![SNR UPS-ONRT-200-25CMX33 [7/69] Battery safety](/img/pdf.png)
SNR UPS-ONRT-200-25CMX33 [7/69] Battery safety
![SNR UPS-ONRT-200-25CMX33 [7/69] Battery safety](/views2/1978819/page7/bg7.png)
VI
Maintenance & Replacement
Danger
All the equipment maintenance and servicing procedures involving
internal access need special tools and should be carried out only by trained
personnel. The components that can only be accessed by opening the
protective cover with tools cannot be maintained by user.
This UPS full complies with “IEC62040-1-1-General and safety
requirements for use in operator access area UPS”. Dangerous voltages
are present within the battery box. However, the risk of contact with these
high voltages is minimized for non-service personnel. Since the
component with dangerous voltage can only be touched by opening the
protective cover with a tool, the possibility of touching high voltage
component is minimized. No risk exists to any personnel when operating
the equipment in the normal manner, following the recommended
operating procedures in this manual.
Risk of Fire. TO REDUCE THE RISK OF RIFE, REPLACE FUSES
WITH THE SAME TYPE AND RATINGS. DISCONNECT
OUTPUT AND ALL INPUT SOURCES OF POWER FROM THIS
EQUIPMENT BEFORE SERVICING.
Battery Safety
Danger
All the battery maintenance and servicing procedures involving internal
access need special tools or keys and should be carried out only by trained
personnel.
WHEN CONNECTED TOGETHER, THE BATTERY TERMINAL
VOLTAGE WILL EXCEED 400Vdc AND IS POTENTIALLY
LEATHAL.
Battery manufacturers supply details of the necessary precautions to be
observed when working on, or in the vicinity of, a large bank of battery
cells. These precautions should be followed implicitly at all times.
Particular attention should be paid to the recommendations concerning
local environmental conditions and the provision of protective clothing,
first aid and fire-Figure ting facilities.
Ambient temperature is a major factor in determining the battery capacity
and life. The nominal operating temperature of battery is 20°C. Operating
above this temperature will reduce the battery life. Periodically change the
battery according to the battery user manuals to ensure the back-up time of
UPS.
Replace the batteries only with the same type and the same number, or it
may cause explosion or poor performance.
When connecting the battery, follow the precautions for high-voltage
operation before accepting and using the battery, check the appearance the
battery. If the package is damaged, or the battery terminal is dirty, corroded
or rusted or the shell is broken, deformed or has leakage, replace it with
new product. Otherwise, battery capacity reduction, electric leakage or fire
may be caused.
Before operating the battery, remove the finger ring, watch, necklace,
Содержание
- Preface 2
- Contents 3
- Advises the proper step to avoid the danger in this manual there are three types of 5
- Attention equipment damage loss of data or poor performance may be caused if this 5
- Be well trained in electricity and safety and familiar with the operation debug and 5
- Commissioning engineer the engineer who installs or operates the equipment should 5
- Danger serious human injury or even death may be caused if this requirement is 5
- Ignored 5
- Maintenance of the equipment 5
- Malfunction and invalidation of warranty 5
- Please carefully read this manual prior to installation 5
- Requirement is ignored 5
- Safety message definition 5
- Safety precautions 5
- The manufacturer or its agent not doing so could result in personnel safety risk equipment 5
- The modular ups cannot be put into operation until it is commissioned by engineers approved by 5
- The warning label indicates the possibility of human injury or equipment damage and 5
- This manual contains information concerning the installation and operation of modular ups 5
- Warning human injury or equipment damage may be caused if this requirement is 5
- Warning label 5
- Warning labels as below 5
- Debug operate 6
- Move install 6
- Safety instruction 6
- Battery safety 7
- Maintenance replacement 7
- Disposal 8
- Overview 9
- Power module conceptual diagram 9
- Product description 9
- System conceptual diagram 9
- Battery mode 10
- Normal mode 10
- Working modes 10
- Bypass mode 11
- Figure 2 4 ups conceptual diagram in battery mode 11
- Figure 2 5 ups conceptual diagram in bypass mode 11
- Maintenance mode manual bypass 11
- Danger 12
- Eco mode 12
- Figure 2 6 ups conceptual diagram in maintenance mode 12
- Figure 2 7 ups conceptual diagram in eco mode 12
- Normal mode 12
- On and the bypass supplies power and inverter is standby when the bypass input 12
- The economy control operation eco mode is an energy saving mode in eco mode 12
- Voltage is beyond the eco voltage range the ups transfers from bypass mode to 12
- When the bypass input voltage is within the eco voltage range the static bypass turns 12
- Auto restart mode 13
- Frequency converter mode 13
- Inverter shuts down when the battery reaches the end of discharge voltage eod 13
- Programmed by the commissioning engineer 13
- Starts after a delay time when the ac main recovers the mode and the delay time are 13
- The battery may become exhausted following an extended ac mains failure the 13
- The ups configure ration is provided i 13
- The ups may be programmed to system auto start mode after eod the system 13
- Ups configure ration 13
- Ups structure 13
- Ups structure 14
- A 6 slot ups cabinet structure back view 15
- B 8 slot ups cabinet structure back view 15
- Figure 2 9 ups cabinet structure back view 15
- Attention 16
- Installation 16
- Installation environment 16
- Location 16
- Site selection 16
- Weight and dimensions 16
- A dimension 17
- B dimension 17
- Cabine 17
- Ensure that the floor or installation support can bear the weight of the ups batteries and battery 17
- Figure 3 1 dimension 17
- Racks the weight of batteries and battery racks depends on the site requirements the weight for 17
- Slot cabine 17
- The ups cabinet is shown i 17
- Figure 3 2 transport to the designated site 18
- Moving and unpacking of the cabinet 18
- Table 3 1 weight for the ups 18
- Unloading and unpacking 18
- Attention 19
- Figure 3 3 remove the protective foam 19
- Positioning 19
- A supporting structure of 6 slot cabinet bottom view unit mm 20
- Attention 20
- B supporting structure of 8 slot cabinet bottom view unit mm 20
- Bottom vie 20
- Figure 3 4 supporting structur 20
- Figure 3 21
- Figure 3 6 remove cabinet trim strip 21
- Rack mounting 21
- Figure 3 7 remove the side door of the cabinet 22
- Figure 3 8 remove bracket for cabinet side door 22
- Figure 3 10 load the ups into the server cabinet 23
- Figure 3 9 install rack tray 23
- Figure 3 11 insert module to cabinet 24
- Figure 3 12 6 slot cabinet with optional pdu 24
- Switch between single input and double input of ca 24
- Switch between single input and double input of cabinet 24
- Battery 25
- Danger 25
- Figure 3 13 remove the main input and the bypass input short connecting copper bar 25
- Figure 3 14 battery string wiring diagram 25
- Able entry 26
- Able entry of 6 slot cabinet 26
- Able entry of 8 slot cabinet 26
- Cable entry 26
- Figure 3 1 26
- Circuit breaker 27
- Power cables 27
- Specifications 27
- Specifications for power cables terminal 27
- Table 3 2 ups working current 27
- Table 3 3 requirements for power module terminal 27
- Table 3 4 recommended cb 27
- A connections terminals of 6 slot cabinet 28
- Attention 28
- B connections terminals of 8 slot cabinet 28
- Connecting power cables 28
- A communication interfac 29
- C connections terminals of 2 slot cabinet dual input 29
- Control and communication cables 29
- Figure 3 16 connections terminals 29
- Slot cabinet 29
- Warning 29
- B communication interfac 30
- Common terminal for temperature detection 30
- Detection of battery temperature 30
- Detection of environmental temperature 30
- Dry contact interface 30
- Figure 3 17 communication interface 30
- Slot cabinet 30
- Table 3 5 functions of the port 30
- Trigger epo when disconnect with j4 2 30
- Trigger epo when shorted with j4 3 30
- Figure 3 18 j2 and j3 for temperature detecting 31
- J2 1 temp_bat detection of battery temperature 31
- J2 2 temp_com common terminal 31
- J3 1 env_temp 31
- J3 2 temp_com common terminal 31
- Port name function 31
- Table 3 6 description of j2 and j3 31
- Battery warning relay normally closed will be open during warning 34
- Battery warning relay normally open will be closed during warning 34
- Common terminal 34
- Figure 3 23 integrated warning dry contact interface diagram 34
- Integrated warning relay normally closed will be open during warning 34
- Integrated warning relay normally open will be closed during warning 34
- Port name function 34
- Table 3 11 general alarm dry contact interface description 34
- Communication interface 35
- Led indicator 36
- Operator control and display panel 36
- Ups operator panel 36
- Byp long press transfer to the bypass 38
- Control operation key 38
- Epo long press cut off the load power shut down the rectifier inverter static bypass and battery 38
- Figure 4 2 home page 38
- Function key description 38
- Inv long press transfer to the inverter 38
- Lcd touch screen 38
- Mute long press to switch between turning off and on the buzzing 38
- Table 4 3 functions of control and operation keys 38
- At the bottom left of the screen and the system enters the 39
- Cabinet 39
- Figure 4 3 structure of menu tree 39
- Figure 4 4 cabinet 39
- Main menu 39
- Page of the cabinet as it is shown i 39
- Touch the icon 39
- A phase current 40
- Figure4 5 submenu interface of cabinet 40
- Hz input frequency 40
- Submenu name contents meaning 40
- V phase voltage 40
- Power module 41
- A interface of output b interface of load 42
- C interface of information d interface of s code figure4 7 module menu 42
- The submenus of power module are described below in details in table 4 5 42
- Setting 43
- Warning 45
- Figure 4 9 log menu 46
- Table 4 7 ups event list 46
- Figure4 10 operate menu 51
- Operate 51
- Figure 4 11 scope menu 53
- Operations 54
- Start in normal mode 54
- Ups start up 54
- Figure 5 1 the position of the battery cold start button on cabinet 55
- Figure 5 2 the position of the battery cold start button on module 55
- Start from battery 55
- Danger 56
- Procedure for switching between operation modes 56
- Switching the ups from normal mode into bypass mod 56
- Switching the ups from normal mode into bypass mode 56
- Switching the ups from normal mode into maintenanc 56
- Switching the ups from normal mode into maintenance bypassmode 56
- Switching the ups into battery mode from normal mo 56
- Switching the ups into battery mode from normal mode 56
- Switching the ups into normal mode from bypass mod 56
- Switching the ups into normal mode from bypass mode 56
- Warning 56
- Battery manual 57
- Figure 5 3 battery maintenance 57
- Switching the ups into normal mode from maintenanc 57
- Switching the ups into normal mode from maintenance bypass mode 57
- Figure 5 4 setting period for battery auto discharge 58
- Warning 58
- Figure 5 5 epo button 59
- Figure 5 6 parallel diagram 59
- Installation of parallel operation system 59
- A the parallel interfaces of 6 slot cabinet 60
- B the parallel interfaces of 8 slot cabinet 60
- Figure 5 7 location of the parallel interface 60
- Contents of this chapter 61
- Instruction for maintaining power module 61
- Maintaining monitor unit and bypass unit for 6 slo 61
- Maintaining monitor unit and bypass unit for 6 slot cabinet 61
- Maintenance 61
- Matters needing attention 61
- System maintenance instruction 61
- Battery maintenance 62
- Danger 62
- Maintaining monitor unit and bypass unit for 8 slo 62
- Maintaining monitor unit and bypass unit for 8 slot cabinet 62
- 1000 load derated 1 per 100m from 1000m and 2000m 64
- 40 battery life is halved for every 10 c increase above 20 c 64
- 95 non condensing 64
- Acoustic noise level at 1 meter 64
- Altitude of operation 64
- Applicable standards 64
- Contents of this chapter 64
- Db 100 load 62db 45 load 64
- Environmental characteristics 64
- Item unit requirements 64
- Mechanical characteristic 64
- Operating temperature 64
- Product specification 64
- Relative humidity 64
- Table 7 1 compliance with european and international standards 64
- Table 7 2 environmental characteristics 64
- Ups storage temperature 64
- Electrical characteristics 65
- Electrical characteristics input rectifier 65
- Electrical characteristics intermediate dc link 65
- Table 7 3 mechanical characteristics for cabinet 65
- Table 7 4 mechanical characteristics for power module 65
- Table 7 5 rectifier ac input mains 65
- Table 7 6 battery 65
- Electrical characteristics bypass mains input 66
- Electrical characteristics inverter output 66
- Table 7 7 inverter output to critical load 66
- Table 7 8 bypass mains input 66
- 400 415 three phase four wire and sharing neutral with the bypass 67
- Display and interface 67
- Efficiency 67
- Table 7 10 system display and interface 67
- Table 7 9 efficiency 67
- Appendix i 68
- Figure 0 1 size diagram of 6 module cabinet with pdu 68
- Figure 0 2 pdu terminal layout 68
- Slot cabinet options pdu introduction 68
- Figure 0 3 pdu cable entry 69
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