BTS3900 DEMO SITE TP48200A-H15A3: Components Summary TP48200A-H15A3 Battery Breaker panel Rectifiers Equipment TP48200A-H15A3: Interior of the Cabinet Page 1 (1) Maintenance socket (2) AC input circuit breakers (3) Ground bar (4) Cable hole (5) Storage battery circuit breakers (6) Load circuit breakers (7) Space monitoring unit (8) Space for rectifiers (9) Battery rack Cabinet cooling air flow TP48200A-H15A3: Typical Implementation Page 3 Installing Equipment (BBU) Page 4 Space 2U for BBU close below Rectifiers. Use all θ6X12mm nuts to fix the mounting ears into the bolt holes at both sites of BBU. BBU Installing cards to BBU Use below mention slots for 3G configuration (already plugged; pls check) 768CE site: WBBPD3 448CE site: WBBPD1 Use 0,2 & 4 to connect RRUs Page 5 WBBPD3 WBBPD3 WBBPD3 UTRP WMPT 0 2 4 CPRI connection UEIU UPEU 2.1 Install LTE BBU Use below mention slots for 4G configuration (already plugged; pls check) 1、Use 0,1,2 to connect RRUs, with Muti-mode optical module. 2、Use TX/RX 0 to connect to the Transmission Equipment (SWITCH/OSN/Microwave ) Page 6 WBBPD3 WBBPD3 LBBPD3 WMPT CPRI connection UEIU UPEU 4 4 0 1 2 0 CPRI cable should be connected to right position of WBBP card Use Bottom slot WBBP card in Slot 3 (slots start from 0) Page 7 CPRI0 Port – Connected to Sector0 Installing Equipment (BBU) CPRI2 Port – Connected to Sector1 CPRI4 Port – Connected to Sector2 Need Actual TP48200A Picture 7 Transmission Cable Connection Page 8 UELP UELP UTRP Transmission network Installing Power Equipment (DC Output cables) Page 9 Installing DC Output Cables Install DC output cables, as shown in Figure DC Out put requirements LLVD F7,F8 & F9 connected to RRU0, RRU1, RRU2 BLVD F4 connected to BBU BBU power is connected to BLVD F4 on Breaker Panel RRU0, RRU1, RRU2 power is connected to LLVD F7,F8,& F9 on Breaker Panel RRU0 power RRU2 power RRU1 power BBU power Installing Power Equipment (DC Output cables) Page 10 Need Actual TP48200A Picture 10 Installing Power Equipment (Batteries) Page 11 Install the copper bar, as shown in Figure Installing the power cables for storage batteries, as show in Figure Installing Power Equipment (Batteries) Page 12 -48V DC connection points connected at the same point on left site of the rack. 0V DC connection points connected at the same point on right site of the rack. Battery drain tube need to be lay to outside Need Actual TP48200A Picture 12 Connect of the storage battery to the Battery positive-pole in the power cabinet. Installing Power Equipment (Batteries) Page 13 Need Actual TP48200A Picture 13 Loose the bolt on top of battery negative-pole access fuse base, connect -48V input cable to the bolt, and use torque wrench to tighten the bolt. Only one pair of Power cable enough. Function fuse is 125A. Page 14 Installing Power Equipment (Batteries) Installing Power Equipment (AC output Cables) Page 15 Install AC output cables, as shown in Figure Installing Power Equipment (AC output Cables) Page 16 Installing Power Equipment (AC input Cables: three phase) Page 17 Install three-phase AC input cables refer to Figure Installing Power Equipment (AC input Cables: single phase) Page 18 Install single-phase AC input cables, Remove the copper bar from the cable bridge on the side panel and connect the copper bar to the AC input circuit breaker to short-circuit the breaker, as shown in Figure Sensors in TP48200A Page 19 Temperature & Humidity Sensor Smoke Sensor Water Sensor Installing Cables (UIM02C ) Page 20 The UIM02C provides eight dry contact outputs, six Boolean value inputs, and seven ports for connecting to the smoke sensor, door status sensor, water sensor, ambient temperature and humidity sensor, and so on Installing Cables (UIM02C) Port Detail Page 21 Port Type Silkscreen Description Default Mode Sensor Ports TEMP_HUM Temperature and humidity WATER Water sensor TEMP1 Connected to environment temperature sensor and used for fan speed adjustment TEMP2 Reserved GATE Door status sensor SMOKE Smoke sensor BTEMP Battery temperature sensor Boolean value input ports DIN1 Boolean value input 1 Close: alarm Open: normal DIN2 Boolean value input 2 Close: alarm Open: normal DIN3 Boolean value input 3 Close: alarm Open: normal DIN4 Boolean value input 4 Close: alarm Open: normal DIN5 Boolean value input 5 Close: alarm Open: normal DIN6 Boolean value input 6 Close: alarm Open: normal Port Type Silkscreen Description Default Mode Dry Contact Output Ports Default Mode: (Close: Alarm; Open: normal) Can be modified as required. ALM1 AC power failure alarm Close: alarm Open: normal ALM2 DC undervoltage alarm or DC overvoltage alarm Close: alarm Open: normal ALM3 Rectifier faults, Protect and No Response alarm Close: alarm Open: normal ALM4 SPD failure alarm Close: alarm Open: normal ALM5 Fuse burn-out alarm Close: alarm Open: normal ALM6 Battery or environment temperature alarms Close: alarm Open: normal ALM7 Door alarms Close: alarm Open: normal ALM8 Heater faults alarms and Fan faults alarms Close: alarm Open: normal Communication Port COM RS485 Installing Cables (UIM02C) sensor ports Page 22 Silk Screen Pin Pin Definition TEMHUM 1 12V 2 ENV_TEMP 3 12V 4 ENV_HUM WATER 1 12V 2 WATER 3 GND 4 - TEMP1 1 TEMP1 2 GND TEMP2 1 TEMP2 2 GND GATE 1 DIN7+ 2 JTD7 SMOKE 1 12V 2 SMOKE BTEMP 1 BTEMP1 2 12V Connector side Sensor side 1 4 2 3 3 2 4 1 TEMHUM sensor side cable connection Page 23 Use the straight through cable to connect the Power alarm between MON0/UPEU or MON1/ UPEU and RS485port of SMU. Installation Cables (Communication) If TP cabinet only : MON1 port to connect SMU of TP RFC cabinet present : MON0 port to connect RFC and MON1 port to connect SMU of TP Need to Clarify 23 RFC: Interior of the Cabinet Page 24 (1) Fan assembly (2) ELU (3) Door status sensor (4) DCDU-1 2A (5) Filler panel (6) RFU (7) Junction Box RFC Cabinet – MRFU Installation Page 25 Special handle is needed to remove the DRFU Insert MRFU of relevant bands (900/1800) into RFC cabinet 900MHz use slot 0, 2, 4 and 1800MHz use 1, 3, 5 slots (start with Slot 0) RFC Cabinet Power Cable connection Page 26 Use 2 pair of 16mm2 DC cables to connect power from TP cabinet to RFC cabinet RFC Cabinet Cabling - RF cables Page 27 Usually, one cabinet has 6 jumpers, refer to the picture for the jumper and RF cable connection. One end of the jumper is straight DIN connector, the other end (BTS side) is right angle DIN connector. The connectors need to be made on site. The configuration of the cell is as showing in the picture:S2, S2 PBT, S3, S4 Tie yellow color label to the jumper. Upper 6 jumper to be installed Usually, the lower 6 jumper is not needed S2 S2 PBT, S3, S4 Lay the AC power cable Page 28 Dig a channel between meter cubicle and plinth. Lay the AC power cable with GI pipe, and flexible GI hose used as bend. The armor of the AC cable need to be grounded. Ground the GI pipe with M8 x 25mm bolt & nut, using 25mm^2 grounding cable. Bury the pipe Dig a channel and lay the AC cable Make the bend with GI flex hose Ground the AC cable armor with the hose clip Install the SPD Page 29 Install the SPD on meter cubicle or pole, the SPD should be grounded with 25mm2 cable, and cable need to be protected. Method 1: Install SPD on the meter cubicle Method 2: Install SPD on the pole Tri-band Antenna Installation Tri-band antenna support three RF units Red Band (824-960MHz) : Use for 2G 900MHz Black Band (1710-2180MHz) : Use for 3G Blue Band (1710-2180MHz) : Use for 2G 1800MHz Page 30 Antenna system installation Page 31 Adjust the tilt angle of the antenna Using the scale on the upper support Page 32 Adjust the inclinometer according to the engineering design and stick the inclinometer to the rear of the antenna. Push or pull the antenna till the bead in the inclinometer is located in the middle horizontally. Mobitel requirement is to set the tilt from electrical tilting Therefore set mechanical tilt to zero and adjust required tilt from electrical tilt Electrical tilt of Antenna Page 33 When tilting form Electrical Tilt aware with select correct antenna subsystem. Red Band (824-960MHz/ 2G 900MHz. Black Band (1710-2180MHz) / 3G Blue Band (1710-2180MHz / 2G 1800MHz Antenna Installation Keep Water Loop Page 34 Connector Waterproof Process Wrap the connector from the point 20 mm [0.79 in.] away from the end of the connector to the point 20 mm [0.79 in.] away from the other end of the connector. When wind the waterproof adhesive tape, draw it equably to be the half of the primary width. The winding position of the cable tie should be 10mm distance to the waterproof adhesive tape. The color of the cable tie is black, and it is ultraviolet. Waterproof processing should be operated after the VSWR test result satisfying the request. Page 35 Coil the adhesive insulating tape (three layers) Connector Waterproof Process A: PVC tape B: Insulation tape C: Connector Page 36 Ensure that each layer covers at least 50% surface of the layer below it. A B from bottom to top from top to bottom from bottom to top Grounding of feeder Install the grounding clip at the specified distance. Page 37 Make DIN male connector Page 38 Make DIN female connector Page 39 RRU Installation Three kind of RRUs used for different systems RRU3829 – 3G RRU 3926 – 2G 900MHz RRU 3928 – 2G 1800 MHz Page 40 RRU Installation Use CPRI0 port to connect CPRI cable Page 41 RRU Installation Page 42 Antenna Pole is design for install three RRUs in single pole RRU Installation Page 43