ABB MEASUREMENT amp ANALYTICS PROGRAMMING GUIDE IM C1900

Abb Measurement Amp Analytics Programming Guide Im C1900-Free PDF

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Electrical safety Health and safety, This equipment complies with the requirements of CEI IEC To ensure that our products are safe and without risk to health. 61010 1 2001 2 Safety Requirements for Electrical Equipment the following points must be noted. for Measurement Control and Laboratory Use If the The relevant sections of these instructions must be read. equipment is used in a manner NOT specified by the Company carefully before proceeding. the protection provided by the equipment may be impaired Warning labels on containers and packages must be. Installation operation maintenance and servicing must. Symbols only be carried out by suitably trained personnel and in. accordance with the information given, One or more of the following symbols may appear on the Normal safety precautions must be taken to avoid the. equipment labelling possibility of an accident occurring when operating in. conditions of high pressure and or temperature, Warning refer to the manual for instructions Chemicals must be stored away from heat protected from. temperature extremes and powders kept dry Normal safe. handling procedures must be used,Caution risk of electric shock. When disposing of chemicals ensure that no two chemicals. Protective earth ground terminal, Safety advice concerning the use of the equipment described in.
this manual or any relevant hazard data sheets where. Earth ground terminal, applicable may be obtained from the Company address on the. back cover together with servicing and spares information. Direct current supply only,Alternating current supply only. Both direct and alternating current supply, The equipment is protected through double insulation. Information in this manual is intended only to assist our. customers in the efficient operation of our equipment Use of. this manual for any other purpose is specifically prohibited and. its contents are not to be reproduced in full or part without. prior approval of the Technical Publications Department. CONTENTS 1 INTRODUCTION, Section Page The documentation for the C1900 series of circular chart. recorders is shown in Fig 1 1 The Standard Manuals including. 1 INTRODUCTION 1 the data sheet are supplied with all instruments The. Supplementary Manuals supplied depend on the specification of. 2 GENERAL PROGRAMMING 2 the instrument,2 1 Preparation for Changes to the Parameters 2.
2 2 Security System 2,INSTALLATION OPERATION,3 BASIC CONFIGURATION LEVEL 3. 3 1 Set Up Input Process Variable Product Identification Setting Up. Siting Error Messages,Remote Set Point and Position Feedback 4. Mounting Displays Controls, 3 2 Set Up Pen Range Event Source 8 Electrical Connections Operating Level. 3 3 Set Up Chart 9 Installation Record Simple Fault Finding. 3 4 Set Up Alarms 10 Part No Part No, 3 5 Set Up Relay Output 16 IM C1900 INS IM C1900 OGC. 3 6 Set Up Digital Output 19,3 7 Set Up Analog Output 21.
3 8 Digital Inputs 23,3 9 Access Page 24 PROGRAMMING DATA SHEET. 3 10 Scale Adjust 26 General Programming Full Specification. Basic Config Level, 4 CONTROL CONFIGURATION LEVEL 29 Control Config Level. 4 1 Set Points 30 Advanced Config Level,Connections and Links. 4 1 1 Cascade Control,Part No Part No,without output tracking 31. IM C1900 PGC SS C1900,4 1 2 Cascade Control,with output tracking 32 A Standard Manuals.
4 1 3 Set Points Page 33,4 2 Motorized Valve Control 35. 4 2 1 Motorized Valve with Feedback,Position Proportioning 35. 4 2 2 Motorized Valve Control,ADVANCED SOFTWARE MODBUS RTU. without Feedback Boundless 35,4 2 3 Valve Page 36 Flow Totalization. Serial Adaptors,Serial Connections, 4 2 4 Calculation for Control Pulses Ramp Soak Profile Programming Pages.
Steps and Deviation Math Functions ASCII Tables,Boundless Control only 36 Timer Functions. 4 3 Set Up Control 37 Part No Part No, 4 3 1 Set Up Control Page IM C1900 ADV IM C1900 MOD. control type 37,4 3 2 Set Up Control Page,B Supplementary Manuals. power fail mode 39,4 3 3 Set Up Control Page,control actions and limits. non heat cool 41 Fig 1 1 C1900 Documentation,4 3 4 Set Up Control Page.
control actions and limits,heat cool 42,4 3 5 Set Up Control Page. default control actions 43,4 4 Set Up Operating Page 45. 4 5 Set Up Digital Page 46,4 6 Set Up Digital Inputs 47. 5 ADVANCED CONFIGURATION LEVEL 48,5 1 Set Up Function Keys 49. 5 2 Set Up Logic 50,5 3 Set Up Pen Functions 52,5 4 Input Assignment 53.
6 CONNECTIONS LINKS 54,2 GENERAL PROGRAMMING, The programming procedures are used to make changes to the 2 2 Security System. operating parameter values and for scale adjustment A security system is used to prevent tampering with the. programmed parameters by utilizing a Tune password and a. The programming of all channels is performed using faceplate 1. Configuration password,see Fig 2 1, A Tune password can be assigned to controller faceplates giving. When changing the input type it may be necessary to reposition. access to that faceplate s controller settings A configuration. the input selector links accordingly see Section 6. password gives access to all controller settings and. CONNECTIONS LINKS, programming pages The passwords can be set to any value. from 0 to 9999 The instrument is despatched with the. passwords set to 0 see Section 5 5 of the Operating Guide. 2 1 Preparation for Changes to the Parameters, Ensure that the external alarm control circuits are isolated if. inadvertent operation during programming is undesirable. Any change to the operating parameters are implemented using. the or keys see Section 3 of the Operating Guide,Note The recorder responds instantly to parameter.
changes which are saved automatically when leaving. the current frame,Faceplate 1,Fig 2 1 Location of Faceplate 1. Operator Level,Basic Config, Set Up Inputs Set Up Pen Range Set Up Chart Set Up Alarms Set Up Relay Output Set Up Digital Output Set Up Analog Output Digital Inputs Access Page Scale Adjust. CONtrOL Section 3 1 Page 4 Section 3 2 Page 8 Section 3 3 Page 9 Section 3 4 Page 10 Section 3 5 Page16 Section 3 6 Page 19 Section 3 7 Page 21 Section 3 8 Page 23 Section 3 9 Page 24 Section 3 10 Page 26. CONFIG ACCESS,Control Config, SEtUP SEtUP SEtUP SEtUP SEt UP dIGtAL SEt UP dIGtAL SCALE. INPUt PENrNG CHArt ALArMS rELAYS OUtPtS ANALOG INPUtS PAGE AdJUSt. AdVNCd Set Up Input Set Up Pen Range Set Up Chart Set Up Alarms Set Up Output Digital Outputs Set Up Output Digital Inputs Access Page Scale Adjust. CONFIG t1 PASS,Advanced Config, SELECt SELECt CHArt ACKtYP SELECt SELECt SELECt SELECt SELECt. Select Channel Select Pen Chart Time Acknowledge Type Select Relay Output Select Output Select Output Select Digital I P Configure Password Select PV Pen Filter. INtYP PEN HI CH StP ACKSrC SOUrCE SOUrCE OP SrC POLrtY t2 PASS rESEt. Input Type PV Pen Range High Stop Chart Signal Alarm Ack Source Relay Source Output Source Output Source Polarity Configure Password Scale Reset. LNtYP PEN LO AUtdrP SELECt POLrtY POLrtY rNG HI C PASS OFFSEt. Linearizer Type Pen Range Low Auto Pen Drop Select Alarm Polarity Polarity Retrans Range Hi Configure Password Offset Adjustment. rNG HI IN SrC LFt EN tYPE rNG LO PEN AJ SPAN,3 BASIC CONFIGURATION LEVEL.
Input Range High In Source Pen Lift Enable Alarm Type Retrans Range Low Pen Adjust Enable Span Adjust. rNG LO OUt SrC PENLFt trIP HI OP PA PAS SEtPEN, Input Range Low Out Source Pen Lift Pen Status Trip Level Output Range High Pen Adj Password Cal Pen At 100. UNItS HYSt LO OP SEtPEN, Temperature Units Hysteresis Output Range Low Cal Pen At 0. ENG HI t HYSt CHECK,Engineering High Time Hysteresis Check Pen Cal. dEC Pt dELAY FILtEr,Decimal Point Alarm Delay Mains Filter. ENG LO EN Sr C,Engineering Low Enable Source,Broken Sensor Drive.
Fault Detection Level,Programmable Filter,Fig 3 1 Basic Configuration Level. 3 BASIC CONFIGURATION LEVEL, 3 1 Set Up Input Process Variable Remote Set Point and Position Feedback. Information,Universal inputs mV mA V THC RTD and resistance. Internal cold junction compensation, Linearization of temperature sensors to allow use of non linearizing transmitters or any electrical input. Programmable fault levels and actions, Digital filter reduces the effect of noise on inputs.
Example A setting up,a current input of 4 to 20mA,displaying a range of 0 to 200psi. a fault detection level 10 above 200psi engineering display range and 10 below 0psi engineering display range. in the event of a fault being detected and or the fault detection level being exceeded the process variable is driven downscale. Input Linearizer Temp Units Electrical Engineering Range Broken Sensor Programme. Type Type Range Display Range Protection Drive Filter. Fault Detection Value set to 0,3 2 20 0 Input Range High Level 10. THC N Value set low,THC E Downscale,Voltage None Upscale. Millivolts,Low resistance,High resistance,THC R Value set high. None 4 0 Input Range Low Fault Detection,Example B setting up.
a Type K thermocouple,displaying temperature in F,displaying a range of 0 to 2000 F. a fault detection level 10 above 2000 F engineering display range and 10 below 0 F engineering display range. in the event of a fault being detected and or the fault detection level being exceeded the process variable is driven upscale. Input Linearizer Temp Units Engineering Range Broken Sensor Programme. Type Type Display Range Protection Drive Filter,Fault Detection Value set to 0. 3 2 Level 10,THC THC B F,Current THC N C Value set low. Voltage THC E None Downscale,Millivolts THC J,Low resistance THC T. High resistance THC S,THC R Value set high,None Fault Detection.
3 BASIC CONFIGURATION LEVEL,3 1 Set Up Input,SEt UP Page Header Set Up Input Process Variable. To advance to Set Up Pen Range Page press the key,SELECt Select Channel. Select the channel to be programmed,PV 4 process variable on channel 4. PV 3 PV 3 process variable on channel 3, PFb 2 PFb 2 valve position feedback on controller 2 displayed only if selected in the. rSP 2 rSP 2 remote set point on controller 2 Input Asignment Page. PV 2 PV 2 process variable on channel 2, PFb 1 PFb 1 valve position feedback on controller 1 displayed only if selected in the.
rSP 1 remote set point on controller 1 Input Asignment Page. rSP 1 PV 1 process variable on channel 1,PV 1 NONE None. Note In the remaining frames press the key to view the channel selected. INtYP Input Type Process Variable, Caution Ensure the correct input link positions are selected and the input is wired correctly see. tCPL Section 6 CONNECTIONS LINKS,LO OHM Select the input type required. HI OHM rtd Resistance thermometer,Not available on position feedback input. MAMP tCPL Thermocouple,VOLt Voltage,MVLt LO OHM Low resistance 750.
NONE HI OHM High resistance 750,NONE MAMP Current,MU Lt Millivolt 150mV. LNtYP Linearizer Type,Select the linearizer type required. 3 2 3 2 x3 2,Open channel flow applications,SQrt SQrt Square Root. rtd rtd Resistance thermometer,tC b tC b Type B thermocouple. tC N tC N Type N thermocouple,tC E Type E thermocouple.
tC E tC J Type J thermocouple,tC J tC t Type T thermocouple. tC t tC S Type S thermocouple,tC S tC r Type R thermocouple. tC r tC K Type K thermocouple,tC K NONE No linearizer. Continued on next page,3 BASIC CONFIGURATION LEVEL. 3 1 Set Up Input,rNG HI Input Range High, Set the maximum electrical input value required in electrical units.
Note The value set must be within the limits detailed in the table below. Input Type Input Type Range Low Min Range High Max Min Range Low to High. rtd Millivolts 0 150 5 0,Volts 0 5 0 1,Milliamps 0 50 1 0. Resistance Low 0 750 20,Resistance High 0 9999 400. rNG LO Input Range Low, Set the minimum electrical input value required in electrical units. Note The value set must be within the limits detailed in the above table. UNItS Temperature Units,Select units required,ENG HI Engineering Range High. Set the maximum engineering display value required. Note The value set must be within the limits detailed in the tables below. Degrees Fahrenheit Degrees Celsius,Linearizer Type.
Min Max Min Span Min Max Min Span,Type B 0 3272 1278 18 1800 710. Type E 148 1652 81 100 900 45,Type J 148 1652 90 100 900 50. Position Type K 148 2372 117 100 1300 65,Feedback Type N 328 2372 162 200 1300 90. Engineering,Type R S 0 3092 576 18 1700 320,automatically Type T 418 572 108 250 300 60. to 0 0 to 100 0,RTD 328 1112 45 200 600 25, Performance accuracy is not guarateed below 725 F 400 C for types B R and S thermocouples.
Minimum span below zero Type T 126 F 70 C,Minimum span below zero type N 189 F 105 C. THC standard DIN 4730 IEC 584,RTD standard DIN 43760 IEC 751. Engineering Range High and Low,Linearizer Type,Square Root. Continued on next page,3 BASIC CONFIGURATION LEVEL. 3 1 Set Up Input,dECPt Decimal Point, Set the decimal point position required for both the engineering range high and engineering range.
low values,ENG LO Engineering Range Low, Set the minimum engineering display value required. PFb x Note The value set must be within the limits detailed in Engineering Range High tables opposite. Electrical safety This equipment complies with the requirements of CEI IEC 61010 1 2001 2 Safety Requirements for Electrical Equipment for Measurement Control and Laboratory Use If the equipment is used in a manner NOT specified by the Company the protection provided by the equipment may be impaired Symbols

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