1 integrated cooling unit installation .................................................... 20
3.3.2 Split cooling unit installation ........................................................ 20
4 Turn on the unit ...................................................................27
4.1 Check before turning on the unit ........................................................... 27
4.2 Turn on the unit ........................................................................ 28
4.3 Turning off the system ................................................................... 28
5 Control monitoring and display screen ................................................29
5.1 Control monitoring and user interface display screen ........................................... 29
5.2 Login ................................................................................. 29
5.3 The System page ....................................................................... 30
5.4 UPS page ............................................................................. 30
5.5 Power distribution page .................................................................. 31
5.6 A/C page .............................................................................. 32
5.7 Environment page....................................................................... 33
5.8 Door page ............................................................................. 34
5.9 Alarm page ............................................................................ 35
5.10 History page ........................................................................... 36
5.11 Configuration page ...................................................................... 37
5.12 Special operating instructions.............................................................. 38
5.12.1 Network configuration: ............................................................. 38
5.12.2 Authority management ............................................................. 39
5.12.3 The APP application permission ...................................................... 40
5.12.4 SNMP interface configuration ....................................................... 41

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Table of Contents
5.12.5 Alarm Notifications - SMS Notifications ................................................ 43
5.12.6 Alert Notifications - Email Notifications ................................................ 45
5.12.7 Fire alarm linkage ................................................................. 46
6. Guarantee for repair and maintenance ................................................47
6.1 Periodic maintenance of the power distribution system ......................................... 47
6.2 Periodic maintenance of the cooling system .................................................. 48
6.3 Periodic maintenance of monitoring system .................................................. 48
7. Troubleshooting ..................................................................49
8 Replacement of common parts ......................................................51
8.1 Temperature sensor ..................................................................... 51
8.2 Water leakage detector .................................................................. 51
8.3 The electronic lock ...................................................................... 52
8.4 Smoke sensor.......................................................................... 52
8.5 Lighting ............................................................................... 53
8.6 LED strip light .......................................................................... 53

1
Product overview
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1 Product overview
PRODUCT SAFETY POINTS RELATED TO EATON’S MICRO DATA CENTER
1. Before performing any operational steps on the product, the user must read this manual carefully.
2. The “caution” and “warning” sections in this manual do not represent all the safety precautions. These
sections only highlight some points for safety precautions.
3. This product is recommended for commercial or for other professional use.
4. This product is to be used for its design purposes only and Eaton will not accept any responsibility of misuse.
5. The designated areas of the product cabinet are restricted areas. Eaton recommends that access to restricted
areas be given only to authorized employees.
6. The product password must be maintained by the designated person-in-charge.
7. For the safety precautions of the UPS and air-conditioners, please refer to the UPS and cooler user manuals
and maintenance manuals.
Electrical safety
1. For electrical connections, insulating tools should be used.
2. After the product emits a warning through the monitoring floor, it is necessary to find out the cause promptly
and handle the problem to avoid further problems or failures.
Potential risks
1. The product can begin its operation only after it is disconnected from all power sources.
2. Before opening internal components for maintenance, the power switch and all UPS supplies
must be disconnected.
Risk of electric shock
An electric shock can cause personal injury or death therefore it is advisable to pay attention to the
following points:
1. Before working on components inside the product, disconnect the control box and the remote power supply.
2. Before installation, read all the operating instructions, verify that all the components arrived at the installation
site and check the nameplate to make sure the voltage matches the mains supply.
3. Please comply with the on-site or local regulations
Product overview

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Product overview
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1.1 Introduction to Eaton iCube 2.0
Eaton’s new generation of iCube Micro Data Center is a converged data center infrastructure solution. The
solution integrates subsystems such as UPS, power distribution, cooling, environmental monitoring, and
lighting. Eaton iCube 2.0 is available as a single cabinet or as multiple cabinets to accommodate different
applications. Both configurations are provided as pre-designed systems and with factory validation. The cabinets
can be deployed quickly and offers great flexibility in the choice of configurations. They are designed for use in
environment requiring micro data centers, computer or server rooms for small and medium businesses, and
branch offices.
The Eaton iCube 2.0 comes with a choice of basic single cabinet, standard single cabinet, and row or multiple
cabinet system. All devices that meets EIA-310-D standards can be installed in the cabinet. It comes standard
with 10.1-inch touch screen, LED lighting with colorful atmosphere lights, temperature and humidity sensor, and
smoke and water leakage sensor.
Figure 1.1 Basic single cabinet (24U) Figure 1.2 Basic single cabinet (42U) Figure 1.3 Standard single cabinet (42U)
Figure 1.4 Row (multiple) cabinet

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Product overview
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1.2 System assembly
Figure 1.5 System assembly diagram (Take 1 + 6 as an example)
System configuration table:
Model *Load capacity Number of cabinets UPS Air-conditioning Module PDU
EMSRE3K24U-EA 2.4KW 1EMUPS9PX3K –PDME-6K Basic type IEC32A-12x C13, 4 x C19 (1PCS)
EMSRE6K24U-EA 4.8KW 1EMUPS9PX6K –PDME-6K Basic type IEC32A-12x C13, 4 x C19 (1PCS)
EMSRE3K42U-EA 2.4KW 1EMUPS9PX3K –PDME-6K Basic type IEC32A-20x C13, 4 x C19 (1PCS)
EMSRE6K42U-EA 4.8KW 1EMUPS9PX6K –PDME-6K Basic type IEC32A-20x C13, 4 x C19 (1PCS)
EMSRS3K42UA-EA *2.0KW* 1EMUPS9PX3K E02A PDM-6K Basic type IEC32A-20x C13, 4 x C19 (1PCS)
EMSRS6K42U-EA 3.5KW 1EMUPS9PX6K E04S/ EW06 PDM-6K Basic type IEC32A-20x C13, 4 x C19 (1PCS)
EMSRS10K42U-EA 3.5KW 1EMUPS9PX11K E04S/ EW06 PDM-10K Basic type IEC32A-20x C13, 4 x C19 (1PCS)
EMMRS10K1/2-EA *7KW 1+2 EMUPS9PX11K E08S/EW10 PDM-10K Basic type IEC32A-20x C13, 4 x C19 (5PCS)
EMMRS(2)10K1/2-EA *7KW 1+2 EMUPS9PX11K*2 E08S/EW10 PDM-2x10K Basic type IEC32A-20x C13, 4 x C19 (5PCS)
EMMRS20K1/4-EA *14KW 1+4 9SX20KPM E08S/EW10 *2 PDM-20K Basic type IEC32A-20x C13, 4 x C19 (9PCS)
EMMRS(2)20K1/4-EA *14KW 1+4 9SX20KPM*2 E08S/EW10 *2 PDM-2x20K Basic type IEC32A-20x C13, 4 x C19 (9PCS)
EMMRS20K1/6-EA *14KW 1+6 9SX20KPM E08S/EW10 *2 PDM-20K Basic type IEC32A-20x C13, 4 x C19 (13PCS)
EMMRS(2)20K1/6-EA *21KW 1+6 9SX20KPM*2 E08S/EW10 *3 PDM-2*20K Basic type IEC32A-20x C13, 4 x C19 (13PCS)
ote:N The load capacity of the model marked with an asterisk (*) need to be derated to 90% when the cabinets’
ambient temperature is 30-40° C.
When using three-phase power, pay attention to the principle of evenly distributing the loads of each phase
and try to distribute the load evenly in each cabinet.

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Product overview
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1.3 System specification sheet
Items Description
System Basic cabinet size (W×D×H) 0.6m×1.0m×1.2m(24U)/0.6m×1.2m×2.0m(42U)
Standard cabinet size (W×D ×H) 0.6m×1.2m×2.0m(42U)
Row cabinet size (W× D×H) 0.6*(3~7) m×1.4m×2.0m(42U)
Number of cabinets 1 ~ 7 pcs 1)
PUE Low as 1.34
Input power 220/230/240Vac(L+N+PE) -50/60Hz- single cabinet
380/400/415Vac (3Ph+N+PE) -50/60Hz – Row cabinets
Installation site Raise floor/ Cement floor
Rack Enclosure
and Aisle
containment
system
Static load of the cabinet 1860kg
Vibration level of the level 8 (YD5083-2005)
Color RAL9005(black)
Front / rear door of the basic cabinet Single perforated door / Double perferated door
Front / rear door of standard cabinet / Row
cabinet
Single glass door / single metal door
Emergency Plan (Fire/High temp) _ Natural cooling (the basic cabinet)/ Pop-up front and rear doors(single
standard Cabinet/Multiple Row cabinet) 2)
Cooling system Cooling capacity/set 2 kW (integrated cooling) /4.2kW (Splitcooling) /8.1kW (split cooling) 3)
Air flow /set 500 m3 / h (integrated cooler) / 800 m3 / h (removable cooler) / 1600m3
(removable cooler)
Air supply Horizontal
installation method Rack mounted
Power supply
subsystem
UPS power level 3KVA/6Kva/10Kva/20Kva
UPS installation method Rack mounted
Power
distribution
system
Power distibtuion module Form factor 3 ~ 12U
PDU 32A Basic type 0U PDU (standard IEC socket)
Monitoring
subsystem
Control monitoring server 0U monitoring module integrating User screen- standard cabinet / Row cabinet
1U monitoring module without screen - basic cabinet
Remote monitoring Website monitoring (Google Chrome browser is recommended)
Monitoring content System of power, cooling, temperature, smoke, water leak, access control etc.
Sensor Water leakage, smoke, temperature and humidity, access control etc. (amount
depends on the system configuration)
Wire layout
subsystem
Cable management Power Troughs/ cable trays go above
Monitoring wire Pre-installed inside the cabinet
Notes:
1. Standard single cabinet and row (multiple) cabinets are equipped with a swing door. When the system works
normally, the door is closed. When the system overheats (35°C) or has a smoke alarm, the door automatically
opens and the system goes into an emergency operation.
2. Cooling capacity is measured under this working condition: indoor return. air:@37.8°C/20%RH, outdoor ambient
temp @35°C.
1.4 Environmental requirment
The environment and storage environment recommended are as shown below:
Storage temperature -25ºC ~ +55ºC (excluding battery)
Storage environment Indoor/clean (No dust etc.)
Operating temperature 0ºC ~ +40ºC
Ambient humidity 5%RH~95% RH (No condensation)
Altitude ≤3000m (please consult the company for > 1000m units.

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Preparation for installation
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2 Preparation for installation
2.1 Installation tools
Before installation, it is recommended to have the relevant tools available. The following table lists the tools
needed to install the Eaton iCube 2.0 system:
Tool appearance, specifications, and tool name
Adjustable wrench (6”) 4-sided screwdriver 1-sided screwdriver Needle Nose Pliers Diagonal Cutters
Notes: Adjust the device
cabinet screws and
assemble the device
cabinet
Notes: System structure
parts and wire installation
Notes: Cooler connecting
wire
Notes: For wire installation Notes: For wire installation
Bartender Wire-cutter Hex wrench Tape (5m) Levelling instrument
Notes: Wire installation Notes: Wire installation Notes: System structure
installation
Notes: Locate the device
cabinet
Notes: Levelling instrument
adjusts device in the
device cabinet and cabinet
assembly
Gloves Antistatic gloves Insulation tape Multimeter Electroprobe
Notes: Used for protection
when assembling structures
Notes: Used to protect
when installing the cooler
Notes: Use insulation tape
when installing wire
Notes: Test circuit Notes: Circuit Check
Preparation for installation

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Preparation for installation
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2.2 Packaging
Below shows Eaton icube 2.0 system components: The packaged cabinet (left) and the packaged cooling outdoor
unit(right) - available only for split cooling.
Figure 2.1
Dimensions and weight
Components of the system (Packaged)
Packing size (Unit: mm)
Gross weight (kg)L W H
Main cabinet EMSRE3K24U-EA 1255 774 1436 174.5
EMSRE6K24U-EA 181.5
EMSRE3K42U-EA 1430 774 2236 282.5
EMSRE6K42U-EA 270
EMSRS3K42UA-EA 325
EMSRS6K42U-EA 300.5
EMSRS10K42U-EA 300.5
EMMRS10K1/2-EA 1630 774 2236 350.9
EMMRS(2)10K1/2-EA 367.1
EMMRS20K1/4-EA 359.5
EMMRS(2)20K1/4-EA 384.3
EMMRS20K1/6-EA 359.5
EMMRS(2)20K1/6-EA 384.3
IT cabinet (without air
conditioner/with air conditioner) 128.5/168
Air conditioner outdoor unit 4.2K 890 545 300 33.5
Air conditioner outdoor unit 8.1K 1008 452 747 46.5
The Accessory kits list is as follows:
NO. Name Qty Unit Remark
1Accessory kit 1Set Including battery cable, installation screws, cable ties.etc.
2Upper cable tray 1Set One set as per one cabinet (applicable for the row cabinet)

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Preparation for installation
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2.3 Transportation and unpacking
CAUTION
Ask a qualified technician to install the data center room infrastructure
Transportation
The user needs to transport cabinets and cooling outdoor unit to the installation site. Since the components
of the cabinet are heavy, it is recommended to use the electric forklift or manual forklift when handling
and moving. When transporting, pay attention that the incline angle of the cargo should not exceed 10°,
as shown in the figure: 2.2 & 2.3.
Figure 2.2 Transporting tools Figure 2.3 Tilt angle range
Notes:
1. All devices should be always upright.
2. Since the device is relatively heavy, make sure the center of gravity of the device is balanced during transport.
3. The outdoor unit must be horizontal and vertical. Do not reverse the unit or set it upside down, otherwise the
cooler will be damaged.
Unpacking
For the convenience of unpacking and transporting the iCube 2.0, try to move the unit to the nearest flat ground
before upacking. The detailed unpacking steps are shown in the figure: 2.4.
Figure. 2.4
The unpacking precedure is as follows:
1. Transport the packaged device to an open,flat and firm ground. Remove the packaging and cushion materials
2. Place the ramp pallet at the front of the cabinet as shown in the above figure: 2.4.
3. Open the front and rear doors, remove the angle bracket, and screw the feet to ensure smooth
movement of casters.
4. Close the front and rear doors. Slowly push the cabinet down along the pallet (Eaton recommends
at least 2 operators to perform this step to ensure safety).

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Preparation for installation
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2.4 Requirements about installation site
The Eaton iCube 2.0 can be installed on cement floor or raised floors. Ensure sufficient space or height
between the cabinet “legs” and the floor. Look into the bottom dimension of the iCube 2.0 cabinet as
shown in the figure: 2.5, 2.6 & 2.7.
Figure 2.5 shows the bottom of a 24U cabinet Figure 2.6 shows the bottom of a 42U cabinet
Figure 2.7 shows the bottom of a row (mulitple) cabinet system

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Preparation for installation
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Installation site planning diagram (Top View)
Figure 2.8
Installation site planning diagram (side view):
Figure 2.9

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Installation
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3 Installation
The system installation must be performed by an installer or field technician authorized
by Eaton
Eaton iCube 2.0 installation diagram is as follows (marked “*” applicable to Row cabinets system and split
cooling system)
Unpacking, Handling Check monitoring&control system
*Joining the cabinets Start-up and commissioning
Proceed with battery installation Installation inspection
* Cooling outdoor unit installation Input wiring connection
3.1 Joining the cabinets
Eaton iCube 2.0 cabinets are easy to combine. The main steps applicable to row (multiple) cabinets
are as follows:
• Remove the side panel of the main equipment cabinet and side panel of IT cabinets
• Remove the side panel fixing screws and side panel fixing accessories.
• Loosen the sliding bolt screws of the side panel and slide them to prevent them from jamming the
cabinet body;
• Remove the ground cable between the side panel and the cabinet body
• Lift up the side plate and remove it by moving it.
• Joining the cabinets
• Place the main cabinet and sub cabinets in order according to the number marked on the lower right of the
front door of the cabinet.
• Secure and fix adjacent cabinets with cabinet screws and rivets (6 pcs per each adjacent cabinet).
• Connect the ground wire pairs of two adjacent cabinets
• Install the top cable tray
• Install the side door, removed in step 1, on the end cabinet
Installation

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Installation
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Flow chart of the cabinet joining process:
Figure 3.1
Figure 3.2
1
2

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Installation
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Figure 3.3
Figure 3.4
3
4

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Installation
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3.2 Electrical connection
The following Electrical connections of the Eaton iCube 2.0 row (multiple) cabinets are required in the field:
• Connecting the PDU between the main equipment cabinet and sub IT cabinets
• Power to cooling unit
• Communication to cooling unit
• Communication to Electronic lock / temperature and humidity / connects smoke sensor/
water leakage sensor…
ote:N All cables are provided. There is no need to purchase additional connection cables and wires except for an
external input cable.
WARNING
All lines must follow the principle of horizontal and vertical wiring. There should be cable ties inside the
cabinet or inside the cable rack to ensure the aesthetics of the cable.
WARNING
For the row (multiple) cabinet system, the upper layer of the overhead cable tray is for low
voltage including data and control connections , and the lower layer of the cable tray is for high voltage
power wirings
3.2.1 PDU connection between main equipment cabinet and sub IT cabinets:
Place the PDU cables on top of each IT cabinet to the terminal block at the rear of the PDM in Main equipment
cabinet. PDU2-A and PDU2-B corresponds to the two(2) PDUs in #2 IT cabinet, the same for #3 IT cabinet etc..
Attention should be paid to the corresponding label, L L; N N; PE PE, see the figure: 3.5 below:
Figure 3.5

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3.2.2 Electrical connection for the cooling unit(applicable to two coolers or above):
Connect the cooling power cables which are pre-assembled on the top of the IT cabinet to the coresponding
terminals label A/C at the rear of the PDM.
Attention should be paid to the corresponding labels, L L; N N; PE PE, see the figure: 3.6 below:
Figure 3.6
3.2.3 Communication to the cooling units
3.2.3.1 Data and control connections
Connect the network cable (identified by AC PORT) left on the top of air conditioner cabinet 1 to the POR1 PORT
at the rear of cooling unit 2 in the following figure: 3.7 & 3.8.
Connect the network cable left on the top of air conditioner cabinet 2 to the POR1 port at the rear of cooling
unit 3 in the following figure: 3.7 & 3.8.
Figure 3.7

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Network cables are as follows:
Figure 3.8
3.2.3.2 Group control
Connect the network cable (PlAN identifier) left on the top of air conditioner cabinet 1 to the PlAN port at the rear
of cooling unit 2 in the following figure: 3.9 & 3.10.
Connect the network cable left on the top of air conditioner cabinet 2 to the PLAN port at the rear of cooling unit
3 in the following figure: 3.9 & 3.10.
Figure 3.9 Wiring diagram for group control communication
Group control communication wires are as follows:
Figure 3.10

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3.2.4 Communication to electronic locks
Figure 3.11
1. Connect the network cable (Lock4 IN identifier) remainning on the top of cabinet1 to the in port of the elec-
tronic lock on the rear door of cabinet2
2. Connect the network cable (Lock5 in identifier) remainning on the top of cabinet 2 to the in port of the elec-
tronic lock on the front door of cabinet 3
3. Connect the network cable (Lock8 in identifier) remainning on the top of cabinet 3 to the in port of the elec-
tronic lock on the rear door of cabinet 4
4. Connect the network cable (Lock9 IN identifier) remainning on the top of cabinet 4 to the in port of the elec-
tronic lock on the front door of cabinet 5.
5. Connect the network cable (Lock12 in identifier) remainning on the top of cabinet 5 to the in port of the elec-
tronic lock on the rear door of cabinet 6
6. Connect the network cable (Lock13 IN identifier) remainning on the top of cabinet 6 to the in port of the elec-
tronic lock on the front door of cabinet 7
Electronic lock address setting method
Facing the front door of the cabinet, set address 1 to the right front door and address 2 to the left... The rear door
connects to the leftmost cabinet 11,12,13...... . See other cabinets as shown in the figure: 3.12 above (3 cabinets,
5 cabinets, also set the lock address in this way)
Address \ Location No.1 No.2 No.3 No.4 No.5 No.6
Address no. 0 000000
Address no. 1 100000
Address no. 2 010000
Address no. 3 110000
Address no. 4 001000
Address no. 5 101000
Address no. 6 011000
Address no. 7 111000
Address no. 8 000100
Address no. 9 100100
Address no. 10 010100
Address no. 11 110100
Address no. 12 001100
Address no. 13 101100
Address no. 14 011100