MultiFRAD II User Guide

Channel bank: A device that acts as a converter, taking the digital signal from the T1 line into a phone system and converting it to the

analog signals used by the phone system. A channel bank acts as a multiplexer, placing many slow-speed voice or data transactions on

a single high-speed link.

Circuit-switched Network: A technology used by the PSTN that allocates a pair of conductors for the exclusive use of one communica-

tion path. Circuit switching enables multiple conversations on one talk path only if the end-users multiplex the signals prior to transmis-

sion.

Circuit switching: The temporary connection of two or more communications channels using a fixed, non-shareable path through the

network. Users have full use of the circuit until the connection is terminated.

Clear Channel: A transmission path where the full bandwidth is used (i.e., no bandwidth needed for signaling, carrier framing or control

bits). A 64K bps digital circuit usually has 8K bps used for signaling. ISDN has two 64K bps circuits, and a 16K bps packet service of

which part is used for signaling on the 64K channels.

Client-Server: In TCP/IP, the model of interaction in distributed data processing in which a program at one site sends a request to a

program at another site and awaits a response. The requesting program is called a client; the answering program is called a server.

Cluster Controller: A device that can control the input/output operations of more than one device connected to it. A cluster controller

may be controlled by a program stored and executed in the unit, or it may be entirely controlled by hardware.

Committed Burst Size: the maximum number of bits that the frame relay network agrees to transfer during any measurement interval

Committed Information Rate (CIR): An agreement a customer makes to use a certain minimum data transmission rate (in bps). The

CIR is part of the frame relay service monthly billing, along with actual usage, that users pay to their frame relay service provider.

Compression: 1. The process of eliminating gaps, empty fields, redundancies, and unnecessary data to shorten the length of records or

blocks. 2. In SNA, the replacement of a string of up to 64 repeated characters by an encoded control byte to reduce the length of the

data stream to the LU-LU session partner. The encoded control byte is followed by the character that was repeated (unless that

character is the prime compression character). 3. In Data Facility Hierarchical Storage Manager, the process of moving data instead of

allocated space during migration and recall in order to release unused space. 4. Contrast with decompression.

COMx Port: A serial communications port on a PC.

Congestion: A network condition where there is too much data traffic. The ITU I.233 standard defines congestion management in

terms of speed and burstiness.

Congestion notification: The function in frame relay that ensures that user data transmitted at a rate higher than the CIR are allowed

to slow down to the rate of the available network bandwidth.

Consecutive Severely Errored Seconds (CSES): An error condition that occurs when from 3 to 9 SES (Severely Errored Seconds) are

logged consecutively.

Customer Premises Equipment (CPE): The generic term for data comm and/or terminal equipment that resides at the user site and is

owned by the user with the following exclusions: Over-voltage protection equipment, inside wiring, coin-operated or pay telephones,

"company-official" equipment, mobile telephone equipment, "911" equipment, equipment necessary for the provision of communications

for national defense, or multiplexing equipment used to deliver multiple channels to the customer.

D4: the T1 4th generation channel bank.

D4 channelization: Refers to the compliance with AT&T TR 62411 for DS1 frame layout.

D4 framing: The T1 format for framing in AT&T D-Series channel banks, in which there are 12 separate 193-bit frames in a super-

frame. A D4 framing bit is used to identify the channel and the signaling frame. Signalling for voice channels is carried in-band for every

channel, along with the encoded voice. See "robbed-bit signaling".

Data Communications Equipment (DCE): Any device which serves as the portal of entry from the user equipment to a telecommuni-

cations facility. A modem is a DCE for the telephone network (PSTN) that is commonly on site at the user’s premises. Packet Switched

Networks have another level of DCE which is most often located at a central office.

Data Link Connection Identifier (DLCI): One of the six components of a frame relay frame. Its purpose is to distinguish separate

virtual circuits across each access connection. Data coming into a frame relay node is thus allowed to be sent across the interface to the

specified "address". The DLCI is confirmed and relayed to its destination, or if the specification is in error, the frame is discarded.

Dataphone Digital Service (DDS): A private line digital service that offers 2400, 4800, 9600 and 56K bps data rates on an inter-LATA

basis by AT&T and on an intra-LATA basis by the BOCs.

Data Service Unit (DSU): A device that provides a digital data service interface directly to the data terminal equipment. The DSU

provides loop equalization, remote and local testing capabilities, and a standard EIA/CCITT interface.

Dedicated Line: A communication line that is not switched. The term leased line is more common.

Default: This is a preset value or option in software packages, or in hardware configuration, that is used unless you specify otherwise.

1 2 ... 69 70 71 72 73 74 75 76 77 78 79 ... 84 85

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Inhaltsverzeichnis

L−force Drives

EDSYPFLD EN 8.0

Contentsi

Contents i

About this documentation

1 About this documentation

Product description

2 Product description

Six−core motor cables

Eight−core motor cables

Ten−core motor cables

Blower cables

EYF xxxx A xxxx F0x W0x

EYF xxxx A xxxx A00 W0x

EYF xxxx A xxxx F0x A00

EYF xxxx A xxxx F0x S0x

EYF xxxx A xxxx A00 S0x

Feedback cables

Digital frequency cables

Technical data

3 Technical data

3456 7 8

MCS...Fx0

3 (2 x 0.14 + (3 x 0.14)

X7 X7 X7

345 6 7 8

45 6 7 89:; < =

EYF0017AxxxxW01S01

9300vector

Connecting cable

EDSYPFLD EN 8.0

MCA10I40

MCA13I34, MCA13I41

5.1.2 MCA13I34, MCA13I41

MCA14L16, MCA14L20

5.1.3 MCA14L16, MCA14L20

MCA14L35

5.1.4 MCA14L35

MCA14L41

5.1.5 MCA14L41

5.1.6 MCA17N17, MCA17N23

MCA motor

100

MCA17N17, MCA17N23

100

Extension cable

100

MCA17N35

101

5.1.7 MCA17N35

101

Motors with plug connections

101

Connection cable

101

Motors with terminal boxes

103

MCA17N41

105

5.1.8 MCA17N41

105

MCA19S17

109

5.1.9 MCA19S17

109

MCA19S23

113

5.1.10 MCA19S23

113

MCA19S35

117

5.1.11 MCA19S35

117

MCA19S42

121

5.1.12 MCA19S42

121

MCA20X14

126

5.1.13 MCA20X14

126

MCA20X29

130

5.1.14 MCA20X29

130

MCA21X17

134

5.1.15 MCA21X17

134

MCA21X25

138

5.1.16 MCA21X25

138

MCA21X35

142

5.1.17 MCA21X35

142

MCA21X42

146

5.1.18 MCA21X42

146

MCA22P08−...2F

150

5.1.19 MCA22P08−...2F

150

MCA22P08−...5F

152

5.1.20 MCA22P08−...5F

152

MCA22P14−...2F

155

5.1.21 MCA22P14−...2F

155

MCA22P14−...5F

157

5.1.22 MCA22P14−...5F

157

MCA22P17−...2F

159

5.1.23 MCA22P17−...2F

159

MCA22P17−...5F

161

5.1.24 MCA22P17−...5F

161

MCA22P29−...5F

163

5.1.25 MCA22P29−...5F

163

MCA26T05

165

5.1.26 MCA26T05

165

MCA26T10

167

5.1.27 MCA26T10

167

MCA26T12

169

5.1.28 MCA26T12

169

EDSYPFLD EN 8.0

171

MCS motor

172

MCS09D41

173

5.2.2 MCS09D41

173

MCS09D60−

177

5.2.3 MCS09D60−

177

MCS09D60L

181

5.2.4 MCS09D60L

181

MCS09F38

185

5.2.5 MCS09F38

185

MCS09F60−

189

5.2.6 MCS09F60−

189

MCS09F60L

193

5.2.7 MCS09F60L

193

MCS09H41

197

5.2.8 MCS09H41

197

MCS09H60−

201

5.2.9 MCS09H60−

201

MCS09H60L

205

5.2.10 MCS09H60L

205

MCS09L41−

209

5.2.11 MCS09L41−

209

MCS09L41L, MCS09L51

213

5.2.12 MCS09L41L, MCS09L51

213

MCS12D17, MCS12D20, MCS12D35

217

MCS12D41−

221

5.2.14 MCS12D41−

221

MCS12D41L

225

5.2.15 MCS12D41L

225

MCS12H14, MCS12H15

229

5.2.16 MCS12H14, MCS12H15

229

MCS12H30

233

5.2.17 MCS12H30

233

MCS12H34, MCS12H35

237

5.2.18 MCS12H34, MCS12H35

237

MCS12L17

241

5.2.19 MCS12L17

241

MCS12L20−

245

5.2.20 MCS12L20−

245

MCS12L20L

249

5.2.21 MCS12L20L

249

MCS12L39

253

5.2.22 MCS12L39

253

MCS12L41

257

5.2.23 MCS12L41

257

MCS14D14, MCS14D15

261

5.2.24 MCS14D14, MCS14D15

261

MCS14D30, MCS14D36

265

5.2.25 MCS14D30, MCS14D36

265

MCS14H12, MCS14H15

269

5.2.26 MCS14H12, MCS14H15

269

MCS14H28

273

5.2.27 MCS14H28

273

MCS14H32

278

5.2.28 MCS14H32

278

MCS14L14

282

5.2.29 MCS14L14

282

MCS14L15

286

5.2.30 MCS14L15

286

MCS14L30

290

5.2.31 MCS14L30

290

MCS14L32

294

5.2.32 MCS14L32

294

MCS14P11

299

5.2.33 MCS14P11

299

MCS14P14

303

5.2.34 MCS14P14

303

MCS14P26

307

5.2.35 MCS14P26

307

MCS14P32

311

5.2.36 MCS14P32

311

MCS19F12

316

5.2.37 MCS19F12

316

MCS19F14

320

5.2.38 MCS19F14

320

MCS19F29, MCS19F30

324

5.2.39 MCS19F29, MCS19F30

324

MCS19J12

329

5.2.40 MCS19J12

329

MCS19J14

334

5.2.41 MCS19J14

334

MCS19J29

338

5.2.42 MCS19J29

338

MCS19J30

342

5.2.43 MCS19J30

342

MCS19P12

346

5.2.44 MCS19P12

346

MCS19P14

351

5.2.45 MCS19P14

351

MCS19P29, MCS19P30

355

5.2.46 MCS19P29, MCS19P30

355

MDFKS motor

360

MDFKS071−03

360

MDFKS071−13

363

5.3.2 MDFKS071−13

363

MDFKS071−33

367

5.3.3 MDFKS071−33

367

MDFQA motor

372

MDFQA100−22, 100

372

MDFQA100−22, 50

373

5.4.2 MDFQA100−22, 50

373

MDFQA112−22, 100

375

5.4.3 MDFQA112−22, 100

375

MDFQA112−22, 50

378

5.4.4.2 Delta connection

379

MDFQA132−32, 36

381

5.4.5 MDFQA132−32, 36

381

MDFQA160−32, 31

383

5.4.6 MDFQA160−32, 31

383

MDSKS motor

386

MDSKS056

386

MDSKS071−03

389

5.5.2 MDSKS071−03

389

MDSKS071−13

393

5.5.3 MDSKS071−13

393

MDSKS071−33

397

5.5.4 MDSKS071−33

397

MQA motor

401

MQA20L14

401

5.6 MQA motor

401

5.6.1 MQA20L14

401

MQA20L29

406

5.6.2 MQA20L29

406

MQA22P08

410

5.6.3 MQA22P08

410

MQA22P14

412

5.6.4 MQA22P14

412

MQA22P17

414

5.6.5 MQA22P17

414

MQA26T05

416

5.6.6 MQA26T05

416

SDSG motor

419

5.7.2 SDSGS

422

MDxMAxx100−12

438

6.2 MDxMAxx100−12

438

MDxMAxx100−31

450

6.3 MDxMAxx100−31

450

MDxMAxx100−32

474

6.4 MDxMAxx100−32

474

MDxMAxx100−41

498

6.5 MDxMAxx100−41

498

MDxMAxx112−22

519

6.6 MDxMAxx112−22

519

MDxMAxx112−31

539

6.7 MDxMAxx112−31

539

MDxMAxx112−32

551

6.8 MDxMAxx112−32

551

MDxMAxx112−41

573

6.9 MDxMAxx112−41

573

MDxMAxx132−21

581

6.10 MDxMAxx132−21

581

MDxMAxx132−22

589

6.11 MDxMAxx132−22

589

MHxMAxx100−32

619

7.2 MHxMAxx100−32

619

MHxMAxx112−22

643

7.3 MHxMAxx112−22

643

MHxMAxx132−12

667

7.4 MHxMAxx132−12

667

MHxMAxx132−22

697

7.5 MHxMAxx132−22

697

MFxMAxx080−42

735

8.2 MFxMAxx080−42

735

MFxMAxx090−32

759

8.3 MFxMAxx090−32

759

MFxMAxx100−12

771

8.4 MFxMAxx100−12

771

MFxMAxx100−32

783

8.5 MFxMAxx100−32

783

MFxMAxx112−22

791

8.6 MFxMAxx112−22

791

13.710.xx, 13.750.xx

795

9.1 13.710.xx, 13.750.xx

795

Blower cable selection

797

10 Blower cable selection

797

Feedback cable selection

807

11 Feedback cable selection

807

Servo Drives 9400

833

12.1 Servo Drives 9400

833

Inverter Drives 8400

834

12.2 Inverter Drives 8400

834

Servo Drives ECS

835

12.3 Servo Drives ECS

835

9300 controllers

836

12.4 9300 controllers

836

Mains cable selection

839

13 Mains cable selection

839

Spare parts for system cables

843

System cable wiring

859

15 System cable wiring

859

10987654321

887

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