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© 17-60115 Issue 2, October 2009 of 44

Head office Asia Pacific EMEA Americas

Codan LimitedABN 77 007 590 60581 Graves StreetNewton SA 5074AUSTRALIATelephone +61 8 8305 0311Facsimile +61 8 8305 0411www.codan.com.au

Codan Limited81 Graves StreetNewton SA 5074AUSTRALIA

Telephone +61 8 8305 0320Facsimile +61 8 8305 [email protected]

Codan (UK) LtdUnit C4 Endeavour PlaceCoxbridge Business ParkFarnham Surrey GU10 5EHUNITED KINGDOMTelephone +44 1252 717 272Facsimile +44 1252 717 [email protected]

Codan US, Inc.8430 Kao CircleManassas VA 20110USA

Telephone +1 703 361 2721Facsimile +1 703 361 [email protected]

Ku-Band BUC system solutions

Overview

Codan provides a range of L-Band BUCs of varying power ranges that operate in basic single-BUC systems or redundancy systems. These BUCs operate in the C-Band and Ku-Band frequency ranges. For information on the C-Band range of products see Application Note 17-60114.

This Application Note describes the basic BUC systems, how they provide solutions to typical operating scenarios, then builds on this to describe the redundancy systems.

Product listings, standard accessories and options are also provided.

Interconnection drawings are provided in this Application Note. Installation information is provided separately.

There is an index at the end of this Application Note to assist you in finding information.


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Contents

Overview. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Codan solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Outcomes for Codan solutions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

System scenarios. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Modem unable to supply 10 MHz reference and DC power for BUC and LNB. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Modem unable to supply DC power for BUC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Typical configurations for basic BUC systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

M&C solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Standard M&C interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Additional M&C interfaces in the 7700/7900 series BUCs. . . . . . . . . . . . . . . . . . . . 16

BUC products, accessories and options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Shipping . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

BUC redundancy system solutions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Types of systems. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Redundancy products, accessories and options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Shipping . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42

Interconnection drawings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Index

List of figures

Figure 1: Frequency conversion plans. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Figure 2: Typical configuration of a 6550 IF Interface Unit. . . . . . . . . . . . . . . . . . . . 12

Figure 3: Typical configuration of a 6550 IF Interface Unit with a 6580B BUC Power Supply module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Figure 4: Typical configuration of a 6580B BUC Power Supply module . . . . . . . . . 13

Figure 5: Typical configuration of a 6582/7580 BUC Power Supply module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Figure 6: Typical configuration of a DuraComm® IDU Power Supply module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Figure 7: 7586L Controller, Tx Only . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Figure 8: 7586L Controller, Tx + Rx . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Figure 9: Transmit or receive RF W/G switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Figure 10: Layout of BUC redundancy switching system—Tx Only, AC-powered. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33


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Figure 11: Layout of BUC redundancy switching system—Tx and Rx, AC-powered . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .34

Figure 12: Layout of BUC redundancy switching system—Tx Only, DC-powered . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .35

Figure 13: Layout of BUC redundancy switching system—Tx and Rx, DC-powered . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .36

Figure 14: Layout of BUC redundancy switching system—Tx Only, DC-powered (DuraComm® IDU Power Supply module) . . . . . . . . . . . . . .37

Figure 15: Layout of BUC redundancy switching system—Tx and Rx, DC-powered (DuraComm® IDU Power Supply module) . . . . . . . . . . . . . .38

List of tables

Table 1: RF output frequencies for inverting and non-inverting Ku-Band BUCs. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

Table 2: Summary of BUC system solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8

Table 3: Typical configurations for basic BUC systems . . . . . . . . . . . . . . . . . . . . . .11

Table 4: Ku-Band BUC products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .18

Table 5: Standard accessories for Ku-Band products . . . . . . . . . . . . . . . . . . . . . . . .21

Table 6: Options for Ku-Band BUC products . . . . . . . . . . . . . . . . . . . . . . . . . . . . .21

Table 7: Summary of Ku-Band BUC redundancy system solutions . . . . . . . . . . . . .30

Table 8: Types of redundancy systems. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .31

Table 9: Output power and corresponding input power requirements (LBUC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .31

Table 10: Output power and corresponding input power requirements (MBUC) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .32

Table 11: Output power and corresponding input power requirements (RBUC). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .32

Table 12: Ku-Band redundancy switching systems (Tx Only) . . . . . . . . . . . . . . . . . .39

Table 13: Ku-Band redundancy switching systems (Tx and Rx) . . . . . . . . . . . . . . . .40

Table 14: Options for Ku-Band redundancy switching systems . . . . . . . . . . . . . . . . .41

Table 15: Interconnection drawings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .43


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Introduction

BUC-based satellite earth stations sometimes require more planning and consideration than 70/140 MHz IF transceiver-based systems. The operation of a BUC is more integrated with the other items of equipment in an earth station when compared with a 70/140 MHz transceiver. In order to function properly, a BUC must be provided with a 10 MHz reference signal, power and, optionally, an FSK M&C signal. In most cases, these three signals are fed to the BUC via the one transmit IF cable.

The provision of these signals is guided by de facto industry standards and practices, which have evolved over the last few years. There are still times, however, when a systems integrator may discover that elements of a system are not fully compatible because they are not able to provide one or more of these critical signals.

Codan solutions

To solve these system integration problems, Codan has developed a range of equipment that assist in offering solutions.

Spectrum inverting and non-inverting BUCs

Codan has introduced frequency non-inverting models to its range of 6900 BUCs, complementing the 7900 series. VSAT systems integrators can select from either spectrum inverting or non-inverting, standard or extended Ku-Band BUCs from 4 W to 40 W. The table below defines the relationship between the modem’s IF input frequency, the BUC’s LO and RF output frequencies.

Non-inverting BUCs are indicated by a -NI at the end of the ordering part number (see page 18, BUC products, accessories and options). All other BUCs are inverting.


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Figure 1: Frequency conversion plans

Table 1: RF output frequencies for inverting and non-inverting Ku-Band BUCs

Modem type IF frequency

from modem(MHz)

RF output frequency(MHz)

Inverting BUC Non-inverting BUC

Standard band(fixed LO

15450 MHz)

Extended band(fixed LO

15450 MHz)

Standard band(fixed LO

13050 MHz)

Extended band(fixed LO

12800 MHz)

Standard 950to

1450

14500to

14000

14500to

14000

14000to

14500

13750to

14250

Extended 950to

1450to

1700

14500to

14000

14500to

14000to

13750

14000to

14500

13750to

14250to

14500

CAUTIONWhen a standard band modem is used with an extended band non-inverting BUC, the upper 250 MHz of the band is not available.

IF inputset at

modem

RF outputrequiredat BUC

fRF|fLO-fRF|

fIF

IF inputset at

modem

RF outputrequiredat BUC

fRF|fRF-fLO|

fIF

Inverting BUC Non-inverting BUC


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For inverting BUCs, find the required setting for the IF frequency on your modem using the following equation:

fIF = fLO – fRF

For example, if an RF output frequency of 14250 MHz is required from an inverting BUC that has an LO frequency of 15450 MHz, you must set the IF frequency on your modem to 1200 MHz.

For non-inverting BUCs, find the required setting for the IF frequency on your modem using the following equation:

fIF = fRF – fLO

For example, if an RF output frequency of 14050 MHz is required from a non-inverting BUC that has an LO frequency of 12800 MHz, you must set the IF frequency on your modem to 1250 MHz.

6550 IF Interface Unit

Features include:

• 19" rack mounted, 1 RU high

• 10 MHz reference for BUC and LNB

• 48 V DC power for BUC via transmit IF coaxial cable

• capacity to power up to 4 W LBUC

• 18 V DC power for LNB via receive IF coaxial cable

• modem FSK M&C communications to/from BUC

• PC RS232 M&C communications to/from BUC via FSK

6580B BUC Power Supply module

Features include:

• weatherproof, outdoor pole-mounted

• 48 V DC power for BUC via transmit IF coaxial cable or separate screw terminals

• auxiliary 48 V DC power for accessories via screw terminals

• capacity to power up to 25 W LBUC

• passes IF, 10 MHz, FSK

• 120 VAC or 240 VAC switched

• operating temperature range of –40 to +55°C


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6582 BUC Power Supply module

Features include:

• weatherproof, outdoor pole-mounted

• 48 V DC power for BUC via MS 2-pin female connector

• capacity to power any DC-powered BUC

• 120 VAC or 240 VAC switched, fuse protected

• heavy-duty transformer-based PSU



Features include:

• weatherproof, outdoor boom-mounted

• 48 V DC power for BUC via MS 2-pin female connector

• auxiliary 48 V DC power for accessories via mini MS 2-pin female connector

• capacity to power any DC-powered BUC

• 95 to 265 VAC auto-ranging

• heavy-duty switched mode PSU


DuraComm® IDU Power Supply module (78-16044)

Features include:

• indoor rack-mounted (2 RU)

• 48 V DC power for BUC via transmit IF coaxial cable

• 48 V DC power for BUCs via screw terminals

• capacity to power up to 25 W LBUC and 40 W RBUC

• passes IF, 10 MHz, FSK

• 120 VAC or 240 VAC switched

• switched mode PSU

NOTEA small DuraComm® Switchmode Power Supply Outdoor Unit (SMPS ODU, 78-16043) powers the 7586L Controller in redundancy systems that use AC-powered BUCs.


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Outcomes for Codan solutions

The outcomes that these solutions offer are listed in Table 2.

Other third-party solutions may also be available that offer the above options in various configurations. Codan also undertakes constant review of such accessories, and new or varied offerings become available as the market demands them.

The scenarios described in the following pages show how typical systems problems can be solved through the application of each of these solutions.

Table 2: Summary of BUC system solutions

Accessory IF power inserter and DC block

10 MHz reference for BUC and LNB

48 V DC power FSK M&C, IF, 10 MHz reference

6550 IF Interface Unit Built-in Yes Yes, up to 4 W via coaxial IF cable

Yes, on Tx IF or Rx IF cable

DuraComm® IDU Power Supply module

Built-in No Yes, up to 25 W via coaxial IF cable, or up to 40 W via screw terminals

Pass through via Tx IF cable

6580B BUC Power Supply module

Built-in No Yes, up to 25 W via coaxial IF cable, or up to 40 W via DC cable

Pass through via Tx IF cable


No No Yes, for all DC-powered BUCs via DC cable

No


No No Yes, for all DC-powered BUCs via DC cable

No


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System scenarios

Modem unable to supply 10 MHz reference and DC power for BUC and LNB

This scenario arises for a number reasons:

• Modem cannot supply 10 MHz reference

• L-Band IF combiners cannot pass the DC power and/or 10 MHz reference from the modem

• Modem cannot supply the 48 V DC required by some BUCs

• Optical fibre Interfacility Links (IFLs) replace coaxial cable IFLs

Modem cannot supply 10 MHz reference

First, it is not uncommon for SCPC modems to have both a standard and a high-stability frequency reference option. The frequency stability and phase noise performance of the standard reference usually makes it unsuitable for use as a BUC frequency reference.

Secondly, some proprietary indoor units (IDUs) are designed to drive BUCs with internal DRO-based local oscillators. In some circumstances (e.g. at the satellite beam edge with a high data rate), an alternative non-DRO based BUC may be required.

L-Band IF combiners cannot pass the DC power and/or 10 MHz reference from the modem

Multi-carrier applications require the use of L-Band IF combiners. Most off-the-shelf combiners are unable to pass the DC power and 10 MHz reference signals from the modem. A separate unit is required to supply these signals to the BUC and LNB.

Modem cannot supply the 48 V DC required by some BUCs

This is a common problem with modems or IDUs designed to drive low-power BUCs (typically 1 W to 2 W). These IDUs are typically only designed to provide voltages of 24 V or less. This issue may also arise if the modem does not have a 48 V DC BUC power supply option, or has a 48 V DC BUC power supply option of insufficient rating.


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Optical fibre IFLs replace coaxial cable IFLs

Optical fibre IFLs may be used when:

• the IFL length is too large to cope with the L-Band IF signal loss of a coaxial cable

• there are concerns about voltage potential differences and/or electrical safety

• electromagnetic interference at L-Band frequencies may be a problem

However, optical fibre IFLs have several limitations:

• they cannot provide DC power for the BUC

• they may not provide DC power for the LNB

• most cannot carry the 10 MHz reference signal from the modem to the BUC and LNB

Solution

The 6550 IF Interface Unit can be used to provide 48 V DC power to both the LNB and BUC (up to 4 W) and the 10 MHz reference signals. The 6550 can also be used with higher power, externally powered BUCs, as they ignore the 48 V DC on the transmit IF cable. This means that the 6550 can be used in conjunction with the 6580B, 7580, or DuraComm® IDU Power Supply modules if the higher capacity 48 V DC power is required.

The 6550 also provides BUC monitor and control access (without the need for an additional M&C cable) via the FSK M&C signal carried on the transmit IF cable.

See Figure 2 on page 12 and Figure 3 on page 12 to view the various ways that the 6550 may be used.

Modem unable to supply DC power for BUC

In some cases, while the modem is able to supply the 10 MHz reference and FSK M&C signals, it may not be able to supply the appropriate DC power to the BUC. This can occur if it is:

• not fitted with a BUC power supply option

• fitted with a BUC power supply that has the incorrect voltage

• fitted with a BUC power supply of insufficient capacity


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Solution

Codan’s 6580B and DuraComm® IDU Power Supply modules have been designed specifically for these instances and can be used to provide 48 V DC power for the BUC (up to 25 W) via the IFL.

The 6580B and DuraComm® IDU Power Supply modules block any DC voltage from the modem and multiplexes 48 V DC onto the L-Band transmit IF cable to power the BUC. Since it is transparent to the 10 MHz reference and FSK M&C signals, normal operation is unaffected by the addition of the 6580B or DuraComm® IDU Power Supply modules.

The 6580B or DuraComm® IDU Power Supply module can also be used to provide 48 V DC via an external connector when fitted to BUCs up to 25 W.

The 6582 or 7580 BUC Power Supply module may be used to provide 48 V DC to BUCs with external connectors only. In most cases these PSUs will be used for BUCs requiring high DC power. Figure 5 on page 13 shows a typical configuration for the 6582 or 7580 BUC Power Supply module.

Figure 3 on page 12 and Figure 4 on page 13 show two possible system configurations using the 6580B. A configuration for the DuraComm® IDU Power Supply module is shown in Figure 6 on page 14.

Typical configurations for basic BUC systems

Table 3: Typical configurations for basic BUC systems

Description See...

Typical configuration of a 6550 IF Interface Unit Figure 2 on page 12

Typical configuration of a 6550 IF Interface Unit with a 6580B BUC Power Supply module

Figure 3 on page 12

Typical configuration of a 6580B BUC Power Supply module Figure 4 on page 13

Typical configuration of a 6582/7580 BUC Power Supply module Figure 5 on page 13

Typical configuration of a DuraComm® IDU Power Supply module Figure 6 on page 14


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Figure 2: Typical configuration of a 6550 IF Interface Unit

Figure 3: Typical configuration of a 6550 IF Interface Unit with a 6580B BUC Power Supply module

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Figure 4: Typical configuration of a 6580B BUC Power Supply module

Figure 5: Typical configuration of a 6582/7580 BUC Power Supply module

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Figure 6: Typical configuration of a DuraComm® IDU Power Supply module

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M&C solutions

Connections to the following interfaces may be permanent or temporary, depending on your requirements.

Standard M&C interfaces

Several protocols are built into the BUC to suit various applications. These protocols enable local, remote, and on-line control and monitoring. Codan’s BUCs utilise a serial command set that is compatible with ASCII and packet formats. The command set uses 3-letter mnemonic commands, and has built-in help.

RS232 interface

The RS232 serial interface can be used with any terminal-emulation program over a distance of up to 15 m. It supports both the ASCII and the Codan packet protocols simultaneously.

The fixed data rate and protocol simplifies the connection during installation and commissioning, and enables a PC running a terminal-emulation program, a 6560 Hand-held Controller, or a 6570 Remote Controller to be used to configure the BUC. The M&C connection is made using an MS-type MIL-C-26482, 12-14S connection.

RS422/485 interface

The RS422/485 interface can be operated in either 2-wire or 4-wire mode. The RS422/485 interface enables monitor and control of a BUC over long distances (up to 1000 m) using protocols that are not available for use with the RS232 interface. This interface may be used with multiple BUCs with addressing. The M&C connection is made using an MS-type MIL-C-26482, 12-14S connection.

FSK interface

The FSK interface enables monitor and control of the BUC over long distances using the IFL cable (via the IF INPUT connector on the BUC) and eliminates a separate cable run, however, it does require a modem with FSK monitor and control capability. Several packet protocols are built in.

This interface is compatible with modems using the ND SatCom protocol directly via the IFL cable. It may also be used with the Codan 6550 IF Interface Unit.


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Additional M&C interfaces in the 7700/7900 series BUCs

All 7700/7900 RBUCs have a LAN connection as standard. This provides an embedded web-page server, Telnet capabilities, and MIBs (management information database) for SNMP. All interfaces that are accessed via the LAN connector require a login and password.

LAN interface

The LAN interface provides a 10/100 BaseT Ethernet interface with TCP/IP protocol, auto-sensing and auto-speed negotiation. It uses an 8-pin MIL 62/N-165-10-85-622 connection to RJ45 over distances of up to 100 m.

Telnet interface

The Telnet interface provides access to the serial M&C command set via a LAN or the internet. This interface may be accessed via the Windows® command line or a terminal program such as HyperTerminal ©.

HTTP web interface

The HTTP web interface provides an embedded web server with HTML pages. This interface provides monitor and control of BUCs via a set of user-friendly web pages. Automatic updates on the Status page occur every 30 seconds.

SNMP interface

The SNMP interface enables central monitoring of remote sites via network management system (NMS) solutions such as DataMiner NMS by Skyline Communications, and Network Manager by Castle Rock Computing. MIB files that are compatible with the open standard SNMP protocol are available from the Codan web site.

6570 Remote Controller

The 6570 provides remote control and monitoring facilities of the BUCs at a convenient indoor location. The remote controller is connected via its BUC Interface connector to the M/C connector on the BUC or the M&C 1 SERIAL connector on the 7586L Controller using the cable supplied.


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6560 Hand-held Controller

The 6560 provides local control and monitoring facilities of the BUCs via its M/C connector, or via the M&C 1 SERIAL or M&C 2 SERIAL connectors of the 7586L Controller.


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BUC products, accessories and options

NOTE

Each BUC product comes with the applicable standard accessories listed in Table 5 on page 21. You may also order any of the applicable options from Table 6 on page 21 in addition to the BUC product and its standard accessories.

Table 4: Ku-Band BUC products

Description Ordering part number Component part number

Net mass(kg)

4 W

LBUC, 4 W, Ku-Band, W/G, Extended, 24 V DC-powered via IF connector, CE

6904-W/E-24/IF-CE 08-06336-002 6.0


6904-W/E-48/IF-CE 08-06336-001 6.0

8 W

LBUC, 8 W, Ku-Band, W/G, Standard, 48 V DC-powered via IF connector

6908-W/S-48/IF 08-06253-001 6.0

LBUC, 8 W, Ku-Band, W/G, Standard, 48 V DC-powered via external connector

6908-W/S-48/EX 08-06253-003 6.0

LBUC, 8 W, Ku-Band, W/G, Standard, 48 V DC-powered via IF connector, non-inverting

6908-W/S-48/IF-NI 08-06253-002 6.0

LBUC, 8 W, Ku-Band, W/G, Standard, 48 V DC-powered via external connector, non-inverting

6908-W/S-48/EX-NI 08-06253-004 6.0


6908-W/E-48/IF-CE 08-06252-001 6.0

LBUC, 8 W, Ku-Band, W/G, Extended, 48 V DC-powered via external connector, CE

6908-W/E-48/EX-CE 08-06252-003 6.0

LBUC, 8 W, Ku-Band, W/G, Extended, 48 V DC-powered via IF connector, CE, non-inverting

6908-W/E-48/IF-CE-NI 08-06252-004 6.0

LBUC, 8 W, Ku-Band, W/G, Extended, 48 V DC-powered via external connector, CE, non-inverting

6908-W/E-48/EX-CE-NI 08-06252-005 6.0


17-60115 Issue 2, October 2009 of 44

16 W

LBUC, 16 W, Ku-Band, W/G, Standard, 48 V DC-powered via IF connector

6916-W/S-48/IF 08-06761-002 6.0


6916-W/S-48/EX 08-06761-001 6.0

LBUC, 16 W, Ku-Band, W/G, Standard, 48 V DC-powered via IF connector, non-inverting

6916-W/S-48/IF-NI 08-06761-007 6.0

LBUC, 16 W, Ku-Band, W/G, Standard, 48 V DC-powered via external connector, non-inverting

6916-W/S-48/EX-NI 08-06761-008 6.0

LBUC, 16 W, Ku-Band, W/G, Extended, 48 V DC-powered via IF connector

6916-W/E-48/IF 08-06761-005 6.0

LBUC, 16 W, Ku-Band, W/G, Extended, 48 V DC-powered via external connector

6916-W/E-48/EX 08-06761-006 6.0

LBUC, 16 W, Ku-Band, W/G, Extended, 48 V DC-powered via IF connector, non-inverting

6916-W/E-48/IF-NI 08-06761-009 6.0

LBUC, 16 W, Ku-Band, W/G, Extended, 48 V DC-powered via external connector, non-inverting

6916-W/E-48/EX-NI 08-06761-010 6.0

MBUC M1, 16 W, Ku-Band, W/G, Standard, AC-powered via external connector, CE

6916-W/S-AC/EX-CE 08-06094-001 12.0

MBUC M1, 16 W, Ku-Band, W/G, Extended, AC-powered via external connector, CE

6916-W/E-AC/EX-CE 08-06094-002 12.0

Table 4: Ku-Band BUC products (cont.)


Net mass(kg)


of 44 17-60115 Issue 2, October 2009

25 W


6925-W/S-48/EX 08-06789-001 7.0

MBUC M1, 25 W, Ku-Band, W/G, Standard, AC-powered via external connector, CE

6925-W/S-AC/EX-CE 08-06280-001 12.0

MBUC M1, 25 W, Ku-Band, W/G, Extended, AC-powered via external connector

6925-W/E-AC/EX 08-06280-002 12.0

RBUC, 25 W, Ku-Band, W/G, Standard, 48 V DC-powered via external connector, non-inverting, LAN interface

7925-W/S-48/EX-NI 08-06887-001 7.0

RBUC, 25 W, Ku-Band, W/G, Extended, 48 V DC-powered via external connector, non-inverting, LAN interface

7925-W/E-48/EX-NI 08-06887-002 7.0

40 W

RBUC, 40 W, Ku-Band, W/G, Standard, 48 V DC-powered via external connector, non-inverting, LAN interface

7940-W/S-48/EX-NI 08-06943-001 7.0

RBUC, 40 W, Ku-Band, W/G, Extended, 48 V DC-powered via external connector, non-inverting, LAN interface

7940-W/E-48/EX-NI 08-06943-002 7.0

Table 4: Ku-Band BUC products (cont.)


Net mass(kg)


17-60115 Issue 2, October 2009 of 44

Table 5: Standard accessories for Ku-Band products


Net mass(kg)

Reference Manual, Block Up Converter Systems

Included 15-44038-EN 0.5

Kit, Connector Sealing Included 15-40202 0.2

Kit, Flange, WR75 with thin O-ring and 25 mm screws

Included 15-40206 0.1

Cable, DC, Lo-Pwr, Mini 8-2S to Free end (LBUC/Accessories), 5 m (supplied with external DC-powered LBUCs only)

Included 08-06448-005 0.2

Cable, DC, Hi-Pwr, 16-11S to Free end (RBUC), 5 m (supplied with external 48 V DC-powered RBUCs only)

Included 08-06847-005 0.5

Cable, AC mains, 1 Connector, 10 m (supplied with AC-powered BUCs only)

Included 08-06201-010 1.2

NOTE

The PC serial cable and LAN cable are not part of the standard BUC package. If you are using a PC to set up the BUC instead of a Hand-held Controller 6560, please order the PC serial cable or LAN cable separately (see Table 6).

NOTEThe universal boom-mounting kit is not part of the standard BUC package. Please order separately, if required (see Table 6).

Table 6: Options for Ku-Band BUC products


Net mass(kg)

Cable, M&C, Serial, MS14P to DB9 (BUC/Controller), 2 m

08-05972-002 0.2

Cable, M&C, LAN, RBUC/Controller (Indoor/Outdoor), 2 m

08-06956-002 0.3


08-06956-006 0.5


08-06956-050 2.7


of 44 17-60115 Issue 2, October 2009


08-06956-100 5.2

Cable, DC, Lo-Pwr, Mini 8-2S to Free end (LBUC/Accessories), 5 m

08-06448-005 0.5

Cable, DC, Lo-Pwr, Mini 8-2P to 8-2S (PSU AUX/Accessories), 1 m

08-06974-001 0.5


08-06974-007 0.7

Cable, DC, Lo-Pwr, 16-11P to 8-2S (PSU to LBUC), 1 m

08-06973-001 0.2

Cable, DC, Lo-Pwr, 16-11P to 8-2S (PSU to LBUC), 5 m

08-06973-005 1.2

Cable, Coaxial, RF output, 50 Ohm with N-type to N-type plug, 1 m

08-05366-010 0.2


08-05366-020 0.3


08-05366-030 0.4


08-05366-050 0.7


08-05366-080 1.1

Kit, Boom Mounting, Universal 15-42072-000 1.2

Kit, BUC Universal Feed Mount 15-42070-000 1.5

LNB, 10.95 to 11.70 GHz, 75 K, 60 dB gain, N-type output c/w flange kit, consisting of:

LNB-Ku-R1 0.5

LNB, 10.95 to 11.70 GHz, 75 K noise temperature, 60 dB gain, N-type output

78-12010


LNB-Ku-R2 0.5


78-12011

Table 6: Options for Ku-Band BUC products (cont.)


Net mass(kg)


17-60115 Issue 2, October 2009 of 44


LNB-Ku-R3 0.5


78-12012

Transmit Reject Filter c/w flange kit, consisting of:

TRF-Ku 0.6

Filter, Transmit RejectPass: 10.70 to 12.75 GHzReject: 13.75 to 14.50 GHz

78-06016

Kit, Flange, WR75, Universal 15-40174

Hand-held Controller 6560, consisting of: 6560 1.3

Hand-held Controller 6560 08-06121-001

User Guide, Hand-held Controller/Remote Controller

15-44021-EN

Remote Controller 6570 c/w 1 m cable for interface to 6550, consisting of:

6570-IU-1 1.7

Remote Controller 6570 08-06191-001

Cable, 6550 to 6570, 1 m 08-06183-001


15-44021-EN

Remote Controller 6570 c/w 50 m cable, consisting of:

6570-50 11.2


Cable, M&C, 6570 to BUC/7586, 50 m 08-06182-050


15-44021-EN


6570-100 21.2


Cable, M&C, 6570 to BUC/7586, 100 m 08-06182-100


15-44021-EN



Net mass(kg)


of 44 17-60115 Issue 2, October 2009

6550 IF Interface Unit, consisting of: 6550 3.4

IF Interface Unit IF 6550 08-05965-001

User Guide, L-Band 6550 IF Interface Unit 15-44020-EN

Cable, 3-core, grey moulded, 2 m IEC-X (select one of the following, as appropriate):

67-9030X

X = 1, Free (no plug)

X = 5, Australian plug

X = 6, UK plug

X = 7, US plug

X = 8, EU plug

6580B BUC Power Supply module c/w AC mains cable and 8" (200 mm) mounting kit, consisting of:

6580B-8 13.0

Power Supply, BUC, 6580B 08-06417-001

Kit, Mounting, PSU/5586, 8" pole 15-40128

Cable, 3-core 24/0.20, No connectors, 10 m 08-05862-010

6580B BUC Power Supply module c/w AC mains cable and 12" (300 mm) mounting kit, consisting of:

6580B-12 13.0

Power Supply, BUC, 6580B 08-06417-001

Kit, Mounting, PSU/SSPA, 12" pole 15-40147


6582 BUC Power Supply module c/w AC mains cable and 8" (200 mm) mounting kit, consisting of:

6582-8 17.5

Power Supply, BUC, 6582 08-06843-001

Kit, Mounting, PSU/5586, 8" pole 15-40128


Cable, DC, Hi-Pwr, 16-11P to 16-11S (PSU/RBUC), 5 m

08-06848-005



Net mass(kg)


17-60115 Issue 2, October 2009 of 44

6582 BUC Power Supply module c/w AC mains cable and 12" (300 mm) mounting kit, consisting of:

6582-12 18

Power Supply, BUC, 6582 08-06843-001

Kit, Mounting, PSU/SSPA, 12" pole 15-40147



08-06848-005

7580 BUC Power Supply module c/w AC mains cable, consisting of:

7580-BM 5.4

Power Supply, BUC, 7580 08-06909-001

Kit, Boom Mounting, Universal 15-42072-000



08-06848-001

DuraComm® IDU Power Supply module, consisting of:

15-42073-000 3.4

Power Supply, DuraComm® IDU 78-16044


08-05366-010

W/G, Flexible, WR75, RF Output, Ku-Band, 900 mm (36")

15-40163 2.1

Adaptor, WR75, W/G to N-type 78-01030 0.2

Adaptor, WR75, M4 metric to 6-32 UNC, consisting of:

15-40183 0.2

Adaptor, W/G, Ku-Band 05-07155 0.1

Kit, Flange, WR75, 6-32 UNC 15-40182 0.1

Hex Allen Key, 7/64AF (6-32 UNC) 75-31400-004 –

NOTEIf an ordering part number is not provided, please use the description or the component part number to order the option.



Net mass(kg)


of 44 17-60115 Issue 2, October 2009

Shipping

LBUC

All LBUC standard packages ship in one carton (510 mm × 335 mm × 295 mm), and weigh 9.0 kg when packed. The shipment bulks out to 8.5 vol-kg gross.

MBUC

All MBUC standard packages ship in one carton (670 mm × 345 mm × 360 mm), and weigh 17.5 kg when packed. The shipment bulks out to 13.9 vol-kg gross.

RBUC

All RBUC 25 W and 40 W standard packages ship in one carton (510 mm × 335 mm × 295 mm), and weigh 9 kg when packed. The shipment bulks out to 8.5 vol-kg gross.

Options and accessories

The options and accessories listed above are shipped within the BUC cartons whenever possible. Please contact your Codan representative for further information.

6580B BUC Power Supply

The 6580B BUC Power Supply is shipped in one carton (510 mm × 335 mm × 295 mm), and weighs 13.8 kg when packed. The shipment bulks out to 8.5 vol-kg gross.

6582 BUC Power Supply

The 6582 BUC Power Supply is shipped in one carton (670 mm × 345 mm × 360 mm), and weighs 15.8 kg when packed. The shipment bulks out to 13.9 vol-kg gross.

7580 BUC Power Supply

The 7580 BUC Power Supply is shipped in one carton (510 mm × 330 mm × 290 mm), and weighs 6.4 kg when packed. The shipment bulks out to 8.6 vol-kg gross.


17-60115 Issue 2, October 2009 of 44

BUC redundancy system solutions

Redundancy switching systems for BUCs and LNBs pose system challenges not encountered in standard 70/140 MHz IF transceiver systems. Since the transmit and receive IF cables to BUCs and LNBs carry DC power, 10 MHz reference signals and the L-Band IF signals, the redundancy switching system must also manage the splitting and switching of these signals. In addition, modems are not normally able to power two BUCs simultaneously, so BUC power must be provided independently of the modem.

The 7586L Controller has been designed to provide the following options:

• BUC 1:1 redundancy switching (Tx Only)

• BUC and LNB 1:1 redundancy switching (Tx + Rx)

• internal 10 MHz reference signal for the above options

• 10 MHz reference redundancy with an external reference source

For critical applications in which protection of the receive path is also a requirement, the 7586L Tx and Rx option can be used to provide BUC and LNB switching (Tx and Rx). In this configuration, the 7586L operates in stream redundancy mode where a fault detected in either the BUC or LNB in one stream causes switchover to the other BUC and LNB pair.

Figure 7: 7586L Controller, Tx Only

NOTEThe 7586L Controller is designed to operate with externally powered BUCs.

NOTESingle-stream BUC systems are easily upgradable to a redundancy system. If your existing BUC systems use IF-powered BUCs or 6582 BUC Power Supply modules, please contact your Codan representative.

NOTE The Tx Only 7586L Controller is not upgradeable to Tx + Rx capability.

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of 44 17-60115 Issue 2, October 2009

Figure 8: 7586L Controller, Tx + Rx

The RF switching is provided by separate transmit and receive RF waveguide (W/G) switches.

Figure 9: Transmit or receive RF W/G switch

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17-60115 Issue 2, October 2009 of 44

The 7586L Controller has the following standard features:

• splits transmit IF signal to drive both BUCs

• splits 10 MHz reference and FSK M&C signals to both BUCs

• switches 10 MHz reference and receive L-Band IF signals to/from both LNBs

• provides control of switching state from either BUC via BUC M&C

• compatible with all Codan BUCs (C-Band and Ku-Band) and all power levels

• provides independent access to RS232 of 7586L Controller functions via a PC

• provides independent access to BUCs for 6560 Hand-held Controller or RS232 M&C via a PC

• provides independent access to BUCs for the 6570 Remote Controller

• provides multi-drop bus RS422 access for remote control of BUCs via its serial ports

The 7586L Controller has the following enhanced features:

• optional internal high-stability 10 MHz reference for BUCs

• fine frequency adjustment of internal 10 MHz reference to compensate for aging

• independent power level meter and alarm threshold settings for external 10 MHz reference for both BUCs and LNBs

• reference redundancy capability with automatic detection of internal and external 10 MHz reference and automatic switching if required

• internal 16 V DC supply to power LNBs

• DC power meter and alarm threshold settings for LNB supply to suit a wide range of LNBs

• self-resetting, short circuit overcurrent protection of internal DC supplies—no external fuses

• external LED monitoring of status and faults; display may be switched off

• intelligent dual-processor-based M&C providing a user command set and web server

• independent access to both BUCs or the 7586L Controller M&C via either M&C 1 SERIAL or M&C 2 SERIAL ports

• embedded web server providing user-friendly HTML pages for monitoring and controlling the 7586L Controller and both BUCs

• 10/100 BaseT LAN/Ethernet connectivity via the LAN interface

• Telnet and SNMP interfaces, with MIBs available from the Codan web site

NOTEThere is no direct access to the M&C of the 7586L Controller via RS422.


of 44 17-60115 Issue 2, October 2009

NOTEThe 7586L Controller converts the RS232 M&C of all BUCs, including LBUCs and MBUCs, and presents it as web pages and Telnet via its LAN interface. This enables indirect Ethernet access to LBUCs and MBUCs.

Table 7: Summary of Ku-Band BUC redundancy system solutions

Option Ku-Band System configuration

Tx Only Single WR75 switch To BUC SWITCH CONTROL connector

Tx Only + 10 MHz No Rx control or IF connectors and cables

Software-configurable, INT or EXT reference with auto-switchover on failure

Tx + Rx Two WR75 switches Receive switch to LNB SWITCH CONTROL connector; transmit switch to BUC SWITCH CONTROL connector

Software-configurable to Tx Only operation

Tx + Rx + 10 MHz Two WR75 switches Software-configurable, INT or EXT reference with auto-switchover on failure

Software-configurable to Tx Only operation

10 MHz reference redundancy

Internal 10 MHz reference provides reference redundancy when combined with any external reference source.

The 7586L can be set to:

• Auto, internal priority

• Auto, external priority

On failure of the primary reference source, the 7586L automatically switches to the secondary reference source


17-60115 Issue 2, October 2009 of 44

Types of systems

Use Table 8 to determine what options are available for you, depending on your requirements.

Table 8: Types of redundancy systems

Type of system Number of BUCs and LNBs Type of switch

Tx Only Two BUCs with no LNBs (or a single LNB connected directly to the modem)

Single transmit RF W/G switch (WR75)

Tx + Rx Two BUCS and two LNBs connected to the controller

Separate transmit and receive RF W/G switches (both WR75)

Tx + Rx in Tx Only mode

Two BUCs with no LNBs (or a single LNB connected directly to the modem)

Single transmit RF W/G switch (WR75)

NOTEThe 10 MHz reference signal may be supplied to the BUCs and/or LNBs from a capable modem, or with the internal 10 MHz option in the 7586L.

Table 9: Output power and corresponding input power requirements (LBUC)

Output power 4 W 8 W 16 W 25 W

Output connectors RF W/G (WR75)

Input powera

a. 7586L Controller does not multiplex modem DC power or external DC power to BUCs. DC power must be supplied directly to the BUC.

48 V DC

Power supplied to BUC viaa IF cable External DC connector

Power supplied to BUC froma 6580B 6580B or 7580

Power supplied to LNB from Modemb or 7586L

b. For Tx Only redundancy systems.

Power supplied to 7586L from 6580B or 7580(48 V DC via auxiliary output connector)


of 44 17-60115 Issue 2, October 2009

Table 10: Output power and corresponding input power requirements (MBUC)

Output power 16 W 25 W


Input power 94 V to 275 VAC

Power supplied to BUC via External AC connector

Power supplied to BUC from AC mains

Power supplied to LNB from Modema or 7586L

a. For Tx Only redundancy systems.

Power supplied to 7586L from DuraComm® SMPS ODU (78-16043)

Table 11: Output power and corresponding input power requirements (RBUC)

Output power 25 W 40 W


Input power 48 V DC

Power supplied to BUC via External DC connector

Power supplied to BUC from 7580

Power supplied to LNB from Modema or 7586L

a. For Tx Only redundancy systems.

Power supplied to 7586L from 7580(48 V DC via auxiliary output connector)


17-60115 Issue 2, October 2009 of 44

Figure 10: Layout of BUC redundancy switching system—Tx Only, AC-powered

BUC 1

totransmit

port

BUC 2

Tx W/Gswitch

7586LController

W/GTx Only

mod

em

BUCs require10 MHz referencefrom modems or7586 reference

option

termination

AC

AC

48 V DCcontroller

supply

AC

AC

DC blockand splitter

switch control

DuraComm® SMPS ODU

DC 1 DC 2

IF, 10 MHz Ref, FSK (no DC)


of 44 17-60115 Issue 2, October 2009

Figure 11: Layout of BUC redundancy switching system—Tx and Rx, AC-powered

BUC 1

LNB 1

fromreceive

port

totransmit

port

BUC 2

Tx W/Gswitch

LNB 2

7586LController

W/GTx + Rx

Rx W/Gswitch

mod

em

termination

mod

em

AC

AC


switch control

DC blockand IF switch

48 V DCcontroller

supply

AC

AC

DuraComm® SMPS ODU

DC 1 DC 2

IF, 10 MHz Ref, FSK (no DC)BUCs require

10 MHz referencefrom modems or7586 reference

option

LNBs require10 MHz referencefrom modems or7586 reference

option

15 V DC

IF, 10 MHz Ref, 15 V DC


17-60115 Issue 2, October 2009 of 44

Figure 12: Layout of BUC redundancy switching system—Tx Only, DC-powered

BUC 1

totransmit

port

BUC 2

Tx W/Gswitch

7586LController

W/GTx Only

mod

em


option

termination

AC


switch control

48 V DC

48 V DC

AC

48 V DC

48 V DC6580B/7580

6580B/7580

controller supplyDC 1

AUX

MAIN

MAINAUX




of 44 17-60115 Issue 2, October 2009

Figure 13: Layout of BUC redundancy switching system—Tx and Rx, DC-powered

LNB 1

fromreceive

port

LNB 2

7586LController

W/GTx + Rx

Rx W/Gswitch

mod

em


BUC 1

totransmit

port

BUC 2


option

termination

AC

switch control

48 V DC

48 V DC

AC

48 V DC

48 V DC6580B/7580

6580B/7580


AUX

MAIN

MAINAUX



Tx W/Gswitch

mod

em


option

15 V DC




17-60115 Issue 2, October 2009 of 44

Figure 14: Layout of BUC redundancy switching system—Tx Only, DC-powered (DuraComm® IDU Power Supply module)

BUC 1

totransmit

port

BUC 2

Tx W/Gswitch

7586LController

W/GTx Only

mod

em


option

termination


switch control

48 V DC

AC

48 V DC




IF OUT

IF INnot used

MAIN

Dur

aCom

m®

IDU

PSU

(78-

1604

4)

Indoor Outdoor

AC

Dur

aCom

m®

IDU

PSU

(78-

1604

4) IF OUT

IF INnot used

AUX

MAIN

AUX


of 44 17-60115 Issue 2, October 2009

Figure 15: Layout of BUC redundancy switching system—Tx and Rx, DC-powered (DuraComm® IDU Power Supply module)

BUC 1

totransmit

port

BUC 2

Tx W/Gswitch

7586LController

W/GTx + Rx

mod

em


option

termination


switch control

48 V DC

AC

48 V DC




IF OUT

IF INnot used

MAIN

Dur

aCom

m®

IDU

PSU

(78-

1604

4)

Indoor Outdoor

AC

Dur

aCom

m®

IDU

PSU

(78-

1604

4) IF OUT

IF INnot used

LNB 1

fromreceive

port

LNB 2

Rx W/Gswitch

mod

em


option

15 V DC



48 V DC

48 V DCAUX

MAIN

AUX


17-60115 Issue 2, October 2009 of 44

Redundancy products, accessories and options

NOTE All quantities are single units, unless stated otherwise.

NOTEIn the ordering part numbers below, M1 refers to 16 W and 25 W MBUCs. R1 refers to DC-powered RBUCs.

NOTEA list of available interconnection drawings is provided on page 43, Interconnection drawings.

For details on... See...

Ku-Band redundancy switching systems (Tx Only) Table 12 on page 39

Ku-Band redundancy switching systems (Tx and Rx) Table 13 on page 40

Options for Ku-Band redundancy switching systems Table 14 on page 41

Table 12: Ku-Band redundancy switching systems (Tx Only)

Description Ordering part number Net mass(kg)

7586L Controller, LBUC, Ku-Band, W/G, Tx Only, consisting of:

7586L-KU/W-L1-TO 18.3

7586L Controller 08-06997-001

Kit, Redundancy System, LBUC, Ku-Band, W/G, Tx Only

15-42088-000

7586L Controller, LBUC, Ku-Band, W/G, Tx Only, 10 MHz Ref, consisting of:

7586L-KU/W-L1-TO/REF 18.3

7586L Controller with 10 MHz option 08-06997-002

Kit, Redundancy System, LBUC, Ku-Band, W/G, Tx Only

15-42088-000

7586L Controller, MBUC M1, Ku-Band, W/G, Tx Only, consisting of:

7586L-KU/W-M1-TO 18.3

7586L Controller 08-06997-001

Kit, Redundancy System, MBUC M1, Ku-Band, W/G, Tx Only

15-42090-000


of 44 17-60115 Issue 2, October 2009

7586L Controller, MBUC M1, Ku-Band, W/G, Tx Only, 10 MHz Ref, consisting of:

7586L-KU/W-M1-TO/REF 18.3


Kit, Redundancy System, MBUC M1, Ku-Band, W/G, Tx Only

15-42090-000

7586L Controller, RBUC R1, Ku-Band, W/G, DC, Tx Only, consisting of:

7586L-KU/W-R1-TO 18.3

7586L Controller 08-06997-001

Kit, Redundancy System, RBUC R1, Ku-Band, W/G, DC, Tx Only

15-42092-000

7586L Controller, RBUC R1, Ku-Band, W/G, DC, Tx Only, 10 MHz Ref, consisting of:

7586L-KU/W-R1-TO/REF 18.3


Kit, Redundancy System, RBUC R1, Ku-Band, W/G, DC, Tx Only

15-42092-000

Table 13: Ku-Band redundancy switching systems (Tx and Rx)


7586L Controller, LBUC, Ku-Band, W/G, Tx + Rx, consisting of:

7586L-KU/W-L1-TR 18.3

7586L Controller 08-06997-003

Kit, Redundancy System, LBUC, Ku-Band, W/G, Tx + Rx

15-42089-000

7586L Controller, LBUC, Ku-Band, W/G, Tx + Rx, 10 MHz Ref, consisting of:

7586L-KU/W-L1-TR/REF 18.3


Kit, Redundancy System, LBUC, Ku-Band, W/G, Tx + Rx

15-42089-000

Table 12: Ku-Band redundancy switching systems (Tx Only) (cont.)



17-60115 Issue 2, October 2009 of 44

7586L Controller, MBUC M1, Ku-Band, W/G, Tx + Rx, consisting of:

7586L-KU/W-M1-TR 18.3

7586L Controller 08-06997-003

Kit, Redundancy System, MBUC M1, Ku-Band, W/G, Tx + Rx

15-42091-000

7586L Controller, MBUC M1, Ku-Band, W/G, Tx + Rx, 10 MHz Ref, consisting of:

7586L-KU/W-M1-TR/REF 18.3


Kit, Redundancy System, MBUC M1, Ku-Band, W/G, Tx + Rx

15-42091-000

7586L Controller, RBUC R1, Ku-Band, W/G, DC, Tx + Rx, consisting of:

7586L-KU/W-R1-TR 18.3

7586L Controller 08-06997-003

Kit, Redundancy System, RBUC R1, Ku-Band, W/G, DC, Tx + Rx

15-42093-000

7586L Controller, RBUC R1, Ku-Band, W/G, DC, Tx + Rx, 10 MHz Ref, consisting of:

7586L-KU/W-R1-TR/REF 18.3


Kit, Redundancy System, RBUC R1, Ku-Band, W/G, DC, Tx + Rx

15-42093-000

Table 14: Options for Ku-Band redundancy switching systems


Net mass(kg)

Cable, M&C, Serial, MS14P to DB9 (BUC/Controller), 2 m

08-05972-002 0.2


08-06956-002 0.3


08-06956-006 0.5


08-06956-050 2.7

Table 13: Ku-Band redundancy switching systems (Tx and Rx) (cont.)



of 44 17-60115 Issue 2, October 2009

Shipping

LBUC, MBUC and RBUC redundancy systems

All BUC redundancy systems ship in one carton (670 mm × 330 mm × 330 mm), and weigh either 22 kg (Tx only) or 23 kg (Tx and Rx) when packed. This shipment bulks out to 16 vol-kg gross.


08-06956-100 5.2

Cable, DC, Lo-Pwr, Mini 8-2S to Free end (LBUC/Accessories), 5 m

08-06448-005 0.5


08-06974-001 0.5


08-06974-007 0.7


6570-50 11.2


Cable, M&C, 6570 to BUC/7586, 50 m 08-06182-050


15-44021-EN


6570-100 21.2


Cable, M&C, 6570 to BUC/7586, 100 m 08-06182-100


15-44021-EN

NOTE Cable 08-06098-xxx is not used between the 6570 and the 7586L.

Table 14: Options for Ku-Band redundancy switching systems (cont.)


Net mass(kg)


17-60115 Issue 2, October 2009 of 44

Interconnection drawings

Table 15: Interconnection drawings

Title Codan part number

Redundancy System, LBUC, Ku-Band, W/G, Tx Only 03-01243 (sheet 1)

Redundancy System, LBUC, Ku-Band, W/G, Tx + Rx 03-01243 (sheet 2)

Redundancy System, MBUC M1, Ku-Band, W/G, Tx Only 03-01246 (sheet 1)

Redundancy System, MBUC M1, Ku-Band, W/G, Tx + Rx 03-01246 (sheet 2)

Redundancy System, RBUC, Ku-Band, W/G, DC, Tx Only 03-01247 (sheet 1)

Redundancy System, RBUC, Ku-Band, W/G, DC, Tx + Rx 03-01247 (sheet 2)


of 44 17-60115 Issue 2, October 2009

This page has been left blank intentionally.

03-01243 (sheet 1)

03-01243 (sheet 2)

03-01246 (sheet 1)

03-01246 (sheet 2)

03-01247 (sheet 1)

03-01247 (sheet 2)

17-60115 Issue 2, October 2009 Index-1

Index

Numerics10 MHz reference 4, 948 V DC 96550 IF Interface Unit 6, 10

configuration 12with 6580B BUC Power Supply 12

6560 interface 176570 interface 166580B BUC Power Supply 6

configuration 136582 BUC Power Supply 7

configuration 137580 BUC Power Supply 7

configuration 137586L Controller 27

BBUC products

Ku-Band 18options 21redundancy solutions 27standard accessories

Ku-Band 21

Cconfiguration

6550 IF Interface Unit 12with 6580B BUC Power Supply 12

6580B BUC Power Supply 136582 BUC Power Supply 137580 BUC Power Supply 13DuraComm IDU Power Supply 14

DDC power 4, 9, 10DuraComm

IDU Power Supply 7configuration 14

SMPS ODU 7, 32

FFSK interface 15FSK M&C 4, 10

HHTTP web interface 16

IIF Interface Unit 6interface

additional for 7700/7900 series 16HTTP web 16LAN 16SNMP 16Telnet 16

standard 156560 176570 16FSK 15RS232 15RS422/485 15

KKu-Band BUC products 18

standard accessories 21Ku-Band redundancy switching systems

Tx and Rx 40Tx Only 39

LLAN interface 16

MM&C 15

Nno 10 MHz reference from modem 9no DC power from modem 9

Ooptical fibre interfacility link 10

Ppower supply

6580B 66582 77580 7DuraComm IDU 7

Index

Index-2 17-60115 Issue 2, October 2009

Rredundancy switching of LNB 27RS232 interface 15RS422/485 interface 15

Sshipping 42shipping details 26SNMP interface 16summary of BUC solutions 8

TTelnet interface 16

kubandbuc_syssol(1)

Documents

layout of buc redundancy

basic buc systems

b buc power supply module

redundancy systems

dc power

basic singlebuc systems

kuband buc system solutions17

redundancy products