Integral

IP Telephony

Contact Centers

Mobility

Services

Bedienungsanleitung

Operating instructions

Manual de manejo

Notice d’utilisation

Istruzioni d’uso

Gebruiksaanwijzing© 2005 All rights reserved for Avaya Inc. and Tenovis GmbH & Co. KG.4.999.000.000 · 00/00/03 · T3 · de · es · gb · fr · it · nl ·

Avaya-Tenovis GmbH & Co. KG

Kleyerstraße 94

60326 Frankfurt am Main

Telefon 0 800 266 - 10 00

Fax 0 800 266 - 12 19

[email protected]

avaya.tenovis.de

Installation Integral 5 easy

User’s guide

Installation manual Integral 5 D/E easy

Copyright ................................................................................. 7EU-Declaration of Conformity ............................................... 9

CE Declaration of Conformity ..........................................................9Introduction ........................................................................... 11

Integral 5 D easy ...........................................................................13 Integral 5 E easy ...........................................................................15

Earthing ................................................................................. 17BNx from below with earthing connections ....................................18 BNx and EXE from below with earthing connections ....................19Earthing plug ..................................................................................20Example of earthing using an earthing plug ..................................21

Cable channel ....................................................................... 23Install the cable channel ................................................................24

Cables .................................................................................... 25Cables particular to the I5 ..............................................................25Installation cable ............................................................................29

Main distributor frame (20 ports) ........................................ 31 Short description of main distributor frame ...................................33Patch cables – MDF for further illustrations ...................................34Connection variants for S0 bus to 2 bus subscribers ....................39Star S0 bus using MDF ..................................................................43

Power supply ........................................................................ 47Plug-in mains unit ..........................................................................47Connection conditions for the plug-in mains unit ...........................48

Wiring ..................................................................................... 51S0 subscriber – classic S0 wiring ..................................................51S0 subscriber – point-to-point wiring .............................................53S0 subscriber – point-to-multiple-point wiring (passive bus) .........54

S0 subscriber – point-to-multiple-point wiring (extended passive bus) ....................55S0 subscriber – Y wiring ................................................................56Analog subscribers / UPN subscribers ..........................................57Connection T0 to NTBA (TK and MSN) .........................................58

Direct connection (preferred connection option) .....................58Connection via UAE socket(s) (required, if distance from NTBA to PABX >10 m) ..................59

Connection PRI to NTPM: .............................................................60Direct connection (preferred connection option) .....................60Connection using MDF ............................................................61

Connection RBS to UPD port ........................................................62Connection using MDF ............................................................62

Basic module BND (control module for I5 D easy) ............ 63Short description of BND (control module for I5 D easy) ...............64Allocation of plug-in mains unit and SVin socket on BND, BNS, BNE, EXE ...................................................................65Allocation of IOM expander 1 and 2 ..............................................66Allocation of V.24 Interface ............................................................66LEDs on the BND ..........................................................................67Items for mounting on the BND .....................................................68 Items for mounting on the EXE (Extension of Integral 5 D easy with BND and EXE) .....................69

Basic module BNE (control module for I5 E easy) ............ 71Short description of BNE ...............................................................72

Allocation of IOM expander 1 thro 4 and LANout ....................73Items for mounting on the BNE ......................................................74Items for mounting on the EXE (Extension of Integral 5 E easy with BNE and EXE) ......................75

06/07 34.999.112.593


Basic module BNS (slave module for I5 E easy) ............... 77Short description BNS (slave module) ...........................................78

Allocation of IOM expander 1 thro 4 and LANin ......................79Items for mounting on the BNS .....................................................80Items for mounting on the EXE (Extension of Integral 5 E easy with BNS and EXE) .....................81

Basic module IPU (IP unit) ................................................... 83Short description of IPU 84Assignment of LANin, LANout, plug-in mains unit, SV socket IPU ...............................................................................85LEDs and DIP switch on the IPU ...................................................86

LED displays ...........................................................................87Dip switch ................................................................................ 88

Basic module EXE (expansion unit for I5 D/E easy) .......... 89Short description of EXE ...............................................................90Items for mounting on the EXE, connected to a BND ...................91Items for mounting on the EXE, connected to a BNE/BNS ...........93Assignment of IOM expander L, R and LAN .................................96DIP switch on the EXE ..................................................................97

DIP switch on the EXE ............................................................ 98Plug-in module CV1 (LAN, I5 D/E) ..................................... 101

Module view and socket allocation ..............................................101Short description CV1 .................................................................102Further information ......................................................................103

Plug-in module DIA (IOM, I5 D/E) ...................................... 105Module view and socket allocation ..............................................105Short description of DIA ..............................................................106Specific features ..........................................................................107

Plug-in module DSI (IOM, I5 D/E) ....................................... 109Module view and socket allocation ..............................................109

Short description DSI, DHI, FSP ................................................. 110Plug-in module M4A (IOM, I5 D/E) ..................................... 111

Module view and socket allocation .............................................. 111Short description M4A ................................................................. 112M4A – subs circuit using MDF .................................................... 114M4A – exchange circuit using MDF ............................................ 115Peripherals circuit using MDF ..................................................... 116

Plug-in module MA2 (IOM, I5 D/E) ..................................... 117Module view and socket allocation .............................................. 117Short description of the MA2 ....................................................... 118MA2 – subscriber circuit using MDF ........................................... 120

Plug-in module MS4 (IOM, I5 D/E) ...................................... 123Module view and socket allocation .............................................. 123Short description of MS4 ............................................................. 124Connecting MS4 T0/S0 using MDF ............................................. 125Connecting MS4 T0/S0 using MDF ............................................. 126I55 <---> I5 connection via QSIG to/via MS4 .............................. 127

PB1 (emergency power supply) ......................................... 129Module views .............................................................................. 129Short description PB1 ................................................................. 131Further information ...................................................................... 132LED (flashing rhythm / signalling) ............................................... 133Battery Test ................................................................................. 137Re-charging Battery .................................................................... 138Switching off the supply voltage (to BNx or IP module) .............. 139Battery/accumulator change ....................................................... 139

Plug-in module PRI (LAN, I5 E) .......................................... 141Module view and socket allocation .............................................. 141 Short description PRI ................................................................. 142Module-specific data ................................................................... 142

06/07 44.999.112.593


Connection to NTPM using a UAE socket ...................................144Connection to NTPM using the MDF ...........................................145IPO <---> I5 connection via QSIG to/via PRI ...............................146I55 <---> I5 connection via QSIG to/via PRI ................................147

Plug-in module S4A (IOM, I5 D/E) ...................................... 149Module view and socket allocation ..............................................149Short description of S4A ..............................................................150Analog connection using MDF .....................................................151

Plug-in module S4D (IOM, I5 D/E) ...................................... 153Module view and socket allocation ..............................................153Short description of S4D ..............................................................154Summary of the radio ranges ......................................................155Connecting RBS1 and RBS2 using MDF ....................................156Connecting RBS1 and RBS2 using MDF ....................................157Maximum number of DECT units that can be installed on the system ..............................................................................158

Plug-in module S8D (LAN, I5 E) ......................................... 161Module view and socket allocation ..............................................161Short description of S8D ..............................................................162RBS connection using Y cable ....................................................163RBS1 thro RBS4 – connection using MDF ..................................164DECT mounting ...........................................................................166

Plug-in module S8P (LAN, I5 E) ......................................... 169Module view and socket allocation ..............................................169Short description of S8P ..............................................................170Directly connecting UPN subscriber ............................................170Connecting UPN subs 1 to UPN subs 4 (UPN subs 5 to UPN subs 8) using distributor .............................171

Plug-in module SXS / S4S (IOM, I5 D/E) ............................ 173Module view and socket allocation ..............................................173

Short description of SXS ..............................................................174S0 connection using MDF (usual) – 1 ..........................................175

Plug-in module T8S (IOM, I5 D/E) ...................................... 177Module view and socket allocation ..............................................177 Short description T8S .................................................................178S0 connection using MDF – 1 ......................................................179T0 connection using MDF ............................................................181I55 <---> I5 connection via QSIG to/via T8S ................................183

Plug-in module V.24 ........................................................... 185Module view and socket allocation ..............................................185Short description of V.24 .............................................................186

Installation examples I5 D easy ......................................... 187Explanation of the BND block diagram ........................................188Plug-in modules, B-channels, Arrangements in principle ............190Example 1 – 1 x BND ..................................................................195

Explanation of example 1 ......................................................195Example 2 – BND plus EXE - maximum S0 expansion ...............196

Explanation of example 2 ......................................................196Example 3 – BND plus EXE - maximum UPN expansion ............197

Explanation of example 3 ......................................................197Example 4 – BND plus EXE - maximum analog expansion ........198

Explanation of example 4 ......................................................199Example 5 – BND plus EXE - maximum DECT expansion .........200

Explanation of example 5 ......................................................201Installation examples I5 E easy ......................................... 203

Explanation of the BNE block diagram ........................................204Explanation of the EXE block diagram ........................................204Explanation of the BNS block diagram ........................................205Explanation of the IPU block diagram ..........................................205Plug-in modules, B channels, arrangements in principle .............206

06/07 54.999.112.593


Example 1 – max. S0 expansion .................................................211Explanation of example 1 ......................................................212

Example 2 – max. UPN expansion ..............................................213Explanation of example 2 ......................................................214

Example 3 – max. analog expansion ..........................................216Example 4 – max. DECT expansion ...........................................218

Explanation of example 4 ......................................................219Example 5 – mixed expansion (T0, S0, DECT, UPN)) ................ 221

Explanation of example 5 ......................................................222Example 6 – Expansion with IPU ................................................223

Commissioning ................................................................... 225Check List ....................................................................................225Start up the system .....................................................................226Reset ...........................................................................................226Cold start .....................................................................................227Switch-on test .............................................................................. 227Upgrading / reconfiguring modules .............................................228Extending with EXE, BNS, IPU / substituting a BNx, EXE, IPU ......................................................230

Technical Data .................................................................... 231Power supply (plug-in mains unit) ...............................................231PB1 (converter module) ..............................................................231Connection specification for a/b subscriber .................................232 Connection specifications for DECT subscriber .........................232Connection specification for S0 Telephone .................................233Connection specification for UPN subscribers ............................233Dimensions ..................................................................................234Heat dissipation ...........................................................................235Ambient conditions ......................................................................235Transmission Technical Values of the Data Connection .............235

Connection for door station ............................................... 237Connection for Siedle TLM/TK 511-0 (4-wire) TLM 611-0 (4-wire) ...................................................................... 237Grothe door station (4-wire) ........................................................ 239Connection for Siedle PVG 601 (FTZ 123 D) (2-wire) ................ 241Connection for telephone-door intercom system / telephone-interphone porter (Koch) ............................................ 243Connection for Seko-BTicino, Sfera door speaker 302120 (4-wire) ........................................... 245Connection for ELA (4-wire) ........................................................ 247Potential-free contacts, sensor contact ....................................... 249

Compatibility I5 easy and I5 ............................................... 251

06/07 64.999.112.593

Installation manual Integral 5 D/E easy Copyright

Copyright© Avaya Inc. and Avaya GmbH & Co. KG, Frankfurt am Main

All rights reserved.

Ref. no: 4.999.112.593

Version: 06 / 07

Reproduction and disclosure of information contained in this document, in whole or in part, require the prior written consent of Avaya GmbH & Co. KG.

All technical data, information and properties of the product described in this document have been compiled to the best of our knowledge at the time printing.

Modifications and improvements to the product are possible because of new technical developments.

Avaya GmbH & Co. KG

06/07 74.999.112.593

Installation manual Integral 5 D/E easy Copyright

06/07 84.999.112.593

Installation manual Integral 5 D/E easy EU-Declaration of Conformity

EU-Declaration of ConformityCE Declaration of Conformity

We Avaya GmbH & Co. KG declare that the products I1/I3/I5 (telecommunication systems in various upgrade stages) concur with the basic requirements and other relevant provisions of EC guideline 1999/5/EC concerning on radio equipment and telecommunications terminal equipment and the mutual recognition of their conformity.

The telecommunications systems are intended to be connected to analogue 2-wire interfaces (analogue connection) and digital Euro-ISDN interfaces (base and primary multiplex connection, NTBA or NTPM) of public telecommunication networks within the European Community. The telecommunications systems support radio interfaces in accordance with the DECT standard. The technical details for connecting to the above named public interfaces can be found in the system documentation.

Due to the differences in public telecommunication networks of different states and network providers, this EU conformity with the mentioned EU guidelines is not an absolute guarantee for successful operation in every existing or future telecommunications network.

At present, we are not aware of any public telecommunication network on which this product cannot be operated.

In the event of any problems, please contact your dealer.

The complete Declaration of Conformity can be requested at the following Internet address:

www.avaya.de/gcm/emea/de/includedcontent/conformity.html

or look for „Conformity“ in the index.

06/07 94.999.112.593

Installation manual Integral 5 D/E easy EU-Declaration of Conformity

06/07 104.999.112.593

Installation manual Integral 5 D/E easy Introduction

IntroductionThis document describes the installation of both systems, Integral 5 D easy and Integral 5 E easy. The basis of both these systems id the Integral 5.

Both systems contain a standard client set (basic programming), so that they are immediately functional after switching on. The special configuration of both systems is achieved by use of the "ISA" tool.

Service and customer data can be edited,

The Integral 5 easy is designed for universal use, e.g.

on site - using the system telephone and input of codeson site - using a PC (S0, modem, V24)remotely - using a PC

as a communication system

in the office for self-employed people in a medical practice for freelancers in a legal practice for private households in administration in a hotel as a central system etc. as a serial system (key system)

06/07 114.999.112.593


This system is driven by software that contains all features described in the "Data Input" handbook.

The system is connected to the exchange by either an ISDN and/or analog connections.

The lines for the internal and external communication network (digital / analog subscribers / exchanges) can be plugged in:

Interfaces:

digital interfaces for operating system telephones and ISDN/DSS1-compatible end devices such as PCs, terminal adapters, fax (group 4), etc.

analog interfaces for standard telephones or other analog end devices (e.g. fax, modem, speech recorder).

Ethernet interfaces for IP phones using Ethernet release 5 or higher

Interfaces:

plugged directly into the individual socket module

attached to LSA + terminal strips in the distribution box and thence plugged into the individual modules using WE-WE patch cables

A mixed system configuration with direct power supply and emergency power supply (with and without PB1) is not permissible!The system layout rules can be found under http://ucpn.intranet.tenovis.com/unternehmen/marketing/tksysteme/integral5/Konfiguration-Datenblatt/Systemaufbauregel-I5D.pdf andhttp://ucpn.intranet.tenovis.com/unternehmen/marketing/tksysteme/integral5/Konfiguration-Datenblatt/Systemaufbauregel-I5E.pdf

06/07 124.999.112.593


Integral 5 D easy

The Integral 5 D easy is the "smaller" system of the two.

Refer to the chapters identical to the Integral 5 such as "Earthing", "HVT", "Cable channel", "Cable", "Power supply" and "Installation" and also to the module descriptions and "System layout I5 D easy".

BNDEXE

Slot 2 / Adress 1Slot 4 / Adress 3

Slot 1 / Adress 0

DC in

Slot 8 / Adress 7

V.24

DC out

Slot 2 / Adress 1 Slot 6 / Adress 5

Slot 4 / Adress 3Slot 3 / Adress 2

EXPL EXPR EXP2DC inEXP1

06/07 134.999.112.593


The system layout is modular and can comprise the following basic modules and plug-in modules:

Name LAN/IOM Name LAN/IOM

BND

Basic exchange module 1 x per system 4 slots for IOM/LAN plug-in modules 2 IOM outputs for EXE connections V24 output 16 internal IOM channels 16 external IOM channels

CV1 LAN Voice controller

EXE(here on BND)

Extension module EXE controlled by BND max. 2 x per system 4 slots for IOM plug-in modules 2 x IOM inputs

T8S LAN 4 x S0 fixed, 4 x S0/T0 switchable

DIA IOM Integral automatic call recording switchboard STN Plug-in mains unitSXS/S4S IOM 4 x S0 subscribers PB1 Emergency power supplyS4A IOM 4 x a/b subscribersM4A IOM 3 x a/b lines, 1 x a/b subscriberS4D IOM 4 x UPN for 2 x DECT-RBSMA2 IOM 1 x a/b line, 1 x a/b subscriberDSI IOM 1 x door station (2-wire, 4-wire), 1 x FSPMS4 IOM 2 x T0, 2 x S0

06/07 144.999.112.593


Integral 5 E easy

The Integral 5 E easy is the "smaller" system of the two. As well as the IOM plug-in modules on the EXE, the LAN plug-in modules on the EXE can also be used here.

Refer to the chapters identical to the Integral 5 such as

"Earthing",

"HVT",

"Cable channel",

"Cable",

"Power supply" and "Installation"

and also to the module descriptions and "System layout I5 E easy“.

EXE

EXE EXE BNS

IPU

EXE EXE BNE

06/07 154.999.112.593


The system layout is modular and can comprise the basic modules and plug-in modules:

Name LAN/IOM Name LAN/IOM

BNE

Basic exchange module 1 x per system 4 slots for IOM/LAN plug-in modules 4 IOM outputs for EXE connections 1 LAN output in contrast to the BND, no V24 output (slot 2) 16 internal IOM channels 32 external IOM channels

S8P IOM 8 x UPN 2-wire

BNSSlave module

16 internal IOM channels 32 external IOM channels

PRI LAN Primary Rate Interface

EXE (here on BNE/BNS)

Extension module EXE max. 12 x per system 4 x on BNE 4 x on BNS 4 x LAN

CV1 LAN Voice controller

IPU Internet protocol unit max. 2 x per system S8D LAN 8 x UPD for 4 x DECT-RBS,

7 channelsDIA IOM Integral automatic call recording switchboard T8S LAN 4 x S0 fixed, 4 x S0/T0 switchableSXS/S4S IOM 4 x S0 subscribers STN Plug-in mains unitS4A IOM 4 x a/b subscribers PB1 Emergency power supplyM4A IOM 3 x a/b lines, 1 x a/b subscriberS4D IOM 4 x UPN for 2 x DECT-RBS - 4 channelsMA2 IOM 1 x a/b line, 1 x a/b subscriberDSI IOM 1 x door station (2-wire, 4-wire), 1 x FSPMS4 IOM 2 x T0, 2 x S0

06/07 164.999.112.593

Installation manual Integral 5 D/E easy Earthing

Earthing

The PABX Integral 5 easy must be earthed for safety reasons.

Pertinent regulations: DIN EN 60950 "Safety of information technology systems"

The Earthing and Potential Equalisation of the I5 System must comply with relevant national installation regulations.

For instance, for Germany: VDE 800 part 2, or also generally EN 50310.

Earthing is provided

either

using a separate earthing wire (green and yellow) from the potential equalization strip of the building to the earthing terminal of the BNx module. Make sure that: The absolute minimum cross-section of the separately laid protective earths PE is 2.5 mm2, if mechanical protection (e.g.: conductors sheathed in a cable, in a cable duct or conduit), otherwise it must be 4 mm2

or by a lockable earthing plug (via the earthing wire of the wall socket) (special earthed plug with cable).

06/07 174.999.112.593


BNx from below with earthing connections

For a system layout with one BNx and several EXE / IP modules, the EXE / IP modules must also be earthed. The earthing connections between modules are made using pre-assembled earthing flexes with 4.8 mm Faston tongues. The link to the external earthing point (potential equalisation rail in the building) is made using a green and yellow earthing wire of 2.5 or 4 mm² cross-section with a module (screw). Alternatively a special earthing plug can be used.

When installing, the module with the earthing connection must first be connected to the external earthing point, to establish an effective earth. Only then can further modules be installed. Disassembly should be performed in the reverse order.

No analog exchange line may be connected to / plugged into an MA2 or M4A module unless the I5 systems are earthed.

Fastening tongueFastening tongue for connecting apre-assembled earthing flex for connecting the modules to each other.

And to the external earthing point using: 2,5 / 4 mm² earthing wire (green/yellow) Special module with earthed plug.

Screw

06/07 184.999.112.593


BNx and EXE from below with earthing connections

Fastening tongue Fastening tongueE.g. Common earth for both BNX and EXE

Earthing flex to connect the modules

Earthing flex to connect the modules

Screwto external earthing pointScrew

06/07 194.999.112.593


Earthing plug

Earthing plug

Permanent earth for PABX Integral 5 easy via the earth wire of the wall-mounted socket with lockable grounded plug (earthing-pin plug with cable 49.9804.5750)

Connecting Earthing Cable to PABX Integral 5 easy

1. Connect the protective conductor (green/yellow) of the grounded plug to the earth terminal on the module

2. Insert the grounded plug into the wall socket and press in the black bar, the plug is now locked.

Unlock and remove the grounded plug

1. Use a screwdriver to pull out the black bar by approx. 10 mm.2. The plug is unlocked and can be removed

Always plug the grounded plug directly into the wall socket and never into a multiple adapter!

06/07 204.999.112.593


Example of earthing using an earthing plug

Locking the grounded plug Unlocking the grounded plug

Wall socket

Catch (black)

Earthing plug can be locked by the cable

Catch (black)

Wall socket

Screwdriver

06/07 214.999.112.593


06/07 224.999.112.593

Installation manual Integral 5 D/E easy Cable channel

Cable channel

The BNx and EXE are always delivered with cable channel racks engaged and with cable channel covers mounted.

Delivery of the PB1 is without cable channel racks and cable channel cover.

Cable channel carrier

06/07 234.999.112.593

Installation manual Integral 5 D/E easy Cable channel

Install the cable channel

The "nose" of the cable channel rack should engage in the recess "Engagement point for cable channel rack" on the BNx, EXE or IP modules, and click into place by "Pressing home".

06/07 244.999.112.593

Installation manual Integral 5 D/E easy Cables

CablesCables particular to the I5

Cables Type Length Information

Work lead 250 mm

SV cable

Power supply between the basic modules

100 mm

V24 cable 1,900 mm

250 mm

1

100 mm

23

45

87

6

12

34

56

87

1

1900 mm

23

45

87

6

12

34

56

87

06/07 254.999.112.593



Expansion cable550 mmor900 mm

LAN cable

CAT5

350 mmor600 mmor900 mm

12

34

5

87

6

12

34

56

87

550 mm

900 mm

12

34

5

87

6

12

34

56

87

350 mm

600 mm

900 mm

06/07 264.999.112.593



Patch cable 6 / 6 MDF 350 mm

Patch cable 8 / 6

MDF plug-in module

350 mm

3

4

56

3

4

56

234567

3456

1

8

900 mm

600 mm

350 mm

06/07 274.999.112.593


Cables Type Length Informa-tion

Y cable

MDF plug-in module

550 mmor900 mm

550 mm

900 mm

8765

5432 YL5432 YR

4321

11

YL

1Y

R2345

2345

12345678

abcdefgh

YL

YR

efgh

abcd

06/07 284.999.112.593


Installation cable

Installation cable to VDE 0815 Type

I-2Y2Y(St)(Zg)2Y ... St III Bd NT to last UAE socket 180 mI-Y(St)Y ...LG or I-Y(St)Y ...Bd NT to last UAE socket 130 mI-H(St)H ...Bd NT to last UAE socket 120 mI-Y(St) ...Bd NT to last UAE socket 120 m

Installation cable to VDE 0816 Type

A-2YF(L)2Y ... St III Bd NT to last UAE socket 180 m

UAE circuit

The cable has two twisted pairs a/b and c/dUAE: a -> 3, b ->6, c -> 4, d -> 5Be careful not to transpose the wires within a pair!1. Twisted pair: a = white, b = brown 2. Twisted pair: c = green, d = yellow

ab

cd

a

b

c

d

6 5 4 3

06/07 294.999.112.593


06/07 304.999.112.593

Installation manual Integral 5 D/E easy Main distributor frame (20 ports)

Main distributor frame (20 ports)

Main distributor frame, general view

Circuit board rack

06/07 314.999.112.593


Internal Switching Circuit Board

a1 b1 a2 b2 a3 b3 a4 b4 a1 b1 a2 b2 a3 b3 a4 b4

161616161611616 6

a1 b1 a2 b2 a3 b3 a4 b4

5243 5243

a1 b1 a2 b2 a3 b3 a4 b4

5243 5243

1 2 3 4 5 6 7 8Western sockets 6-pin

2 LSA+ strips, 8-pin

06/07 324.999.112.593


Short description of main distributor frame

Short description of main distributor frame

Function Main distributor frame for connecting 20 portsWidth 123 / 120 mm (corresponding to half the BNx width)

Height 180 / 175 mm (corresponding to height of BNx plus height of cable channel)

Mounting with 2 screws

Components Installation base Printed circuit board rack Cover

Expansion max. 5 circuit board racks (for each of 4 ports)

Layout 8 Western sockets 6-pin 2 LSA+ strips, 8-pin

Always mount the MDF to the right of the modules!

Slide the circuit board rack with the LSA+ strips upward, the Western plugs downward, into the guides in the main distributor frame.

06/07 334.999.112.593


Patch cables – MDF for further illustrations

ABC

A B

11 1

31

1

Plug modul „ABC“

Patch cable 8/6WE plug 8-pin WE plug 6-pin

to WE-socket 1 on circuitboard rack

11

to WE-socket 3 on circuitboard rack

13

06/07 344.999.112.593


1 8 16

654321

87654321

b3 (6)

a1 (1)b1 (2)a2 (3)b2 (4)a3 (5)

a4 (7)b4 (8)

1234

3241

1 8

1 2 3 4

1 8

5 6 7 811

11

112 5 4 b1 (2) 2

LSA

Terminal stripPatch cable on socket 1 11

Signal 2 on PIN5 of the WE8 is passed using PIN4 of the WE6 to the HVT connection b1 (2) als Signal 2.

WE8 WE6 HVT

ABC using HVT (using 1st Western socket HVT)

06/07 354.999.112.593


1 8 16

654321

87654321

b3 (6)

a1 (1)b1 (2)a2 (3)b2 (4)a3 (5)

a4 (7)b4 (8)

1234

3241

1 8

1 2 3 4

1 8

5 6 7 813

13

13 b3 (6)2 5 4 2

Terminal stripPatch cable on socket 13

LSA

WE8 WE6 HVT

Signal 2 on PIN5 of the WE8 is passed using PIN4 of the WE6 to the HVT connection b3 (6) as signal 2.

ABC using HVT (using 3rd Western socket HVT)

06/07 364.999.112.593


DEF

A B

16

16

11

3

2

4

Plug module „DEF“

Patch cable 8/2x6 Western plug 6-pin

WE plug 6-pin

to WE socket 1 on

circuit board rackr or

alternate to socket 2

11

2

to WE socket 3 on

circuit board rack or

alternate to socket 4

13

4

06/07 374.999.112.593


06/07 384.999.112.593


Connection variants for S0 bus to 2 bus subscribers

18

1

2

3

4

18

5

6

7

8

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

T- 1

T+ 1

R- 1

R+ 1

T- 2

T+ 2

R- 2

R+ 2

11

13

11

13

A

B

Patch cable LSATerminal strip S0-Bus

S0-Bus

A) shows the serial connection of two bus subscribers using Western cables with UAE sockets for distribution. S0 subscribers must be close by to the unit.

B) shows like A) a serial connection, but bypassing the series UAE socket with cable connections for greater distances.

06/07 394.999.112.593


A

B

UAE-socket

06/07 404.999.112.593


18

1

2

3

4

18

5

6

7

8

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

T- 1

T+ 1

R- 1

R+ 1

T- 2

T+ 2

R- 2

R+ 2

11

13

11

13

C

D

C) shows a Y cable arrangement installed by the client using the series UAE socket and cable connections.

D) shows like C) a Y cable arrangement, but using the main distributor frame (MDF).

The next illustrations show the properties of a Y cable arrangement on the MDF.

06/07 414.999.112.593


C

D

06/07 424.999.112.593


Star S0 bus using MDF

DEF

A B

16 1

16 5

2

4

3

6

7

8

6

6

6

6

1

Only a single wire can be attached to each contact (1 - 8) of the terminal strip. If only one S0 bus is plugged in, e.g. to the socket (in the lower illustration),

then the terminal are not available for creating an external Y bus.The solution is shown in the next illustration.

1

1234

Western plug 6-pinY-Patch cable 8/2x6

06/07 434.999.112.593


06/07 444.999.112.593


2 separate S0-connections using Y-cables

1 61 61 61 6

1357

2468

1

6

1

6 6 66 6

1

8

Only a single wire can be attached to each contact (1 - 8) of the terminal strip. If only one S0 bus is plugged in, e.g. to the

socket (in the lower illustration), then the

terminals are not available for creating an external Y bus.The solution is shown in the next illustration.

Example:Using the Y cable (YL), bus 2 is plugged into the Western socket 1. Using LSA contacts 1-4 an S0 unit (S0 subs 2) can be connected.Western sockets 2 and 4 are connected using a 6-pin patch cable. This leaves Western socket 3, corresponding to LSA contacts 5-8, available for connecting a further S0 unit (S0 subs 1). Bus 2 is now wired in star layout.A further bus, corresponding to bus 2, can now be attached to the Y cable (YR).

In this way 2 S0 busses, each with 2 S0 units for an external Y network can be connected to a single MDF circuit board

1

1234

Y-cable

06/07 454.999.112.593


12345678 12345678

A further bus, corresponding to bus 2, can now be attached to the Y cable (YR).

In this way 2 S0 busses, each with 2 S0 units for an external Y network can be connected to a single MDF circuit board.

S0-subs. 1

S0-subs. 2

Bus 1 using YRstar configured equipment connection

S0-subs. 1

Bus 2 using YLstar configured equipment connection

So-subs. 2

06/07 464.999.112.593

Installation manual Integral 5 D/E easy Power supply

Power supplyPlug-in mains unit

The diagram shows the plug-in mains unit for use with the Integral 5 D/E easy.

The following diagrams show where the plug-in mains unit should be connected and how many plug-in mains units should be connected.

- Any possible IOM or LAN connections are not shown in the diagrams.

12345678 0V

0V--------

-40V-40V

SV in BNx, EXE, IPU

06/07 474.999.112.593


Connection conditions for the plug-in mains unit

The rule is, one plug-in mains unit can supply 1 x BNx plus 1 x EXE, or 2 x EXE.

I5 easy - BNx

DCin

I5 easy - EXE

DCin

DCout

1 42 3 2 84 6

06/07 484.999.112.593


For a combination of 1 x BNx and 2 x EXE the diagram is as follows:

I5 easy - BNx

DCin

I5 easy - EXE

DCin

DCout

I5 easy - EXE

DCin DECT DC

out

1 42 31 42 3 2 84 6

06/07 494.999.112.593


If an EXE is fitted with DECT modules (max. 4 x S4D or max. 2 x S8D), the EXE should have its own separate power supply, even in the minimum configuration.

I5 easy - BNx

DCin

I5 easy - EXE

DCin

DCout

I5 easy - EXE

DCin DECT DC

out

1 42 31 42 3 2 84 6

06/07 504.999.112.593

Installation manual Integral 5 D/E easy Wiring

WiringS0 subscriber – classic S0 wiring

The S0 bus is looped into all UAE sockets. Only two S0 system instruments are permitted on the Integral 5 S0 module bus. The last UAE socket must have a terminating resistors fitted.

Terminating resistors and Western socket for accepting an S0 instrument, incorporated in a single plug

10m 35m500m

HVT 2 System sets Last UAE at I5

Further functional EDSS1 sets can be installed

Matching resistorin last socket

06/07 514.999.112.593


13 245678 6 5 4 3

100 Ohm

100 Ohm

Matching resistors in last socket

UAE

06/07 524.999.112.593


S0 subscriber – point-to-point wiring

<= 10m <= 750 m

1 2 3 4 5 6 7 8

S0 Plug-in module HVT Plugs with matching resistors 2x 100 Ohm

06 installation cable J-Y (ST) Y 100 Ohm 1/8 Watt in each case

06/07 534.999.112.593


S0 subscriber – point-to-multiple-point wiring (passive bus)

<= 150 m

<= 150 m

1 2 3 4 5 6 7 8

S0 Plug-in modul HVT max. 12 UAE-socketsPlugs with matching resistors 2x 100 Ohm

100 Ohm 1/8 Watt in each case

06/07 544.999.112.593


S0 subscriber – point-to-multiple-point wiring (extended passive bus)

<= 750 m

<= 50 m

1 2 3 4 5 6 7 8

S0 Plug-in module HVT max. 12 UAE-sockets Plugs with matching resistors 2x 100 Ohm


06/07 554.999.112.593


S0 subscriber – Y wiring

The wired lengths of l1 and l2 must not differ by more than 50 m.

l1

l2l3

l1 <= 250m l2 <= 250 m l3 <= 10 m

1 2 3 4 5 6 7 8

module Plug-in

S0

HVT

UAE

UAE

Plugs with matching resistors 2x100 OhmAlternative plugs withmatching resistors


06/07 564.999.112.593


Analog subscribers / UPN subscribers

13 245678

max. 1350m with 0,4 cable2900m with 0,6 cable

HVT UAE

06/07 574.999.112.593


Connection T0 to NTBA (TK and MSN)

Direct connection (preferred connection option)

1 2

<= 10m

<= 10m

NTBA NTBA

T01,2 S01,2

MS42 digital exchanges 2 digital subscribers

06/07 584.999.112.593


Connection via UAE socket(s) (required, if distance from NTBA to PABX >10 m)

Connection using MDF

12

<= 750m

<= 750m<= 10m

NTBA NTBA

HVT

UAE UAE

T01,2 S01,2

MS42digital exchanges2 digital subscribers

06/07 594.999.112.593


Connection PRI to NTPM:

Direct connection (preferred connection option)

<= 10m

NTPM

S2M

PRIPrimary Rate

06/07 604.999.112.593



The connection from the PRI distribution strip to the NTPM should always by made using a separate cable (J-Y(ST)Y Lg 2 x 2 x 0.6 mm² (120nF).

<= 10m

<= 100m<= 10m

HVT UAE

NTPM

S2M

PRIPrimary Rate

06/07 614.999.112.593


Connection RBS to UPD port


Terminating resistors must be fitted in each final UAE connection socket. The connection cable between RBS and UAE socket has a default length of 0.5 m.

<= 1000m<= 10m

RBS1 RBS2

RBS

HVT UAE

S4D4 UPD-Ports

06/07 624.999.112.593

Installation manual Integral 5 D/E easy Basic module BND (control module for I5 D easy)

Basic module BND (control module for I5 D easy)

Schematic layout of the BND

The 4 slots into which LAN and / or IOM modules can be plugged

Expansion interface for EXE

Basic module BND, control module for I5 D easy

Slot 2 Slot 4 Slot 6 Slot 8

LED LEDCold start switch

DC IOM IOMEXP2 EXP1 V.24

I5 D easy - BND

IOMEXP2

IOMEXP1

2 84 6LANIOM

2 84 6LANIOM

IOMEXP2

IOMEXP1

06/07 634.999.112.593


Short description of BND (control module for I5 D easy)

Short description of BND

Function Control module for I5 D easy. 1x per system requiredSlots There are 4 slots on the BND

Slot 2 (slot address 1) Slot 4 (slot address 3)Slot 6 (slot address 5) Slot 8 (slot address 7)

Plug-in modules

2-slot and / or 4-slot plug-in module (IOM and LAN) Single 1-slot plug-in module "DIA" (IOM)

IOM

IOM is a connection local to BND, which is available at all slots. IOM modules can be driven through this connection. IOM modules have no switching matrix control of their own and are generally controlled only by the BND through the IOM connection.For an IOM extension using EXE modules, 2 sockets EXP1 and EXP2 are provided. Each socket drives 8 x 2B channels (16 B channels) for further applications

LAN

LAN is a 128 B channel connection, which is available at all slots. LAN modules that are connected "draw" this connection from their total of available B channels.LAN modules are intelligent plug-in modules with their own switching matrix controlThe LAN connection is not brought out from the BND for further applications

Note

4-slot plug-in module at slots 4 and 8BND has a cold-start switch, which is accessed through a hole in the casing. There is no "cold-start plug".If pressed for less than 5 sec: Reset, warm start. If pressed for more than 5 sec: Cold startLeft hand LED, see "LEDs on the BNE" on the backRight hand LED, see "LEDs on the BNE" on the backV.24 plug-in module cannot be inserted into slot 2, the V.24 connection has its own port on the basic module casingThe BND can be powered using a separate plug-in mains unit (Vin) or it can be fed from another EXE module (Vin). See plug-in mains unitMax. 1 x CV1 and max. 1 x T8S on a BND. 1 x CV1 plus 1 x T8S permissible on a BND.

06/07 644.999.112.593


Allocation of plug-in mains unit and SVin socket on BND, BNS, BNE, EXE

12345678 0V

0V--------

-40V-40V

8

SVin

87654321 -40VDC

--------

GND

I5 D easy - BND

DCin

2 84 6LANIOM

06/07 654.999.112.593


Allocation of IOM expander 1 and 2

Allocation of V.24 Interface

I5 D easy - BND

IOMEXP2

IOMEXP1

2 84 6LANIOM

87654321 SDA-IOM1

SCL-IOM1GNDDCL+5VFSCDU1DD1

8

EXP1

87654321 SDA-IOM4


8

EXP2

87654321 --

RXDTXDDTRGNDDSRRTSCTS

8

V.24

V.28: --V.28: TXDV.28: RXD

V.28: --V.28: GND

V.28: --V.28: CTSV.28: RTS

I5 D easy - BND

2 84 6LANIOM

V.24

Transmitted data from BND to PC/printer Received data from PC/printer to BND

DTR-DSR-bridge auf BND System-GND DTR-DSR-bridge CTS-signal from PC/printer to BND RTS-signal from BND to PC/printer

06/07 664.999.112.593


LEDs on the BND

LED left

The left hand LED indicates whether the BNx is supplied with power. As long as the power supply is present, the red LED remains lit.

LED right

The right hand LED relates to the local download.The loading time is 11 minutes. During these 11 minutes the LED flashes rapidly, except for the periods during which the resident and transient memories are being cleared down.

On completion of the download, the LED remains lit.

The LED is lit also during download-ing of an intelligent LAN module (CV / T8S)

Continuouslylit Deleting resistent and transient software

Local download approx.. 11 min

Rapid flashing

06/07 674.999.112.593


Items for mounting on the BND

Name LAN/IOM

BND Basic exchange mod-ule

EXE Extension module EXEDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribers

M4A IOM 3 x a/b lines, 1 x a/b subscriber

S4D IOM 4 x UPD for 2 x DECT-RBS

MA2 IOM 1 x a/b line, 1 x a/b subscriber

DSI IOM1 x door station (2-wire, 4-wire), 1 x FSP

MS4 IOM 2 x T0, 2 x S0S8P IOM 8 x UPNCV1 LAN Voice controller


SXS 4x2B SXS 4x2B SXS 4x2B SXS 4x2B

S4A 4xB S4A 4xB S4A 4xB S4A 4xB

S4D 2x4B S4D 2x4B S4D 2x4B S4D 2x4B

DSI 2x4B DSI 2x4B DSI 2x4B DSI 2x4B

MA2 2xB MA2 2xB MA2 2xB MA2 2xB

M4A 4xB M4A 4xB

S8P 8x2B S8P 8x2B

T8S 8x2B T8S 8x2B

CV1 8x2B CV1 8x2B

DIA2B DIA2B

DIA2B

DIA2B

I5Deasy - BND

MS4 4x2B MS4 4x2B MS4 4x2B MS4 4x2B

06/07 684.999.112.593


Items for mounting on the EXE (Extension of Integral 5 D easy with BND and EXE)

Name LAN/IOM

BND Basic exchange moduleEXE Extension module EXEDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribers












M4A 4xB M4A 4xB

S8P 8x2B S8P 8x2B

DIA2B

DIA2B

I5Deasy - EXE

SVin SVout

DIA2BDIA2B

IOM

DIA

LAN

T8S

M4S DIA

2, 4, 6, 8 BNX1, 2, 3, 4 EXE

T8S

Alternative Slot

= own switching matrix

Slot

06/07 694.999.112.593


06/07 704.999.112.593

Installation manual Integral 5 D/E easy Basic module BNE (control module for I5 E easy)

Basic module BNE (control module for I5 E easy)

Schematic layout of the BNE

The 4 slots into which LAN or IOM modules can be plugged

Interfaces available for the EXE/BNS/IPUBasic module BNE, control module for I5 E easy

DC IOM IOM IOM IOM EXP4 EXP3 EXP2 EXP1

LAN out

I5 E easy - BNE

IOMEXP4

IOMEXP3

IOMEXP2

IOMEXP1

LANout

2 84 6LANIOM

2 84 6LANIOM

IOMEXP4

IOMEXP2

IOMEXP3

IOMEXP1

LANout


LED Cold start switch LED

06/07 714.999.112.593


Short description of BNE


Function Control module for I5 E easy. 1x per system requiredSlots There are 4 slots on the BNE


Plug-in modules


IOM

IOM is a connection local to BNE, which is available at all slots. IOM modules can be driven through this connection. IIOM modules have no switching matrix control of their own and are generally controlled only by the BNE through the IOM connec-tion. Max. 96 IOM channels, 48 per BNE/BNSFor an IOM extension using EXE modules, 4 sockets EXP1 thro EXP4 are provided. Each socket drives 8 x 2B channels (16 B channels) for further applications

LAN

LAN is a 128 B channel connection, which is available at all slots. LAN modules that are connected "draw" this connection from their total of available B channels.LAN modules are intelligent plug-in modules with their own switching matrix controlThe LAN connection (LANout) is brought out from the BNE for further applications

Note

4-slot plug-in module at slot 4 and 8, V24 available only at slot 2 (module V24)BNE has a cold-start switch, which is accessed through a hole in the casing. There is no "cold-start plug".If pressed for less than 5 sec: Reset, warm start. If pressed for more than 5 sec: Cold start.Left hand / right hand LEDs, see "LEDs on the BNE" on the backThe BNE can be powered using a separate plug-in mains unit (Vin) or it can be fed from another EXE module (Vin). See plug-in mains unitMax. 1 x CV1 and max. 1 x T8S on a BND. 1 x CV1 plus 1 x T8S permissible on a BND.Max 4 x EXE between BNE and BNS using LAN

06/07 724.999.112.593


Allocation of IOM expander 1 thro 4 and LANout

I5 E easy - BNE

IOMEXP4

IOMEXP3

IOMEXP2

IOMEXP1

LANout

2 84 6LANIOM

87654321 --


8

LANout

PDCGNDPFS

PCM0-TRXPCM2-TRXFREF-AUS

ZC-AUS-WELAN-TRX

87654321 SDA-IOM6


8

EXP3

87654321 SDA-IOM7


8

EXP4

87654321 SDA-IOM4


8

EXP2

87654321 SDA-IOM1


8

EXP1

06/07 734.999.112.593


Items for mounting on the BNE

Name LAN/IOMBNE Basic exchange

module

EXE Extension module EXE

V.24 V24 interface

DIA IOM Integral call recording

SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribers







PRI LAN 30 x digital exchange






M4A 4xB M4A 4xB

S8P 8x2B S8P 8x2B

T8S 8x2B T8S 8x2B

DIA2B DIA2B DIA2B DIA2B

I5Eeasy - BNE

CV1 8x2B CV1 8x2B

PRI 30xB PRI 30xB

V24


IOM

DIA

LAN

T8S

M4S DIA

2, 4, 6, 8 BNX1, 2, 3, 4 EXE

T8S

Alternative slot

Slot


06/07 744.999.112.593


Items for mounting on the EXE (Extension of Integral 5 E easy with BNE and EXE)

Name LAN/IOM

BNE Basic exchange moduleEXE Extension module EXEV.24 V24 interfaceDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribersM4A IOM 3 x a/b lines, 1 x a/b subscriberS4D IOM 4 x UPD for 2 x DECT-RBSMA2 IOM 1 x a/b line, 1 x a/b subscriber

DSI IOM 1 x door station (2-wire, 4-wire), 1 x FSP

MS4 IOM 2 x T0, 2 x S0S8P IOM 8 x UPNCV1 LAN Voice controllerT8S LAN 4 x S0 fixed, 4 x S0/T0 switchablePRI LAN 30 x digital exchange






DIA2B DIA2B

I5 E easy - EXE

DIA2BDIA2B

S8P 8x2B S8P 8x2B

T8S 8x2B T8S 8x2B

CV1 8x2BCV1 8x2B

S8D 4x8B S8D 4x8B

M4A 4xB M4A 4xB

PRI 30xBPRI 30xB

06/07 754.999.112.593


06/07 764.999.112.593

Installation manual Integral 5 D/E easy Basic module BNS (slave module for I5 E easy)

Basic module BNS (slave module for I5 E easy)

Schematic layout of the BNS

The 4 slots into which LAN and / or IOM modules can be plugged

Interfaces available for the EXE and LANinBasic module BNS (slave unit), connected through another LAN unit

IOM IOM IOM IOM EXP4 EXP3 EXP2 EXP1

LAN out

DC

I5 E easy - BNS

IOMEXP4

IOMEXP3

IOMEXP2

IOMEXP1

LANin

2 84 6LANIOM

2 84 6LANIOM

8 8

IOMEXP2

IOMEXP1

8 8

IOMEXP4

IOMEXP3

8

LANin


LED LEDCold start switch

06/07 774.999.112.593


Short description BNS (slave module)


Function Slave module for I5 E easy. This is the last module for connection to the LAN channels. It undertakes independently the management of its own local IOM channels.

Slots There are 4 slots on the BNS

Slot 2 (slot address 1) Slot 4 (slot address 3)

Slot 6 (slot address 5) Slot 8 (slot address 7)

Plug-in modules


IOM

IOM is a connection local to BNS, which is available at all slots. IOM modules can be driven through this connection. IIOM modules have no switching matrix control of their own and are generally controlled only by the BNS through the IOM connection. Max. 96 IOM channels, 48 per BNE/BNSFor an IOM extension using EXE modules, 4 sockets EXP1 thro EXP4 are provided. Each socket drives 8 x 2B channels (16 B channels) for fur-ther applications

LAN

LAN is a 128 B channel connection, which is available at all slots. LAN modules that are connected "draw" this connection from their total of avail-able B channels.LAN modules are intelligent plug-in modules with their own switching matrix controlThe LAN connection is not brought out from the BNS for further applications, i.e. no LAN connections can be used on an EXE connected to the BNS

Note

4-slot plug-in module at slot 4 and 8, V24 available only at slot 2 (module V24)BNS has a cold-start switch, which is accessed through a hole in the casing. There is no "cold-start plug".Local reset for the BNS, no time-based differentiation as offered on BND/BNE.Left hand / right hand LEDs, see "LEDs on the BNS" on the backThe BNS can be powered using a separate plug-in mains unit (Vin) or it can be fed from another EXE module (Vin). See plug-in mains unitMax. 1 x CV1 and max. 1 x T8S on a BND. 1 x CV1 plus 1 x T8S permissible on a BND.Max 4 x EXE between BNE and BNS using LAN

06/07 784.999.112.593


Allocation of IOM expander 1 thro 4 and LANin

I5 E easy - BNS

IOMEXP4

IOMEXP3

IOMEXP2

IOMEXP1

LANin

2 84 6LANIOM

87654321 --


8

LANin

PDCGNDPFS


ZC-AUS-WELAN-TRX

87654321 SDA-IOM6


8

EXP3

87654321 SDA-IOM7


8

EXP4

87654321 SDA-IOM4


8

EXP2

87654321 SDA-IOM1


8

EXP1

06/07 794.999.112.593


Items for mounting on the BNS

Name LAN/IOM

BNS Basic exchange moduleEXE Extension module EXEV.24 V24 interfaceDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribers








SXS 4x2B SXS 4x2B SXS 4x2B SXS 4xB





M4A 4xB M4A 4xB

S8P 8x2B S8P 8x2B

T8S 8x2B T8S 8x2B


I5Eeasy - BNS

CV1 8x2B CV1 8x2B

PRI 30xB PRI 30xB

V24


IOM

DIA

LAN

T8S

M4S DIA

2, 4, 6, 8 BNX1, 2, 3, 4 EXE

T8S

Alternative slot

Slot


06/07 804.999.112.593


Items for mounting on the EXE (Extension of Integral 5 E easy with BNS and EXE)

Name LAN/IOM

BNS Basic exchange moduleEXE Extension module EXEV.24 V24 interfaceDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribersM4A IOM 3 x a/b lines, 1 x a/b subscriberS4D IOM 4 x UPD for 2 x DECT-RBSMA2 IOM 1 x a/b line, 1 x a/b subscriber








DIA2B

DIA2B

I5 E easy - EXE

DIA2B

DIA2B

S8P 8x2B S8P 8x2B

T8S 8x2B T8S 8x2B

CV1 8x2BCV1 8x2B

S8D 4x8B S8D 4x8B

M4A 4xB M4A 4xB

PRI 30xBPRI 30xB

06/07 814.999.112.593


06/07 824.999.112.593

Installation manual Integral 5 D/E easy Basic module IPU (IP unit)

Basic module IPU (IP unit)

Schematic layout of the IPU

2 DSP plug-in modules can be plugged into the IPU

Available interfaces (LANin, LANout) for EXE, BNS, ETH = Ethernet

Basic module IPU

DSP-Modul DSP-Modul

I5 E easy - IPU

LANout

LANin

ETH110

ETH010/100

8 8

ETH110

ETH010/100

8 8

LANout

LANin

LEDs for status display DIP-switch for LAN-addressing Reset

LED LED

DSP-module (inserted)

06/07 834.999.112.593


Short description of IPU

Short description of IPU

The IPU allows connection of IP phones or PCs using the Ethernet interface The IPU is supplied without a DSP, this must be ordered separately Max. 2 IPUs per system (using series EXE units) Max. 15 IP phones per IPU 2 slots for DSP modules DIP switch for addressing and reset LEDs for status indication The IPU can be powered using a separate plug-in mains unit (Vin) or it can be fed from

another EXE module (Vin). See plug-in mains unit

06/07 844.999.112.593


Assignment of LANin, LANout, plug-in mains unit, SV socket IPU

I5 E easy - IPU

LANout

LANin

ETH110

ETH010/100

87654321 --


8

LANinLANout

PDCGNDPFS


ZC-AUS-WELAN-TRX

06/07 854.999.112.593


LEDs and DIP switch on the IPU

DSP-Modul DSP-Modul

LED LEDDSP-module (inserted)

LEDs for status display DIP-switch for LAN-addressing Reset

06/07 864.999.112.593


LED displays

Status indications by LEDs

LED 1 LED 2 Status LED 3 LED 4 LED 5 LED 6off off off off off off off 10Mbit/s

ETH0flashinggreen

ongreen Starting up on

greenETH1 10Mbit/sConnection available

onred Collision detected on

greenETH0 10/100Mbit/sConnection available on 10/100Mbit/

s ETH0ongreen

ongreen Running

flashinggreen

flashinggreen Error

DSP-Modul

LEDs for status display

DIP-switch for LAN-addressing Reset

06/07 874.999.112.593


Dip switch

The DIP switch on the IPU has the following functions

Setting the LAN address

Resetting the IPU

Arrangement of switches on the IPU

The LAN address setting is independent of the physical configuration of the IPU.

Resetting the IPU:Briefly switch DIP switch 1 to the OFF position, then switch it back to ON.

Resetting the IPU has the effect that the connection to / from all connected IP phones is broken off, and the displays shown on IP phones will be “frozen" from the duration of the reset. All other system functions will be unaffected.

DSP-Modul

ON DIP

1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

LAN-address IPU1 Factory Default setting

LAN-address

Reset

Reset IPU2 IPU1 IPU2

LEDs for status display

DIP-switch for LAN-addressing Reset

06/07 884.999.112.593

Installation manual Integral 5 D/E easy Basic module EXE (expansion unit for I5 D/E easy)

Basic module EXE (expansion unit for I5 D/E easy)

Schematic layout of the EXE

The 4 slots into which LAN and / or IOM modules can be plugged, in connection with a BNE

Expander interfaces for the BNE (EXPL/R) LAN out/in are functional in the BNE-EXE

connectionBasic module EXE (expansion unit), connected to a BNE

ON

DIP

12

34

DC LAN LAN IOM IOM DC out in EXPL EXPR out

I5 easy - EXE

LANout

LANin

IOMEXPL

IOMEXPR

1 42 3LANIOM

1 42 3LANIOM

IOMEXPL

IOMEXPR

LANout

LANin


LED LED

06/07 894.999.112.593


Short description of EXE

Short description of EXE

Function Expansion module for the I5 D/E easy (no control functions).Slots There are 4 slots on the EXE


Plug-in modules


IOM

IOM is a connection local to BND/BNE/BNS, which is available at all slots. IOM modules can be driven through this connection. IOM modules have no switching matrix control of their own and are generally controlled only by the BND/BNE/BNS through the IOM connection.

- For an IOM extension using EXE modules, 2 sockets EXPL and EXPR are provided. Each socket can accept 8 x 2B channels (16 B channels) from the BND/BNE/BNS - The EXE IOM modules can only be used if the EXE is connected using its EXP-L/R socket(s) with the BND/BNE/BNS EXP1/2 and/or EXP3/4 - If there is only a single connection from the BND/BNE/BNS to the EXE, there are 8 x 2 B channels (16 B channels) available on the EXE for IOM modules. This "simple" connection type is permitted only for connecting pure analog units to the EXE. - If there are two connections from the BND/BNE/BNS to the EXE, there are 2 x 8 x 2 B channels (32 B channels) available on the EXE for IOM modules. This type of circuit is essential - for operating mixed analog and digital modules - for pure digital circuits - or for an incomplete analog circuit to the EXE where there are options for additional digital circuits

LANLAN is a 128 B channel connection, which is available at all slots. LAN modules that are connected "draw" this connection from their total of available B channels.LAN modules are intelligent plug-in modules with their own switching matrix control

Note The EXE can be powered using a separate plug-in mains unit (Vin) or it can be fed from another EXE module (Vin). See plug-in mains unitMax 4x EXE between BNE and BNS using LAN

06/07 904.999.112.593


Items for mounting on the EXE, connected to a BND

Name LAN/IOMBND Basic exchange moduleEXE Extension module EXEDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribers












M4A 4xB M4A 4xB

S8P 8x2B S8P 8x2B

T8S 8x2B T8S 8x2B

CV1 8x2B CV1 8x2B


I5 D easy - BND


IOM

DIA

LAN

T8S

M4S DIA

2, 4, 6, 8 BNX1, 2, 3, 4 EXE

T8S


Alternative slot

Slot

06/07 914.999.112.593


Name LAN/IOM

BND Basic exchange moduleEXE Extension module EXEDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribersM4A IOM 3 x a/b lines, 1 x a/b subscriberS4D IOM 4 x UPD for 2 x DECT-RBSMA2 IOM 1 x a/b line, 1 x a/b subscriber


MS4 IOM 2 x T0, 2 x S0S8P IOM 8 x UPNCV1 LAN Voice controllerT8S LAN 4 x S0 fixed, 4 x S0/T0 switchableBND Basic exchange module






M4A 4xB M4A 4xB

S8P 8x2B S8P 8x2B

DIA2B

DIA2B

I5 D easy - EXE

DIA2B

DIA2B

06/07 924.999.112.593


Items for mounting on the EXE, connected to a BNE/BNS

Name LAN/IOMBNE Basic exchange moduleEXE Extension module EXEV.24 V24 interfaceDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribers


S4D IOM 4 x UPD for 2 x DECT-RBSMA2 IOM 1 x a/b line, 1 x a/b subscriber










M4A 4xB M4A 4xB

S8P 8x2B S8P 8x2B

T8S 8x2B T8S 8x2B


I5 E easy - BNE

CV1 8x2B CV1 8x2B

PRI 30xB PRI 30xB

V24


IOM

DIA

LAN

T8S

M4S DIA

2, 4, 6, 8 BNX1, 2, 3, 4 EXE

T8S


Alternative slots

Slot

06/07 934.999.112.593


Name LAN/IOM

BNE Basic exchange moduleEXE Extension module EXEV.24 V24 interfaceDIA IOM Integral call recording SXS IOM 4 x S0 subscribersS4A IOM 4 x a/b subscribersM4A IOM 3 x a/b lines, 1 x a/b subscriberS4D IOM 4 x UPD for 2 x DECT-RBSMA2 IOM 1 x a/b line, 1 x a/b subscriber








DIA2B DIA2B

I5 E easy - EXE

DIA2BDIA2B

S8P 8x2B S8P 8x2B

T8S 8x2B T8S 8x2B

CV1 8x2BCV1 8x2B

S8D 4x8B S8D 4x8B

M4A 4xB M4A 4xB

PRI 30xBPRI 30xB

06/07 944.999.112.593


Assignment of plug-in mains unit and SVin and SVout socket on BNDI5 easy - EXE

DCin

1 42 3IOM

DCout

12345678 0V

0V--------

-40V-40V

8

87654321 -40VDC

--------

GND

06/07 954.999.112.593


Assignment of IOM expander L, R and LAN

I5 easy - EXE

LANout

LANin

IOMEXPL

IOMEXPR

1 42 3

PDCGNDPFS


ZC-AUS-WELAN-TRX 8

7654321 SDA-IOM4


8

EXPL

87654321 SDA-IOM1


8

EXPR

LANinLANout

87654321

8

06/07 964.999.112.593


DIP switch on the EXE

EXE settings required if the module is wired using LAN

DIP-switch EXE

ON

DIP

12

34

DC LAN LAN IOM IOM DC DC

out in EXPL EXPR out

ON

DIP

12

34


LED LED

Slot 2 Slot 4

06/07 974.999.112.593


DIP switch on the EXE

I5 E easy - EXE 3

LANout

LANin

IOMEXPL

IOMEXPR

I5 E easy - EXE 2

LANout

LANin

IOMEXPL

IOMEXPR

I5 E easy - EXE 1

LANout

LANin

IOMEXPL

IOMEXPR

I5 E easy - BNE

IOMEXP4

IOMEXP3

IOMEXP2

IOMEXP1

LANout

2 84 6LANIOM

I5 E easy - EXE 4

LANout

LANin

IOMEXPL

IOMEXPR

1 2 3 4 1 2 3 4

1 2 3 4 1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

ON DIP

1 2 3 4

DIP switch on the EXE (for IOM operation without LAN):Positions 0,1 and 6,7 are reserved. Switch 4 is inoperative.

The EXE wired to the BNE is driven in position 2, the following looped through EXEs take sequentially positions 3, 4 and 5.

This completes the address allocation of EXE modules for the BNE.

Addressing for IOM-operation

06/07 984.999.112.593


Compatibility

The modul EXE can be used to replace the moduls EUE or EUD or for extension business. In this case it can be used instead of EUE or EUD.In application instead of a EUD please consider that the EXP-L plug has to be connected.

The software supports only valid configuration rules (e.g. nur 1x S8D or CC1).

06/07 994.999.112.593


06/07 1004.999.112.593

Installation manual Integral 5 D/E easy Plug-in module CV1 (LAN, I5 D/E)

Plug-in module CV1 (LAN, I5 D/E)Module view and socket allocation

Module view Socket allocation

none

CV1

Voice Mail BoxAuto. call forwarding Announcement before answering MOH

06/07 1014.999.112.593


Short description CV1

Short description CV1

Function Voice mailbox, announcement before answering, Automatic call transfer, automatic call forwarding AWV

Width 4-slot width

Connection options

max. 1 x on BND, slot 4 or 8, not with DIA within a system max. 1 x per system, BNE, BNS, slot 4 or 8 max. 1 x per system, EXE slot 4 or 2

CablesNote

06/07 1024.999.112.593


Further information

Further Information

Funktions "CV1" Auto. call transfer Announcement before answering Music On Hold (MOH) Configuration only possible using the ISA tool (remote)

06/07 1034.999.112.593


06/07 1044.999.112.593

Installation manual Integral 5 D/E easy Plug-in module DIA (IOM, I5 D/E)

Plug-in module DIA (IOM, I5 D/E)Module view and socket allocation


none

Call recording

06/07 1054.999.112.593


Short description of DIA

Short description of DIA

Function

Integrated answering machine with max. two channels 2 x answering machines or 2 x automatic call forwarding Each channel can be operated as either an answering machine or for

automatic call forwarding. Voice message capacity of 29 minutes per channel (incl. all

announcements) Width 1-slot widthConnection options BND, BNE, BNS, EXE all slots

Cables no cables required

Note BND: max. 2 x per system BND, BNE: not with CV1 within a system For a uniform appearance a dummy module is plugged into the free slot

of the DIA

06/07 1064.999.112.593


Specific features

Specific features (plug-in module details)

Own subscriber number per channel Control via DTMF (external, internal via DTMF post dialling)

different messages per channel Messages 1 and 2, if there is still space for the set recording time Message 3, if there is no more recording capacity Error message

Editing the messages Call up with DTMF character and enter PIN Message Waiting is checked (Mailbox) by query to a permanently assigned number Message Information (the time of message is announced in the local language when listening

to messages) 4-digit individually set PIN, non-volatile on reset and loss of power Maximum number of messages per channel: 124 Configurable recording time: 30 seconds, 1 minute, 2 minutes Activate message call up by entering a DTMF tone in answering machine mode Listen: continuously, by individual step Changing PIN number Acoustic operation prompting (menu prompting with set help texts) Automatic Attendant, direct switching of incoming calls (analog or ISDN) by means of DTMF

post dialling

06/07 1074.999.112.593


Specific features (plug-in module details)

All DIAs can be configured as Automatic Attendant subscribers either individually or collectively

Function: If a DIA which is set up as an automatic attendant subscriber is called,

its general greeting message is first output. The caller can have the call forwarded to the desired subscriber by

DTMF post dialling (also via call diversion to another DIA which is configured as an answering machine).

Up to two / four Automatic Attendant exchange connections (one fixed exchange line assigned per channel, allocation can be to a hunt group).

Greeting message (changeable individual message per channel) Continued dialling additional communication with operator control

Recognition of end of connection

if speech pause of approx. 8 sec. occurs Timeout of approx. 2.5 min using busy signal recognition

06/07 1084.999.112.593

Installation manual Integral 5 D/E easy Plug-in module DSI (IOM, I5 D/E)

Plug-in module DSI (IOM, I5 D/E)Module view and socket allocation

Module view Socket allocation DHI 4-wire Socket allocation FSP

Socket allocation DHI 2-wire

Door handsfree operationFree switching points

FSP DHI

87654321

8

MIC Speech path connection 1(micro)LS/MIC Speech path connection 2(Speaker, micro)TOE Door opener, connection 1ELA1 ELA-switched output 1ELA2 ELA-switched output 2LS/KL Speech path connection 3 (speaker)KL Bell (connection 1)KL/TOE Bell (conn. 2), Door opener (conn.2)

87654321

8

FSP3_1 Free switched point 3FSP3_2 Free switched point 3FSP1_1 Free switched point 1FSP2_1 Free switched point 2FSP2_2 Free switched point 2PFK1 Potential-free sensorPFK2 Potential-free sensorFSP1_1 Free switched point 1

87654321

8

MIC Speech path connection 1 to door stationLS/MIC Speech path connection 2 to door stationTOE Door opener, connection 1 ELA1 ELA-switched output 1 ELA2 ELA-switched output 2 LS/KL Bell (connection 1)KL Bell (connection 2)KL/TOE Bell (conn. 2), Door opener (conn. 2)

06/07 1094.999.112.593

Installation manual Integral 5 D/E easy Plug-in module DSI (IOM, I5 D/E)

Short description DSI, DHI, FSP

The description of the connection of the Door stations is found in appendix 1.

Short description DSI, DHI, FSP

Function 1x door station, 2-wire or 4-wire (SW switchable) 1x FSP = free switching points plus sensor input

Width 2-slot widthConnection options BND, BNE, BNS, EXE all slots

Cables 2 x patch cables

Note

DHI and FSP functions available concurrently DHI for connection to a 2-wire or 4-wire door station DHI 4-wire and DHI 2-wire are software switchable Door stations from Siedle and Grothe can be directly connected with no adaptation Can also be used by floor (multi-family systems) The door station module can incorporate a suitable amplifier both for the microphone and

also for the speaker FSP with 3 free switching points and 1 potential-free sensor input Max. permissible voltage at the switching points: < 30 Veff or < 60 V DC Max permissible current at the switching points: 1A At the potential-free sensor input a voltage of >7.3 V .. 20 V AC or DC must be present;

this corresponds to an input current of >1 mA, which activates the sensor

There must be no transfer of mains voltage to the system via the Western socket.

06/07 1104.999.112.593

Installation manual Integral 5 D/E easy Plug-in module M4A (IOM, I5 D/E)

Plug-in module M4A (IOM, I5 D/E)Module view and socket allocation


Exchng. 1 Exchng. 2 Exchng. 3

87654321 --

----ab------

8

87654321 --

----

L-aL-b------

8

1 analog subscriber 3 analog exchanges

subscriber

M4A subscriber

M4A exchange

06/07 1114.999.112.593


Short description M4A



Function 3 x analog exchange lines, 1x analog subscriberWidth 4-slot width

Connection options

BND, slot 4 or 8 BNE, BNS, slot 4 or 8 EXE slot 2 or 4

Cables 4 x patch cables

Note

Only for Austria analog direct dial-in possible Inward dialling to an analog exchange line in accordance with

the Austrian ÜFS standard. Direct dialling to a system subscriber possible (corresponds to

point-to-point connection on an analog basis) Prior to disconnecting the module the exchange line must be

disconnected

06/07 1124.999.112.593


Short description of the M4A exchange connection

Short description of the M4A subscriber connection

Short description of the M4A exchange connection

Exchange Connections

Overvoltage protection to 4 kV Pulse dialling or DTMF dialling procedures with country-specific settings Country-specific meter pulse counting 12 kHz, 16 kHz Call recognition with frequency and level evaluation, DC decoupling for NTA (network termination, analog) a/b polarity reversal detection with loop current evaluation Flash signalling Reverse polarity protection 2-wire/4-wire interface (fork switching) max. feed voltage 57 V= Power-cut switching with direct connection of the subscriber to the exchange line Calling Line Identification Presentation (CLIP), symmetrical connection Coherer circuit (fitting option) Feed current 20 .... 40 mA (country specific configuration possible with variant fittings) PTC input protection configuration (fitting option, France) In the event of a power-cut, the subscriber (Western socket 1) is connected directly to the exchange

(Western socket 2).

Short description of the M4A subscriber connection

Subscriber Connection

Symmetrical call connection (35 .... 40 Veff) 2-wire/4-wire interface (fork switching) Feed polarity reversal Loop current identification (flash, on-hook, off-hook) Ranges for telephone station feed with -40 V, permissible cable resistance included Device

resistance 800 Ohm (range for 20 mA): Installation cable 0.4 mm2 (J-Y(St)Y2x2x0.4) :ca. 1350 m Installation cable 0.6 mm2 (J-Y(St)Y2x2x0.6) :ca. 2900 m Clip display on subscriber instrument

06/07 1134.999.112.593


M4A – subs circuit using MDF

1 8 16

654321

87654321

b3 (6)

a1 (1)b1 (2)a2 (3)b2 (4)a3 (5)

a4 (7)b4 (8)

--ba--

ab----

1 8

1 2 3 4

1 8

5 6 7 811

111

816

654321

87654321

b3 (6)

a1 (1)b1 (2)a2 (3)b2 (4)a3 (5)

a4 (7)b4 (8)

--ba--

ab----

1 8

1 2 3 4

1 8

5 6 7 8

13

13Patch cable Terminal strip Patch cable Terminal strip

M4A- subscr. using HVT (using 1st Western socket HVT) M4A- subscr. using HVT (using 3rd Western socket HVT)

LSA LSAM4A subscr. M4A subscr. M4A subscr. M4A subscr.

06/07 1144.999.112.593


M4A – exchange circuit using MDF

18

16

654321

87654321

b3 (6)

a1 (1)b1 (2)a2 (3)b2 (4)a3 (5)

a4 (7)b4 (8)

--L-aL-b--

L-aL-b----

1 8

1 2 3 4

1 8

5 6 7 811

111

816

654321

87654321

b3 (6)

a1 (1)b1 (2)a2 (3)b2 (4)a3 (5)

a4 (7)b4 (8)

--L-aL-b--

L-aL-b----

1 8

1 2 3 4

1 8

5 6 7 8

13

13

M4A subscr. M4A subscr.LSA

M4A subscr. M4A subscr.LSA

M4A- exchange using HVT (using 1st Western socket HVT) M4A- exchange using HVT (using 3rd Western socket HVT)

Patch cable Terminal strip Patch cable Terminal strip

06/07 1154.999.112.593


Peripherals circuit using MDF

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

a

b

--

--

8 145

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

L-a

L-b

--

--

a1b1 a2b2LSA LSA

Connection peripheral device - exchange Connection peripheral device - subscriber

From / toanalog exchange

06/07 1164.999.112.593

Installation manual Integral 5 D/E easy Plug-in module MA2 (IOM, I5 D/E)

Plug-in module MA2 (IOM, I5 D/E)Module view and socket allocation


87654321 --

----ab------

8

87654321 --

----

L-aL-b------

8

1 analog subscriber1 analog exchange

subscriber

Exchange subscriber

exchange

06/07 1174.999.112.593


Short description of the MA2


Short description of the MA2 exchange connection


Function 1 x analog line, 1 x analog subscriberWidth 2-slot widthConnection options BND, BNE, BNS, EXE, all slots

Cables 2 x patch cable 1

Note Prior to disconnecting the module the exchange line must be disconnected

Short description of the MA2 exchange connection

Pulse dialling or DTMF dialling procedures with country-specific settings Country-specific meter pulse counting 12 kHz, 16 kHz Call recognition with frequency and level evaluation DC decoupling for NTA (network termination, analog) a/b polarity reversal with loop current evaluation Flash signalling Reverse polarity protection Power-cut switching with direct connection of the subscriber to the exchange line CLIP Coherer circuit (fitting option) / country variants PTC input protection configuration (fitting option, France)

06/07 1184.999.112.593


Short description of the MA2 subscriber connection

Short description of the MA2 subscriber connection

Feed current 20..40 mA (country-specific configuration using variant fittings) Ringing voltage (35...40 Veff) Feed polarity reversal Loop current identification (flash, on-hook, off-hook) Ranges for telephone station feed with –40 V, permissible cable resistance included

Instrument resistance 800 OhmRanges when using 20 mA:

with installation cable with 0.4 mm Ø up to approx. 1350 m with installation cable with 0.6 mm Ø up to approx. 2900 m

CLIP display on subscriber instrument

Only Austria: Analog direct dial-in possible - Inward dialling of an analog exchange line in accordance with the ÜFS standard. Direct dialling to a system subscriber possible (corresponds to point-to-point connection on an analog basis).

06/07 1194.999.112.593


MA2 – subscriber circuit using MDF

18

16

6

5

4

3

2

1

8

7

6

5

4

3

2

1

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

--

b

a

--

a

b

--

--

1 8

1 2 3 4

1 8

5 6 7 811

111

81

6

6

5

4

3

2

1

8

7

6

5

4

3

2

1

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

--

b

a

--

a

b

--

--

1 8

1 2 3 4

1 8

5 6 7 8

13

13

LSA LSA

Patch cableTerminal strip

Patch cableTerminal strip

MA2- subscr. using HVT (using 1st Western socket HVT) MA2- subscr. using HVT (using 3rd Western socket HVT)

06/07 1204.999.112.593


MA2 – exchange circuit using MDF

18

16

6

5

4

3

2

1

8

7

6

5

4

3

2

1

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

--

L-a

L-b

--

L-a

L-b

--

--

1 8

1 2 3 4

1 8

5 6 7 811

111

81

6

6

5

4

3

2

1

8

7

6

5

4

3

2

1

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

--

L-a

L-b

--

L-a

L-b

--

--

1 8

1 2 3 4

1 8

5 6 7 813

13

MA2- exchange using HVT (using 1st Western socket HVT) MA2- exchange using HVT (using 3rd Western socket HVT)

LSA LSA


06/07 1214.999.112.593


Peripherals circuit using MDF

Connections from distributor to external connection points can be made using installation cable J-Y(St)Y 2 x 2 x 0.6.

In this case to the analog connection socket of the network operator, or to a UAE socket for connection to an analog telephone.

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

a

b

--

--

8 145

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

L-a

L-b

--

--

a1b1 a2b2

Connection peripheral device - exchange Connection peripheral device - subscriber

LSA LSA

To/from analogexchange

06/07 1224.999.112.593

Installation manual Integral 5 D/E easy Plug-in module MS4 (IOM, I5 D/E)

Plug-in module MS4 (IOM, I5 D/E)Module view and socket allocation

Modul view Socket allocation

1 2

T01 T02

1 2

S01 S02

87654321 T1-2

R1-2R2-2T2-2T1-1R1-1R2-1T2-1

8

87654321 R1-4

T1-4T2-4R2-4R1-3T1-3T2-3R2-3

8

2 digital exchanges2 digital subscriber

Transmit + to exchange 2Receive + from exchange 2Receive - from exchange 2Transmit - to exchange 2Transmit + to exchange 1Receive + from exchange 1Receive - from exchange 1Transmit - to exchange 1

Receive + to subscriber 2Transmit + from subscriber 2Transmit - from subscriber 2Receive - to subscriber 2 Receive + to subscriber 1Transmit + from subscriber 1Transmit - from subscriber 1Receive - to subscriber 1

06/07 1234.999.112.593


Short description of MS4

Short description of module

Short description of exchange connection

Short description of subscriber connection


Function 2 x T0, 2 x S0Width 2-slot width

Connection options BND: max. 2 x per system BNE/BNS: max. 2 x BND, BNE, BNS, all slots

Cables 2 x Y patch cables

Note Left hand socket: 2 x T0 Right hand socket: 2 x S0, each terminated with 100 Ohm Unplugging and plugging in under power is permissible

Short description of exchange connection

Left hand socket: 2 x T0, the T0 connection does not require a power supply No 100 Ohm termination, no earth reference for the rough lightning strike protection, insulation principle Without exchange synchronisation operates at high precision internal clock, otherwise synchronised

to the exchange T0 data see T8S

Short description of subscriber connection

Right hand socket: 2 x S0, each terminated with 100 Ohm Range: Point to point: <= 1000m, shorter passive bus: <= 100m, extended passive bus: <= 500 m See SXS for further data

06/07 1244.999.112.593


Connecting MS4 T0/S0 using MDF

Connection:

MS4 - exchange using patch cable 8/6 to distributorMS4 - subs using patch cable 8/6 to distributor

Distributor to exchange connection using inst. cable installation cable J-Y(St)Y 2x2x0.6Distributor to UAE socket using inst. cable installation cable J-Y(St)Y 2x2x0.6

1 8

1 2 3 4

1 8

5 6 7 8YL YR

R2-3 8765

T2-3T1-3R1-3

YL5432

4321

R2-4T2-4T1-4R1-4

YR5432

a1 (1)b1 (2)a2 (3)b2 (4)

T1-3T2-3R1-3R2-3

b3 (6)a3 (5)

a4 (7)b4 (8)

T1-4T2-4R1-4R2-4

1 8

16

16

LSA

Terminal strip

MS4 - S0 - subscr. using HVT (using 1st und 3rd Western socket HVT)

Patch cable

06/07 1254.999.112.593


Connecting MS4 T0/S0 using MDF

Connection:

MS4 - exchange using patch cable 8/6 to distributorMS4 - subs using patch cable 8/6 to dis-tributor

Distributor to exchange connec-tion using inst. cable installation cable J-Y(St)Y 2x2x0.6Distributor to UAE socket using inst. cable installation cable J-Y(St)Y 2x2x0.6

T2-1 8765

R2-1R1-1T1-1

YL5432

4321

T2-2R2-2R1-2T1-2

YR5432

a1 (1)b1 (2)a2 (3)b2 (4)

R1-1R2-1T1-1T2-1

b3 (6)a3 (5)

a4 (7)b4 (8)

R1-2R2-2T1-2T2-2

1 8

16

16

1 8

1 2 3 4

1 8

5 6 7 8YL YR

Patch cable

Terminal strip

LSAMS4 -T0 - exchange using HVT (using 5th and 7th Western socket HVT)

06/07 1264.999.112.593


I55 <---> I5 connection via QSIG to/via MS4

1 8

1 2 3 4

1 8

5 6 7 8YL YR

RXL1 8765

YL5432

4321

YR5432

a1 (1)b1 (2)a2 (3)b2 (4)

b3 (6)a3 (5)

a4 (7)b4 (8)

1 8

16

16

8 1

TXL1TXL2RXL2

RXL1RXL2

TXL1TXL2

main distributor

LSA

Terminal strip

to I55

06/07 1274.999.112.593


06/07 1284.999.112.593

Installation manual Integral 5 D/E easy PB1 (emergency power supply)

PB1 (emergency power supply)Module views

PB1 is the emergency power supply for the Integral 5 easy PB1 open, view from below

LED radiating upwards

Power supply unit connection to BNxkey accessible from underneath

Reset-button

06/07 1294.999.112.593


PB1 open, view from below

LED (light emitting diode)

Socket for low-profile plug

Installation position for NiCa-battery (rechargeable)

Battery clip

low-profile plug

Battery

06/07 1304.999.112.593


Short description PB1

Short description of PB1

Function The PB1 plug-in module is the integral emergency power supply for the Integral 5.

Width 123 / 120 mm (corresponding to half the BNx width)Height 140 / 125 mm (corresponding to height of BNx)Mounting with one screwCables 1 x patch cable

Note I5 D: 1x PB1 is connected between plug-in mains unit and system. I5 E: The number of PB1 modules depends on the number of required

plug-in mains units.

06/07 1314.999.112.593


Further information

Further informationThe plug-in module is fed only with a voltage of (–40 Volt) from the external plug-in mains unit; this supplies the BNx basic modules. All other system voltages +14 Volt, +5 Volt are created directly on the PB1 circuit board by DC/DC converters. In the case of a power-cut, the negative feed voltage of -39 Volt is produced by the discreetly assembled DC/DC converter and sent to the output socket. There is space in the PB1 module for an NC battery pack with 8 cells (9.6 V), which provides power during a power-cut. The battery cells are charged during normal operation by means of a charging switching. It is, however, possible to connect an external lead-acid battery (+12 Volt) instead.* The µP system monitors the charging and switches off as required. (Protection against total discharge)An LED with optical fibres is installed on the circuit board for signalling the internal status.The rechargeable NC battery directly within the module provides a direct emergency power supply even if no other rechargeable batteries are connected. The battery operation time varies between approx. 15 and 60 minutes between min. and max. load operation, depending on configuration and activity in the Integral 5.The µP system measures all necessary times, states and voltages, controls charging and the need for discharging "for maintenance" and also battery testing.

Dangerous VoltagesThe plug-in mains unit is of protection class 2. Its output voltage is an innocuous SELV voltage. All voltages produced internally and sent to the PB1 module are also SELV voltages.

LED to the Status Display

The various states of the charging and discharging are signalled by the flashing LED. During charging, the signalling is via pauses in blinking. In the case of a power-cut, signalling is via pulses. A pause of 5 sec. follows a blink sequence to avoid ambiguity.

* an external battery (e.g. car battery (lead gel)) requires its own charger.

06/07 1324.999.112.593


LED (flashing rhythm / signalling)

Charging phase (charging time approx. 15 hr. with known NiCd batteries)

The charging cycle always begins after inserting the plug-in mains unit

(a)

1

2

3

(b)LED on5sec 5sec

usw

Xn (pulse), start of the loading phaseLED on etc

5sec 5sec

1 pulse end of the loading phase

06/07 1334.999.112.593


Further information on the charging phase


PB1 is installed, battery is connected, the supplied, coded SV cable between PB1 and BNx is plugged in: the status of the PB1 is signalled after inserting the plug-in mains unit as follows:

The initialization phase begins (phase 1) LED flashes very rapidly (duration approx. 10 sec.) -----> after which

the LED in the case of a NiCd battery is unlit (also for approx. 10 sec.) in the case of a lead gel battery remains on -----> after which the LED

starts to flash (pulse) once a second When it is detected that a battery is connected, the charging phase

begins (phase 2); the number of flash pulses changes during the charging phase

At the start of the charging phase (a) the number flash pulses is high (xn pulses) LED 5sec. on > xn pulses > LED 5 sec. on > xn pulses etc. and decreases towards the end of the charging phase (b)

After the battery has been charged (phase 3), the LED flashes at a constant rate (b), i.e.LED 5sec. on ---> 1 pulse ---> LED 5 sec. on ---> 1 pulse etc.

06/07 1344.999.112.593


Discharge Phase

(c)

5sec 5sec

3

4

5

(d)

5sec 5sec

Xn pulseusw.

LED off etc.

LED off

1 pulse

06/07 1354.999.112.593



In the event of power failure or removal of the plug-in mains unit, the PABX Integral 5 is powered from battery; the battery discharges.The discharge phase begins (4); the number of flash pulses changes during the discharge phase.The start of the discharge phase (c) is signalled by a flash pulse, LED 5sec. off -> 1 pulse --> LED 5 sec. off -> 1 pulse etc.The end of the discharge phase (d) is signalled by xn pulses, LED 5 sec. off -> xn pulses -> LED 5 sec. off -> xn pulses etc.If point d is reached, the PB1 switches off (protection against total discharge).

06/07 1364.999.112.593


Battery Test

Testing of the charged battery

In network operation (i.e. plug-in mains unit inserted), the battery test is activated by a button accessible from outside.Press key for approx. 2 sec. (release in area 4) ---> test starts (at present, preset test duration time is 15 min.)

if the reference voltage (Umin) is not reached during the test duration time, the test is o.k., i.e. the PABX Integral 5 may be powered in the existing configuration for at least 15 min. with this battery in the case of power failure.

After the successful test, the PB1 begins again with charging of the battery automatically, i.e. with the initialization phase (see "Charging phase (1)").

If the reference voltage (U min) is reached during the test duration time, the test is not o.k., i.e. the PABX Integral 5 can no longer be powered in the existing configura-tion for at least 15 min. with this battery in the case of power failure.This is signalled by needle pulses and the PB1 begins again with charging of the battery automatically This needle pulse signalling remains visible until a reset of this display is executed This reset is executed by pressing and holding the key approx. 4 sec. and releasing in area R.

4 R 2

LED on

LED off

2sec 2sec2sec

06/07 1374.999.112.593


Re-charging Battery

Re-charging Battery

Under certain circumstances, it may be vital to restart the charging process, e.g. if a battery replacement during operation is required.

To do this, press the button for approx. 6 sec (release in area 2). Charging process is started beginning with the initialization phase (see "Charging phase (phase 1)").

06/07 1384.999.112.593


Switching off the supply voltage (to BNx or IP module)

Battery/accumulator change

Switching off the Integral 5 easy

Proceed as follows to switch off the supply voltage to the BUx or EUx or IP module: Variant 1:

Open the battery cover and unplug the battery plug (from all PB1 modules) Then unplug the plug-in mains units or switch off the multi-socket extension After reconnecting the mains supply, plug in the battery plugs again

Variant 2: (only if there is only 1 x PB1 in the system) First unplug the plug-in mains units or switch off the multi-socket extension from the socket, or switch off

the main supply. Press button for approx. 6 sec. (release in area 2) ---> the power supply to the BUx or EUx or IP module will

be switched off. Check whether the LED is really unlit.

To switch the system back on, insert the plug-in mains unit back into the socket.

Never remove the supplied, coded SV cable between PB1 and BNx or EXE or IP module during operation! Always carry out procedure for switching off! Never unplug or insert a live IOM or LAN extension cable!

Battery/accumulator change

Changing NiCd battery (accumulator):Withdraw the flat plug (3) (of battery) Remove the rechargeable battery from its holder

06/07 1394.999.112.593


06/07 1404.999.112.593

Installation manual Integral 5 D/E easy Plug-in module PRI (LAN, I5 E)

Plug-in module PRI (LAN, I5 E)Module view and socket allocation


87654321 --

--RXL2TXL1TXL2RXL1

----

8

Primary Rate

S2M

06/07 1414.999.112.593


Short description PRI

Module-specific data

Short description of PRI

FunctionThe PRI (Primary Rate Interface) is an intelligent plug-in module which creates the connection within the system to a Primary Rate Connection (2 Megabit).

Width 4-slot width

Connection options

BND: no PRI BND/BNS: max. 1 x per system BNE, BNS, slot 4 or 8 EXE slot 2 or 4

Cables 1 x patch cable

Module-specific data

32 channels each with 64 kbps (2048 kbps in total); 30 B channels, one D channel and one channel used for purposes of synchronisation

Transmission medium: 2 symmetrical twin wires (screened) Range: approx. 100 m (6dB) Pure point to point connection Level 1 is always active (no up or down procedures) Constant automatic monitoring of the correct level 1 functions

06/07 1424.999.112.593


Module-specific data (continued)

Two isolating transformers ensure the necessary electrical separation from the peripherals.

All the instructions for programming digital or analog exchange lines also apply to the PRI module. The code numbers correspond to the criteria for programming T0 lines.

The management of the lines is dynamic. The assignment of a line number proceeds independently of the B channel number. (I.e. line 4 can have the channel number 30 and line 30 the channel number 2).

In Germany the installation of an S2M connection is always combined with the allocation of 30 B channels. As the use of all 30 B channels of the PRI module corresponds to the maximum extension of the system from

the exchange side, in this case no further T0 connections or analog exchange line junctions are allowed to be configured.

If nevertheless additional digital or analog exchange connection organs are configured, the useable number of B channels is reduced accordingly.

The synchronization of the Integral 5 clock generator to the reference pulse of the public network can be done:

Using a T0 interface (MSN or TK) Using a S2M interface In the case of an MSN connection, levels 1 and 2 of the T0 interface are

deactivated if the T0 line is not busy. In the case of a TK connection, levels 1 and 2 are activated. For an S2M interface, levels 1 and 2 remain activated. Consequently

the synchronization is prioritized principally on the S2M interface, since in the case of the T0 line (MSN) the synchronisation clock is switched off at the end of the connection.

If the PRI module fails or the S2M path is interrupted, the synchronization takes place on an exchange plug-in module with T0 interface that has access to a T0 line. If no T0 line is available synchronization is internal. (as for T0 with MSN in inactive state, when there is no call connection)

When the PRI module reports back again, the system ends the synchronization process on the T0 interface and changes over to the S2M interface.

06/07 1434.999.112.593


Connection to NTPM using a UAE socket

max. cable length between PRI and NTPM: 100 m

06/07 1444.999.112.593


Connection to NTPM using the MDF

18

16

6

5

4

3

2

1

8

7

6

5

4

3

2

1

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

RXL1

TXL1

TXL2

RXL2

TXL1

TXL2

RXL1

RXL2

1 8

1 2 3 4

1 8

5 6 7 811

11

8 1

Terminal strip

PRI using HVT (using 1st Western socket HVT)

LSA

to NTPM

06/07 1454.999.112.593


IPO <---> I5 connection via QSIG to/via PRI

18

16

6

5

4

3

2

1

8

7

6

5

4

3

2

1

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

RXL1

TXL1

TXL2

RXL2

TXL1

TXL2

RXL1

RXL2

1 8

1 2 3 4

1 8

5 6 7 811

11

8 1


Terminal strip

LSA

to IPO

06/07 1464.999.112.593


I55 <---> I5 connection via QSIG to/via PRI

18

16

6

5

4

3

2

1

8

7

6

5

4

3

2

1

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

RXL1

TXL1

TXL2

RXL2

TXL1

TXL2

RXL1

RXL2

1 8

1 2 3 4

1 8

5 6 7 811

11

8 1

Terminal strip


LSA

to I55

06/07 1474.999.112.593


06/07 1484.999.112.593

Installation manual Integral 5 D/E easy Plug-in module S4A (IOM, I5 D/E)

Plug-in module S4A (IOM, I5 D/E)Module view and socket allocation


1 2 1 2

87654321 --

ba----ba--

8

87654321 --

ba----ba--

8

4 analog subscriber

subscr. 1, 2 subscr. 3, 4

subscriber 3, 4

subscriber 1, 2

06/07 1494.999.112.593


Short description of S4A


Short description of moduleFunction 4 x analog subscribersWidth 2-slot widthConnection options BND, BNE, BNS, EXE all slots


Note Left hand socket: 2 x analog subscribers 1, 2 Right hand socket: 2 x analog subscribers 3, 4

06/07 1504.999.112.593


Analog connection using MDF

1 8

1 2 3 4

1 8

5 6 7 8YL YR

8765

ab

YL5432

4321

ab

YR5432

a1 (1)b1 (2)a2 (3)b2 (4)

ba

b3 (6)a3 (5)

a4 (7)b4 (8)

ba

1 8

16

16

S4A using HVT (using 1st und 3rd Western socket HVT)

LSA

Terminal stripPatch cable

S4A 1, 2

YL

YR subscriber 1

subscriber 2

06/07 1514.999.112.593


8765

ab

YL5432

4321

ab

YR5432

a1 (1)b1 (2)a2 (3)b2 (4)

ba

b3 (6)a3 (5)

a4 (7)b4 (8)

ba

1 8

16

16

1 8

1 2 3 4

1 8

5 6 7 8YL YR

S4A using HVT (using 5th und 7th Western socket HVT)

Terminal strip Patch cable

S4A 3, 3

YL

YR

LSA

subscriber 3

subscriber 4

06/07 1524.999.112.593

Installation manual Integral 5 D/E easy Plug-in module S4D (IOM, I5 D/E)

Plug-in module S4D (IOM, I5 D/E)Module view and socket allocation


RBS 1, 2

87654321

U- /2U- /1U+ /1U+ /2

RBS

4 UPD-Ports

RBS

RBS1

06/07 1534.999.112.593


Short description of S4D


Function 4 UPD ports for connecting 2 DECT RBSs (4 B channels ADPCM per RBS) 1 digital signal processor (DSP), 8 simultaneous calls possible

Width 2-slot widthConnection options

BND: all slots, max. 4 x per system BNE, BNS, EXE: all slots, max. 4 x using IOM-EXE -> max. 8 x per system

Cables 2 x patch cables Installation cable 0.6 mm2 (J-Y(St)Y2x2x0.6): length approx. 1,000 m

Note If an S4D is plugged into an EXE, the EXE must have its own plug-in mains unit

06/07 1544.999.112.593


Summary of the radio ranges

Overlapping radio range with automatic handover Non-overlapping radio ranges, no handover, connection is lost

06/07 1554.999.112.593


Connecting RBS1 and RBS2 using MDF

RBS1

18 RBS

1 16

654321

87654321

b3 (6)

a1 (1)b1 (2)a2 (3)b2 (4)a3 (5)

a4 (7)b4 (8)

U+ /2U+ /1U- /1U- /2

U- /1U+ /1U- /2U+ /2

1 8

1 2 3 4

1 8

5 6 7 811

11RBS

21

8 RBS2 16

654321

87654321

b3 (6)

a1 (1)b1 (2)a2 (3)b2 (4)a3 (5)

a4 (7)b4 (8)

U+ /2U+ /1U- /1U- /2

U- /1U+ /1U- /2U+ /2

1 8

1 2 3 4

1 8

5 6 7 8

13

13


LSA LSAS4D-RBS1 using HVT (using 1st Western socket HVT) S4D-RBS using HVT (using 3rd Western socket HVT)

06/07 1564.999.112.593


Connecting RBS1 and RBS2 using MDF

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

U- /1

U+ /1

U- /2

U+ /2

U- /1

U+ /1

U- /2

U+ /2

11

13

8 1

8 1

3

6

4

5

5

4

6

3

LSA

Peripheral device connection - RBS using UAE

RBS

06/07 1574.999.112.593


Maximum number of DECT units that can be installed on the system

Definition

S8D (LAN) max. 4 x per system 4 x RBS per S8D 16 x RBS per 4 x S8DNo S8D may be driven from a BNx

S4D (IOM) max. 4 x per BNE/BND 2 x RBS per S4D 8 x RBS per 4 x S4DS4D (IOM) max. 4 x per BNS 2 x RBS per S4D 8 x RBS per 4 x S4DMax. total of all possible RBS units in the system 32 x RBS

06/07 1584.999.112.593


The diagram shows the maximum number of DECT units that can be installed on the system.

4 x S8D, controlled by the BNE (16 x RBS) 4 x S4D, controlled by the BNE (8 x RBS) This allows a maximum of 24 x RBS to be driven by the BNE. 4 x S4D, controlled by the BNS (8 x RBS) So as to achieve 32, the maximum possible number of RBS units, the remaining 8 RBS units are driven by the BNS-IOM.

BNE

LANoutIOM

EXE 1

S8D4 RBS

S8D4 RBS

LANout LANin

EXE 2

S8D4 RBS

S8D4 RBS

EXE 3

IOM

S4D2 RBS

S4D2 RBS

S4D2 RBS

S4D2 RBS

BNS

IOM

EXE 4

S4D2 RBS

S4D2 RBS

S4D2 RBS

S4D2 RBS

IOM

LANout LANin

LANin

06/07 1594.999.112.593


06/07 1604.999.112.593

Installation manual Integral 5 D/E easy Plug-in module S8D (LAN, I5 E)

Plug-in module S8D (LAN, I5 E)Module view and socket allocation


1 2 1 2

87654321 U- /2

U- /1U+ /1U+ /2U- /2U- /1U+ /1U+ /2

8

RBS1,2 RBS1

RBS2

87654321 U- /2

U- /1U+ /1U+ /2U- /2U- /1U+ /1U+ /2

8

RBS3,4 RBS3

RBS4

S8D

8xUPD

RBS1 RBS2 RBS3 RBS4

06/07 1614.999.112.593




Function

8 x UPD ports for 4 x DECT-RBS 7 B channels ADPCM per RBS 4 digital speech processors (DSP) allowing 28 simultaneously

processed speech channels. Power supply, message exchange (LAN) as well as speech

transmission (PCM highway) via D-sub plug.Width 4-slot widthConnection options EXE slot 2 or 4, max. 1 x per system


Note

If an S8D is plugged into an EXE, the EXE must have its own plug-in mains unit.

The module become hot on the underside (metal cover) (approx. 60 °C). Please be careful when servicing (e.g. exchanging) the plug-in module, or wear gloves!

06/07 1624.999.112.593


RBS connection using Y cable

(8) 1

(6)

2

(6)

(8)

1

(6)

2

(6)

RBS 1, 2

RBS 3, 4

RBS 1 RBS2

06/07 1634.999.112.593


RBS1 thro RBS4 – connection using MDF

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

11

13

U- /1

U+ /1

U- /2

U+ /2

U- /1

U+ /1

U- /2

U+ /2

8 1

8 1

3

6

4

5

3

4

5

6

1 8

1 2 3 4

1 8

5 6 7 811 13 15 17

1

1 1

1

1 1

YL YR YL YR

Terminal strip

Patch cable

LSA

RBS1

RBS2

Y-cable main distributor frame

06/07 1644.999.112.593


8

7

6

5

5

4

3

2

YL

5

4

3

2

YR4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

15

17

U- /1

U+ /1

U- /2

U+ /2

U- /1

U+ /1

U- /2

U+ /2

8 1

8 1

3

6

4

5

3

4

5

6

1 8

1 2 3 4

1 8

5 6 7 811 13 15 17

1

1 1

1

1 1

YL YR YL YR

Terminal strip

Terminal strip

LSA

RBS3

RBS4

Y-cable main distributer frame

06/07 1654.999.112.593


DECT mounting

Definition

S8D (LAN) max. 4 x per system 4 x RBS per S8D 16 x RBS per 4 x S8DNo S8D may be driven from a BNx

S4D (IOM) max. 4 x per BNE/BND 2 x RBS per S4D 8 x RBS per 4 x S4DS4D (IOM) max. 4 x per BNS 2 x RBS per S4D 8 x RBS per 4 x S4DMax. total of all possible RBS units in the system 32 x RBS

06/07 1664.999.112.593


The diagram shows the maximum number of DECT units that can be installed on the system.

4 x S8D, controlled by the BNE (16 x RBS) 4 x S4D, controlled by the BNE (8 x RBS) This allows a maximum of 24 x RBS to be driven by the BNE. 4 x S4D, controlled by the BNS (8 x RBS) So as to achieve 32, the maximum possible number of RBS units, the remaning 8 RBS units are driven by the BNS-IOM.

BNE

LANoutIOM

EXE 1

S8D4 RBS

S8D4 RBS

LANout LANin

EXE 2

S8D4 RBS

S8D4 RBS

EXE 3

IOM

S4D2 RBS

S4D2 RBS

S4D2 RBS

S4D2 RBS

BNS

IOM

EXE 4

S4D2 RBS

S4D2 RBS

S4D2 RBS

S4D2 RBS

IOM

LANout LANin

LANin

06/07 1674.999.112.593


06/07 1684.999.112.593

Installation manual Integral 5 D/E easy Plug-in module S8P (LAN, I5 E)

Plug-in module S8P (LAN, I5 E)Module view and socket allocation


Sockets for Subs 3, 4 Subs 5, 6 Subs 7, 8 as above1 2 1 2 1 2 1 2

87654321 --

ab----ab--

8subs.1

subs.2

8 UPN-subscriber

subscriber 1, 2

subscriber 3, 4

subscriber 5, 6 subscriber 7, 8

06/07 1694.999.112.593


Short description of S8P

Directly connecting UPN subscriber

Short description of S8P

Function Module for the connection of 8 digital subscribers with UPN interface:Width 4-slot width

Connection options

BND, slot 4 and 8 BNE, BNS, slot 4 and 8 EXE slot 2 and 4

Cables 4 x Y patch cable

Note Ranges when powered with –40 V and installation cable 0.6 mm² (J-Y(St)Y2 x 2 x 0.6) approx. 1000 m

(8)

1

(6)

2

(6)

subscriber 1, 2

UPN-subscriber 1

UPN-subscriber 2

06/07 1704.999.112.593


Connecting UPN subs 1 to UPN subs 4 (UPN subs 5 to UPN subs 8) using distributor

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

11

13

b

a

--

--

b

a

--

--

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

15

17

b

a

--

--

b

a

--

--

1 8

1 2 3 4

1 8

5 6 7 811 13 15 17

1

1

YL

1

YR

1

1

YL

1

YR

1 8

1 2 3 4

1 8

5 6 7 811 13 15 17

1

1YL

1

YR

1

1

YL

1

YR

subscriber1

subscriber2

sub3

sub4

LSA LSA

Y - cable - main distributor frame

Patch cable Patch cable

sub1 sub2 sub3 sub4 sub5 sub6 sub7 sub8

Terminal strip 1 Terminal strip 2

Y - cable - main distributor frame

06/07 1714.999.112.593


06/07 1724.999.112.593

Installation manual Integral 5 D/E easy Plug-in module SXS / S4S (IOM, I5 D/E)

Plug-in module SXS / S4S (IOM, I5 D/E)Module view and socket allocation


1 2 1 2

87654321 R+

T+T-R-R+T+T-R-

8

SXSS0 1,2

87654321 R+

T+T-R-R+T+T-R-

8

SXSS0 3,4

4 S0 subscriber

S02

S01S03

S04

06/07 1734.999.112.593


Short description of SXS



Function 4 x S0Width 2-slot widthConnection options BND, BNE, BNS, EXE all slots


Note Left hand socket: 2 x S0 (1, 2) Right hand socket: 2 x S0 (3, 4)

06/07 1744.999.112.593


S0 connection using MDF (usual) – 1

8 1 8 1 8 1 8 1

8765

5432

YL

1 1

1

11

b2 (4)b1 (2)a1 (1)a2 (3)

T-T+

R-

R+

b4 (8)b3 (6)a3 (5)a4 (7)

T-T+

R-

R+

parallel

13141

121

17181

161

5432

YR4321

15

b2 (4)b1 (2)a1 (1)a2 (3)

T-T+

R-

R+

b4 (8)b3 (6)a3 (5)a4 (7)

T-T+

R-

R+

parallel

3456

43

56

3456

43

56

YR

YL

LSA

BUS

BUS

S0-sub2

S0-sub1

S0-sub2

S0-sub1The diagram here shows the connection of only one Y patch cable

Y-cable-main-distributor frame

06/07 1754.999.112.593


1 8

1 2 3 4

1 8

5 6 7 811 13 15 17

1

1 11 1 1 1

YL YR

Bus2 Bus1

S02 S01 S02 S01

Y-Patch cable

Terminal strip

06/07 1764.999.112.593

Installation manual Integral 5 D/E easy Plug-in module T8S (IOM, I5 D/E)

Plug-in module T8S (IOM, I5 D/E)Module view and socket allocation


1 2 1 2 1 2 1 2

Sub/exchange interchangeable Sub fixed

87654321 R-

T-T+R+

R-T-T+R+

8

87654321 R-

T-T+R+

R-T-T+R+

8

8 S0-sub or exchange

S0 5, 6 S0 7, 8

S0 1, 2

S0 subscriber

T0 exchange

S0 3, 4

06/07 1774.999.112.593


Short description T8S


Function

4 digital connection units each with 2 B channels, software configurable as T0 / S0 8 S0 subs 7 S0 subs and 1 T0 exchange line 6 S0 subs and 2 T0 exchange lines 5 S0 subs and 3 T0 exchange lines 4 S0 subs and 4 T0 exchange lines

On powering up the system, the T8S is always configured as 4 S0 subs and 4 T0 exchange lines

Width 4-slot width

Connection options

max. 1 x on a BND, slot 4 and 8 BNE, BNS, slot 4 and 8 EXE slot 2 and 4

Cables 4 x Y patch cable

Note

The attachment of the NTBA to terminals configured for S0 operation can lead to damage to the NTBA.

Care must be taken that the Western plug of an S0 subscriber is not inserted into the T0 exchange configured interface (Western socket).

T0 can be reprogrammed to S0 using codes #5 and #6 (see the manual under Data Entry). Make absolutely sure prior to re-programming from T0 to S0 that there is no NTBA connected to the

relevant Western sockets. An NTBA may only be connected to (plugged into) those Western sockets that are configured for the

T0 connection. In order to be quite certain of this, attach the NTBA only after the system has been put into operation.

S01 S02 S03 S04 S05 S06 S07 S08Exch Exch Exch Exch Sub Sub Sub Sub

06/07 1784.999.112.593


S0 connection using MDF – 1

8 1 8 1 8 1 8 1

8765

5432

YL

1 1

1

11

b2 (4)b1 (2)a1 (1)a2 (3)

T-T+

R-

R+

b4 (8)b3 (6)a3 (5)a4 (7)

T-T+

R-

R+

parallel

13141

121

17181

161

5432

YR4321

15

b2 (4)b1 (2)a1 (1)a2 (3)

T-T+

R-

R+

b4 (8)b3 (6)a3 (5)a4 (7)

T-T+

R-

R+

parallel

3456

43

56

3456

43

56

YR

YL

BUS

BUS

subscr2

subscr1

subscr2

subscr1

LSA

Y-cable-main distributor frame

06/07 1794.999.112.593


1 8

1 2 3 4

1 8

5 6 7 811 13 15 17

1

1 11 1 1 1

YL YR

BUS2 BUS1

S02 S01 S02 S01

Y-Patch cable

Terminal strip

06/07 1804.999.112.593


T0 connection using MDF

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1

1

11

13

T-

T+

R-

R+

T-

T+

R-

R+

8 1

a1

b1

a2

b2

(4) (5) (3) (6)8 1

a1

b1

a2

b2

(4) (5) (3) (6)

YL

YR

Y-cable-main distributor frame

LSA

To NTBA NTBA To NTBA NTBA

06/07 1814.999.112.593


1 8

1 2 3 4

1 8

5 6 7 811 13 15 17

1

1 1

1

1 1

YL YLYR YR

Sub2Sub1 Sub3 Sub4

Patch cable Patch cable

06/07 1824.999.112.593


I55 <---> I5 connection via QSIG to/via T8S

18

16

6

5

4

3

2

1

8

7

6

5

4

3

2

1

b3 (6)

a1 (1)

b1 (2)

a2 (3)

b2 (4)

a3 (5)

a4 (7)

b4 (8)

RXL1

TXL1

TXL2

RXL2

TXL1

TXL2

RXL1

RXL2

1 8

1 2 3 4

1 8

5 6 7 811

11

8 1

LSA

to I55

Terminal strip

main distributor

06/07 1834.999.112.593


06/07 1844.999.112.593

Installation manual Integral 5 D/E easy Plug-in module V.24

Plug-in module V.24Module view and socket allocation


87654321


8

V.24

1xV.24DCD from 1:1 KabelRXD to DDeTXD from DDEDTR-DSR-loopsignal-GNDDTR-DSR-loopRTS from DEECTS to DEE

06/07 1854.999.112.593

Installation manual Integral 5 D/E easy Plug-in module V.24

Short description of V.24

Short description of V.24

Function Serial interfaceWidth 2-slot widthConnection options max. 1 x on BNE, slot 2

Cables 1 x V.24 cable

Note Even if plugged into the wrong slot X will not damage other modules. The plug-in module can be unplugged and plugged in whilst under

power, however no connection using the V.24 cable should be made to the module from a PC which is switched on.

06/07 1864.999.112.593

Installation manual Integral 5 D/E easy Installation examples I5 D easy

Installation examples I5 D easy

The preceding chapters have given you information on:

Earthing Power supply Cable channels Cables Basic modules Plug-in modules

You now know how plug-in modules can be connected to their peripherals, where applicable.

This chapter shows you how the Integral 5 D easy can be assembled using the available components; for this purpose the modules are represented schematically.

An Integral 5 easy should always be configured using the "ISA" tool, which will then automatically also generate the installation.

The following examples give information regarding the essentials of installation and what points must be specially complied with.

06/07 1874.999.112.593


Explanation of the BND block diagram

Explanation of the BND block diagram

Slots on the BND:here an MS4 is plugged into slot 2An SXS is plugged into each of slots 4, 6 and 8

Socket for connecting a plug-in mains unit or power supply taken from an EXE (SVout)IOM outputs1 = IOM-EXE1 2 = IOM-EXE2V.24 socket for connecting a V.24 device

MS44x2B

I5 D easy BNDSXS4x2B

SXS4x2B

SXS4x2B

12IOM

DC in V.24

MS44x2B

SXS4x2B

SXS4x2B

SXS4x2B

2 4 6 8

12

06/07 1884.999.112.593


Slots on the EXE:here an SXS is plugged into each of slots 1 thro 4

SVin = power supply input SVout = power supply output

LAN sockets (here not used)LAN O = LAN out LAN I = LAN inIOM inputsL = IOM-EXEL R = IOM-EXER

I5 D easy EXESXS4x2B

SXS4x2B

SXS4x2B

SXS4x2B

L Ro i DC outDC in LAN IOM

SXS4x2B

SXS4x2B

SXS4x2B

SXS4x2B

1 2 3 4

o i

L R

06/07 1894.999.112.593


Plug-in modules, B-channels, Arrangements in principle

Plug-in module Function B channels Total

B channels Arrangements in principle

SXS (IOM) 4 x S0 bus per bus 2 x subs

max. 8 S0 subs 4 x (2 x B) = 8 x B

S8P (IOM)

8 x UPN per UPN 1 x UPN subs

= max. 8 UPN subs

8 x (2 x B) 16 x B

06/07 1904.999.112.593


MS4 (IOM)

2 x S0 bus per bus 2 x subs max. 4 S0 subs

2 x T0 exchange per bus 2 x exchange max. 4 x exchange

2 x (2 x B) S0 subs

2 x (2 x B) T0 exchange

4 x B S0 subs 4 x B T0

exchange 8x B

06/07 1914.999.112.593


Plug-in mod-ule Function B channels Total


T8S (LAN) 8 x S0 bus or 7 x S0 bus 1x T0 bus or 6 x S0 bus 2x T0 bus or 5 x S0 bus 3x T0 bus or 4 x S0 bus 4x T0 bus

8 x (2 x B) 8 x (2 x B) 8 x (2 x B) 8 x (2 x B) 8 x (2 x B)

16 x B

M4A (IOM) 1 x analog subs 3 x analog exchange

1 x (B) 3 x (B) 4 x B

MA2 (IOM) 1 x analog subs 1 x analog exchange

1 x (B) 1 x (B) 2 x B

06/07 1924.999.112.593




S4A (IOM) 4 x a/b subs 4 x (B) 4 x B

PRI (LAN) 30 x Primary Rate 30 x B 30 x B

S2M

S2M- 1 S2M-2 S2M-3 S2M-30S2M-29

1 2 29 303

06/07 1934.999.112.593


Plug-in module Function B channels Total B channels Arrangements in principle

S4D (IOM) 4 x UPD 2 x (4 x B) 8 x B

S8D (LAN) 8 x UPD 4 x (7 x B) 28 x B

2xUPN

RBS1

2xUPN

RBS2

2xUPN

RBS1

2xUPN

RBS2

2xUPN

RBS3

2xUPN

RBS4

06/07 1944.999.112.593


Example 1 – 1 x BND

Explanation of example 1

On to a BND it is possible to attach IOM plug-in modules and also LAN plug-in modules. Slots 2, 4, 6 and 8 are designed so that they can accept IOM plug-in modules (without switching matrix) or intelligent LAN plug-in modules (with switching matrix). In the upper diagram an S0-T0 combination has been selected; other permutations can be found in the "Summary of items for fitting to BND/EXE".

The equipment must be earthed.

Externally the sole requirement is to plug the plug-in mains unit into the socket provided for it.

Displ. module B channels Tele-phones

Exchanges

1 x MS4 8 4 x S0 4 x T03 x SXS 24 24 x S0

Total 32 28 x S0 4 x T0

12

MS44x2B


SXS4x2B

SXS4x2B

IOMDC in V.24

06/07 1954.999.112.593


Example 2 – BND plus EXE - maximum S0 expansion


On a BND it is possible to drive IOM plug-in modules and also LAN plug-in modules. Slots 2, 4, 6 and 8 are designed so that they can drive IOM plug-in modules (without switching matrix) or intelligent LAN plug-in modules (with switching matrix).

On the EXE, IOM or LAN plug-in modules can be driven only if the EXE is also attached to the IOM and / or LAN connections of the BNx which is driving them. In the diagram the IOM channels of the BND are provided on the EXE, so that 2 x (8 x 2B) are available for IOM use. Since the BND has no LAN connection available, no LAN plug-in modules can be driven by the EXE, therefore here only IOM plug-in modules.

In the upper diagram the maximum S0 expansion has been selected; other permutations can be found in the "Summary of items for fitting to BND/EXE".

All modules must be earthed. Since the BND has no power supply output, the plug-in mains unit is now plugged into the EXE. From there the BND is fed using a power cable from the EXE.

Displ. module B channels Tele-phones

Exchanges

1 x MS4 8 4 x S0 4 x T07 x SXS 56 56 x S0

Total 64 60 4 x T0

Except where the connections of the EXE are purely analog, 2 IOM connections should always be made from the BND to the EXE.

I5 D easy EXES8P8x2B

S8P8x2BIOML Ro iLAN

MS44x2B

I5 D easy BNDS8P8x2B

V.24IOM12

06/07 1964.999.112.593


Example 3 – BND plus EXE - maximum UPN expansion


The IOM and LAN designs from example 2 apply here also.

In the upper diagram the maximum UPN expansion has been selected; other permutations can be found in the "Summary of items for fitting to BND/EXE".

All modules must be earthed. Since the BND has no power supply output, the plug-in mains unit is now plugged into the EXE. From there the BND is fed using a power cable from the EXE.

Displ. module B chan-nels Telephones Exchan

ges

1 x MS4 8 4 x S0 4 x T03 x S8P 24 24 x UPN

Total 32 4 x S0 / 24 x UPN 4 x T0


I5 D easy EXES8P8x2B

S8P8x2B

L Ro i

MS44x2B

I5 D easy BNDS8P8x2B

12

06/07 1974.999.112.593


Example 4 – BND plus EXE - maximum analog expansion

Displ. module B chan-nels

Tele-phones

Exchanges

1 x MA2 2 1 x analog 1 x analog11 x S4A 44 44 x analog

Total 46 45 x analog 1 x analog

MA22xB

I5 D easy BNDS4A4xB

12

S4A4xB

S4A4xB

I5 D easy EXES4A4xB

S4A4xB

S4A4xB

S4A4xB

L Ro i

I5 D easy EXES4A4xB

S4A4xB

S4A4xB

S4A4xB

L Ro i

06/07 1984.999.112.593



Since the BND has no external LAN connection, no LAN plug-in modules can be driven by the EXE.

There is however one difference from example 3 in relation to the IOM connection:

An EXE into which 4 analog plug-in modules (S4A) are plugged requires 16 B channels for the four S4A plug-in modules. Since one IOM connection has 8 x 2 B channels, a single IOM connection is sufficient here. The second IOM connection from the BND can be used for a further EXE.

It applies here that:

In the upper diagram the maximum analog expansion is selected, and it is not permissible to mount other items.

All modules must be earthed.

Since each plug-in mains unit can feed only a maximum of 2 modules, the BND is now supplied using its own plug-in mains unit. Both the EXE units have a single plug-in mains unit of their own, which is plugged into the first EXE unit. The Vout on the first EXE provides the power to the second EXE (Vin).

Only are where the connections of the EXE purely analog is a singleton IOM connection BND-EXE permissible.


If in example 4 a purely analog connection were selected for a single EXE, and it was wished to extend this with a second EXE, this second EXE could still only carry analog plug-in modules.

06/07 1994.999.112.593


Example 5 – BND plus EXE - maximum DECT expansion

Displ. module B channels Telephones Exchange

s

1 x MS4 8 4 x S0 4 x T03 x SXS 24 24 x S04 x S4D 32 8 x RBS

Total 64 28 x S0 / 8 x RBS 4 x T0

MS44x2B


12

SXS4x2B

SXS4x2B

I5 D easy EXES4D2x4B

S4D2x4B

S4D2x4B

S4D2x4B

L Ro i

06/07 2004.999.112.593



Since the BND has no external LAN connection, no LAN plug-in modules can be driven by the EXE.

The items attached to the EXE are here purely analog.

Therefore here also it applies that:

Furthermore, because of the DECT connections:

In the upper diagram the maximum DECT expansion has been selected; other permutations can be found in the "Summary of items for fitting to BND/EXE".




Max. 8 x RBS are permissible within the system (in the example there are also 8 x RBS).

One module with DECT module(s) requires its own power supply.

06/07 2014.999.112.593


06/07 2024.999.112.593

Installation manual Integral 5 D/E easy Installation examples I5 E easy

Installation examples I5 E easy

The preceding chapters have given you information on:

Earthing Power supply Cable channels Cables Basic modules Plug-in modules

You now know how plug-in modules can be connected to their peripherals, where applicable.

This chapter shows you how the Integral 5 E easy can be assembled using the available components; for this purpose the modules are represented schematically.

An Integral 5 easy should always be configured using the "ISA" tool, which will then automatically also generate the installation.

The following examples give information regarding the essentials of installation and what points must be specially complied with.

06/07 2034.999.112.593


Explanation of the BNE block diagram

Explanation of the EXE block diagram

Slots on the BNE:here an MS4 is plugged into each of slots 2 and 4An SXS is plugged into each of slots 6 and 8

Socket for connecting a plug-in mains unit or power supply taken from an EXE (SVout)IOM outputs1 = IOM-EXE1 2 = IOM-EXE2 3 = IOM-EXE3 4 = IOM-EXE4

LANout socket for propagating the LAN connection

Slots on the EXE:here an SXS is plugged into each of slots 1 thro 4

SVin = power supply input SVout = power supply output

LAN socketsLAN O = LAN out LAN I = LAN inIOM inputsL = IOM-EXEL R = IOM-EXER

DC in

MS44x2B

I5 E easy BNEMS44x2B

SXS4x2B

SXS4x2B

LAN outIOM

1234DC in

MS44x2B

MS44x2B

SXS4x2B

SXS4x2B

2 4 6 8

1234

I5 E easy EXESXS4x2B

SXS4x2B

SXS4x2B

SXS4x2B

L Ro i DC outDC in LAN IOM

SXS4x2B

SXS4x2B

SXS4x2B

SXS4x2B

1 2 3 4

o i

L R

06/07 2044.999.112.593


Explanation of the BNS block diagram

Explanation of the IPU block diagram

Slots on the BNS:here an MS4 is plugged into each of slots 2 and 4, an SXS is plugged into each of slots 6 and 8

Socket for connecting a plug-in mains unit or power supply taken from an EXE (SVout)LAN socketsLANin, no capability for onward linking to other modules, BNS is the end point of the LAN chainIOM outputs1 = IOM-EXE1 2 = IOM-EXE2 3 = IOM-EXE3 4 = IOM-EXE4

Slots on the IPU:No slots for IOM/LAN plug-in modules

Socket for connecting a plug-in mains unit or power supply taken from an EXE (SVout)

LAN socketsLAN O = LAN out LAN I = LAN in

ETH 10/100For connecting Ethernet interfaces

DC in

MS44x2B

I5 E easy BNSMS44x2B

SXS4x2B

SXS4x2B

LAN inIOM

1234DC in

MS44x2B

MS44x2B

SXS4x2B

SXS4x2B

2 4 6 8

1234

I5 E easy IPU

ETHLAN10/100o i DC outDC in

o i

10/100

06/07 2054.999.112.593


Plug-in modules, B channels, arrangements in principle



SXS (IOM) 4 x S0 bus per bus 2 x subs

max. 8 S0 subs 4 x (2 x B) = 8 x B

S8P (IOM)

8 x UPN per UPN 1 x UPN subs

= max. 8 UPN subs

8 x (2 x B) 16 x B

MS4 (IOM)

2 x S0 bus per bus 2 x subs max. 4 S0 subs

2 x T0 exchange per bus 2 x exchange max. 4 x exchange

2 x (2 x B) S0 subs

2 x (2 x B) T0 exchange

4 x B S0 subs

4 x B T0 exchange

8x B

06/07 2064.999.112.593


Plug-in mod-ule Function B channels Total


T8S (LAN) 8 x S0 bus or 7 x S0 bus 1x T0 bus or 6 x S0 bus 2x T0 bus or 5 x S0 bus 3x T0 bus or 4 x S0 bus 4x T0 bus

8 x (2 x B) 8 x (2 x B) 8 x (2 x B) 8 x (2 x B) 8 x (2 x B)

16 x B

M4A (IOM) 1 x analog subs 3 x analog exchange

1 x (B) 3 x (B) 4 x B

MA2 (IOM) 1 x analog subs 1 x analog exchange

1 x (B) 1 x (B) 2 x B

06/07 2074.999.112.593


Plug-in module Function B channels

Total B chan-nels

Arrangements in principle

S4A (IOM) 4 x a/b subs 4 x (B) 4 x B

PRI (LAN) 30 x Primary Rate 30 x B 30 x B

S2M

S2M- 1 S2M-2 S2M-3 S2M-30S2M-29

1 2 29 303

06/07 2084.999.112.593


Plug-in module Function B channels

Total B chan-nels

Arrangements in principle

S4D (IOM) 4 x UPD 2 x (4 x B) 8 x B 2xUPN

RBS1

2xUPN

RBS2

06/07 2094.999.112.593


S8D (LAN) 8 x UPD 4 x (7 x B) 28 x B2xUPN

RBS1

2xUPN

RBS2

2xUPN

RBS3

2xUPN

RBS4

06/07 2104.999.112.593


Example 1 – max. S0 expansion

Displ. module B channels

Tele-phones Exchanges

4 x MS4 32 16 x S0 16 x T012 x SXS 96 96 x S0

Total 128 112 x S0 16 x T0

MS44x2B


SXS4x2B

SXS4x2B

1234


SXS4x2B

SXS4x2B

SXS4x2B

L Ro i

MS44x2B


SXS4x2B

SXS4x2B

1234


SXS4x2B

SXS4x2B

SXS4x2B

L Ro i

06/07 2114.999.112.593



On a BNE it is possible to drive IOM plug-in modules and also LAN plug-in modules. Slots 2, 4, 6 and 8 are designed so that they can drive IOM plug-in modules (without switching matrix) or intelligent LAN plug-in modules (with switching matrix).

On the EXE, IOM or LAN plug-in modules can be driven only if the EXE is also attached to the IOM and / or LAN connections of the BNx which is driving them. In the diagram the IOM channels of the BNE are provided on the EXE, so that 2 x (8 x 2B) are available for IOM use. Since the BNE has no LAN connection available on its EXE, no LAN plug-in modules can be driven by the EXE, therefore here only IOM plug-in modules. The BNE offers the availability of the LAN connection of the BNS. This allows LAN plug-in modules to be driven also by the BNS.

The EXE, which is connected to the BNS through the IOM, can drive only IOM plug-in modules.

In the upper diagram the maximum S0 expansion has been selected; other permutations can be found in the "Summary of items for fitting to BNE/BNS/EXE".

All modules must be earthed. Since the BNE has no power supply output, the plug-in mains unit is now plugged into the EXE. From there the BNE is fed using a power cable from the EXE.

Since the BNS has no power supply output, the plug-in mains unit is now plugged into the EXE. From there the BNS is fed using a power cable from the EXE.

. Except where the connections of the EXE are purely analog, 2 IOM connections should always be made from the BND to the EXE.

06/07 2124.999.112.593


Example 2 – max. UPN expansion

I5 E easy EXE

L Ro i

S8P8x2B

S8P8x2B

I5 E easy EXE

L Ro i

S8P8x2B

S8P8x2B

MS44x2B


S8P8x2B

1234

I5 E easy EXE

L Ro i

S8P8x2B

S8P8x2B

I5 E easy EXE

L Ro i

S8P8x2B

S8P8x2B

MS44x2B


1234

S8P8x2B

06/07 2134.999.112.593



In principle, the layout of example 2 is similar to that of example 1, the difference lies in the connection of a further EXE to the BNE and the BNS.

Each EXE takes up the max. possible number of IOM channels from the BNE/BNS.

No LAN operation is possible on the EXE.

In the upper diagram the maximum UPN expansion has been selected; other permutations can be found in the "Summary of items for fitting to BNE/BNS/EXE".


Since each plug-in mains unit can feed only a maximum of 2 modules, the BNE/BNS is now supplied using its own plug-in mains unit. Both EXE units share their own plug-in mains unit, which is plugged into the first EXE unit. The Vout on the first EXE provides the power to the second EXE (Vin).

.

Displ. module B channels Telephones Exchanges

4 x MS4 32 16 x S0 16 x T010 x S8P 80 80 x UPN

Total 112 16 x S0 / 80 x UPN 16 x T0


06/07 2144.999.112.593


06/07 2154.999.112.593


Example 3 – max. analog expansion

Displ. module Ports Telephones Exchanges

2 x M4A 8 2 x analog 6 x analog28 x S4A 112 112 x analog

Total 120 114 x analog 6

M4A4xB

I5 E easy BNES4A4xB

1234

S4A4xB

I5 E easy EXE

L Ro i

S4A4xB

S4A4xB

S4A4xB

S4A4xB

I5 E easy EXE

L Ro i

S4A4xB

S4A4xB

S4A4xB

S4A4xB

I5 E easy EXE

L Ro i

S4A4xB

S4A4xB

S4A4xB

S4A4xB

M4A4xB

I5 E easy BNS

1234

S4A4xB

S4A4xB

I5 E easy EXE

L Ro i

S4A4xB

S4A4xB

S4A4xB

S4A4xB

I5 E easy EXE

L Ro i

S4A4xB

S4A4xB

S4A4xB

S4A4xB

I5 E easy EXE

L Ro i

S4A4xB

S4A4xB

S4A4xB

S4A4xB

06/07 2164.999.112.593


In principle the layout of this example is similar to that of the previous example.

The difference lies in that 3 EXE are connected to each BNE and BNS using IOM, with each EXE connected to only one IOM.

An EXE into which 4 analog plug-in modules (S4A) are plugged requires 16 B channels for the S4A plug-in modules. Since one IOM connection has 8 x 2 B channels, a single IOM connection is sufficient here. Further IOM connections from the BNE/BNS can be taken from further EXE units.

No LAN operation is possible on the EXE.

In the upper diagram the maximum analog expansion is selected, and it is not permissible to mount other items.

It applies here that:

Since each plug-in mains unit can feed only a maximum of 2 modules, the combination BNE-EXE / BNS-EXE is now supplied using its own plug-in mains unit. Both the additional EXE units on the BNE and BNS have a single plug-in mains unit of their own. The Vout on the first EXE provides the power to the second EXE (Vin).



06/07 2174.999.112.593


Example 4 – max. DECT expansion

Displ. module B channels Telephones Exchanges

4 x S8D 128 16 x RBS8 x S4D 64 16 x RBS2 x M4A 8 2 x analog 6 x analog

Total 200 32 x RBS / 2 x analog 6 x analog

M4A4xB

I5 E easy BNE

1234

I5 E easy EXE

L Ro i

S8D4xRBS

S8D4xRBS

I5 E easy EXE

L Ro i

S8D4xRBS

S8D4xRBS

I5 E easy EXE

L Ro i

S4D2xRBS

S4D2xRBS

S4D2xRBS

S4D2xRBS

M4A4xB

I5 E easy BNS

1234

I5 E easy EXE

L Ro i

S4D2xRBS

S4D2xRBS

S4D2xRBS

S4D2xRBS

06/07 2184.999.112.593



The BNE is connected to the first two EXE by LAN, so the 4 LAN S8D plug-in modules can also be driven from the EXE. The enables 16 RBS connections. All further RBS connections must be achieved using IOM plug-in modules, 3 x EXE on BNE and 1 x EXE on BNS.

The rule here for DECT is:

An additional rule applies:

In the upper diagram the maximum DECT expansion has been selected; other permutations can be found in the "Summary of items for fitting to BND/EXE".


Max. 32 x RBS are permissible within the system (in the example there are 32 x RBS).

No S8D modules are permitted on the BNE and BNS control modules.




06/07 2194.999.112.593


06/07 2204.999.112.593


Example 5 – mixed expansion (T0, S0, DECT, UPN))

I5 E easy EXES8P8x2B

S4A4xB

S4A4xB


MS44x2B

SXS4x2B

SXS4x2B

I5 E easy EXES8D4x8B

S4D2x4B

S4D2x4B

I5 E easy EXES8P8x2B

S4A4xB

S4A4xB


SXS4x2B

MS44x2B

SXS4x2B

L Ro iDC inLAN IOM

DC out L Ro i 1234DC inLAN IOM

DC out DC inIOM

LAN out

L Ro i 1234DC inLAN IOM

DC out DC inIOM

LAN in

06/07 2214.999.112.593



The example shows a mixture of attached items.

Certain restrictions apply here:


Max. 32 x RBS are permissible within the system (in the example there are 32 x RBS).

No S8D modules are permitted on the BNE and BNS control modules.

One plug-in mains unit supplies 1 x BNx plus 1 x EXE, or 2 x EXE.


An EXE with one LAN module attached, requires only one IOM connection(See previous diagram, upper).

06/07 2224.999.112.593


Example 6 – Expansion with IPU

I5 E easy IPU

10/100o iDC inLAN ETH

DC out


SXS4x2B

SXS4x2B

SXS4x2B

L Ro iDC inLAN IOM


MS44x2B

SXS4x2B

SXS4x2B

1234DC out DC inIOM

LAN out

06/07 2234.999.112.593


Conditions for IPU connection

IPU units require a driver module in series (BNE, EXE)

Allows possibility of larger LAN expansion Further possibilities

BNE IPU1 EXE IPU2 EXE BNSLAN LAN LAN LAN BNE IPU1 IPU2 BNSLAN LAN LAN

06/07 2244.999.112.593

Installation manual Integral 5 D/E easy Commissioning

Commissioning

Check List

Before you switch on the system and begin to operate it, it is essential to carry out the earthing procedures (the green-yellow earth wires must be stripped and connected).

Check List

Before commissioning the system, run through the check list to ensure that all preparations have been completed correctly:

System modules connected correctly? Connection cables to the UAE sockets and exchange lines (a/b) connected correctly

on the LSA+ strips of the distributor according to diagram? Patch cables connected correctly? System earthed properly? UAE sockets connected correctly and telephones connected?

For S0 bus operation: Termination resistances fitted and connected at each final bus-UAE connection socket? Bus cable lengths correct?

06/07 2254.999.112.593


Start up the system

Reset

Start up the system

Before starting up the system, ensure that the mains socket to which the system is connected is at 230 V AC.

Observe the instructions in the section on earthing Insert the common multi-socket extension (with the plugs of the units inserted)

into the appropriate mains socket or switch multi-socket extension on The operating software is loaded.

Reset - warm start

Warm start the PABX Integral 5 as follows: Use either ISA or Terminal code

or Integral 5 without battery (PB1):

Unplug the common multi-socket extension Wait approx. 15 seconds and plug the common multi-socket extension in again

Integral 5 with battery (PB1): Remove the cover of PB1 (open PB1) Disconnect the (battery) low-profile plug Unplug the common multi-socket extension Wait approx. 15 seconds and plug the common multi-socket extension in again Reconnect the (battery) low-profile plug

The system will start up with the customer data

06/07 2264.999.112.593


Cold start

Switch-on test

Cold start

A backup should always be done before a cold start! Press the cold start switch on the BNx. The system will boot up, loading the default data.

During this time (approx. four minutes), the system is not ready to operate. The customer data is lost.

When the system is once again operational, input the saved customer backup data into the system.

Switch-on test

Standard devices: The standard devices are functioning correctly if feed current flows and the dial tone is heard when the receiver is lifted

System telephone:

The system telephones are functioning correctly (i.e. feed current flows, S0 interface is operational and the date and time appear in the display), if the following appear in the display in rapid succession before the date and time appear: 3. Software status and 4. TEI setting

06/07 2274.999.112.593


Upgrading / reconfiguring modules

Every time a change is made (unplugging a module / plugging a module in), the system configuration should be read in again using code 0

Upgrading / reconfiguring modules

Connecting and Disconnecting Under Voltage:

Using code *0

Code *0 is a code number issued to the customer, it allows the software version identities to be displayed.

The system data is displayed in the form Lx Ty by pressing the speed dialling key. (x = number of lines; y = number of subscribers.)

The CD function is extended at this stage.

If the CD function is called up by service data input (service registration with CD**), the PSW is activated after the Lx Ty output. The message described above is sent to the PSW of the BUxs.

The PSW sends acknowledgement when the configuration data has been read.

When the acknowledgement is received, (the cursor is positioned at the 10th position in the display and) the Lx Ty output is repeated.

If no acknowledgement is received, it is still possible to operate the CD function or to leave it.

So that this function can be used from an end terminal without a speed dialling key, the function can also be activated using the redial key.

06/07 2284.999.112.593


Example

Example

The system is configured for 4 lines and 15 subscribers.

The service technician connects an additional M2A plug-in module with one line and one subscriber.

The programming mode is activated at a system terminal (menu option or function *48). The service data input commences (CD **). After the service password has been entered, the code digit function *0 must be executed.

The identification of all software appears in the display (e.g. ZE5009DE)

After pressing key or key , the display shows: L4 S15 L5 S16

The text L4 S15 is displayed before activation, L5 S16 appears in the display after the PSW acknowledgement has been received.

If the service technician once again presses key or key the display shows: L5 S16 L5 S16

06/07 2294.999.112.593


Extending with EXE, BNS, IPU / substituting a BNx, EXE, IPU

Extending with EXE, BNS, IPU / substituting a BNx, EXE, IPU

If the customer wishes to expand the system by an EXE or BNx or IP module or replace a BNx/EXE or an IP module, it is essential to comply with the following instructions / steps:

The entire system must be disconnected from the power supply before it is expanded by an EXE, a BNx or an IP module, or before an EXE / BNx or an IP module is exchanged.

Never unplug or plug in a live IOM or LAN extension cable.

General information:

The Integral 5 easy must always be connected via a common power outlet (individual EXE and BNx components and IP modules may be damaged if they are connected to different power circuits)

All plug-in modules can be unplugged and plugged whilst they are electrically live, and they will not be damaged thereby – but the functionality of the system can be deranged by plugging and unplugging modules!

06/07 2304.999.112.593

Installation manual Integral 5 D/E easy Technical Data

Technical DataPower supply (plug-in mains unit)

PB1 (converter module)

Power supply (plug-in mains unit)

Protection class 2 Input voltage 230 V AC ±10%, 50 Hz Input voltage 110 V AC ±10%, 50/60 Hz

Input current 450 mA DC Output voltage 40 V DC Output current 1 A

PB1 (converter module)

Input voltage: 40 V DC Output voltages / currents: 40 V DC / 850 mA Battery: 9.6 V / 2 Ah

06/07 2314.999.112.593


Connection specification for a/b subscriber

Connection specifications for DECT subscriber

Connection specification for a/b subscriber

a/b Interface Feed voltage: –40 V Feed current: approx. 20 mA Permissible line resistance: 550 Ohm (incl. device)

Ranges for 2 x 130 Ohm line resistance:

Installation cable 0.4 mm2 (J-Y(St)Y2x2x0.4): approx. 1350 m Installation cable 0.6 mm2 (J-Y(St)Y2x2x0.6): approx. 2900 m

Connection specifications for DECT subscriber

UPD Interface (4-wire): Feed voltage: –40 V Transmission rate: 4xB per 64 kBit/s and 2xD per 16 kBit/s Bit rate on lines: 384 kBit/s in send and receive directions

Ranges with 4 x 100 Ohm, installation cable 0.6 mm2 J-Y(St)Y2 x 2 x 0.6) Point to point connection: approx. 1,000 m

06/07 2324.999.112.593


Connection specification for S0 Telephone

Connection specification for UPN subscribers


S0 Interface (4-wire): Feed voltage: –40 V Transmission rate: 2xB per 64 kBit/s and 1xD 16 kBit/s Bit rate on the line: 192 kBit/s in send and receive directions

Ranges for 4 x 100 Ohm, Installation cable 0.6 mm2 (J-Y(St)Y2 x 2 x 0.6)

Point to point connection: approx. 750 m Point-to-multipoint connection (bus): approx. 150 m

Connection specification for UPN subscribers

UPN Interface (2-wire): Feed voltage: –40 V Transmission rate: 2xB per 64 kBit/s and 1xD 16 kBit/s Bit rate on the line: 384 kBit/s in send and receive directions

Ranges for 2 x 100 Ohm, Installation cable 0.6 mm2 (J-Y(St)Y2 x 2 x 0.6)

Point to point connection: approx. 1000 m

06/07 2334.999.112.593


Dimensions

Module / Module Slot width Width (mm) Height (mm) Depth (mm)

BND 245 145 30BNE 245 145 30BNS 245 145 30IPU 245 145 30EXE 245 145 30PB1 123 145 30T8S 4 120 125 25PRI 4 120 125 25M2A 2 60 125 25SXS 2 60 125 25S8P 4 120 125 25S4A 2 60 125 25M4A 4 120 125 25S4D 2 60 125 25S8D 4 120 125 25DIA 1 30 125 25CV1 4 120 125 25MDF 123 180 35V.24 1 30 125 25DSI 2 60 125 25MS4 2 60 125 25

06/07 2344.999.112.593


Heat dissipation

Ambient conditions

Transmission Technical Values of the Data Connection

Heat dissipation per plug-in mains unit

max. 20 W (at maximum expansion and least favourable circuitry)


Area of application in standard living and work space Permissible room temperature: 0 to max. +40°C Permissible limit values for relative humidity of air: 5 to max. 93% at 30 °C Condensation during operation: Not permissible

Transmission Technical Values of the Data Connection

These are established according to: ITU-T (CCITT)..., ETS...and corresponding to the individual national circumstances

06/07 2354.999.112.593


06/07 2364.999.112.593

Installation manual Integral 5 D/E easy Connection for door station

Connection for door stationConnection for Siedle TLM/TK 511-0 (4-wire)TLM 611-0 (4-wire)

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

1 8

YL YR

1 8

KL/TOE Bell (connection 2) Door opener (connection 2)

KL Bell (connection 1)

LS/KL Speech path connection 3 (speaker)

ELA2 ELA- switched output 2

ELA1 ELA-switched output .1

TOE Door opener connection 1

LS/MIC Speech path connection2 (speaker, micro)

MIC Speech path connection 1 (micro)

Terminal strip

LSA

Y-cable Main distributor

06/07 2374.999.112.593


67.1 912+11

+8,3V =0V~12V~0V

Power supply NG402

Door opener

Push button module ZM611or ZM511

Door module TLM/TK 611-0or TLM/TK 511-0

06/07 2384.999.112.593


Grothe door station (4-wire)

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1

1

1 8

YL YR

1 8

0V +9V

U B O L M LD 0 8V/12V


LSA

Terminal strip

KL/TOE Bell (connection 2), door opener (connection.2)

KL Bell (conection.1) LS/KL Speech path connection 3 (speaker)

ELA2 LAE-switched output.2

ELA1 ELA-switched output 1

TOE Door opener, connection1

LS/MIC Speech path connection 2 (speaker, micro)


Ext. resistor 1kOhmView of the rearside

Power supply 9+ DC

Yellow wire

06/07 2394.999.112.593


An external resistor of 1 kOhm must be connected between terminals 0 and M. A bridge must be inserted from 8 V/12 V to terminal B. The yellow wire that comes from the rear of the module must be connected to terminal B. Pins 3, 4 and 5 are used for connecting to the door opener and are not shown here.

06/07 2404.999.112.593


Connection for Siedle PVG 601 (FTZ 123 D) (2-wire)

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

1 8

YL YR

1 8

KL/TOE Bell (connection 2), door opener (connection 2)

KL Bell (connection1)




TOE Door opener, connection 1

LS/MIC Speech path connection 2 (speaker,micro)

MIC Speech path connection1 (micro)


LSA

Terminal strip

06/07 2414.999.112.593


c b-+

7 La Lb b c S2 S1 To To’

Ts Ts’

1 1 + - c Tö 11 6 6 11 7.1 c b + Tö b

Power supply NG602-0

TK-connection box PVG602-0 Door module TLM612-0 Push button module TM611 Door opener

06/07 2424.999.112.593


Connection for telephone-door intercom system / telephone-interphone porter (Koch)

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

1 8

YL YR

1 8


LSA

KL/TOE Bell connection 2, door opener connection 2

KL Bell connection1



ELA1 ELA-switched output1

TOE Door opener, connection 1

LS/MC Speech path connection 2 (speaker, micro)

MC Speech path connection 1 (micro)

Terminal strip

06/07 2434.999.112.593


SSKMT

MikroLSSD

0 L U B

5V

- + B A D E9V~12V=

- + ~ ~

230V

Power supply unit Door opener Switch unit V5/SPin KS03-casingPW12T/9

Option bell provided by contractor8V~ (max 1.25A)

External speech cell

06/07 2444.999.112.593


Connection for Seko-BTicino, Sfera door speaker 302120 (4-wire)

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

1 8

YL YR

1 8

Terminal strip


LSA


KL Bell (connection 1)

LS/KL Speech path connection 3 (speaker.)



TOE Türöffner, Anschl.1

LS/MIC Speech path connection 2 (speaker, micro)


06/07 2454.999.112.593


1 3 12 4 5A 10 22 24

9

1 12 2224- + 0 ~DC AC

~~

230V~

Power supply unit306000

Connection 9-10 to be disconnected !!!

Min.150 Ohm resistor between1 and 4 to be inserted!!!Max. 15 kOhm

06/07 2464.999.112.593


Connection for ELA (4-wire)

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

1 8

YL YR

1 8


LSA

Terminal strip


KL Bell (connection1)




TOE Door opener , Anschl.1

LS/MIC Speech path connection 2 (speaker, micro


ELA-amplifier

06/07 2474.999.112.593


06/07 2484.999.112.593


Potential-free contacts, sensor contact

8

7

6

5

5

4

3

2

YL

5

4

3

2

YR

4

3

2

1

b2 (4)

b1 (2)

a1 (1)

a2 (3)

b4 (8)

b3 (6)

a3 (5)

a4 (7)

1 1YL

1YR

1 8

YL YR

1 8


LSA

Terminal strip

FSP1 2 Free switching point 1

PFK2 Potential free Sensor

PFK1 Potential free Sensor

FSP2 2 Free switching point 2

FSP2 1 Free switching point2




06/07 2494.999.112.593


FSP1 FSP2 FSP3 Sensor

06/07 2504.999.112.593

Installationshandbuch Integral 5 D/E easy Compatibility I5 easy and I5

Compatibility I5 easy and I5

ModuleI5 easy I5E

easy I5D

easyI5E I5D I5C

auf BXCBNE XBND XBNS XEXE X X X XMS4 X XDSI X XMA2 X XV24 X (integr.) (integr.) (integr.) (integr.)

SXS X X X ab R1.5 X ab R1.5 XS4S X X X X XS4A X X X X XM4A X X X X XS8P X X X X XS4D X X X X XDIA X X X X X

S8D X XPRI X XT8S X X XCV1 X X X

I5easy- Module

The modul EXE can be used to replace the moduls EUE or EUD or for extension business. In this case it can be used instead

of EUE or EUD.In application instead of a EUD please consider that the EXP-L plug has to be connected.The software supports only valid configuration rules (e.g. nur 1x S8D or CC1).

06/07 2514.999.112.593

Installationshandbuch Integral 5 D/E easy

ModuleI5 classic I5E

easy I5D

easyI5E I5D I5C

auf BXCT1S X X XS1S X X XM2S X X XM2A X X XDHI X X XFSP X X XLNK XBUS XEUE XEUD XCC1 X

I5 Module

06/07 2524.999.112.593

IP Telephony

Contact Centers

Mobility

Services

Bedienungsanleitung


Manual de manejo


Istruzioni d’uso

Gebruiksaanwijzing

Blindtext Blindtext Blindtext –

Blindtext Blindtext Blindtext Blindtext

IP Telephony

Contact Centers

Mobility

Services

Bedienungsanleitung


Manual de manejo


Istruzioni d’uso

Gebruiksaanwijzing

Blindtext Blindtext Blindtext –

Blindtext Blindtext Blindtext Blindtext

© 2007 All rights reserved for Avaya Inc. and Avaya GmbH & Co. KG4.999.112.593 · 06/07 · Integral 5 Installation User's Guide · en ·

Avaya GmbH & Co. KG

Kleyerstraße 94

D-60326 Frankfurt am Main

(Germany)

T 0 800 266 - 10 00

F 0 800 266 - 12 19

(International)

T +49 69 7505 - 28 33

F +49 69 7505 - 5 28 33

[email protected]

avaya.co.uk

Integral

Documents

st iii bd

public telecommunication

main distributor

avaya gmbh

circuit board

preferred

s0t0 switchable

emergency