![SNR UPS-ONRT-25-INTXL33 [20/53] Battery warning output dry contact interface the input dry contact j2 and j3 can detect the temperature of batteries and environment respectively which can be used in environment monitoring and battery temperature compensation interfaces diagram for j2 and j3 are shown in fig 6 the description of interface is in table 3](/img/pdf.png)
SNR UPS-ONRT-25-INTXL33 [20/53] Battery warning output dry contact interface the input dry contact j2 and j3 can detect the temperature of batteries and environment respectively which can be used in environment monitoring and battery temperature compensation interfaces diagram for j2 and j3 are shown in fig 6 the description of interface is in table 3
![SNR UPS-ONRT-25-INTXL33 [20/53] Battery warning output dry contact interface the input dry contact j2 and j3 can detect the temperature of batteries and environment respectively which can be used in environment monitoring and battery temperature compensation interfaces diagram for j2 and j3 are shown in fig 6 the description of interface is in table 3](/views2/1978799/page20/bg14.png)
Installation Instruction
16 HR33 Rack Mounted UPS 25KVA User Manual
J3-2
TEMP_COM
Common terminal for temperature detection
J4-1
+24V_DRY
+24V
J4-2
REMOTE_EPO_NC
Trigger EPO when disconnect with J4-1
J6-1
BCB_Drive
Output dry contact, function is settable.
Default: Battery trip signal
J6-2
BCB_Status
Input dry contact, function is settable.
Default: BCB Status and BCB Online,(Alert no
battery when BCB Status is invalid).
J7-1
BCB_Online
Input dry contact, function is settable.
Default: BCB Status and BCB Online(Alert no
battery when BCB Status is invalid).
J7-2
GND_DRY
Ground for +24V
J8-1
BAT_LOW_ALARM_NC
Output dry contact (Normally closed), function is
settable.
Default: Low battery alarming
J8-2
BAT_LOW_ALARM_NO
Output dry contact (Normally open), function is
settable.
Default: Low battery alarming
J8-3
BAT_LOW_ALARM_GND
Common terminal for J8-1 and J8-2
J9-1
GENERAL_ALARM_NC
Output dry contact, (Normally closed) function is
settable.
Default: Fault alarming
J9-2
GENERAL_ALARM_NO
Output dry contact, (Normally open) function is
settable.
Default: Fault alarming
J9-3
GENERAL_ALARM_GND
Common terminal for J9-1 and J9-2
Note
The settable functions for each port can be set by the monitor software.
The default functions of each port are described as follows.
Battery Warning Output Dry Contact Interface
The input dry contact J2 and J3 can detect the temperature of batteries and
environment respectively, which can be used in environment monitoring and battery
temperature compensation.
Interfaces diagram for J2 and J3 are shown in Fig.3-6, the description of interface is in
Table 3.6.
Содержание
- Preface 1
- Contents 2
- Safety instruction 5
- Safety message definition 5
- Safety precautions 5
- Warning label 5
- Debug operate 6
- Maintenance replacement 6
- Move install 6
- Battery safety 7
- Disposal 8
- Features 9
- K long backup hr33025cl 9
- Product introduction 9
- Type model number 9
- Ups model 9
- Ups models and configurations 9
- Appearance and configuration 10
- Configuration 10
- Ups configuration 10
- Operation mode 11
- System configuration 11
- Auto restart mode the battery may become exhausted following an extended ac mains failure the inverter shuts down when the battery reaches the end of discharge voltage eod the ups may be programmed to system auto start mode after eod the system starts after a delay time when the ac mains recover the mode and the delay time are programmed by the commissioning engineer 14
- Fig 8 eco mode operation diagram 14
- Frequency converter mode by setting the ups to frequency converter mode the ups could present a stable output of fixed frequency 50 or 60hz and the bypass static switch is not available 14
- There is a short interruption time less than 10ms when transfer from eco mode to battery mode it must be sure that the interruption has no effect on loads 14
- Installation instruction 15
- Main cabinet installation 15
- Notes for installation 15
- Unpacking and inspection 15
- Ac loss less than 3 dc loss less than1 the length of the ac power cables are no longer 17
- Ambient temperature 30 17
- Currents listed in the table are based on the 208v system line to line voltage 17
- Fig 3 rack mounted installation 17
- Power cables 17
- Specifications for power cables terminal specifications for power cables connector are listed as table 3 17
- Specifications the ups power cables are recommended in table 3 17
- Table 3 recommended cables for power cables 17
- Table 3 requirements for ups terminal 17
- Than 50 m and the length of the dc power cables are no longer than 30 m 17
- The recommended cable section for power cables are only for situations described below 17
- The size of neutral lines should be 1 1 times the value listed above when the predominant load is non linear 17
- Attention 18
- Cables to the output terminal 18
- Connect the battery cables to the battery terminal 18
- Connect the protective earth wire to protective earth terminal pe 4 connect the ac input supply cables to the input terminal and ac output supply 18
- Connecting power cables the steps of connecting power cables are as follows 1 verify that all the switches of the ups are completely open and the ups internal 18
- External breakers specifications 18
- Fig 4 connections terminals 18
- Maintenance bypass switch is open attach necessary warning signs to these switches to prevent unauthorized operation 18
- Open the back door of the cabinet remove the plastic cover the input and output 18
- Table 3 ups external breaker recommendation 18
- Terminal battery terminal and protective earth terminal are shown in fig 4 18
- The cb with rcd residual current device is not suggested for the system 18
- Ups external air breaker recommendations are shown in table 3 18
- Attention 19
- Check to make sure there is no mistake and re install all the protective covers 19
- Control and communication cables 19
- Dry contact interface dry contact interface includes port j2 j9 and the functions of the dry contact are shown in table 3 19
- In fig 5 19
- Interface rs232 rs485 snmp parallel card interface and usb port as it is shown 19
- The rear panel of the cabinet provides dry contact interface j2 j9 and communication 19
- Warning 19
- Battery warning output dry contact interface the input dry contact j2 and j3 can detect the temperature of batteries and environment respectively which can be used in environment monitoring and battery temperature compensation interfaces diagram for j2 and j3 are shown in fig 6 the description of interface is in table 3 20
- Bcb input port 21
- Remote epo input port j4 is the input port for remote epo it requires shorting nc and 24v during normal operation and the epo is triggered when opening nc and 24v the port diagram is shown in fig 7 and port description is shown in table 3 21
- Temp_bat 21
- Temp_env 21
- Battery warning output dry contact interface 22
- The default function of j6 and j7 are the ports of bcb the port diagram is shown in fig 8 and description is shown in table 3 22
- The default function of j8 is the output dry contact interface which presents the battery warnings of low or excessive voltage when the battery voltage is lower than set value an auxiliary dry contact signal will be activated via the isolation of a relay the interface diagram is shown in fig 9 and description is shown in table 3 22
- Commissioning and maintenance by authorized engineers or can be used for networking or integrated monitoring system in the service room snmp used on site installation for communication optional 23
- Communication interface rs232 rs485 and usb port provide serial data which can be used for 23
- General alarm output dry contact interface 23
- Parallel card interface cabinet parallel optional 23
- Power distribution mode 23
- The default function of j9 is the general alarm output dry contact interface when one or more warnings are triggered an auxiliary dry contact signal will be active via the isolation of a relay the interface diagram is shown in fig 10 and description is shown in table3 0 23
- Phases in 1 phase out common input 24
- Phases in 3 phases out common input 24
- Phases in 3 phases out dual input 24
- Phases in 1 phase out dual input 26
- After the monitoring system starts self test the system enters the home page following the welcome window the home page is shown in fig 2 28
- Battery cold start button 28
- Can operate control and query all its parameters running status and alert information to the up 28
- Control and operation panel 28
- Display cold start operation key the front panel components of the hr33025cl are described in table 4 1 28
- Figure 4 1 f ront panel of hr33025cl 28
- Home page description is shown in table 4 2 28
- Lcd panel 28
- Lcd screen 28
- Operating the lcd the hr33025cl can be operated controlled and checked for all its parameters operating status and alarm information as shown in figure 4 1 28
- Table 4 1 d escription of front panel components 28
- The front panel of the hr33025cl can be divided into three parts status indicator lcd 28
- The operation control panel of hr33025cl is located on the front panel of the case by 28
- The system 28
- This chapter introduces the functions and operator instructions of the operator control and display panel in detail and provides lcd display information including lcd display types detailed menu information prompt window information and ups alarm information 28
- Capacity ups capacit 29
- Distribution mode 29
- Fig 2 home page 29
- Mode bar 29
- Model identification 29
- Note when hr33025cl works in three in single out distribution mode it need derate to 20kva therefore when stand alone mode is displayed as hr31 20c s 29
- Operation mode 29
- Paralle 29
- Product generation 29
- Second generation products 29
- Shown in figure 4 3 the description of each part is shown in table 4 3 29
- Stand alon 29
- The mode bar displays the ups model the capacity and the running mode as 29
- Third generation products 29
- Main menu 30
- Log touch the log icon and the system enters the interface of the log as it is shown in 31
- Fig 9 the log is listed in reverse chronological order i e the first on the screen with 1 is the most new which displays the events warnings and faults information and the data and time they occur and disappear 32
- The following table4 gives events of ups history log 32
- Each of the setting interfaces by touching the relevant icon the submenus are described in details below i 35
- Setting 35
- Shown in fig 10 35
- The submenus are listed on the bottom side of the setting page users can enter 35
- Touch the setting icon and the system enters the page of the setting as it is 35
- System 36
- System information window displays software version bus voltage charger 36
- Voltage and so on as is shown in the following fig 11 36
- Operate 37
- There are two different types of audible alarm during ups operation as shown in table 4 38
- Operations 39
- Ups start up 39
- Start from battery the start for battery model is referring to battery cold start the steps for the start up 40
- Procedure for switching between operation modes 41
- Battery maintenance 43
- Installation of parallel operation system 43
- All the parallel cables are designed to be shielded and double insulated and are connected between the ups to form a loop as shown below in fig 11 44
- Fig 10 location of the parallel board 44
- Fig 5 9 parallel diagram 44
- Load connected 44
- Output power supply 44
- Power supply 44
- The parallel board is located at the back of the ups cabinet as is shown in fig 10 44
- Instruction for maintaining battery string 48
- Instruction for maintaining ups 48
- Maintenance 48
- Precautions 48
- Applicable standards 50
- Environmental characteristics 50
- Product specification 50
- The ups has been designed to conform to the following european and international standards 50
- This chapter provides the specifications of the product including environmental characteristics mechanical characteristics and electrical characteristics 50
- Warning 50
- Electrical characteristics 51
- Electrical characteristics input rectifier 51
- Mechanical characteristic 51
- Electrical characteristics intermediate dc link 52
- Electrical characteristics inverter output 52
- Display and interface 53
- Efficiency 53
- Electrical characteristics bypass mains input 53
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