Satcom Resources BC1X00 Installation Manual Download Page 3

Introduction

 2

1. 3 Electromagnetic Compatibility

In order to ensure EMC compliance all electrical signal and data cables and connectors must 
use a screened connector shell with a screened cable. The cable screen must be terminated 
to the screened connector shell and not connected to any pins of the connector. Failure to 
use the correct connector may compromise EMC compliance.

1. 4 EN55022 Declaration

BC1X00 units are a Class A product. In a domestic environment it may cause radio 
interference in which case the user may be required to take adequate measures. 

1. 5 FCC Declaration

This equipment has been tested and found to comply with the limits for a Class A digital 
device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide 
reasonable protection against harmful interference when the equipment is operated in a 
commercial environment. This equipment generates, uses, and can radiate radio frequency 
energy and, if not installed and used in accordance with the instruction manual, may cause 
harmful interference to radio communications. Operation of this equipment in a residential 
area is likely to cause harmful interference in which case the user will be required to correct 
the interference at its own expense.

1. 6 RoHS Compliance

The BC1X00 is compliant with the EU RoHS directive 2002/95/EC.  The RoHs directive bans 
the use of six hazardous materials in products placed on the market after July 1

st

 2006.  The 

six banned materials are Lead, Mercury, Hexavalent Chromium, Polybrominated Biphenyls, 
Polybrominated Diphenyl Ethers and Cadmium.  

To ensure product reliability, the RoHS directive exempts Network Infrastructure Equipment 
including the BC range, allowing the use of standard leaded solder; as such the BC range is 
manufactured using leaded solder.

1. 7 Power Supply

The BC1X00 is powered by an internal mains-fed power supply. The mains input voltage is 
100-250VAC, 50/400Hz with a maximum current of 50mA. The units are fitted with an 
internal 1A fuse. Mains power is connected via an IEC inlet on the rear panel.

An alternative -48VDC power supply is available on all units as a custom order item. The 
supply definition of the DC supply is minus 36 to minus 72 VDC, 200-100 mA. DC power is 
supplied via a 3 pin Buccaneer socket fitted to the rear panel. A Buccaneer plug is supplied 
with the unit for customer’s own wiring. The connections are labelled on the rear panel of the 
BC1X00 as shown in the schematic below.

Figure 1. 2 Buccaneer DC socket

Pin1

-48V

Pin3

0V

L

__

Summary of Contents for BC1X00

Page 1: ...Document Part No 76 02 050A Metrodata BC1X00 Baseband Converter Range Installation Guide BC1X00 ...

Page 2: ...w Figure 1 1 BCX00 application The BC1X00 range of converters has been designed to be plug and go conforming to appropriate standards physically very compact and rack mountable in sets of 2 using a dual face plate or 18 units in a rack mount kit for large installations Metrodata are continually developing new models so if the interface combination required is not listed in this guide please contac...

Page 3: ...ence in which case the user will be required to correct the interference at its own expense 1 6 RoHS Compliance The BC1X00 is compliant with the EU RoHS directive 2002 95 EC The RoHs directive bans the use of six hazardous materials in products placed on the market after July 1st 2006 The six banned materials are Lead Mercury Hexavalent Chromium Polybrominated Biphenyls Polybrominated Diphenyl Eth...

Page 4: ... connected to a supply socket that is physically located close to the unit and is easily accessible Safety Notes Excessive voltages are present inside the unit There are no user serviceable parts inside the unit and the cover should not be removed by unqualified personnel The unit must not be exposed to damp or condensing conditions Product Watts Power Consumption Current Range mA for 100 250 VAC ...

Page 5: ...gle Metrodata BC1X00 model and for UK shipments only a power cable If there is any visible damage do not attempt to connect the device Contact your Supplier or Metrodata Technical Support for advice and assistance The rear panels of typical BC1X00 units are shown above in this section Note that the current rating shown on the rear panel label is the maximum current which corresponds to the lowest ...

Page 6: ...RD A From DCE 4 Request to Send A To DCE 5 Clear to Send A From DCE 6 Data Set Ready A From DCE 7 Signal Ground Ground 8 Data Carrier Detect A RR A From DCE 9 Receive Timing B RT B From DCE 10 Data Carrier Detect B RR B From DCE 11 Terminal Timing B TT B To DCE 12 Send Timing B ST B From DCE 13 Clear to Send B From DCE 14 Send Data B SD B To DCE 15 Send Timing A ST A From DCE 16 Receive Data B RD ...

Page 7: ...al state OFF Pin Pin Signal Signal name Direction 1 26 SG Signal Ground 2 27 RT Receive Timing A To DTE 3 28 CA DCE Available A To DTE 4 29 RD Receive Data A To DTE 5 30 LC Loopback C To DTE 6 31 ST Send Timing A To DTE 7 32 SG Signal Ground 8 33 TA DTE Available A To DCE 9 34 TT Terminal Timing A To DCE 10 35 LA Loopback A To DCE 11 36 SD Send Data A To DCE 12 37 LB Loopback B To DCE 13 38 SG Sig...

Page 8: ... EN60950 Clause 2 3 2 6 Connect the HSSI port The HSSI port of the BC1X00 is presented on an industry standard miniature 50 way connector The same connector is used for both the BC1000 DTE and BC1100 DCE ports HSSI is a fault tolerant interface and should not be damaged by connecting similar port types e g DTE to DTE or DCE to DCE In such circumstances however normal operation will not be possible...

Page 9: ...te complete with one or two BC1X00 units into the 19 rack using the locating holes at the ends of the adaptor plate Ensure that the bit switches are set correctly before installing the rack mount kit 2 9 Power up the BC1X00 The unit requires 100 250 VAC 50 60 Hz AC supply An alternative 48VDC power supply is available as a custom order item for all models See Section 2 for further details of power...

Page 10: ...DSR control output LVDS DSR may be set to the ON state or alternatively set to follow the state of the DCE supplied HSSI CA control input 3 1 4 Bit switch 4 This switch is not used on the BC1000 and should be set to the ON state for normal operation Bold characters Factory Default Serial No BC1000 EIA 644 LVDS CONVERTER AC Part Number 80 05 556 Metrodata Ltd TW20 8RY UK Tel 44 0 1784 744700 Fax 44...

Page 11: ...ed when the LVDS DTE equipment does not provide a source synchronous LVDS TT signal 3 1 7 LVDS ST This switch is only used when the HSSI TT select is in the OFF state selecting LVDS ST as the source for HSSI TT At higher speeds the round trip delays introduced by the cable may be such that the data change is coincident with the data sample point Inverting ST will enable higher speed operation when...

Page 12: ...or both Co Directional and Contra Directional LVDS operation For a Co Directional LVDS interface HSSI ST is passed transparently through the BC1000 The LVDS device will then use this clock to generate the LVDS along with the LVDS SD Send Data Data and Clock are then passed through Where the LVDS device does not return LVDS TT the BC1000 uses HSSI ST to sample the data from the LVDS device and to g...

Page 13: ...D input OFF OFF ON Follow CTS and DCD ON ON OFF Follow LVDS DSR OFF ON OFF Follow DSR and CTS ON OFF OFF Follow DSR and DCD OFF OFF OFF Follow DSR and DCD and CTS Bold characters Factory Default Serial No BC1100 EIA 644 LVDS CONVERTER AC Part Number 80 05 557 Metrodata Ltd TW20 8RY UK Tel 44 0 1784 744700 Fax 44 0 1784 744730 For product manual and other information www metrodata co uk Manufacture...

Page 14: ...switch set to the ON position the LVDS DTR is set ON With the switch in the OFF position the DTR control is set to follow the HSSI TA input 4 1 5 LVDS TT In order to support Contra Directional LVDS interfaces the source of the LVDS TT output is selectable With the bit switch set to the ON position the LVDS TT is sourced directly from the HSSI TT signal With the bit switch in the OFF position the i...

Page 15: ... For a Co Directional LVDS interface LVDS ST is passed transparently through the BC1100 The HSSI device will then use this clock to generate the HSSI TT along with the HSSI SD Send Data Data and Clock are then passed through Where the LVDS device does not use LVDS TT the BC1100 uses LVDS ST to re time the data from the HSSI device and to generate the LVDS TT Contra Directional interfaces are depen...

Page 16: ...hich may be used in this manual are hereby acknowledged Copyright 2006 by Metrodata Ltd All Rights Reserved EIA 644 Interface Definition Mode BC1000 DCE Presentation 25 way Female D type Mode BC1100 DTE Presentation 25 way Male D type HSSI Interface Definition Mode BC1000 DTE or BC1100 DCE Presentation Miniature 50 way Female connector General Definition Power supply 100 250 VAC 50 60 Hz 50 mA or ...

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