How to use this manual Flow Chart | Elmo DBP SERIES specs

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How to use this manual - Flow Chart

The DBP HARDWARE MANUAL will lead you toward a successful start-up of your digital amplifier. Please review carefully the following flow chart and write down the chapters that you have to follow in the right order. Only after performing all the steps you may proceed to the software manual.

If you are a new user of the DBP, you better not skip chapters 1-4 which will familiarize you with the product.

no

Familiar with the DBP ?

Read chapters 1,2,3,4

Panel (H) version or Rack (R)

no

no

w/o Elmo mother board ?

Rack (R) with Elmo mother board ?

Elmo enclosure ?

Read chapter 5.1

Read chapter 5.2

Read chapter 5.3

Terminals

Terminals

Terminals

Read chapter 6 - Installation

Read chapter 7.1 - Start-Up

no

Hall sensors with

Resolver ?

optical encoder ?

Read 7.2

Read 7.3

yes

Adding velocity loop ?

Read Appendix B

Read chapter 8 - Applying power - Adjustments

Read chapter 9 - Summaries

DBP - Rev 6/93

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Elmo DBP SERIES How to use this manual Flow Chart

Contents

Rev 6/93 DBP Rev 6/93 ELMO-WARRANTY Performance How to use this manual Flow Chart Table of Contents Step Panel H, DBP1 Description Analog Section Standard Features Type Designation Digital Section Standard Features Technical Specification Digital Outputs Digital I/O specificationGeneral Digital Inputs Digital Outputs Digital Inputs Analog Input Analog input specification Resolver Sensors specificationResolver Option Feature Encoder Encoder Inputs Communication 1 RS232 Configuration2 RS485 Configuration Battery backup Communication Current Control System Operation RS485 and Checksum Protocol CFM Time dependent peak current limit Digital current limits Digital position and speed control Motor Off Mode Position ModeVelocity Mode Servo Mode Input condition Direct commandLatch Mode Program Hardware signal Digit displayAuto restart Operation of the shunt regulator Shunt specifications Commutation signals format Short circuit protection Temperature protectionInternal power supply failure Low back-up Battery voltage DBP 3U Block Diagram DCB Block Diagram DCB Components Layout DCB Resolver Option Block Diagram Resolver Board Components Layout Function Terminal Description 20ac,18ac 4ac,2ac8ac 14ac,12acPage Page Control board Reference voltage to the resolver must be Mode 24b ResolverFunction Remarks 24a Auxiliary Encoder Complementary Input Direction Input For Pulse Terminals of DBP Terminals Layout DBP Panel H Mounting Type Double Eurocard Size Type DBP-6U Rack Type Connectors Mother Boards terminals MBA-DBP/3U and MBA-DBP/6U Power Terminals for MBA-DBP/3U Power Terminals for MBA-DBP/6U Circuit common DBP Rev 6/93 Signals connector J3 Signals connector J4 Pin Function Remarks Output J1A, FAN Terminals MBA-DBP/6U only Page MBA DBP/3U MBA-DBP/6U Terminal Function Terminals for DBP mounted in Encd Circuit common DBP Rev 6/93 Signals connector J3 Signals connector J4 Pin Function Remarks Output Page Page MBA-DBP/3UE MBA-DBP/6UE Communication Port Connector RS232RS485 Wiring Installation procedures Mounting Load inductance AC power supply Motors windings Wiring diagrams AC power wiring Guide lines for connecting non-isolated AC supplies GroundDo not ground AC DBP + I option AC NON-ISOLATED DBP AC DBP Isolating Transformer NON Single Phase Connection AC DBP AC Hall Sensores Connection Hall sensors wiring RS232 Communication 4 RS232 Communication wiring RS 485 Communication 5 RS485 Communication wiring RS485 Communication Differential Encoder Connection Main encoder wiring Resolver Connection Resolver wiring Differential Auxiliary Encoder Connection Auxiliary encoder wiring Input Connection Pulse/Direction signals wiring Commutation signals format CFM functionAbort logic Selecting the communication bus Setting the auxiliary position input formatWhen using an Optical encoder When using Pulse and Direction signals Setting the main optical encoder format Setting the R/D circuitConverter Oscillator Frequency/Amplitude Selection R228,R233 OscillatorPage OFF Page Page Page Applying Power Applying power Adjustments Defining the amplifier type Adjusting the current limitsEstablishing the communication Checking the feedback elements Self Restart LM0 Latch mode of the protective functionsConnecting the Motor Current limit adjustments Tables and Summaries Display diagnostics Summary of DIP switches Power stage board Poles DIP switch Control stage board Poles DIP switchPoles DIP switch for Resolver Appendix a Current loop response Fig. A-1 Typical current response waveforms DBP Rev 6/93 Appendix B Adding a velocity feedback This page is Blank Appendix C Differential amplifier connection See schematic in chapter Dimensional Drawings DBP1 TOP View 104 111.76 32.3 DBP2 TOP View 107 108 DBP3 TOP View 110 DBP3 Side View DBP4 TOP View DBP4 Side View DBP4 Side View DBP6 TOP View DBP6 Side View 117 DBP6 Side View DBP Rack Mounting 3U/ 13T 119 120 Front Panel for DBP 3U/13T DBP Rack Mounting 3U/20T 122 101.4 128.7123 DBP Rack Mounting 6U/14T Side View DBP Rack Mounting 6U/14T Side View 70.92 262126 DBP Rack Mounting 6U/21T Side View 128 Front Panel for DBP 6U/21T Encd 3U Encd 3U Encd 6U Encd 6U External Shunt Resistor ESR Israel List of Elmo Service Centers Finland