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SNR UPS-ONRT-200-25CMX33 [3/69] Contents
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II
Contents
Preface...................................................................................................................................................................I
Contents............................................................................................................................................................... II
1. Safety Precautions......................................................................................................................................IV
2. Overview...................................................................................................................................................... 8
2.1. Product Description..........................................................................................................................8
2.2. System conceptual diagram..............................................................................................................8
2.3. Power module conceptual diagram.................................................................................................. 8
2.4. Working Modes................................................................................................................................ 9
2.4.1. Normal mode.......................................................................................................................... 9
2.4.2. Battery Mode.......................................................................................................................... 9
2.4.3. Bypass Mode.........................................................................................................................10
2.4.4. Maintenance Mode (Manual Bypass)................................................................................... 10
2.4.5. ECO Mode............................................................................................................................ 11
2.4.6. Auto-restart Mode.................................................................................................................12
2.4.7. Frequency Converter Mode.................................................................................................. 12
2.5. UPS Structure.................................................................................................................................12
2.5.1. UPS Configure ration............................................................................................................12
2.5.2. UPS Structure........................................................................................................................13
3. Installation.................................................................................................................................................. 15
3.1. Location..........................................................................................................................................15
3.1.1. Installation Environment.......................................................................................................15
3.1.2. Site Selection........................................................................................................................ 15
3.1.3. Weight and Dimensions........................................................................................................ 15
3.2. Unloading and Unpacking..............................................................................................................17
3.2.1. Moving and Unpacking of the Cabinet.................................................................................17
3.3. Positioning......................................................................................................................................18
3.4. Rack mounting............................................................................................................................... 20
3.5. Switch between single input and double input of cabinet.............................................................. 23
3.6. Battery............................................................................................................................................ 24
3.7. Cable Entry.....................................................................................................................................25
3.8. Power Cables..................................................................................................................................26
3.8.1. Specifications........................................................................................................................26
3.8.2. Specifications for Power Cables Terminal........................................................................... 26
3.8.3. Circuit Breaker......................................................................................................................26
3.8.4. Connecting Power Cables.....................................................................................................27
3.9. Control and Communication Cables.............................................................................................. 28
3.9.1. Dry Contact Interface............................................................................................................29
3.9.2. Communication Interface......................................................................................................34
4. Operator Control and Display Panel.......................................................................................................... 35
4.1. UPS operator panel.........................................................................................................................35
4.1.1. LED Indicator....................................................................................................................... 35
4.1.2. Control operation key........................................................................................................... 37
4.1.3. LCD touch Screen.................................................................................................................37
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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