Tait TBA-H0 Base Station User Manual TB8100 Installation and Operation Manual
Tait Limited Base Station TB8100 Installation and Operation Manual
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Exhibit D Users Manual per 2 1033 c3
Connection Once the TB8100 BSS hardware is installed, you need to connect the individual modules to each other, and to any ancillary equipment required in your system. This chapter provides information on all the inputs and outputs available on the TB8100 BSS. 6.1 Overview of Inputs and Outputs This section identifies the main input and output connections for the TB8100 BSS. Figure 6.1 below identifies the connections at the front of a dual base station, and Figure 6.3 on page 57 identifies those at the rear. Figure 6.2 on page 56 identifies the connections at the front of a single 100W base station. Figure 6.4 on page 57 identifies the connections on the control panel. Refer to the following sections in this chapter for more details on these connections. Figure 6.1 Dual 5 or 50W Base Station Inputs and Outputs - Front View PMU f g h 28VDC high current output for PA 28VDC low current output for reciter system control bus RF input from reciter TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 PA 1 PA 2 g h i d reciter 1 i d reciter 2 28VDC high current input cable from PMU RF output to PA 28VDC low current input from PMU DC output (for optional reciter fan only) Connection 55 Figure 6.2 Single 100W Base Station Inputs and Outputs - Front View d e PMU 56 28VDC high current output for PA 28VDC low current output for reciter RF output to PA 28VDC low current input from PMU Connection PA g f reciter system control bus DC output (for optional reciter fan only) 28VDC high current input cable from PMU RF input from reciter TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 Figure 6.3 Dual 5 or 50W Base Station Inputs and Outputs - Rear View b c b c 1) i j reciter 2 reciter 1 PA 2 system interface connector external reference frequency input RF output –VDC input +VDC input Figure 6.4 PA 1 1) PMU auxiliary 12VDC output AC mains input RF input auxiliary 12VDC input for system interface subrack ground connector Control Panel Inputs and Outputs DC outputs for fans mounted on front panel; also used for fan rotation detectors (if fitted) microphone connector TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 RS-232 programming port Connection 57 6.2 Power Supply Connections AC Power The TB8100 PMU is designed to accept a mains input of 88 to 264VAC at 45 to 65Hz. We recommend that a standard 3-wire grounded outlet is used to supply the AC power. The socket-outlet must be installed near the equipment and must be easily accessible. This outlet should be connected to an AC power supply capable of providing a maximum of 600W. The requirements of two typical AC supplies are given in the following table. Nominal Supply Current Requirement 115VAC 8A 10A 230VAC 4A 6A Your TB8100 BSS should come supplied with a power supply cord to connect the male IEC connector on the PMU to the local AC supply. The pins of the IEC connector on the PMU are identified at right. DC Power Circuit Breaker/Fuse Rating neutral ground phase rear view The TB8100 PMU is designed to accept a DC input of 10.3 to 15.5VDC with negative or positive ground. There is a minimum DC start-up threshold to prevent damaging a battery which has little capacity left. You must connect the DC supply from the battery to the PMU via a fuse or DC-rated circuit breaker with a rating of 60A. The DC input leads should be of a suitable gauge to ensure less than 0.2V drop at maximum load over the required length of lead. Terminate and insulate the DC input leads so they are protected from accidentally shorting to the subrack if the PMU is removed before the leads are disconnected. Figure 6.5 Recommended DC Power Connection Circuit Breaker or Fuse PMU Battery 58 Connection TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 Reciter Auxiliary DC Input The system interface PCB in the reciter has an auxiliary DC input connector. DC from the auxiliary DC output on the PMU (see “PMU Auxiliary DC Output” below) can be supplied to the +AUX_V pin on the system interface connector via this input. The pin allocations for the auxiliary DC input on the system interface PCB are given in the following table. Note that pins 1 & 3 and pins 2 & 4 on this connector are linked. Refer to “System Connections” on page 60 for the pin allocations for +AUX_V on each system interface PCB. Pin 3 1 4 2 rear view Description +V input ground +V input ground Links The DC output from the PMU is 12VDC. Although this power output is isolated, the negative side of the supply is grounded on the system interface PCB to give a +V output. PMU Auxiliary DC Output The PMU can provide an auxiliary DC output when it is fitted with the optional 40W auxiliary power supply PCB. This power supply is current limited to 3A and is available on the auxiliary DC output connector on the rear panel. DC from this output can be supplied to the +AUX_V pin on the system interface connector on the reciter via the auxiliary DC input connector on the system interface PCB (see “Reciter Auxiliary DC Input” above). The pin allocations for the auxiliary DC output on the PMU are given in the following table. Note that pins 1 to 4 and pins 5 to 8 on this connector are linked. Pin rear view TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 Description +V output +V output +V output +V output ground ground ground ground Links Connection 59 6.3 RF Connections The RF input to the TB8100 BSS is via the lower BNC connector on the rear panel of the reciter. The RF output is via the N-type connector on the rear panel of the PA (refer to Figure 6.3 on page 57). We recommend that you use dual-screened coaxial cable such as RG223 for the BNC connections, and RG214 for the N-type connections. 6.4 System Connections The reciter can be fitted with an optional system interface PCB which provides the links between the reciter’s internal circuitry and external equipment. This PCB is securely mounted to the reciter’s chassis and is connected to the control PCB with a flexible connector. The system interface PCB is fitted with industry-standard connectors and several standard types are available for different applications. The circuitry on the system interface PCB provides additional signal processing so that the outputs meet standard system requirements. It also enables the PCB to identify itself to the reciter control circuitry. The system interface PCB is removable, which makes it possible to change the application of a reciter by removing one type of PCB and fitting another. Only one system interface PCB can be fitted to a reciter at any one time. This section provides details on the system interface PCBs available at the time of publication. Other types may be developed for future applications. Figure 6.6 System Interface PCB system interface PCB* control PCB *standard system interface PCB shown 60 Connection TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 The standard system interface PCB is fitted to reciters bearing the product code TBA4xxx-0A0x or TBA5xxx-0A0x. If purchased separately, it has the product code TBA10A0. It provides: Standard ■ non-isolated 600Ω balanced audio I/O ■ high impedance unbalanced audio I/O ■ Tx key ■ Rx gate ■ RSSI ■ Tx relay ■ digital I/O. It is fitted with a 25-way female D-range connector and an auxiliary DC input connector. The pin allocations are listed in the table below. Pin 1) 1! 1@ 1# 1$ 1% 1^ 1& 1* 1( 2) 2! 2@ 2# 2$ 2% rear view Signal Name Rx line out + Rx line out – Rx audio out Signal Type Notes audio output non-isolated AC coupled line audio output AC coupled ground ground Tx audio in audio input AC coupled Tx line in + Tx line in – audio input AC coupled line RSSI DC signal Rx gate output 10 Tx key input 11 digital out 1 12 digital out 2 13 +AUX_V 14 digital in 1 15 digital in 2 16 digital in 3 17 digital in 4 18 digital in 5 19 digital in 6 20 digital in 7 21 digital in 8 22 digital in 9 23 digital in 10 24 25 output open collector open collector power output input 5V logic Tx relay output open collector ground ground TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 Connection 61 Isolated This system interface PCB is fitted to reciters bearing the product code TBA4xxx-0B0x or TBA5xxx-0B0x. If purchased separately, it has the product code TBA10B0. It is the same as the standard model, except that the balanced audio interfaces are galvanically isolated. Isolated E&M This system interface PCB is fitted to reciters bearing the product code TBA4xxx-0C0x or TBA5xxx-0C0x. If purchased separately, it has the product code TBA10C0. It provides: ■ isolated balanced audio I/O ■ opto-isolated keying ■ opto-isolated gate output. It is fitted with a 25-way female D-range connector and an auxiliary DC input connector. The pin allocations are listed in the table below. Pin 1) 1! 1@ 1# 1$ 1% 1^ 1& 1* 1( 2) 2! 2@ 2# 2$ 2% rear view 62 Connection Signal Name Signal Type Rx line out + Rx line out – Rx audio out audio output audio ground ground Tx audio in audio input Tx line in + Tx line in – RSSI Rx gate output 10 Tx key input 11 digital out 1 12 digital out 2 13 +AUX_V 14 digital in 1 15 digital in 2 16 digital in 3 17 digital in 4 18 digital in 5 19 digital in 6 20 opto +/– 21 opto –/+ 22 relay +/– 23 relay –/+ 24 Tx relay output 25 ground ground Notes audio output transformer isolated line audio input transformer isolated line DC signal open collector output open collector power output input 5V logic isolated keying input isolated gate output open collector TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 This system interface PCB is fitted to reciters bearing the product code TBA4xxx-0T1x or TBA5xxx-0T1x. If purchased separately, it has the product code TBA10T1. It is designed for use with MPT trunking systems. It is fitted with a 15-way female D-range connector and an auxiliary DC input connector. The pin allocations are listed in the table below. TaitNet Pin 1) 1! 1@ 1# 1$ 1% rear view 6.5 Signal Name Signal Type Notes Rx line out + Rx line out – Rx audio out Rx gate output Tx key input Tx audio in audio input Tx line in + Tx line in – +AUX_V power output 10 digital out 3 output open collector 11 no connection 12 digital out 1 13 digital out 2 output open collector 14 digital in 1 input 5V logic 15 ground ground audio output AC coupled line audio output open collector audio input AC coupled line Service Kit Connections The TB8100 service kit is connected to the BSS via the RS-232 serial port on the control panel. This port is a 9-way female D-range connector. Use a straight through cable, as supplied with the service kit, to connect your programming computer to the BSS. The pin allocations for the serial port are given in the following table. Note that pins 1, 4 & 6 and pins 7 & 8 are linked. This port is also used for remote connection to the Service Kit or Alarm Center software via a modem or radio modem. Pin fedcb jihg front view TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003 Description not connected receive data transmit data not connected ground not connected not connected not connected not connected Links Connection 63 6.6 Microphone Connection You can connect a microphone to the TB8100 BSS via the standard RJ45 socket on the control panel. If a standard TB8100 microphone has not been supplied with your BSS, you should use an electret microphone. The pin allocations for the microphone socket are given in the following table. Pin 12 345678 front view 64 Connection Description not connected not connected not connected PTT and hookswitch voice band (microphone) input microphone ground not connected not connected TB8100 Installation and Operation Manual © Tait Electronics Ltd June 2003
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