Huawei TP48200E-H12C1 User Manual Download

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TP48200E-H12C1 (Nepal, Ncell)
User Manual

Contents

Issue 01 (2015-05-05)

Huawei Proprietary and Confidential

4.2.9 BLVD Disconnected ............................................................................................................................. 21

4.2.10 Battery Fuse Break .............................................................................................................................. 21

4.2.11 High Amb. Temp. ................................................................................................................................ 22

4.2.12 Low Amb. Temp. ................................................................................................................................ 22

4.2.13 High Amb. Humi. ................................................................................................................................ 22

4.2.14 Low Amb. Humi. ................................................................................................................................ 23

4.2.15 Batt. High Temp. ................................................................................................................................. 23

4.2.16 Batt. Low Temp. .................................................................................................................................. 23

4.2.17 Door Alarm ......................................................................................................................................... 24

4.2.18 Water Alarm ........................................................................................................................................ 24

4.2.19 Smoke Alarm ...................................................................................................................................... 24

4.2.20 Rectifier Missing ................................................................................................................................. 25

4.2.21 Single Rect Fault ................................................................................................................................. 25

4.2.22 Multi-Rect. Fault ................................................................................................................................. 26

4.2.23 Rect Fault ............................................................................................................................................ 26

4.2.24 Rect Protection .................................................................................................................................... 26

4.2.25 Rect Comm Fault ................................................................................................................................ 27

4.2.26 Load Fuse Break ................................................................................................................................. 27

4.2.27 AC SPD Alarm .................................................................................................................................... 27

4.2.28 DC SPD Alarm .................................................................................................................................... 27

4.3 Parts Replacement .......................................................................................................................................... 28

4.3.1 Replacing a Rectifier ............................................................................................................................. 28

4.3.2 Replacing a Door Status Sensor ............................................................................................................ 29

4.3.3 Replacing an SMU ................................................................................................................................ 30

4.3.4 Replacing the PCB of UIM02C ............................................................................................................ 31

4.3.5 Replacing an AC SPD ........................................................................................................................... 33

4.3.6 Replacing a Circuit Breaker .................................................................................................................. 34

A Appendix ..................................................................................................................................... 38

A.1 Technical Specifications ................................................................................................................................ 38

B Acronyms and Abbreviations .................................................................................................. 41

Summary of Contents for TP48200E-H12C1

Page 1: ...TP48200E H12C1 Nepal Ncell V300R001 User Manual Issue 01 Date 2015 05 05 HUAWEI TECHNOLOGIES CO LTD ...

Page 2: ... Huawei and the customer All or part of the products services and features described in this document may not be within the purchase scope or the usage scope Unless otherwise specified in the contract all statements information and recommendations in this document are provided AS IS without warranties guarantees or representations of any kind either express or implied The information in this docum...

Page 3: ...efined as follows Symbol Description Indicates an imminently hazardous situation which if not avoided will result in death or serious injury Indicates a potentially hazardous situation which if not avoided could result in death or serious injury Indicates a potentially hazardous situation which if not avoided may result in minor or moderate injury Indicates a potentially hazardous situation which ...

Page 4: ... 05 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd iii Change History Changes between document issues are cumulative The latest document issue contains all the changes made in earlier issues Issue 01 2015 05 05 This issue is the first official release ...

Page 5: ...chanical Safety 4 2 Overview 1 2 1 Model Number Description 1 2 2 Typical Networking 1 2 3 Composition 2 2 4 Features 3 2 5 Working Principle 4 3 Components 5 3 1 Cabinet 5 3 2 TCU 6 3 3 PDU 7 3 4 Rectifier 8 3 5 SMU02B 9 3 6 UIM02C 12 4 Maintenance 17 4 1 Routine Maintenance 17 4 2 Rectifying Common Faults 18 4 2 1 AC Failure 18 4 2 2 AC Over Volt 18 4 2 3 AC Under Volt 19 4 2 4 Phase A B C Failu...

Page 6: ...8 Water Alarm 24 4 2 19 Smoke Alarm 24 4 2 20 Rectifier Missing 25 4 2 21 Single Rect Fault 25 4 2 22 Multi Rect Fault 26 4 2 23 Rect Fault 26 4 2 24 Rect Protection 26 4 2 25 Rect Comm Fault 27 4 2 26 Load Fuse Break 27 4 2 27 AC SPD Alarm 27 4 2 28 DC SPD Alarm 27 4 3 Parts Replacement 28 4 3 1 Replacing a Rectifier 28 4 3 2 Replacing a Door Status Sensor 29 4 3 3 Replacing an SMU 30 4 3 4 Repla...

Page 7: ... on the product Follow specified procedures during installation and maintenance Measure contact point voltage with an electric meter before touching a conductor surface or terminal Ensure that the contact point has no voltage or it is within the specified range Note that the load may power off during maintenance or fault location if the power system is not connected to a battery or if battery capa...

Page 8: ...iquid Prevention Requirements Place this product far away from areas with liquid Do not place the product under positions prone to leakage such as air conditioner vents ventilation vents and feeder windows of the equipment room Prevent liquid from entering the inside of the device to avoid short circuits and ensure that there is no condensation inside the equipment room or device If detecting any ...

Page 9: ...tore the batteries in a place with good ventilation and take measures against fire Preventing Battery Leakage High temperatures may result in battery distortion damage and electrolyte overflow When the battery temperature is higher than 60 C check the battery for electrolyte overflow If the electrolyte overflows absorb and counteract the electrolyte immediately When moving or handling a battery wh...

Page 10: ...y Hoisting Devices Do not walk under cantilevers or raised objects Only trained and qualified personnel are allowed to perform hoisting operations Before hoisting objects check that all hoisting tools are available and in good condition Before hoisting objects ensure that hoisting tools are firmly fixed onto a weight bearing object or wall Ensure that the angle formed by two cables is less than 90...

Page 11: ...least one meter higher than the roofline as shown in Figure 1 2 Figure 1 2 One meter higher than the roofline Drilling Holes Do not drill holes into a cabinet without permission Non standard drilling may affect the electromagnetic shielding of the cabinet and damage interior cables Metal shards generated during drilling may short circuit circuit boards if they get into the cabinet Before drilling ...

Page 12: ... Technologies Co Ltd 1 2 Overview 2 1 Model Number Description Figure 2 1 shows the model number description for the TP48200E H12C1 Figure 2 1 TP48200E H12C1 model number description 2 2 Typical Networking Figure 2 2 shows a typical network where the TP48200E H12C1 power system works with other devices in an equipment room ...

Page 13: ...mechanism The TP48200E H12C1 is composed of the cabinet temperature control unit TCU power distribution unit PDU rectifiers site monitoring unit SMU and user interface module UIM Table 2 1 TP48200E H12C1 system composition System Components AC Input System TP48200E H12C1 Cabinet 16 U space for customer equipment TCU heat exchanger Rectifier one to four R4850G1s or R4850N1s SMU SMU02B UIM UIM02C Si...

Page 14: ... breakers 7 Battery circuit breakers 8 SMU 9 Space for rectifiers 10 RTN busbar 2 4 Features Wide voltage range of 85 V AC to 300 V AC Comprehensive battery management Network application over a fast Ethernet FE port and an RS485 RS232 port Communication with Huawei NetEco or a third party network management system NMS over protocols such as the Simple Network Management Protocol SNMP controller a...

Page 15: ...50G1 rectifiers are used TP48200E H12C1 heat dissipation mode heat exchanger 2 5 Working Principle The TP48200E H12C1 works as follows The TP48200E H12C1 uses the 220 V 380 V three phase power supply and is compatible with the 220 V single phase power supply Rectifiers are energized by AC power through a backplane The direct currents generated by rectifiers converge on a busbar and then are divide...

Page 16: ... and Confidential Copyright Huawei Technologies Co Ltd 5 3 Components 3 1 Cabinet The dimensions H x W x D of the TP48200E H12C1 cabinet is 1200 mm x 650 mm x 650 mm excluding the base The dimensions H x W x D of the base is 100 mm x 650 mm x 650 mm Figure 3 1 TP48200E H12C1 cabinet exterior ...

Page 17: ...Exchanger The TP48200E H12C1 uses a heat exchanger to decrease the operating temperature in the cabinet and the fan rotational speed is intelligently adjusted to reduce energy consumption Figure 3 2 TCU TCU Specifications Table 3 1 lists the TCU specifications Table 3 1 TCU specifications Item Specifications Type Heat exchanger Heat exchange efficiency 85 W K ...

Page 18: ... protective device SPD 3 DC output circuit breakers 4 Battery circuit breakers Figure 3 4 Maintenance socket Table 3 2 PDU specifications Item Specifications AC power distribution General AC input One 63 A 3 pole MCB level C surge protection AC output One 16 A MCB one maintenance socket 10 A RCD DC power distribution Load disconnection route Battery low voltage disconnection BLVD four 16 A MCBs an...

Page 19: ...Huawei Technologies Co Ltd 8 3 4 Rectifier Appearance Figure 3 5 shows a rectifier Figure 3 5 Rectifier Panel The rectifier has a Run indicator an Alarm indicator and a Fault indicator on its front panel Figure 3 6 shows the rectifier panel Figure 3 6 Rectifier panel 1 Run indicator 2 Alarm indicator 3 Fault indicator ...

Page 20: ...dy on The rectifier generates an alarm for power limiting due to ambient overtemperature The rectifier generates an alarm for shutdown due to ambient overtemperature or undertemperature The rectifier protects against AC input overvoltage or undervoltage The rectifier is hibernating Fault indicator Red Off The rectifier is running properly Steady on The rectifier locks out due to output overvoltage...

Page 21: ...485 RS232 port 7 Handle 8 Locking latch 9 FE port 10 LCD Indicator Table 3 4 describes the indicators on the SMU02B panel Table 3 4 SMU02B indicator description Name Color Status Description Run indicator Green Off The SMU is faulty or has no DC input Blinking at 0 5 Hz The SMU02B is running properly and communicating with the host properly Blinking at 4 Hz The SMU02B is running properly but is no...

Page 22: ...u or sets parameter values When setting parameter values you can hold down to quickly adjust values Back Returns to the previous menu without saving the settings Confirm Enters the main menu from the standby screen Enters a submenu from the main menu Saves the menu settings Communication Port Table 3 6 describes the communication ports on the SMU02B panel Table 3 6 SMU02B communication port descri...

Page 23: ...TX 3 RX Receives data over FE 6 RX 4 5 7 and 8 None N A Table 3 8 Pin definitions for the RS485 RS232 port Pin Signal Description 1 TX Sends data over RS485 2 TX 4 RX Receives data over RS485 5 RX 3 RX232 Receives data over RS232 7 TX232 Sends data over RS232 6 PGND Connects to the ground 8 None N A 3 6 UIM02C Panel The user interface module UIM02C supports eight dry contact outputs nine dry conta...

Page 24: ...IM02C panel Ports Table 3 9 UIM02C ports Port Type Silk Screen Description Sensor ports TEM HUM Ambient temperature and humidity sensor WATER Water sensor TEMP1 Ambient temperature sensor 1 TEMP2 Ambient temperature sensor 2 GATE Door status sensor SMOKE Smoke sensor BTEMP Battery temperature sensor Dry contact input ports DIN1 NOTE For the associations between the dry contact input ports and alar...

Page 25: ...munication port description Communication Port Communications Parameter Communications Protocol Function COM port Baud rate 9600 bit s 19200 bit s M S and Modbus protocol Connects to lower level devices such as the battery voltage detector DC Air Conditioner NOTE The COM port supports the security mechanism Figure 3 11 Pins in the COM port Table 3 11 Pin definitions for the COM port Pin Signal Des...

Page 26: ...Signal Description 5 TX 6 PGND Connects to the ground 3 7 8 None N A Pins Figure 3 12 shows the pin numbers of the sensor ports Table 3 12 defines the pins Figure 3 12 UIM02C pin numbers Table 3 12 UIM02C pin definitions Silkscreen No Pin Definitions TEM HUM 1 12 V 2 ENV_TEMP 3 12 V 4 ENV_HUM WATER 1 12 V 2 WATER 3 GND 4 Not defined TEMP1 1 GND 2 TEMP1 ...

Page 27: ...ser Manual 3 Components Issue 01 2015 05 05 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 16 Silkscreen No Pin Definitions TEMP2 1 GND 2 TEMP2 GATE 1 GATE 2 GATE SMOKE 1 SMOKE 2 12 V BTEMP 1 GND 2 BTEMP ...

Page 28: ...door lock fails Replace the door lock Fan No thick dust accumulates on the fan Observing Thick dust accumulates on the fan Clean up the dust from the fan The fan is intact and the rotational speed noise and vibration are within their normal ranges By observing and listening The fan is damaged the rotational speed or vibration is abnormal or the noise is too loud Replace the fan Heat exchanger No t...

Page 29: ...is faulty The AC input circuit breaker is OFF The mains grid is faulty Measures 1 Check whether the AC input cable is loose If yes secure the AC input cable 2 Check whether the AC input circuit breaker is OFF If yes handle the back end circuit failure and then switch on the circuit breaker 3 Check whether the AC input voltage is lower than 50 V AC If yes handle the mains grid fault 4 2 2 AC Over V...

Page 30: ... If the insulation layer deteriorates replace the cable 2 Check whether a short circuit occurs in the AC input power cable or the insulation layer is damaged If yes replace the cable 3 If the AC input is normal and the Alarm indicators on certain rectifiers are steady yellow reinstall the rectifiers 4 If the alarm persists replace the monitoring unit 4 2 5 DC Over Volt Possible Causes The DC overv...

Page 31: ...eck whether the system voltage is set too low in manual mode If yes confirm the reason and adjust the voltage to a proper value after the operation 5 Check whether the power system capacity is insufficient for the loads due to rectifier failures If yes replace the faulty rectifier 4 2 7 Batt Chg Overcur Possible Causes The rectifier communication is interrupted Poor contact of the SMU The SMU is f...

Page 32: ... configuration is not proper Measures 1 Check whether an AC power failure occurs If yes resume the AC power supply 2 Check whether batteries are manually disconnected If yes confirm the reason of the manual disconnection and reconnect the batteries after the operation 3 Check whether the battery disconnection voltage 43 2 V DC by default is set too high on the SMU If yes adjust it to a proper valu...

Page 33: ...emperature sensor 4 2 12 Low Amb Temp This alarm is generated only for the power system that has ambient temperature sensors installed Possible Causes The ambient undertemperature alarm threshold is not set properly on the SMU The temperature control system is faulty in the cabinet where the ambient temperature sensor is located The ambient temperature sensor is faulty Measures 1 Check whether the...

Page 34: ... the SMU If no adjust it based on site requirements 2 Check whether the cabinet humidity is too low If yes adjust the cabinet humidity The alarm is cleared when the humidity falls within the allowed range 3 Check whether the humidity sensor is faulty If yes replace the humidity sensor 4 2 15 Batt High Temp This alarm is generated only for the power system that has battery temperature sensor instal...

Page 35: ...the battery temperature sensor is faulty If yes replace the temperature sensor 4 2 17 Door Alarm This alarm is generated only for the power system that has door status sensor installed Possible Causes The cabinet doors are open The door status sensor is faulty Measures 1 Close cabinet doors 2 Check whether the door status sensor is faulty If yes replace the door status sensor 4 2 18 Water Alarm Th...

Page 36: ...If no switch them on 2 Check whether the rectifier is removed If yes find the cause and reinstall it 3 Replace the rectifier if it is faulty 4 Check whether certain rectifiers in the rectifier subrack do not work properly If yes remove the rectifiers that do not work and check whether their slot connectors are damaged or deformed If yes repair or replace the subrack or slot connectors 5 If the ala...

Page 37: ... it is steady red remove the rectifier and then reinstall it after the indicator turns off 2 If the alarm still exists replace the rectifier 4 2 24 Rect Protection Possible Causes The rectifier input voltage is too high The rectifier input voltage is too low The ambient temperature is too high The rectifier is abnormal Measures 1 Check whether the AC input voltage exceeds the upper threshold of th...

Page 38: ...1 Check whether the load circuit breaker trips or fuse is blown If yes rectify the back end circuit fault and then switch on the circuit breaker or replace the fuse 2 Check whether the load circuit breaker or fuse detection cable is disconnected If yes reconnect the cable 4 2 27 AC SPD Alarm Possible Causes The AC SPD is faulty The AC SPD detection cable is disconnected Measures 1 Check whether th...

Page 39: ...m being burnt when removing the rectifier as it has a high temperature Procedure Step 1 Put on protective gloves Step 2 Unscrew the rectifier panel using a screwdriver Step 3 Gently pull the handle outwards and then remove the rectifier from the subrack as shown in Figure 4 1 Figure 4 1 Removing a rectifier Step 4 Insert a new rectifier into the subrack Then loosen the screws on the handle and pul...

Page 40: ...removed component and return it to Huawei local warehouse 4 3 2 Replacing a Door Status Sensor Prerequisites You have obtained the cabinet door key and tools The new door status sensor is intact Procedure Step 1 Open the cabinet door and remove the shell of the door status sensor Step 2 Record the positions where the alarm cables connect to the door status sensor and unscrew the alarm cables Step ...

Page 41: ... Properly place a new door sensor at the installation position and tighten the screws Step 6 Place the alarm cables in sequence and secure the screws Step 7 Reinstall the shell of the door status sensor End Follow up Procedure Check that the door status alarm is cleared 4 3 3 Replacing an SMU Prerequisites You have obtained the cabinet door key The new SMU is intact Procedure Step 1 Push the locki...

Page 42: ...the SMU Figure 4 5 Installing an SMU End Follow up Procedure Pack the removed component and return it to Huawei local warehouse 4 3 4 Replacing the PCB of UIM02C Prerequisites You have obtained an electrostatic discharge ESD wrist strap a pair of ESD gloves an ESD box or bag the cabinet door key and tools The new printed circuit board PCB of UIM02C is intact Procedure Step 1 Connect the ground cab...

Page 43: ...i Technologies Co Ltd 32 Figure 4 6 Taking out the main board of UIM02C Step 4 Remove the 48 V power cable from the PCB of UIM02C Figure 4 7 Removing the 48 V power cable Step 5 Record the positions where the PCB of UIM02C connects to all the cables and then disconnect the cables Step 6 Remove the PCB as shown in Figure 4 8 ...

Page 44: ...ignal cables to the UIM02C panel based on the records made previously Step 12 Disconnect the ground cable from the ESD wrist strap and take off the ESD wrist strap and ESD gloves End Follow up Procedure Pack the removed component and return it to Huawei local warehouse 4 3 5 Replacing an AC SPD Prerequisites You have obtained an ESD wrist strap a pair of ESD gloves an ESD box or bag a tool kit and...

Page 45: ...loves End Follow up Procedure Check that the alarm for the AC SPD is cleared 4 3 6 Replacing a Circuit Breaker Prerequisites Before replacing an AC circuit breaker switch off the input circuit breaker on the upper level device You have obtained the cabinet door key insulation tapes and tools The new circuit breaker is intact and has the same specifications as the original one Procedure Step 1 Unsc...

Page 46: ...uit breaker from the guide rail Figure 4 10 shows the procedure for removing the circuit breaker Figure 4 10 Removing the circuit breaker Step 7 Switch off the new circuit breaker Press the buckle at the circuit breaker base by using an insulated flat head screwdriver and install the new circuit breaker Then loosen the buckle and secure the circuit breaker to the guide rail Step 8 Tighten the scre...

Page 47: ... for it End Replacing a Fan Step 1 Remove the UIM02C from the subrack and disconnect the power cable as shown in Figure 4 12 Figure 4 12 Disconnecting the power supply Step 2 Record the position where the cable connects to the fan and then disconnect the cable Step 3 Remove the cover If there is no cover go to the next step Figure 4 13 shows how to remove the fan cover from a heat exchanger Figure...

Page 48: ...er and remove the fan Figure 4 14 shows how to remove the screws from the fan of a heat exchanger Figure 4 14 Replacing a fan Step 5 Install a new fan as shown in Figure 4 14 Step 6 Reconnect the cable to the fan based on the recorded information Step 7 Tighten the screws to secure the fan Step 8 Reinstall the cover if any Step 9 Connect the power cable to the UIM02C and secure the UIM02C to the s...

Page 49: ...torage humidity 5 95 RH Altitude 0 4000 m When the altitude ranges from 2000 m to 4000 m the operating temperature decreases by 1 C for each additional 200 m AC input Input system Three phases compatible with single phase Input voltage 85 300 V AC Input frequency 45 66 Hz 50 60 Hz by default Power factor 0 99 rated input 60 100 load DC output Output voltage range 42 V DC to 58 V DC empty load Defa...

Page 50: ...oltage protection threshold 58 5 60 5 V DC Rectifier Efficiency R4850G1 maximum 96 95 230 V AC 20 90 load R4850N1 maximum 92 5 91 5 230 V AC 35 80 load Output power R4850G1 3000 W 176 300 V AC 1200 W 85 175 V AC R4850N1 2900 W 176 300V AC 1200 W 85 175 V AC Output soft start The output voltage rises slowly during rectifier power on The time for voltage rise is configurable Overvoltage protection P...

Page 51: ...kA 8 20 µs Maximum surge discharge current 40 kA 8 20 µ s DC surge protection Differential mode 10 kA common mode 20 kA Safety compliance IEC60950 1 Mean time between failures MTBF 200 000 hours Structure Dimensions H x W x D Cabinet 1200 mm x 650 mm x 650 mm excluding the base Base 100 mm x 650 mm x 650 mm Weight 70 kg excluding rectifiers and batteries Protection level IP55 Installation mode Ins...

Page 52: ...chnologies Co Ltd 41 B Acronyms and Abbreviations A ACDB alternating current distribution box E ESD electrostatic discharge F FE fast Ethernet H HTTPS Hypertext Transfer Protocol Secure I IEC International Electrotechnical Commission L LCD liquid crystal display N NMS network management system NTP Network Time Protocol P PGND protection ground ...

Page 53: ...Acronyms and Abbreviations Issue 01 2015 05 05 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 42 S SMU site monitoring unit SNMP Simple Network Management Protocol U UIM user interface module USB Universal Serial Bus ...

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