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Raisecom RC3000-15 (P100R001) Hardware Description Preface Preface Objectives This document describes hardware of the RC3000-15, including chassis, power modules, fans, cards, and cables. Versions The following table lists the product versions related to this document. Product name Version E.30 RC3000-15 ...
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Deleted the EOL card RC3000-15-FXS/FXO (A). Added the RC3000-15-FXS/FXO (B). Added the configuration of the signaling mode of the RC3000-15-Audio. Issue 12 (2016-08-01) Twelfth commercial release Added the configuration of the N value of the RC3000-15-TP.
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Issue 10 (2016-03-01) Tenth commercial release Added loopback and BERT of 64K timeslot on the RC3000-15-8E1 (C). Added description that the maximum length of the cable used for the RS232 interface was 15 m based on RS232 standard.
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Figure 12-5 Fault 1: RC3000-15 A to Teleprotection A ..................188 Figure 12-6 Fault 2: Teleprotection A to RC3000-15 A ..................188 Figure 12-7 Fault 3: advanced link fault (taking RC3000-15 A to RC3000-15 B for example) ......189 Figure 13-1 Appearance of the DC power cable ....................191 Figure 13-2 European AC cable .........................
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Table 12-14 Fault 1: RC3000-15 A to Teleprotection A ..................188 Table 12-15 Fault 2: Teleprotection A to RC3000-15 A ..................188 Table 12-16 Fault 3: advanced link fault (taking RC3000-15 A to RC3000-15 B for example) ......189 Table 13-1 Technical specifications of the DC power cable................191 Table 13-2 Technical specifications of the European AC power cable...............
Specifications 1.1 Structure The RC3000-15 chassis meets design standards for 19-inch 6U standard chassis defined in the IEC297, and dimensions are 480 mm (Width) × 248 mm (Depth) × 267 mm (Height). Figure 1-1 and Figure 1-2 show the appearance of the RC3000-15 chassis.
Raisecom RC3000-15 (P100R001) Hardware Description 1 Chassis 1.2 Slots Figure 1-3 shows slot assignment in the RC3000-15 chassis. Figure 1-3 Slot assignment Slot Description 1–6 and 9–13 Support common service cards for PDH, data, and voice. 1–2 Support STM1 aggregation cards.
SUB-PWRM-AC When the RC3000-15 is installed with the FXS card, E&M card, or magneto telephone card, you must choose the -48 VDC power supply card or the power card that supports outputting -48 VDC power, rather than other power supply cards.
Support VCC network management channel. Support 64 ways of VCCs. The maximum bandwidth of each VCC is 32× 64 kbit/s. Support monitoring and managing the RC3000-15 by the NMS through the SNMP interface and NM-EXT interface (extended SNMP interface).
Support VCC network management channel. E.40 supports 64 ways of VCCs. E.30 supports 8 ways of VCCs. The maximum bandwidth of each VCC is 32× 64 kbit/s. Support monitoring and managing the RC3000-15 by the NMS through the SNMP interface and NM-EXT interface (extended SNMP interface). ...
Off: the system is working improperly. Green Primary/Slave LED Green: when two STM1 cards are installed on the RC3000-15 (E), this card is primary; when one STM1 card is installed on the RC3000-15 (E), this LED keeps green. ...
5.2.1 Functions and appearance Panel Function The STM1 card, a SDH aggregation card, provides high-capacity uplink ways so that data and voice services are transmitted to the RC3000-15 for cross connection and aggregation. It provides the following functions: Provide two 155 Mbit/s SDH optical interfaces which support 63 ways of E1 services.
(E), this card is primary; when one STM1 card is installed on the RC3000-15 (E), this LED keeps green. Off: when two STM1 cards are installed on the RC3000-15 (E), this card is slave. LOF (A, LOF alarm LED ...
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2 GE interfaces on the front panel. It provides the following functions: Provide 2 groups of GE Combo interfaces. Each group contains an optical interface and an electrical interface. The RC3000-15 automatically selects them. Support maximum Ethernet frame length of 1632 bytes.
Description GE1/GE2 electrical 2 groups of GE interfaces. Each group contains RJ45 interface one optical interface and one electrical interface. The RC3000-15 automatically selects them. GE1/GE2 optical SFP optical interface interface Interface parameter Table 6-2 lists parameters of the GE1/GE2 electrical interface.
Set management NMS-SLA, slave control device mode. NMS-AUTO, automatically recognizable by slot number Set chassis and BP-3000, used on the RC3000-15 backplane type. BP-3500E&006, used on the OPCOM3500E and RC006-12 6.1.7 Specifications Table 6-6 lists parameters of the ESW-2GE card.
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E1 mode to PCM30 or PCM31. Support signaling cross connection by framed E1. Support E1 network management channel through which the RC3000-15 manages remote connected devices. Support BERT for E1 channel. Support local and remote bidirectional loopback by E1 channel.
Function Status Description Configure the Short-circuited Enter ISP mode. In this mode, the mode for RC3000-15 is waiting to be upgraded. downloading You can upgrade MCU program through the MCU the serial interface on the backplane. program. Disconnected Enter normal working mode.
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The D/A gain ranges from -13 to 10 dB, and is -3.5 – dB by default. The step is 0.1 dB. – Support configuring the signaling mode to RAISECOM, user-defined mode, or other modes. By default, it is RAISECOM. Support querying signaling status. Support reverse polarity switching. ...
Enter normal working mode. – KEY2 Reserved After upgrade, SW1 must be in all OFF status; otherwise, the RC3000-15 will malfunction. 8.1.7 Specifications 32FXS Table 8-6 lists parameters of the 32FXS card. Raisecom Proprietary and Confidential...
The D/A gain ranges from -13 to 10 dB, and is -3.5 dB by default. – Support configuring the signaling mode to RAISECOM, user-defined mode, or other modes. By default, it is RAISECOM. Support querying signaling status. ...
Disconnected Enter normal working mode. After upgrade, JP1 must be in all OFF status; otherwise, the RC3000-15 will malfunction. Table 8-20 lists jumpers S1, S2, and S3 used by the 16E&M/8E&M/4E&M card. Table 8-20 Jumpers S1, S2, and S3 used by the 16E&M/8E&M/4E&M card...
: stand for a 2-pin jumper pin. : stand for a jumper cover, namely, the location for the jumper connection The 10E&M supports an internal jumper J44, which is reserved for Raisecom technical support engineers only. The jumper enables you to enter the ISP mode, in which you can upgrade the MCU program through the serial interface on the backplane.
If a voice module fault occurs, the Raisecom technical support engineer need to notice the following matters: When the voice module on the Audio card is faulty, rebooting the RC3000-15 or inserting and pulling out the Audio card will clear configurations about all interfaces and cross connection (you can use the normal voice module again by re-configuring the card.);...
For example, when the card is being powered on, the RC3000-15 detects that the number of voice modules changes, a card with voice modules of different types is replaced, or a...
Voice signaling LED IN-USE Green Magneto: green represents that the RC3000-15 is sending/receiving ringing data. When the telephone is ringing, the LED is green; when the call is ongoing, the LED is off. ...
When a voice module of the TEST card is faulty, restarting the RC3000-15 or inserting or removing the TEST card will clear all configurations of the TEST card (under this situation, you can continue to use the TEST card by reconfiguring it). If you do not perform these operations, current services of other voice modules of the TEST card will not be affected.
Reserved SW1 is in all OFF status after delivery, so it can work properly. After upgrade, SW1 must be in all OFF status; otherwise, the RC3000-15 will malfunction. 9.1.7 Specifications Table 9-6 lists parameters of the 16RS232 card.
Support configuring an interface to DCE or DTE mode. The RC3000-15 automatically chooses the interface mode according to the cable (provided by Raisecom or made as specified in the appendix) connecting it and the peer device. By default, the interface mode is DCE.
Transmitting handshake signals and data services The DTE is connected to the 8RS232H card of the local RC3000-15, which transmits services to the remote RC3000-15. As a DTE, the RS232H card of the remote RC3000-15 controls the remote DCEs. Figure 9-1 Handshaking signals and data services Data collinear service The 8RS232H card supports data collinear function.
Figure 9-2 Data collinear service star networking Bus networking Multiple users use the RC3000-15 to transmit data services. After each RC3000-15 is configured with data collinear function, data sent by a user can be concurrently received by other users.
ON, all the 8 interfaces will be configured to RS422 (full duplex). If no configurations for the 8RS485 card are saved on the cross connection card inserted to the RC3000-15, configuring the DIP switch takes effect. If configurations for the 8RS485 card are saved on ...
Raisecom RC3000-15 (P100R001) Hardware Description 9 Asynchronous data cards After upgrade, BIT1 of SW1 must be in OFF status; otherwise, the RC3000-15 will malfunction. If no configurations for the 8RS485 card are saved on the cross connection card inserted to the RC3000-15, configuring BIT2 of SW1 takes effect.
Table 10-10 DIP switch on the 8V24 card Function Status Description Enter or quit Enter ISP mode. In this mode, the RC3000-15 is KEY1 ISP mode. waiting to be upgraded. You can upgrade MCU program through the serial interface on the backplane.
Enter normal working mode. – KEY2 Reserved SW1 is in all OFF status before delivery, so the RC3000-15 can work properly. After upgrade, SW1 must be disconnected; otherwise, the RC3000-15 will malfunction. 10.2.7 Specifications Table 10-11 lists parameters of the 8V24 card.
Function Status Description Configure the Enter ISP mode. In this mode, the Short-circuited mode for RC3000-15 is waiting to be upgraded. downloading You can upgrade MCU program through the MCU the serial interface on the backplane. program. Disconnected Enter normal working mode.
– KEY2 Reserved SW1 is in all OFF status before delivery, so the RC3000-15 can work properly. After upgrade, J9 must be disconnected; otherwise, the RC3000-15 will malfunction. Table 10-23 lists the DIP switch on the 4V35H card.
Enter normal working mode. J3 is in all OFF status before delivery, so the RC3000-15 can work properly. After upgrade, J3 must be disconnected; otherwise, the RC3000-15 will malfunction. 10.4.7 Specifications Table 10-24 lists parameters of the 8V35 card.
Status Description JP101 Configure the Short-circuited Enter ISP mode. In this mode, the mode for RC3000-15 is waiting to be upgraded. downloading You can upgrade MCU program through the MCU the serial interface on the backplane. program. Disconnected Enter normal working mode.
Raisecom RC3000-15 (P100R001) Hardware Description 10 Data cards After upgrade, JP101 must be disconnected; otherwise, the RC3000-15 will malfunction. 10.6.7 Specifications Table 10-35 lists parameters of the HT-8FE16E1 card. Table 10-35 Parameters of the HT-8FE16E1 card Parameter Description Dimensions 25 mm (Width) ×...
MCU program through the serial interface on the backplane. Disconnected Enter normal working mode. After upgrade, JP1 must be disconnected; otherwise, the RC3000-15 will malfunction. 10.7.7 Specifications Table 10-41 lists parameters of the 16C64K card. Table 10-41 Parameters of the 16C64K card...
No. 4 way of voice RING4 Table 11-8 lists PIN definitions of the E&M interface. The RC3000-15, as a Tie line device, uses the E&M signalling type of Type V on the 16MULTI, as shown in Figure 8-2. Table 11-8 PIN definitions of the E&M interface...
11.1.6 Internal jumper The jumper JP1 is used to configure downloading mode of MCU program. Enter ISP mode. In this mode, the RC3000-15 is waiting to be upgraded. You can upgrade MCU program through the serial interface on the backplane.
The dry contact of RC3000-15 A receives on/off values from 8 alarm relay interfaces and its output end is connected to the dry contact of RC3000-15 B. The dry contact of RC3000-15 B has two input control sources: peer input control and network management control. Its output end is connected to an alarm display screen for monitoring input and output status.
STM1 card after being multiplexed. The TP card of the RC3000-15 at one end accesses services of the teleprotection device based on the C37.94 standard. These services are transmitted to the RC3000-15 at the other end after being crossed and multiplexed. And then the RC3000-15 at the other end demultiplexes the services and sends the C37.94 services to the teleprotection device...
Raisecom RC3000-15 (P100R001) Hardware Description 12 Telecontrol service cards Figure 12-5 Fault 1: RC3000-15 A to Teleprotection A Table 12-14 Fault 1: RC3000-15 A to Teleprotection A Classification Teleprotection A RC3000-15 A RC3000-15 B Teleprotection B Be disconnected in...
Yellow alarm (Yellow alarm takes bit 1 in the overhead). Figure 12-7 Fault 3: advanced link fault (taking RC3000-15 A to RC3000-15 B for example) Table 12-16 Fault 3: advanced link fault (taking RC3000-15 A to RC3000-15 B for example) Classification...
13.2 AC power cable You can order different AC power cables in different countries or regions. The default length of the AC power cable delivered with the RC3000-15 is 1.5 m, and it can be customized. 13.2.1 POL-AC-European 3-pin/C13 connector-0.75mm2-D/RoHS...
-1.5m/RoHS. 13.2.2 POL-AC-American 3-pin/C13 connector-18AGW-D/RoHS Introduction The AC power cable transmits AC power to the AC power interface on the RC3000-15, and supplies power to the whole device. Appearance The AC power cable which meets American standard is composed of the American 3-pin plug and C13 connector, as shown in Figure 13-3.
The ground cable is used to connect the RC3000-15 to the ground. The ground screw on the panel of the RC3000-15 is used to fix the OT terminal to the RC3000-15. The other end of the ground cable is connected to the ground. The default length of the ground cable delivered with the RC3000-15 is 1.5 m, and it can be customized.
13.4 Configuration cable 13.4.1 Introduction The configuration cable is used to connect the Console interface on the RC3000-15 to the RS- 232 serial interface on the maintenance console and transmit configuration data. You can debug and maintain the RC3000-15 locally through the maintenance console.
13.6.1 Introduction The alarm cable is used to connect alarm terminal and other devices to input/output alarm signals. The RC3000-15 uses a 4-hole spring terminal block. 13.6.2 PIN definitions Connect the alarm cable according to PIN definitions as described in Table 13-9.