Isolation Between Input and Output | Honeywell DCP552 Mark II

Chapter 4. WIRING

4 - 12 Isolation Between Input and Output

Isolation between inputs and outputs are shown below. In this figure, the solid lines enclose mutually-isolated sections. Those sections bounded by dashed lines are not isolated.

PV input CH1

PV input CH2

Loader communication

External switch input

Communication

Memory card input

Digital circuit

Control output CH1 Auxiliary output CH1

Control output CH2 Auxiliary output CH2

Event output

Handling Precautions

The loader jack is not isolated from internal digital circuits.

When not in use, always replace the cap.

4-18

Image 46

Honeywell DCP552 Mark II user manual Isolation Between Input and Output

Contents

EN1I-6187 Issue 5 12/01 DCP552 Mark ΙΙ Digital Control Programmer User’s Manual Warranty Unpacking Configuration of This User’s Manual Contents Event Output Open Collector Output Connection Mode transitionsPID group selection Program Setup Parameter SetupOperation Troubleshooting Memory Card Operations Program Work Sheet Parameter Work Sheet SpecificationsCalibration Index Disp key, ↑ key Handling PrecautionsConventions Used in This Manual FUNC+PROG key Features Basic Function Block Diagram RUN Hold Reset Total of 49 patterns Data Configuration OverviewParameters System Configuration CPL communications network-based configuration Model Number Model number DCP552E2 Names and Functions of Parts Structure Basic display status ConsoleDisplay MAN Key pad Enter key Enter key # $% Key chord functions Func + → Display channel select key Loader jack↑ + Prog Input Resistance temperature detectorInput Type and Range Number Thermocouple DC current, DC voltage Before Installation Mounting position Sources of electrical interference and countermeasures Dust proof cover Installation Panel cutout dimension Installation procedures Handling Precautions Wiring Precautions on Wiring Wiring Recommended Cables Making Terminal Connections Terminal Array 11 do Grounding Power Supply and GroundingPower supply Model No PV input CH1 connection PV Input Analog Input ConnectionPV input CH2 connection Handling Precautions Control Output Connection Open Auxiliary Output Connection Auxiliary output CH1 connection Event Output Open Collector Output Connection EV1 EV2 EV3 EV4 EV5 EV6 EV7 EV8 External Switch Input Connection Communication Connection RS-485 connection Wire system RS-485 connection diagram RDA RDB SDA SDB Terminating resistor Master station RS-232C connection Connection to ST221 Isolation Between Input and Output Data Data types Pattern Program PatternRAMP-X system RAMP-T system θ setting RAMP-E system ∆ SP setting Xxxxx XXXX.X XXX.XX XX.XXX Events Time events Off-time Output-ON Output-ON Output-OFF Time Basic specifications PV event Event on delay SP upper limit SP lower limit MV upper limit MV lower limit PV deviation rate event Code event Example Setting a timed code with 3 output points in event Functions Mode event Basic operations PID group selection Selection of ouput limiter group Soak Guarantee soak Soak at start of segment PV shift Soak at end of segment Repeat PV start Cycle Pattern link Tag Program operation Mode typesMode Constant value control Hold Mode transitions Indicated by the dashed lines in the figure below Mode transition operations Operation end Mode transition restrictions RUN Hold Reset ADV Fast Input Process Functions Model without carbon potential CP compensation Model with carbon potential CP compensation PV1 Objective SettingO2 sensor check model with CP compensation Operation Output Processing Functions Current output with setup data C21 set toControl output CH1 PID parameter oL, oH are valid when setup 5G output with setup data C22 set to Control output CH2 AT not performed during CH2 O2 sensor input Auxiliary output Auxiliary output Power Supply On Startup flow procedure ##!# Basic Display Selection Disp key function When variable parametar PA03 is set to Program run mode displaysDisplay A1 Display A2 Display A3 Display A5 Display A4Display A6 Disp key function when variable parameter PA03 is set to Display B1 Display B2 Display B3 Display B4 Display B5 Display B6 Handling Precautions Display D2 Display D3 Display D4 Message key function when variable parameter PA03 is set toDisplay D1 Display D5 Display D6 Constant value control mode Display E1 Display E2 Display E3 Display F1 Display F2 Display F3 Display F4 Selecting Programs Selecting program numbers External switch input External Switch OperationTypes of external switch inputs Selecting programs BCD system ### Binary system SW1 to 8 and 15 to 16 timing Read timingSW9 to 14 and RUN, Fast Ready Fast timing Auto-tuning AT Manual Operation and Auto-TuningManual operation TP-A7 TP-A6 TP-A5 TP-A4 TP-A3 TP-A2 TP-A1 Progression of individual items in parameter settings Parameter SetupSelecting parameter settings groups ConSt when using Func + PID key Modifying individual items and exiting the setting mode ↑ ↓ Parameter Setting List Variable parameter setting $$$$$ =C627 C30*#*6727 C22 Detailed information on variable parameters PA05 program autoload OFF PA31 to PA38 event on delay groups 1 to 4, event/delay time PA17 $$$$ Settings by event type ++++,% 679 %97 32 # PID parameter CH1 setting 1rE CP-A1 CP-A5 PID parameter CH2 setting #CP % OL-6 OH-6 1d-7 RE-7 OL-7 OH-7 CP-A6 Setup data setting C01016 C11## 0000 =111111 ?97 367 C100 Detailed descriptions of setup data settings C63 time display Remaining segment time Total operation time C95 voltage output control C96 voltage output control SSR = I 0 ⋅ Z + V D Equation Handing Precautions C100 PV2 zener barrier adjustment Constant value control data CH1 setting Constant value control data CH2 setting Selecting number of program to operate Program SetupSelecting channel of program to operate Key operations Starting programmingState transition Start of display items Program Setup 5555555555 Programming map Setting pattern items Display items Display When the event is a PV event Setting event items Handling PrecautionsDisplay PV events When the event is a time event Display time event When the event is a code event Display code event When the event is a timer code event Display Code event with a timer function When the event is an event off When the event is an instrument event Setting PID groups and output limiter group number items Setting G.SOAK Guarantee soak items Setting PV shift items Setting repeat items Setting PV start items Setting cycle items Setting pattern link items Setting tag items ↓key ↑key Deleting programs Inserting and deleting segments Display segment insertion Display segment deletion Program Setup Program copy procedures Copying Programs General Reset General reset procedures Memory card types Memory Card Type and FunctionsMemory card functions Save Procedures Save menu Procedures for formatting cards Procedures for saving single programs Procedures for saving setup data Procedures for saving all programsProcedures for saving variable parameters Procedures for saving event configuration data Procedures for saving PID parametersProcedures for saving all parameters Load Procedures Load menu Card battery alarm panel Procedures for loading individual programs Procedures for loading variable parameters Procedures for loading all programsProcedures for loading setup data Procedures for loading PID parameters DCP552 Procedures for loading event configuration dataProcedures for loading all parameters DCP552 Mark Conditions Key operated autoload procedureAutoload Operation and action Auto load using external switch inputs Error Message List Power on self-diagnostic routines 10 1 Self-Diagnostic Functions and Alarm Code DisplaysSelf-diagnostic routines performed each sampling cycle Alarm classification Alarm code display10-2 10 2 Key Input Related Problems Normal display mode problems Auto mode cannot be invoked with A/M key Fast mode cannot be invoked with Func and → keysManual mode cannot be invoked with A/M key Autotuning AT cannot be started with AT key Program copy cannot be performed with ↑ and Prog keys Autotuning cannot be canceled with AT keySetup data setting state cannot be invoked with Setup key 10-5 Registration state cannot be invoked with Enter key Parameter setting related problemsProgram setting related problems Event items cannot be displayed with ↑ and ↓ keys C60 10-7 BAT LED flashes 10 3 When the BAT LED FlashesReplacing the battery Items to be provided by the user Battery replacement procedures 10-9 Troubleshooting 10-10 10-11 53!7 11-1 342 11-2 11-3 11-4 $0+A 11-5 ?A!2 11-6 Attachment/auxiliary devices list 11-7 DCP552 11 2 External Dimensions11-8 Equipment needed Precautions before calibration12-1 12 1 Quick Reference Table for Calibration Items 12-2 $! AdJS? 12-3 12-4 Calibration Flowchart 2/3 12-5 Calibration Flowchart 3/3 12-6 Enter calibration mode 12 2 Calibration Procedures12-7 Key Key test Function test12-8 Digital input test Display test12-9 Digital output test for event Digital output test for control output12-10 Input CH No. select Built-in clock adjustmentPV calibration Gain No. select Writing into Eeprom PV zero, spanPress Enter key 12-12 12-13 Cold junction sensor calibration Current output calibration Key Carbon potential code calibration Carbon potential code calibration12-16 Set Up 12-17 12-18 11. Current Outputs Pattern graph Variable parameter setting DCP552 Parameter Work Sheet Denotes items settable only on models with CP compensation PA100 PA111 DCP552 Parameter Work Sheet Event configuration data setting Event type E12-1 RUN, HOLD, END, Fast 145 to DCP552 Parameter Work Sheet PID parameter CH1 setting OL-1 CP-A3 CP-A4 DCP552 Parameter Work Sheet PID parameter CH2 setting CP-A1 CP-A4 DCP552 Parameter Work Sheet Setup data setting 6D output Voltage time proportional control output system B 19999 to +20000 SPU C45 not equal to RAMP-E C100 Fixed command control data CH2 setting ConStPage Page Page Page Page Page Page Page Page Page Page Page Index Index-1 PV start Index-2 98-11 3rd Edition Revision History97-12 EN1I-6187 1st Edition 98-05 2nd Edition 00-11 4th Edition 01-12 EN1I-6187 5th Edition Honeywell Service Centers Argentina No. CP-UM-5025E