Siemens HB 131. 10 B podręczniki

Instrukcje obsługi i podręczniki użytkownika dla Piekarniki Siemens HB 131. 10 B.
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Siemens HB 131. 10 B Instrukcja Użytkownika (47 strony)

Marka: Siemens | Kategoria: Piekarniki | Rozmiar: 0.24 MB |

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HANDBOOK FOR THE

INTEGRAL MONITORING UNIT

SAFETY WARNING

CONTENTS

Table of Figures

Issue 05.00 – Page 6

1. INTRODUCTION

EFINITIONS

SSUE HISTORY

2. GENERAL DESCRIPTION

ANDSET ACCESS

NTERFACES

OWER SUPPLY

CONTROLLERS

AND ST800 CONTROLLERS

Safety Warning

Battery OFF

Battery ON

T400 SMALL OUTERCASE

T400 LARGE OUTERCASE

XTENDED SYSTEM BUS

OWER AND LOCAL I/O CABLE

CABLE (NOT UTC CONTROLLERS)

4. COMMISSIONING

ONFIGURE THE IMU

LEAR IMU FAULT LOG

HECK IMU FAULT LOG

TATUS LED’S

ITHIUM BATTERY

ICKEL-CADMIUM BATTERY

6. HANDSET COMMANDS

MODE HANDSET COMMANDS

NGINEERING HANDSET COMMANDS

ATTERY TEST TIME (BTT)

REEN STATE LOCATIONS (LCP)

URRENT PROFILE STORE (LMR)

AULT DISPLAY CODES AND TEXT

Issue 05.00 – Page 47

Siemens HB 131. 10 B Instrukcja Obsługi (24 strony)

Marka: Siemens | Kategoria: Piekarniki | Rozmiar: 2.52 MB |

Spis treści

[en] Instruction manual

HB23.B..0., HV23.B..0.

.S..1., HB23.B..0

Built-in oven

Ú Table of contents

Your new oven

Temperature control knob

Oven interior

Accessories

Programming the oven

Setting the time functions

Childproof lock

Changing the basic settings

Care and cleaning

\ setting

Ûposition

Troubleshooting

After-sales service

Saving energy

Cakes and pastries

Meat, poultry, fish

Ready-made products

Special dishes

Defrosting

Jam making

Acrylamide in food

Test dishes

Grilling

*9000342514*

Siemens HB 131. 10 B Dokumentacja (367 strony)

Marka: Siemens | Kategoria: Piekarniki | Rozmiar: 4.71 MB |

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OUTSTATION

1. INTRODUCTION

3. SPECIFICATIONS

4. FACILITIES

BT Cable

Graphos

20 way Cable

Mains Flex

5. INSTALLATION

Caution

Warning

Connect lamp supply sensor

Connect mains voltage / 3

Party ELV AC

GEMINI

Polaring Pip

Step deleted

Switch on unit supply

Connect unit support battery

100

Installation spec

105

Instation if

105

REFERENCE

106

7. MAINTENANCE

117

WARNING

117

Processor card:

117

8. FAULT FINDING AND REPAIR

124

9. MOVA

140

Important

143

GEMINI

172

Traffic Outstation Handbook

172

10. CAR PARKS

176

Occupancy

178

PL3 / 2

183

PL3 / 1

183

11. UTMC OTU

187

12. UTMC VMS

200

13. HANDSET FACILITIES

204

HANDSET CODES

205

PH – PH

219

FLT:!VLF A 0

226

for details)

239

<space>

262

(4 ports

263

Influence

286

Message

301

Vehicle

304

STATISTIC CATEGORY

308

AVERAGE OCCUPANCY

309

Outstation ID

311

Facilities

312

Function

316

00000000

319

11111111

319

Occ Unit

326

Input Bit

326

Channel

328

MOVA INSTALLATION SHEET 1a

336

MOVA INSTALLATION SHEET 1b

337

MOVA INSTALLATION SHEET 2

338

— A —

354

— B —

354

— C —

355

— D —

356

— E —

357

— F —

357

— G —

358

— H —

359

— I —

360

— J —

360

— K —

360

— L —

360

— M —

361

— O —

362

— P —

362

— R —

363

— S —

364

— T —

364

— U —

364

— V —

365

— W —

366

— X —

366

LAST PAGE OF THE

367

TRAFFIC OUTSTATION HANDBOOK

367

Siemens HB 131. 10 B Instrukcja Użytkownika (258 strony)

Marka: Siemens | Kategoria: Piekarniki | Rozmiar: 4.54 MB |

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TM 1703 ACP

PE-640x/USIO65

Table of Contents

1. Introduction

2.1. Features and Functions

2.2. Architecture

2.3. System Properties

2.5. Data Points

3.1. Features and Functions

3.2. Block Diagram and View

4.1. Features and Functions

4.2. Block Diagram and View

5.1. Features and Functions

5.2. Block Diagram and View

6.1. Features and Functions

6.2. Block Diagram and View

Power Supply Module PS-6620

Uin=48VDC

Uin=60VDC

Uin=32VDC

Uin=24VDC

Uin=18VDC

7.1. Features and Functions

7.2. Block Diagram and View

Power Supply Module PS-6630

Uin=20VDC

8.1. Features and Functions

8.2. Block Diagram and View

Power Supply Module PS-6632

Uin=110VDC

9. I/O Module DI-6100

9.2. Block Diagram and View

I/O Module DI-6100

10. I/O Module DI-6101

I/O Module DI-6101

102

11. I/O Module DI-6102

103

I/O Module DI-6102

105

12. I/O Module DI-6103

111

I/O Module DI-6103

113

13. I/O Module DI-6104

119

I/O Module DI-6104

121

14. I/O Module DO-6200

127

I/O Module DO-6200

129

15. I/O Module DO-6212

133

I/O Module DO-6212

135

16. I/O Module AI-6300

141

I/O Module AI-6300

143

17. I/O Module AI-6307

147

I/O Module AI-6307

149

18. I/O Module AI-6310

153

I/O Module AI-6310

155

19. I/O Module AO-6380

159

I/O Module AO-6380

161

20. System Components

165

System Components

166

20.2. Accessories

169

20.2.3. Miscellaneous

170

21. Further Documents

171

Further Documents

172

A.1. USIO65/AI_I

173

A.2. USIO65/AI_T

174

A.3. USIO65/AI_U

175

A.4. USIO65/AO_I

177

A.5. USIO65/AO_U

179

A.6. USIO65/DI_CV

181

A.7. USIO65/DI_DI

182

A.8. USIO65/DI_SI

183

A.9. USIO65/DO_DC_1POL

184

A.10. USIO65/DO_R_DC_1,5POL

191

A.11. USIO65/DO_R_DC_1POL

197

A.12. USIO65/DO_R_DC_2POL

203

A.13. USIO65/DO_R_SC_1,5POL

210

A.14. USIO65/DO_R_SC_1POL

214

A.15. USIO65/DO_R_SC_2POL

218

A.16. USIO65/DO_R_SI

222

A.17. USIO65/DO_SC_1POL

223

A.18. USIO65/DO_SI

227

A.20. USIO65/SW_CO_INTER

230

A.21. USIO65/SW_CO_SYNC_A

231

A.22. USIO65/SW_CO_SYNC_R

231

A.23. USIO65/SW_CV_SET

232

A.24. USIO65/SW_DI

233

A.25. USIO65/SW_DI_AR

234

A.26. USIO65/SW_DI_BT

234

A.27. USIO65/SW_DI_SOR

235

A.28. USIO65/SW_DO

235

A.29. USIO65/SW_LOC_REM

236

A.30. USIO65/SW_REV

237

Selectable elements

238

B. Diagnostics Information

241

Diagnostics Information

242

B.2. Class External

247

B.3. Class Test

252

B.4. Class Warning

252

11 IOM6 - OUT V3

254

12 IOM7 - OUT V0

254

13 IOM7 - OUT V1

254

14 IOM7 - OUT V2

254

15 IOM7 - OUT V3

254

C. Reader´s Reactions

255

Reader´s Reactions

256

Correction Sheet

258

Siemens HB 131. 10 B Instrukcja Obsługi (613 strony)

Marka: Siemens | Kategoria: Piekarniki | Rozmiar: 3.27 MB |

Spis treści

CPU 928B

Disclaimer of liability

Safety-related guidelines

How to use this Manual

Overview of the Chapters

Chapter 13

Chapter 14

How to Use this Manual

Conventions used in the text

Method of representation STL

1Introduction

SIMATIC S5 family

Suitability

CPU 928B Programming Guide

C79000-D8576-C898-01

1. 2. 3

Processing according to

1.3 The Programs in a CPU

User interfaces

Default system reaction

Modifying the defaults

The Programs in a CPU

User program

Storing the user program

Interfaces to the system

Process image of the inputs

I/O area (P area)

F flags

S flags (extended flag area)

Timers (T)

Counters (C)

Relative addressing

Absolute addressing

Current data block

1.6 How to Tackle Programming

Notes on the scope of

Note on test strategies

1.7 Programming Tools

•• Use as slave in

User Program

2User Program

The LAD, CSF, STL

Methods of Representation

Structured Programming

:O F 54.1

Number Representation

16-bit and 32-bit fixed

Floating point numbers

Coding floating point numbers

Permissible numerical range

Input/output on PG

STEP 5 Programming Language

Numbers in BCD code

Block types

Formal structure of the

Block preheader

Maximum length

Available blocks

Block storage

Correcting and deleting

Programming

Block calls

Unconditional call

Conditional call

Organization Blocks as

User Interfaces

2 - 20 C79000-B8576-C898-01

2 - 22 C79000-B8576-C898-01

Organization Blocks for

Special Functions

2 - 24 C79000-B8576-C898-01

2.3 Function Blocks

Structure of Function

"calling and assigning

How to program

Function Blocks

Programming Function

Formal operands

Calling Function Blocks and

Assigning Parameters to

Permitted actual operands

±0.1469368 x 10

±0.1701412 x 10

Q 6.0

Continued on the next page

2.4 Data Blocks

Block header

Block body

Data Blocks

Creating Data Blocks

Opening Data Blocks

Special Data Blocks

Program Execution

3Program Execution

3 - 4 C79000-B8576-C898-01

3.2 Program Organization

Program Organization

Nesting blocks

Nesting depth

Example of nesting depth

Different storage types

START-UP

Processing the User Program

Definition of Terms used in

Interrupt events

Accumulators as working

Bit condition codes

Example of ERAB

Other bit condition codes

Word condition codes

•• CC 1 and CC 0

3 - 18 C79000-B8576-C898-01

Binary logic

±0,1469368 x 10

±0,1701412 x 10

Examples of load and

Addressing I/Os

Bit assignment:

Counter value

100

Counter C 10

100

Basic Operations

101

Arithmetic operations

102

Comparison operations

103

Block operations

103

NOP/display/stop operations

104

Logic operations

105

AND-before-OR operation

106

OR-before-AND operation

107

Set/reset operations

108

(continued)

109

Timer operations

111

Timer operations (continued)

112

Stored ON-delay timer

114

Counter operations

115

Supplementary Operations

120

Binary logic operations

121

Digital logic operations

121

Timer and counter

123

Examples

124

Supplementary Operations

124

Load and transfer

125

Jump operations

129

Executive Operations

130

Shift operations

131

↓ DEF ↑

133

↓ DED ↑

134

Conversion examples

135

Examples of CFW, CSW

135

Decrement/

136

Processing operations

136

1. Principle of substitution:

138

Principle of the substitution

140

Example of DI operation

141

Disabling/enabling

142

SED/SEE disable/enable

143

Use of SED/SEE

144

Semaphore Operations

144

Continued on next page

146

Operating Modes and Program

149

Processing Levels

149

4Operating Modes and Program

150

4.1 Introduction and Overview

151

6ES5 948-3UA11

151

LED display of modes

152

Introduction and Overview

152

4.2 Program Processing Levels

154

Features of a program

155

Program Processing Levels

155

Nesting other levels

156

Specific system program

156

Priority

157

Response to double

158

Examples of double

158

Description of the individual

159

4.3 STOP Mode

160

Request by the system

162

Operator request

162

STOP Mode

162

4.4 RESTART Mode

164

When is a WARM RESTART

166

permitted?

166

MANUAL WARM RESTART

166

RESTART Mode

166

MANUAL WARM

170

Power failure at RESTART

172

Aborting RETENTIVE

173

COLD RESTART

173

4.5 RUN Mode

174

Cyclic Program Execution

175

Interrupt points

177

ACCUs as data storage

177

RUN Mode

177

Delay interrupt (from

178

Version -3UB12)

178

Interruptions

179

Special features

179

Clock-driven time interrupts

180

User interface: OB 9

181

TIME INTERRUPTS

182

Collision of time interrupts

183

(WECK-FE)

183

Continuing program

184

CLOSED LOOP

185

CONTROLLER INTERRUPT:

185

Processing Closed Loop

185

Controllers

185

PROCESS INTERRUPT:

186

Interrupt-Driven Program

186

Execution

186

Multiple interrupts

187

Process interrupt signal

187

(at block boundaries)

188

Nested Interrupt-Driven and

189

Time-Driven Program

189

Response time

191

Interrupt and Error Handling

192

Contents

193

5Interrupt and Error Handling

194

C79000-B8576-C898-01

195

5.6 Error Information

196

OUTPUT ISTACK

197

System data RS 3 and RS 4

197

Error Information

197

5 - 8 C79000-B8576-C898-01

199

Example:

200

5 - 10 C79000-B8576-C898-01

201

CONTROL BITS

202

5 - 12 C79000-B8576-C898-01

203

Control bit Meaning

204

5 - 14 C79000-B8576-C898-01

205

Lines 4 and 5 (CONTROL BITS)

206

5 - 16 C79000-B8576-C898-01

207

Lines 6 to 8 (CONTROL BITS)

208

ISTACK Content

209

Explanation of the ISTACK

210

5 - 20 C79000-B8576-C898-01

211

Information about the error

212

ISTACK ID Meaning

212

Condition code

213

Cause of interrupt

213

Meaning (called error OB)

214

5 - 24 C79000-B8576-C898-01

215

Example 2:

217

Continuation 1 of Example 2:

218

Continued on the next page

218

Continuation 2 of Example 2:

219

C79000-B8576-C898-01 5 - 29

220

Response of organization

221

Interruptions during

222

5.5 Errors during RESTART

223

DB0-FE (DB 0 Errors)

224

DB1-FE (DB 1 Errors)

225

DB2-FE (DB 2 Errors)

226

DX0-FE (DX 0 or DX 2

227

Errors during RESTART

228

Errors which lead direct to

229

Errors in RUN and in RESTART

229

Errors- which cause an error

230

OB to be called

230

Substitution error

231

Operation code error

232

Parameter error

233

LZF - calling a block that

234

Load/transfer error

235

Other runtime errors

236

OB 182 error identifiers

238

Error identifiers of the

239

OB 150 error identifiers

240

Error identifiers of OB 151

241

OB 152 and OB 153

241

QVZ during direct access

244

QVZ during PII update

245

IPC flags

245

STOP in the case of QVZ

246

ZYK (Cycle Time Exceeded

247

WECK-FE (Collision of Time

248

Interrupts)

248

REG-FE (Controller Error)

249

Entry in the control bit

250

ABBR (Abort)

251

Communication Errors

252

Error numbers 1 to 3

253

Meaning of the error numbers

253

Integrated Special Functions

254

6Integrated Special Functions

257

6.1 Introduction

258

Introduction

259

Interfaces

260

Errors during special

261

Special functions with

262

Function

263

Possible errors

264

Parameters

265

6 - 20 C79000-B8576-C898-01

272

Possible errors:

273

6 - 26 C79000-B8576-C898-01

278

Characteristics of the

280

Data field in the flag area

281

15 12 11 8 7 0Bit no

287

Important points

289

Continued on the nex page

290

Overview

292

Enabling/disabling the

292

Statistical data

293

Functions

294

15 0Bit no. 4 3

295

Function no.0

295

Special Features

296

Reaction to a COLD

296

Calling OB 152 in a start-up

297

Calling OB 152 when the

298

OB 152: Cycle Statistics

298

6 - 50 C79000-B8576-C898-01

302

Programming the

303

:JU OB162 Loop counter

304

RLO, CC 0 and CC 1

306

Storing the BSTACK

306

JU OB 170

308

Continuation of the example:

309

3 (No. of elements in DX 10)

309

DBA/DBL register

310

Applications of OB 180

310

Application of OB 181

314

RLO, CC1, CC0

315

3 to 255)

316

15 8 7 0Bit no

318

Reactions to errors

319

Application

320

Example 1

326

:JU OB 190 Save flags

326

:JU OB 191 Write back flags

326

Example 2

326

STEP 5 program in OB 13:

327

Write the

327

FYs back

327

6 - 76 C79000-B8576-C898-01

328

OB 200: initialize

329

OB 202: send

329

OB 203: send test

329

OB 204: receive

329

OB 205: receive test

329

What are pages?

330

How to access pages

331

Address areas for

332

Notes on assigning

333

OB 216 to OB 218: Page Access

335

824 23 15 7

339

6.22 OB 220: Sign Extension

342

Error IDs

345

Communication Flags

346

:JU OB 226 read word

349

COLD RESTART, however, not in

351

COLD RESTART, but in another

351

Data handling blocks

352

Assignment aid

352

Using the handling blocks

352

Shift Registers

353

Initializing

354

Shifting

354

≤ L ≤ 256

358

6 - 106 C79000-B8576-C898-01

358

Memory requirements

359

Functional Description of

362

STEU control word

363

PID algorithm

363

Differentiator

363

Disturbance compensation

363

PID Algorithm

364

= TI ∗ XW

365

(TD ∗ QU

365

≤YA ≤ LLV

367

- Limit values

368

- Entries in the DB:

368

- Output variable is limited:

368

Bit assignment of the control

369

DW 11 in the transfer DB)

369

Format of controller inputs

372

General notes

373

Controller parameters

374

Parameter changes

375

Abbreviations for PID

375

Normalized fixed point

376

Extended Data Block DX 0

380

7Extended Data Block DX 0

381

7.1 Application

382

7.2 Structure of DX 0

383

Formal structure:

384

Structure of DX 0

384

Example of DX 0

385

7.3 Parameters for DX 0

386

Parameters for DX 0

387

Updating the timers

389

Parameters for interrupt

390

7 - 14 C79000-B8576-C898-01

392

Assigning Parameters

393

7 - 16 C79000-B8576-C898-01

394

Flowchart for completing the

395

DX 0 screen forms

395

7 - 18 C79000-B8576-C898-01

396

Memory Assignment and

397

Organization

397

8Memory Assignment and

398

Structure of the Memory Area

399

RAM or EPROM

400

(see also Fig. 8-2)

400

Address Distribution of

401

Address areas for the

403

Block Headers in the User

405

Block Address Lists in Data

406

Block DB 0

406

Start address of FB 40

407

8 - 14 C79000-B8576-C898-01

409

RS / RT Area

410

Assignment of the system

411

Bit Assignment of the

413

System Data Words

413

Example of UALW

415

Address: EA02H

416

High byte

416

Low byte

416

Example of UAMK

417

STOP and RESTART IDs

418

Address: EA05H

418

High byte: STOP IDs

418

Low byte: RESTART IDs

418

8 - 24 C79000-B8576-C898-01

419

Address: EA07H

420

High byte: RESET IDs

420

8 - 26 C79000-B8576-C898-01

421

RS 29 (HIGH):

422

RS 29 (LOW):

422

8 - 28 C79000-B8576-C898-01

423

8 - 30 C79000-B8576-C898-01

425

8 - 32 C79000-B8576-C898-01

427

8 - 34 C79000-B8576-C898-01

429

Memory Access using

430

Absolute Addresses

430

9Memory Access using

431

9.1 Introduction

432

Memory access

434

Operations

436

LIR/TIR: Loading to or

437

Transferring from a 16-Bit

437

Memory Area Indirectly

437

9 - 10 C79000-B8576-C898-01

438

Registers 0 to 3 and 9 to 12:

439

ACCU 1, 2, 3 and 4

439

Address (DBA)

439

442

Block Length

442

8 (DW 0 to DW 7)

443

Example 1 continued:

445

Permissible memory areas

446

Transferring Fields of Memory

446

TNB and TWN between 8 and

448

16 bit memory areas

448

Source DB

449

Dest. DB

449

LENGTH >= 4096

453

Changing the BR register

454

Operations for Transfer

455

Accessing the Local

456

Testing and setting a busy

457

Sequence

458

Permissible address area

458

Error reaction

458

Accessing the Page Memory

461

Opening a page

462

Multiprocessor Mode and

466

Communication

466

10Multiprocessor Mode and

468

10.1 Multiprocessor Mode

469

Exchanging Data via IPC

470

Multiprocessor Mode

471

Data exchange between

472

CPUs and communication

472

Transmitting IPC flags in

473

Multiprocessor

473

Inputting or changing DB 1

474

Using the DB 1 screen form

474

I/O assignment:

475

Example of editing DB 1

476

Entering DB 1

477

Multiprocessor Communication

479

How the Buffer is

481

Processed and Managed

481

System Start-Up

484

Calling Communication OBs

485

How to Assign Parameters

486

Condition codes

487

Condition code byte

488

Evaluation of the code byte

489

Initialization conflict

490

Warning

493

Transfer time

495

CPU 1 CPU 2

496

Mode (automatic/manual)

498

•• block ID

499

•• block number

499

10 - 34 C79000-B8576-C898-01

499

Assignment list

500

CPU 1 and CPU 3

501

; Receiver: CPU 3/22 fields

501

; Receiver: CPU 2/2 fields

501

Total capacity

502

10.5 SEND Function (OB 202)

503

Block ID

504

Block number

504

Field number

504

SEND Function (OB 202)

504

Transmitting capacity

507

Structure of the (parameter)

510

ACCU-1-L

510

Transmitting CPU

510

RECEIVE Function (OB 204)

510

Receiving capacity

512

10 - 48 C79000-B8576-C898-01

513

10.9 Applications

516

Programming function

517

FB 200 continued

518

Applications

519

FB 204 continued:

522

Programming FB 110

523

FB 205 continued:

523

FB 110 continued:

524

Application of FB 110

527

The problem

529

The solution

530

Data structure

530

Structure of the

531

Program structure

533

FB 100 continued:

536

001F :T FW 242

536

FB 101 continued:

538

Application example

540

PG Interfaces and Functions

544

11PG Interfaces and Functions

545

11.1 Overview

546

11.2 PG Functions

547

WAIT STATE

548

Memory configuration

548

Output address

549

Overall reset

549

Compress memory

549

Transfer block

550

Delete block

551

Start/stop

551

Status block

552

Program test

553

Executing the function and

554

PG Functions

554

Cancelling the

555

Aborting the function

555

11 - 16 C79000-B8576-C898-01

558

Force variables

559

Activities at Checkpoints

560

11 - 20 C79000-B8576-C898-01

562

Installation

564

Operation

564

Parallel operation with

566

11 - 26 C79000-B8576-C898-01

568

Special feature with cyclic

570

Appendix

571

C79000-A8576-C898-01

573

Definition of terms

575

Error IDs in System

576

Data RS 3 and RS 4

576

12 - 8 C79000-A8576-C898-01

577

RS 3 RS 4 Explanation

578

Error IDs in ACCU 1

579

12 - 12 C79000-A8576-C898-01

581

12 - 14 C79000-A8576-C898-01

583

12 - 16 C79000-A8576-C898-01

585

LEVEL (hexadecimal)

586

Identifier Level

586

Ready to start?

587

Error analysis

587

INTERRUPT STACK

588

! F1!F2!F3!F4!F5!F6!F7!F8!

590

! DISP SYMB!!!! !LIB.NO.!!!

590

REL-SAC

590

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