51-52-25-155 precision line controllers edc201 202 203

EDC201 / EDC202 / EDC203

Product Manual 51-52-25-155 Revision: 2.0

July 2015

Notices and Trademarks Contacts

ii EDC201 / EDC202 / EDC203 User’s Manual Revision 2.0 July 2015

Notices and Trademarks

Copyright 2015 by Honeywell International Inc. Revision: 2.0, July 2015

While this information is presented in good faith and believed to be accurate, Honeywell disclaims the implied warranties of merchantability and fitness for a particular purpose and makes no express warranties except as may be stated in its written agreement with and for its customers. In no event is Honeywell liable to anyone for any indirect, special or consequential damages. The information and specifications in this document are subject to change without notice. Honeywell, PlantScape, Experion PKS, and TotalPlant are registered trademarks of Honeywell International Inc. Other brand or product names are trademarks of their respective owners.

Honeywell International Process Solutions

1250 W Sam Houston Pkwy S Houston, TX 77042

1-800 343-0228

Contacts

Revision 2.0 EDC201 / EDC202 / EDC203 Product Manual iii July 2015

About This Document This document provides descriptions and procedures for the Installation, Configuration, Operation, and Troubleshooting of your the EDC 200 Series Controller.

Revision History EDC201 / EDC202 / EDC203 Product Manual, Document # 51-52-25-155

Rev 1.0 June 2015 First release

Rev 2.0 July 2015 7 segment code added

Reference The following list identifies publications that may contain information relevant to the information in this document.

Document Name Document ID

EDC 200 Series New Wave Controllers Quick Start 51-52-25-156

EDC 200 Series New Wave Controllers Specification 51-52-03-48

Contacts

iv EDC201 / EDC202 / EDC203 Product Manual Revision 2.0 July 2015

Contacts World Wide Web The following Honeywell web sites may be of interest to Process Solutions customers.

Honeywell Organization WWW Address (URL)

Corporate http://www.honeywell.com

Honeywell Process Solutions http://honeywellprocess.com

Support and Contact Information For Europe, Asia Pacific, North and South America contact details, see back page or refer to the appropriate Honeywell Solution Support web site:

Honeywell Corporate www.honeywellprocess.com

Honeywell Process Solutions https://www.honeywellprocess.com/en-US/explore/products/instrumentation/panel-mounted-controllers-and-programmers

Training Classes http://www.honeywellprocess.com/en-US/training

Telephone and Email Contacts

Area Organization Phone Number

United States and Canada

Honeywell Inc. 1-800-343-0228 Customer Service 1-800-423-9883 Global Technical Support

Global Email Support

Honeywell Process Solutions

[email protected]

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Revision 2.0 EDC201 / EDC202 / EDC203 Product Manual vii July 2015

Contents

1. INTRODUCTION ............................................................................ 1

1.1 Overview ........................................................................................................... 1 Function ................................................................................................................................ 1 Characteristic ........................................................................................................................ 1 Easy to Configure .................................................................................................................. 1 Auto Tuning ........................................................................................................................... 2 Manual/Auto Mode ................................................................................................................ 2 Display .................................................................................................................................. 2 LED ....................................................................................................................................... 5 Function of Keys .................................................................................................................... 5

2. INSTALLATION ............................................................................. 6

2.1 Overview ........................................................................................................... 6 Introduction ........................................................................................................................... 6 Pre-installation Information .................................................................................................... 6

2.2 Condensed Specifications .............................................................................. 7

2.3 Model Number Interpretation ....................................................................... 10 Instruction ............................................................................................................................ 10

2.4 Control and Alarm Relay Contact Information ........................................... 11 Control Relays ..................................................................................................................... 11

2.5 Mounting ......................................................................................................... 11 Physical Considerations ...................................................................................................... 11 Overall Dimensions ............................................................................................................. 11 Panel Cutout Requirements ................................................................................................ 12 Mounting Method ................................................................................................................. 13 Mounting Procedure ............................................................................................................ 13

2.6 Wiring .............................................................................................................. 14 Electrical Considerations ..................................................................................................... 14

2.7 Wiring Diagrams ............................................................................................ 16 Identify Your Wiring Requirements ...................................................................................... 16 Wiring the Controller ............................................................................................................ 16

3. CONFIGURATION ....................................................................... 17

3.1 Overview ......................................................................................................... 17

3.2 Configuration Prompt Hierarchy .................................................................. 18

3.3 Configuration Procedure .............................................................................. 19 Introduction ......................................................................................................................... 19 Procedure ............................................................................................................................ 19

3.4 Input Set Up Group ........................................................................................ 20 Introduction ......................................................................................................................... 20 Function Prompts ................................................................................................................ 20

3.5 Control Set Up Group .................................................................................... 23


viii EDC201 / EDC202 / EDC203 Product Manual Revision 2.0 July 2015

Introduction .......................................................................................................................... 23 Function Prompts ................................................................................................................. 23

3.6 Tune PAR Set Up Group ............................................................................... 29 Introduction .......................................................................................................................... 29 Function Prompts ................................................................................................................. 29

3.7 ALARM Set Up Group ................................................................................... 30 Introduction .......................................................................................................................... 30 Function Prompts ................................................................................................................. 30

3.8 Auxiliary Set Up Group ................................................................................. 37 Introduction .......................................................................................................................... 37 Function Prompts ................................................................................................................. 37

3.9 OPTION Set Up Group ................................................................................... 38 Introduction .......................................................................................................................... 38 Function Prompts ................................................................................................................. 38

3.10 Configuring Analog Input .......................................................................... 41 Configuring TC Type Input ................................................................................................... 41 Configuring RTD Type Input ................................................................................................. 42 Configuring Analog Input Burnout ........................................................................................ 43 Assign Temperature Unit...................................................................................................... 45

3.11 Configuring Control Algorithm ................................................................. 46 Configuring ON-OFF Control ................................................................................................ 46 Configuring Time Proportion Control .................................................................................... 47 Configuring Three Position Step Control .............................................................................. 48 Configuring Soft Start ........................................................................................................... 49

3.12 Configuring Alarm ...................................................................................... 50 Configuring PV Alarm ........................................................................................................... 50 Configuring Deviation Alarm ................................................................................................. 51 Configuring Output Alarm ..................................................................................................... 53 Configuring Manual Mode Alarm .......................................................................................... 55 Configuring PV Rate of Change Alarm ................................................................................. 56 Configuring Digital Input Alarm ............................................................................................. 57 Configuring TC Warning Alarm ............................................................................................ 58 Configuring TC Failing Alarm ............................................................................................... 59 Configuring Failsafe Alarm ................................................................................................... 60 Configuring Diagnostic Alarm ............................................................................................... 61 Assign Alarm Hysteresis ...................................................................................................... 62 Configuring Alarm Delay ...................................................................................................... 63 Configuring Alarm Latching .................................................................................................. 64 Configuring Alarm Blocking .................................................................................................. 64 Configuring Timer ................................................................................................................. 65

3.13 Configuring Digital Input ........................................................................... 66 Disable DI Function .............................................................................................................. 66 Configuring DI as Control Mode Switch ............................................................................... 67 Configuring DI as Control Direction Switch .......................................................................... 67 Configuring DI as Keypad Locking Switch DI ....................................................................... 68 Configuring DI as Timer Initiating Trigger ............................................................................. 68 Configuring DI as Alarm Acknowledging Switch ................................................................... 69 Configuring DI as Auto Tuning Initiating Trigger ................................................................... 70


Revision 2.0 EDC201 / EDC202 / EDC203 Product Manual ix July 2015

4. MONITORING AND OPERATING THE CONTROLLER ............. 71

4.1 Overview ......................................................................................................... 71

4.2 Operator Interface .......................................................................................... 71

4.3 Monitoring Your Controller ........................................................................... 72 Annunciators ....................................................................................................................... 72 Viewing the operating parameters ....................................................................................... 73 Diagnostic Messages .......................................................................................................... 73

4.4 Controller Mode ............................................................................................. 74 Operation Mode ................................................................................................................... 74 Control Mode ....................................................................................................................... 74

4.5 Setting Operation Level ................................................................................ 75 Procedure ............................................................................................................................ 75

4.6 Setting Operation Password......................................................................... 76 Procedure ............................................................................................................................ 76

4.7 Setting Parameter Mask ................................................................................ 77

4.8 Reseting to Factory Default .......................................................................... 78

4.9 Testing Display .............................................................................................. 78

4.10 Setting Power Frequency .......................................................................... 79

4.11 Setting Decimal Point Location ................................................................ 80

4.12 Examing Product Information ................................................................... 80

4.13 Acknowledge Alarms ................................................................................. 81

4.14 Setting Auto Tuning ................................................................................... 82 Initiating Auto Tuning ........................................................................................................... 82 Starting Through Keypad .................................................................................................... 82 Stopping Auto Tuning .......................................................................................................... 84

4.15 Switch Manual/Auto Mode......................................................................... 84 Preliminary Steps ................................................................................................................ 84 Procedure ............................................................................................................................ 84

4.16 Setting SP ................................................................................................... 84 Preliminary Steps ................................................................................................................ 84 Procedure ............................................................................................................................ 84

4.17 Setting Timer .............................................................................................. 85 Viewing the Timer Current Status ........................................................................................ 85 Start Timer .......................................................................................................................... 85 Resetting Timer ................................................................................................................... 86

4.18 Setting Output Value .................................................................................. 86 In Auto Mode ....................................................................................................................... 86 AT is Processing ................................................................................................................. 86 In Man Mode ....................................................................................................................... 87


x EDC201 / EDC202 / EDC203 Product Manual Revision 2.0 July 2015

5. TROUBLESHOOTING/SERVICE ................................................ 88

5.1 Troubleshooting Aids ................................................................................... 88

5.2 Power-up Tests .............................................................................................. 89

5.3 Background Tests ......................................................................................... 89 Diagnose System Error ........................................................................................................ 89 Confirm System Error ........................................................................................................... 90

6. APPENDIX A LOOK-UP TABLE FOR 7 SEGMENT CHARACTER AND ASSOCIATED ENGLISH WORD.......................................................... 91

Contents Tables

Revision 2.0 EDC201 / EDC202 / EDC203 Product Manual xi July 2015

Tables Table 1-1: EDC201/ EDC202/ EDC203 Operator Interface (all display items shown) .... 4 Table 1-2: Function of LED Indicators ............................................................................. 5 Table 1-3: Function of Keys ............................................................................................. 5 Table 2-1: Condensed Specifications .............................................................................. 8 Table 2-2: TC/RTD Types and Scope .............................................................................. 8 Table 2-3: Environmental and Operating Conditions ....................................................... 9 Table 2-4: Model Number Interpretation ........................................................................ 10 Table 2-5: Permissible Wiring Bundling ......................................................................... 15 Table 3-1: Set Up Parameter Reference ....................................................................... 40 Table 4-1 Lower Display Key Parameter Prompts ......................................................... 73 Table 4-2: Diagnostic Messages .................................................................................... 73 Table 6-1 7 Segment Character and Associated English Word .................................... 91

Contents Figures

xii EDC201 / EDC202 / EDC203 Product Manual Revision 2.0 July 2015

Figures Figure 1-1: EDC201 Operator Interface ........................................................................... 2 Figure 1-2: EDC202 Operator Interface ........................................................................... 3 Figure 1-3: EDC203 Operator Interface ........................................................................... 4 Figure 2-1: Overall Dimensions ..................................................................................... 11 Figure 2-2: Panel Cutout Requirements ........................................................................ 12 Figure 2-3: Composite Wiring Diagram Figure .............................................................. 16 Figure 3-1: Configuration Prompt Hierarchy .................................................................. 18 Figure 4-1: Operator Interface (EDC201, EDC202) ....................................................... 71 Figure 4-2 Operator Interface (EDC203) ....................................................................... 72

Revision 2.0 EDC201 / EDC202 / EDC203 Product Manual 1 July 2015

1. Introduction

1.1 Overview Function

The EDC 200 series are microprocessor-based stand-alone temperature controllers. They combine a high degree of functionality and operating simplicity. EDC 200 series controllers are available in the following three panel mount sizes: • EDC201:1/16 DIN • EDC202:1/8 DIN • EDC203:1/4 DIN This instrument is an ideal controller for regulating temperature in numerous heating and cooling applications, as well as in metal working, food, pharmaceuticals, semiconductor, testing and environmental work. The EDC 200 series monitor and control temperatures in applications such as environmental chambers, plastic processing machines, furnaces and ovens, and packaging machinery.

Characteristic

Input Type • One analog input

The analog input supports thermocouples (TC) or resistive temperature detector (RTD - two input method). Analog Input accuracy: ±0.5%;

• One digital input The digital input supports external dry contacts or isolated solid state contacts.

Output Type • One control output: Electromechanical relay output or SSR driver output. • Alarm outputs.

One alarm output ( EDC201) Two alarm outputs ( EDC201 and EDC203)

Display 7-segment display

Power Supply • 100-240 VAC 50Hz or 60 Hz (-15% to 10%) • 24 V DC (-20% to 20%)

Easy to Configure The controller supports two configuration levels, operator level and configuration level, that make parameter configuration simpler. Inadvertent controller configuration can be prevented by hiding some parameters. A 4-digit security code prevents unauthorized modifications.

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6 EDC201 / EDC202 / EDC203 Product Manual Revision 2.0 July 2015

2. Installation

2.1 Overview Introduction

Installation of the EDC 200 series consists of mounting and wiring the controller according to the instructions provided in this section. Read the pre-installation information, check the model number interpretation, become familiar with your model selection, then proceed with installation.

Pre-installation Information If the controller has not been removed from its shipping carton, inspect the carton for damage then remove the controller.

• Inspect the unit for any obvious shipping damage and report any damage due to transit to the carrier. • Make sure a bag containing mounting hardware is included in the carton with the controller. • Check that the model number shown on the product agrees with what you have ordered.

2. Installation 2.2. Condensed Specifications


2.2 Condensed Specifications Honeywell recommends that you review and adhere to the operating limits listed in Table 2-1: Condensed Specifications, Table 2-2: TC/RTD Types and Scope, and Table 2-3: Environmental and Operating Conditions when operating your controller.

Specifications

Inputs Input Type TC: E, J,K,Platinel II,Ni-Ni-Moly,R,S,T

RTD: PT100,PT100(Low)

Input Sampling Time TC：250ms

RTD：350ms

Control Relay output Dry contact /NO

5A@ 30 VDC or 250 VAC

SSR Driver Output 24VDC/20 mA

Algorithm ON-OFF

Time proportioning

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Alarm Outputs Dry contact/NO

5A@ 30 VDC or 250 VAC

Mode PROCESS VARIABLE

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DIGITAL INPUT

THERMOCOUPLE WARNING

THERMOCOUPLE FAILING

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LED PV/SP indicator 4-digit, 7-segment display

Indication accuracy 0.5%

Alarm relay status Alarm1 or Alarm2



Specifications

Control Mode Auto or Manual

Units of temperature ºF or ºC

Control relay status Output

Auto tuning status Operating status

Menu 7 LED indicators

Certification CE EMC: EN 61326-1 2006

Low Voltage Directive: EN 61010-1 2010

(Both are "Self Declared")

UL ANSI/UL 61010-1 Third Edition

CSA CAN/CSA-C22.2 No. 61010-1-12 Third Edition

Table 2-1: Condensed Specifications

TC/RTD Types and Scope

Units: C

TC E Thermocouple High 270 to 1000

J Thermocouple High -18 to 871

K Thermocouple High -18 to 1316

Ni-Ni-Moly Thermocouple High 0 to 1371

Platinel II Thermocouple High 0 to 1380

R Thermocouple 18 to 1704

S Thermocouple -18 to 1704

T Thermocouple High -184 to 371

RTD PT100（Low） -184 to 149

PT100 -184 to 649

Table 2-2: TC/RTD Types and Scope



Environmental and Operating Conditions

Parameter Reference Rated Operative Limits

Transportation and Storage

Ambient Temperature

25 ± 3°C

77 ± 5°F

15 to +55°C

58 to 131°F

0 to +55°C

32 to 131°F

-40 to +66°C

-40 to 151°F

Relative Humidity 10 to 55*(*) 10 to 90*(*) 5 to 90*(*) 5 to 95*(*)

IP or NEMA Rating Front Panel IP54 NEMA 3R

Vibration Frequency (Hz)

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ATTENTION * The maximum moisture rating only applies up to 40 °C (104 °F). For higher temperatures, the RH specification is derated to maintain constant moisture content.

2. Installation 2.3. Model Number Interpretation


2.3 Model Number Interpretation Instruction

• Select the desired Key Number. The arrow to the right marks the selections available. • Make one selection each from Tables I through II using the column below the proper arrow. A dot (•)

denotes unrestricted availability. A letter denotes restricted availability.

Key Numbers Table I Table II

E D C 2 0 _ - _ _ _ - _ _

KEY NUMBER

Description Selection Availability

Size 48 x 48 mm (1/16 DIN), 1x AI, 1x ALM, 1x DI EDC201 ↓

48 x 96 mm (1/8 DIN), 1x AI, 2x ALM, 1x DI EDC202 ↓

96 x 96 (1/4 DIN), 1x AI, 2x ALM, 1x DI EDC203 ↓

Table I

Power 100-240 VAC Power 24 VDC Power

0 _ _ 1 _ _

· · ·

Control Output

Relay, Dry Contact / N.O., 5A @ 30 Vdc or 250 VAC SSR Drive, 24 VDC @ 20 mA

_ 0 _ _ 1 _

· · ·

Future None _ _ 0 · · ·

TABLE II

Future None 0 _ · · ·

Future None _ 0 · · ·

Table 2-4: Model Number Interpretation

2. Installation 2.4. Control and Alarm Relay Contact Information


2.4 Control and Alarm Relay Contact Information Control Relays

ATTENTION Control relays operate in the standard control mode (that is, energized when output state is on).

2.5 Mounting Physical Considerations

The controller can be mounted on either a vertical or tilted panel using the mounting kit supplied. Adequate access space must be available at the back of the panel for installation and servicing activities. Overall dimensions and panel cutout requirements for mounting the controller are shown in Figure 2-2: Panel Cutout Requirements.

Overall Dimensions

Figure 2-1: Overall Dimensions

2. Installation 2.5. Mounting


Panel Cutout Requirements

Figure 2-2: Panel Cutout Requirements

2. Installation 2.5. Mounting


Mounting Method

Before mounting the controller, refer to the nameplate on the outside of the case and make a note of the model number. It will help later when selecting the proper wiring configuration.

Mounting Procedure

1. Orient the case properly and slide it through the panel hole from the front.

2. Insert the prongs of the clips into the two holes on the left and right side of case.

3. Tighten screws to secure the mounting kit against the panel.

CAUTION

Over tightening will cause mounting kit damage and a loose fit will result in improper unit installation.

2. Installation 2.6. Wiring


2.6 Wiring Electrical Considerations

Line voltage wiring This controller is considered “rack and panel mounted equipment” per EN61010-1, Safety Requirements for Electrical Equipment for Measurement, Control, and Laboratory Use, Part 1: General Requirements. Conformity with 72/23/EEC, the Low Voltage Directive requires the user to provide adequate protection against a shock hazard. The user shall install this controller in an enclosure that limits OPERATOR access to the rear terminals.

Mains Power Supply Each controller size supports two power supply types. One mode type is suitable for connection to 100 to 240 Vac power supply mains, the other is suitable for connection to 24 Vdc power supply mains. There is a built-in 33V, 750mA self recovery fuse for 24 Vdc applications. It is the user’s responsibility to provide a switch and non-time delay (North America), quick-acting, high breaking capacity, Type F (Europe), 1/2A, 250V fuse(s), or circuit breaker for 100-240 Vac applications. The switch or circuit breaker shall be located in close proximity to the controller, within easy reach of the OPERATOR. The switch or circuit breaker shall be marked as the disconnecting device for the controller.

CAUTION

Applying 100-240 Vac to an instrument rated for 24 Vdc will severely damage the instrument and is a fire and smoke hazard.

When applying power to multiple instruments, make certain that sufficient current is supplied. Otherwise, the instruments may not start up normally due to the voltage drop caused by the in-rush current.

Control/Alarm Circuit Wiring The insulation of wires connected to the Control/Alarm terminals shall be rated for the highest voltage involved. Extra Low Voltage (ELV) wiring (input, current output, and low voltage Control/Alarm circuits) shall be separated from HAZARDOUS LIVE (>30 Vac, 42.4 Vpeak, or 60 Vdc) wiring per Permissible Wiring Bundling, Table 2-5.

Electrical Noise Precautions Electrical noise is composed of unabated electrical signals, which produce undesirable effects in measurements and control circuits. Digital equipment is especially sensitive to the effects of electrical noise. Your controller has built-in circuits to reduce the effect of electrical noise from various sources. If there is a need to further reduce these effects: Separate External Wiring—Separate connecting wires into bundles (See Permissible Wiring Bundling - Table 2-5) and route the individual bundles through separate conduit metal trays. Use Suppression Devices—For additional noise protection, you may want to add suppression devices at the external source. Appropriate suppression devices are commercially available.

ATTENTION For additional noise information, refer to document number 51-52-05-01, How

2. Installation 2.6. Wiring


to Apply Digital Instrumentation in Severe Electrical Noise Environments.

Permissible Wiring Bundling

Table 2-5: Permissible Wiring Bundling

Bundle No. Wire Functions

1

• Line power wiring • Earth ground wiring • Line voltage control relay output wiring • Line voltage alarm wiring

2

Analog signal wire, such as: • Input signal wire (thermocouple, 4 to 20 mA, etc.) • 4-20 mA output signal wiring

Digital input signals

3 • Low voltage alarm relay output wiring • Low voltage wiring to solid state type control circuits • Low voltage wiring to open collector type control circuits

2. Installation 2.7. Wiring Diagrams


2.7 Wiring Diagrams Identify Your Wiring Requirements

To determine the appropriate diagrams for wiring your controller, refer to the model number interpretation in this section. The model number of the controller is on the outside of the case.

Wiring the Controller

Figure 2-3: Composite Wiring Diagram Figure

Callout Details

1 AC Line Voltage Terminals

2 Alarm Terminals

3 Control Input Terminals

4 TC/RTD Input Terminals

5 Reserved Terminals

6 Switching Value Terminals


3. Configuration

3.1 Overview Configuration is a dedicated operation where you use straightforward keystroke sequences to select and establish (configure) pertinent control data best suited for your application. To assist you in the configuration process, there are prompts that appear in the top, upper and lower displays. These prompts let you know what group of configuration data (Set Up prompts) you are working with and also, the specific parameters (Function prompts) associated with each group.

3. Configuration 3.2. Configuration Prompt Hierarchy


3.2 Configuration Prompt Hierarchy Figure 3-1: Configuration Prompt Hierarchy

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3. Configuration 3.4. Input Set Up Group


3.4 Input Set Up Group Introduction

This data deals with various parameters required to configure the Input.

Function Prompts

Set up Group

Function Prompt

7-Segment Code Default

Value Selection or Range of Setting

7-Segment Code Parameter

Definition Top Display Upper Display Lower Display

Input

TYPE TYPE Disable

Disable DISB Disabled

E EH E Thermocouple High

J JH J Thermocouple High

N NNMH Ni-Ni-Moly Thermocouple High

KH KH K Thermocouple High

P PLH P Thermocouple

R R R Thermocouple

S S S Thermocouple

T TH T Thermocouple High

PT100 100 100 Ohm RTD High

PT100(Low) 100L 100 Ohm RTD Low

Rhi ANH 100 -999 ~ 9999 100

Input high range value. Input high range of TC and RTD input types are generated by searching the corresponding table automatically depending on the input type. It cannot be modified.



Set up Group

Function Prompt





Rlow ANL 0 -999 ~ 9999 0

Input low range value. Input high range of TC and RTD input types are generated by searching the corresponding table automatically depending on the input type. It cannot be modified.

RATIO RATO 1 -20.00 ~ 20.00 Ratio on input.

BIAS BIAS 0 -999 ~ 9999

Bias is used to compensate the input for drift of an input value due to deterioration of a sensor, or some other cause. Select the Bias value you want on the Input.

FILTER FILT 0 0 ~ 120s

A software digital filter is provided for the Input to smooth the input signal. 0 means filtering prohibited.

BURNOUT BRN FS FS FS

Pre-configured Failsafe output (selected in the CONTROL Set up Group) applied if a failed input is detected (does not apply for an input out of range).



Set up Group

Function Prompt





UP UP

UPSCALE BURNOUT will force the Input signal to the full scale value when the sensor fails.

The maximum permissible PV value shall be:

The maximum value = Ratio *(High Range + 1% of range span) + Bias;

Which shall not be greater than (High Range + 10% of range span)

DOWN DOWN

DOWNSCALE BURNOUT will force the Input signal to the lower range value when the sensor fails.

The minimum permissible PV value shall be:

The minimum value = Ratio*(Low Range – 1% of range span) + Bias;

Which shall not be less than (Low Range – 10% of range span)

NO FS NO FS

No configured Failsafe output applied if failed input is detected. This selection provides input failure detection and alarm.

3. Configuration 3.5. Control Set Up Group


3.5 Control Set Up Group Introduction

The functions listed in this group deal with how the controller will control the process including: Control algorithm, Cycle time, Set Point Limits, Output Direction and Limits, Deadband, Soft Start and Timer period.

Function Prompts

Set up Group

Function Prompt

7-Segment Code

Default Value

Selection or Range of Setting



Control CTL ALG ALGC ON-OFF

ON-OFF ONOFF

The difference(PV–SP) of Process Variable (PV) and the Set Point (SP) determines the output. The output can be either ON (100 %) or OFF (0%).

In direct acting control, when the error signal is positive, the output is 100 %; and when the error signal is negative, the output is 0 %. If the control action is reverse, the opposite is true.

Time A TImA

Time Proportional Output based on PID A has a resolution of 3.33 msec. Cycle Time is adjustable from 1 to 120 seconds.



Set up Group

Function Prompt

7-Segment Code

Default Value




Time B TImB

Proportional Output based on PID B has a resolution of 3.33 msec. Cycle Time is adjustable from 1 to 120 seconds.

Unlike the PID A equation, the controller gives only an integral response to a setpoint change, with no effect on the output due to the gain or rate action, and it gives full response to PV changes. Otherwise controller action is as described for the PID A equation.



Set up Group

Function Prompt

7-Segment Code

Default Value




TPSC TPSC

The Three Position Step Control algorithm allows the control of a valve (or other actuator) with an electric motor driven by two controller relay outputs.

The Three Position Step Control algorithm provides an output display (OUT) which is an estimated motor position, since the motor is not using any slidewire feedback. Although this output indication is only an approximation, it is “corrected” each time the controller drives the motor to one of its stops (0 % or 100 %).

CYC Time CYCT 1 1~ 120

Cycle time used for time proportioning control. If the control output type is RLY, Units: s; if the control out type is SSR driver, Units: 1/3s

ACTION ACTN

CONTROL OUTPUT DIRECTION: Select direct or reverse output action.



Set up Group

Function Prompt

7-Segment Code

Default Value




REVERSE

Reverse REVR

REVERSE ACTING CONTROL: Based on the PID control, the controller’s output decreases as the process variable increases.

Direct DIRT

DIRECT ACTING CONTROL—Based on the PID control, the controller’s output increases as the process variable increases.

RLYSTATE RLST OFF

OFF OFF

It is used for controlling the digital output. Digital output de-energizes when the control output is 0%.

ON ON

It is used for controlling digital output. Digital output energizes when control output is 0%.

Minimun On Time

MIOT 3 1 ~ 6

Keeps the high level enabled for set time each time the output is enabled.

ATTENTION Only applicable for ON/OFF control.



Set up Group

Function Prompt

7-Segment Code

Default Value




OUT HYST HYS 2% 0 ~ 100% of PV span

HYSTERESIS (OUTPUT RELAY) is an adjustable overlap of the ON/OFF states of each control output. This is the difference between the value of the process variable at which the control outputs energize and the value at which they de-energize.

ATTENTION Only applicable for ON/OFF control.

DEADBAND DB 1% 0.5 ~ 5.0%

DEADBAND is an adjustable gap between the operating ranges of output 1 and output 2 in which neither output operates (positive value) or both outputs operate (negative value).

Apply to TPSC.

FAILMODE FLMD Latch

Latch LA

Controller goes to Manual mode; output goes to failsafe value.

No Latch NOLA

Controller stays in last mode that was being used (Automatic or Manual); output goes to failsafe value.

FAILSAFE FLSF 0 0 ~ 100% Failsafe output value.



Set up Group

Function Prompt

7-Segment Code

Default Value




Motor TI MTRT 5 5 ~ 1800s

MOTOR TIME – Appears only when “TPSC” (Three Position Step Control) is selected as the Control Algorithm. This is the time it takes the motor to travel from 0 to 100 % (fully closed to fully open). This time can usually be found on the nameplate of the motor.

Soft Start SFST DISABLE

DISABLE DISB Disable the soft-start feature.

ENABLE EABL Enable the soft-start feature.

Output Limit CLIM 0% 0% ~ 100%

Soft Start Output Power Limit is the limit output applied to the heater or the machine at power up.

Set Point SP 0 Same as PV Range

Soft Start Set Point is the threshold for the Soft Start Timer.

Soft Start function ends when the PV reaches the Soft Start Set Point or the Timer elapses.

3. Configuration 3.6. Tune PAR Set Up Group


Set up Group

Function Prompt

7-Segment Code

Default Value




PERIOD PERI 0 0:00min ~ 99.59min

PERIOD allows you to configure the length of timeout period.

Soft Start function ends when the PV is above the Soft Start Set Point or the Timer elapses.

3.6 Tune PAR Set Up Group Introduction

Tuning consists of establishing the appropriate values for the tuning constants you are using so that your controller responds correctly to changes in process variable and Set Point. You can start with predetermined values but you will have to watch the system to see how to modify them. The Accutune feature automatically selects Gain, Rate, and Reset on demand.

ATTENTION Because this group contains functions that have to do with security and lockout, we recommend that you configure this group last, after all other configuration data has been loaded.

Function Prompts

Set up Group

Function Prompt





Tune Para

P P 1 0.001 ~ 1000 PID gain.

I I 10 0 ~ 3200s Integral coefficient of PID

D D 0 0 ~ 999s Differential coefficient of PID

3. Configuration 3.7. ALARM Set Up Group


3.7 ALARM Set Up Group Introduction

An alarm is an indication that an event that you have configured (for example—Process Variable) has exceeded one or more alarm limits. There is one alarm available for EDC201.There are two alarms available for EDC202 and EDC203. Each alarm has two Set Points. You can configure each of these two Set Points to alarm on various controller parameters. There are two alarm output selections, High and Low. You can configure each Set Point to alarm either High or Low. These are called single alarms. You can also configure the two Set Points to alarm on the same event and to alarm both high and low. A single adjustable Hysteresis of 0 % to 100 % is configurable for the alarm Set Point. The prompts for the Alarm Outputs appear whether or not the alarm relays are physically present. This allows the Alarm status to be shown on the display.

Function Prompts

Set up Group

Function Prompt





Alarms

11TYPE AL11 None

None NONE NO ALARM

PV PV PROCESS VARIABLE

DEV DEV DEVIATION

Output OUT OUTPUT

MANUAL Man ALARM ON MANUAL MODE

PV RATE PVRT PV RATE OF CHANGE

DIG INP DIN DIGITAL INPUT

TCWARN TCWN THERMOCOUPLE WARNING

TCFAIL TCFL THERMOCOUPLE FAILING

FSAFE FS FAILSAFE

Diagnostic DIAG SYSTEM DIAGNOSTIC

11SEL SE11 HIGH HI HIGH ALARM

LOW LO LOW ALARM



Set up Group

Function Prompt





11VAL VL11 ALARM 11 SET POINT VALUE

12TYPE AL12 None None NONE NO ALARM

PV PV PROCESS VARIABLE

DEV DEV DEVIATION

Output OUT OUTPUT

MANUAL Man ALARM ON MANUAL MODE

PV RATE PVRT PV RATE OF CHANGE

DIG INP DIN DIGITAL INPUT

TCWARN TCWN THERMOCOUPLE WARNING

TCFAIL TCFL THERMOCOUPLE FAILING

FSAFE FS FAILSAFE

Diagnostic DIAG SYSTEM DIAGNOSTIC

12SEL SE12 HIGH HI HIGH ALARM

LOW LO LOW ALARM

12VAL VL12 ALARM 12 SET POINT VALUE

21TYPE AL21 None NONE

This configuration is not available on EDC201.

PV PV

PROCESS VARIABLE. This configuration is not available on EDC201.

DEV DEV

DEVIATION. This configuration is not available on EDC201.



Set up Group

Function Prompt





Output OUT


MANUAL Man

ALARM ON MANUAL MODE. This configuration is not available on EDC201.

PV RATE PVRT

PV RATE OF CHANGE. This configuration is not available on EDC201.

DIG INP DIN

DIGITAL INPUT This configuration is not available on EDC201.

TCWARN TCWN

THERMOCOUPLE WARNING This configuration is not available on EDC201.

TCFAIL TCFL

THERMOCOUPLE FAILING This configuration is not available on EDC201.

FSAFE FS

FAILSAFE. This configuration is not available on EDC201.

Diagnostic DIAG

SYSTEM DIAGNOSTIC This configuration is not available on EDC201.

21SEL SE21 HIGH HI

HIGH ALARM This configuration is not available on EDC201.

LOW LO

LOW ALARM. This configuration is not available on EDC201.



Set up Group

Function Prompt





21VAL VL21

Alarm 21 Set Point value. This configuration is not available on EDC201.

22TYPE AL22 None NONE

NO ALARM. This configuration is not available on EDC201.

PV PV


DEV DEV

DEVIATION. This configuration is not available on EDC201.

Output OUT

OUTPUT. This configuration is not available on EDC201.

MANUAL Man

ALARM ON MANUAL MODE. This configuration is not available on EDC201.

PV RATE PVRT

PV RATE OF CHANGE. This configuration is not available on EDC201.

DIG INP DIN

DIGITAL INPUT. This configuration is not available on EDC201.

TCWARN TCWN

THERMOCOUPLE WARNING. This configuration is not available on EDC201.

TCFAIL TCFL

THERMOCOUPLE FAILING. This configuration is not available on EDC201.

FSAFE FS

FAILSAFE. This configuration is not available on EDC201.



Set up Group

Function Prompt





Diagnostic DIAG

SYSTEM DIAGNOSTIC. This configuration is not available on EDC201.

22SEL SE22 HIGH HI

HIGH ALARM. This configuration is not available on EDC201.

LOW LO

LOW ALARM. This configuration is not available on EDC201.

22VAL VL22 - -

ALARM 22 SET POINT VALUE。This configuration is not available on EDC201.

ALHYST HYSA 1% 0-100% OF SPAN

ALARM HYSTERESIS—A single adjustable hysteresis is provided on alarms such that when the alarm is OFF it activates at exactly the alarm Set Point; when the alarm is ON, it will not deactivate until the variable is 0.0 % to 100 % away from the alarm Set Point.

ALARM DELAY

DLYA 0 0 ~ 30s

Configurable alarm trigger delay time allows you to force the trigger time of an alarm to delay for a time period of from 0 to 30 seconds in an alarm condition.



Set up Group

Function Prompt





LATCH SEL

LACH

LATCH Yes/ No

Alarm output is configured to be Latching.

When the alarm condition disappears, an acknowledge signal is needed to reset the alarm status.

NoLATCH

Alarm output is configured to be Non-latching.

When an alarm condition is met, the alarm is triggered; when the alarm condition is cleared, the alarm is automatically reset.

BLOCK BLK DISABLE

DISABLE DISB Disables alarm blocking

ALARM1 ALM1 Blocks Alarm 1 only.

ALARM2 ALM2

Blocks Alarm 2 only. This configuration is not available on EDC201.

ALARM12 AM12

Blocks both alarms. This configuration is not available on EDC201.

TIMER TMR Disable DISABLE DISB Disable the timer.

ENABLE EABL Enable the timer.

START STAT KEY KEY KEY

START allows you to select whether the timer starts with the keyboard (A/M OK key). This configuration is not available on EDC201.



Set up Group

Function Prompt





ALARM2 ALM2

START allows you to select whether the timer starts with the Alarm 2. This configuration is not available on EDC201.

PERIOD PERI 0:00min ~ 9:59hrs

PERIOD allows you to configure the length of the timeout period (from 0 to 9 hours:59 minutes).

3. Configuration 3.8. Auxiliary Set Up Group


3.8 Auxiliary Set Up Group Introduction

The Auxiliary group lets you configure the Auxiliary Output to be a specific selection with desired scaling. Accutune III automatically calculates GAIN, RATE, and RESET TIME (PID) tuning constants for your control loop. When initiated on demand, the Accutune algorithm measures a process step response and automatically generates the PID tuning constants needed for no overshoot on your process. It operates with PIDA, PIDB, PD+MR and Three Position Step Control Algorithm.

Function Prompts

Set up Group

Function Prompt


Value



Definition

Auxiliary

DIG IN

DIN None NONE NONE NO DIGITAL INPUT SELECTIONS

A|M AM Switch Automatic /Manual operating mode.

Direction DIR

The controller will scan the current action direction and redirect to the opposite direction.

LOCK LOCK

KEYBOARD LOCKOUT. Contact closure disables all keys.

Timer TMR

The timer is started once the rising-edge of a digital input is detected.

ACK ACK

Alarm acknowledgement configuration. The system acknowledges the alarm once the rising edge of digital input is detected.

AT AT

ON/OFF the ACCUTUNE. If the rising-edge of a digital input is detected, the system will start Accutune if the start condition has been met and Accutune is not running.

ACCUTUNE

AT Disable DISABLE DISB/ TUNE Disables the Accutune function.

3. Configuration 3.9. OPTION Set Up Group


3.9 OPTION Set Up Group Introduction

This group includes selections for Decimal place, Units of temperature, Power frequency, system staus, lockout attribute, operating level and password.

Function Prompts

Set up Group

Function Prompt

7-Segment Code

Default Value


7-Segment Code

Parameter Definition

Top Display Upper Display Lower Display

Option

PWR FREQ

HZ 50 HZ 50HZ 50HZ Power Frequency

60HZ 60HZ Power Frequency

DECIMAL

DECI None None NONE No Decimal Place

One 1

1 decimal place. ATTENTION Auto-ranging will occur for selections of one, two or three decimal places. For example, should the instrument be configured for two decimal places and the PV exceeds 99.99, then the display will change to a single decimal place so that values of 100.0 and above can be shown.

Two 2

2 decimal places. ATTENTION Auto-ranging will occur for selections of one, two or three decimal places. For example, should the instrument be configured for two decimal places and the PV exceeds 99.99, then the display will change to a single decimal place so that values of 100.0 and above can be shown.

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3 decimal placATTENTION Awill occur for sone, two or thrplaces. For exhe instrument

for two decimahe PV exceedhe display wil

single decimalvalues of 100.0can be shown.

Degrees Celsi

Degrees Fahre

Firmware vers

Hardware vers

Error code.

Testing LED d

Restoring the cof the instrumeFactory Setting

Disable the Lo

Lock all keys e

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ConfigurationSet Up Group

39

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3. Configuration 3.9. OPTION Set Up Group


Set up Group

Function Prompt

7-Segment Code

Default Value


7-Segment Code


Top Display Upper Display Lower Display

ALL ALL

Contact closure disables all keys for operator level. Lower display shows LOCK if a key is pressed. Long press Setup key and input the Configurator level password to unlock keys.

OPERATING LEVEL

OPLV None Oper OPER Operator level.

CFG CFG Configuration level.

Mask MASK

Customizing parameter mask. Determine the hide/ unhide and configurable/ unconfigurable features for different operation levels.

PASSWORD

PASS Oper OPER Setting the operator level password.

Config CFG Setting the configuration level password.

Table 3-1: Set Up Parameter Reference

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reliminary S• The co• The us

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1 Select Type( TParam

2 Select Type

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4 Select RangeParam

5 Select Ratio(RParam

6 ChangValue (

7 Select Functioapplica

8 ChangValue (

9 Select Functioapplica

10 Exit Co

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nfiguring TC Type Inpection describs, Bias, Ratio

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‘Input TYPE)’ Functeter

the intended T

‘High (Rhi)’ Functioeter

‘Low (Rlow)’ Functieter

‘Input RATO)’ Functioneter (if applica

e the Input Ra(if applicable)

‘Input Bias(BIon Parameter able)

e the Input Bia(if applicable)

‘Filter(FILT)’ on Parameter able)

onfiguration

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per Display=

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per Display=

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per Display=

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e controller exd returns to thode.

3. C0. Configuring

ding Input Typ

Result

P (This is the

TYPE

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ANH

the current va

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ANL

the current va

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RATO

the current va

BIAS

the current va

FILT

the current va

xits Configurate Normal Ope

Configurationg Analog Inpu

41

pe, Input

first Set Up

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lue of TC

lue of TC

lue of TC

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3. Config3.10. Con

42

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Prelimin• •

ProceduStep

1

2

3

4

5

6

7

8

9

10

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Select ‘Input Type( TYPE)’Parameter

Select the inteType

Select ‘High Range(Rhi)’ FParameter

Select ‘Low Range(Rlow)’Parameter

Select ‘Input Ratio(RATO)’ FParameter (if

Change the InValue (if appli

Select ‘Input BFunction Paraapplicable)

Change the InValue (if appli

Select ‘Filter(FFunction Paraapplicable)

Exit Configura

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EDC201

ype Input describes the p, Ratio and Fil

r is in the Conthe access to s

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Function

ended RTD

Function

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Function applicable)

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DC203 Produc

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RTD Type Inpu

Top DispUp Grou

Upper Di

Lower Di

Upper Di

Lower DiRTD HigAcknowle

Upper Di

Lower DiRTD LowAcknowle

Upper Di

Lower DiRTD Inpu

-

Upper Di

Lower DiRTD Inpu

-

Upper Di

Lower DiRTD Inpu

The contand returMode.

ut, including I

Resul

play= INP (Thip title)

isplay=TYPE

isplay=100 or

isplay= ANH

isplay= the cuh Range edge the Valu

isplay= ANL

isplay= the cuw Range edge the Valu

isplay= RATO

isplay= the cuut Ratio

isplay= BIAS

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troller exits Corns to the Norm

RevisJu

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8 ChangMode v

9 Exit Co

ED

Analog Inpuection describ


guring FailSaf

Action

Set Up Mode

‘Burnout(BRN)on Parameter

‘FS(FS)’ Funceter

Control Set U

‘Failsafe(FLSFon Parameter

e the Failsafe(if applicable)

‘Failsafe Modon Parameter

e the Failsafevalue (if applic

onfiguration

DC201 / EDC2

ut Burnout es the procedu


fe Mode

Long

)’

ction

Up

F)’

e

de’

e cable)

Longwithmore

202 / EDC203

ure of configu


Press

g press

or

or

or

g press out any key oe than 30s.

3 Product Man

uring Burnout

TU

U

U

Lm

L

T

U

L

U

L

or peration

TaM

3.1

ual

Mode for An

Top Display= IUp Group title)

Upper Display

Upper Display

Lower Displaymode

Lower Display

Top Display= C

Upper Display

Lower Display

Upper Display

Lower Display

The controller and returns toMode.

3. C0. Configuring

nalog Input.

Result

INP (This is th)

y=TYPE

y= BRN

y= the current

y= FS

CON

y=FLSF

y= intended Fa

y=FLMD

y= LA or NOLA

exits Configuthe Normal O


43

he first Set

Burnout

ailsafe value

ration Mode Operation

n t

3

3. Config3.10. Con

44

Step

1

2 S

3 S

4

Step

1

2

3

4

guration nfiguring Analo

Configuring N

Actio

Enter Set Up

Select ‘BurnouFunction Para

Select ‘No Failsafe(NOFS)Parameter

Exit Configura

Configuring U

Action

Enter Set Up

Select ‘BurnoFunction Para

Select ‘UpscaBurnout(UP)’ FParameter

Exit Configura

og Input

EDC201

No FailSafe M

n

Mode

ut(BRN)’ ameter

)’ Function

ation

Upscale Burno

n

Mode L

ut(BRN)’ ameter

ale Function

ation Lwm

/ EDC202 / ED

Mode

Pre

Long press

or

Long press without any kmore than 30

out Mode

Press

Long press

or

Long press without any kemore than 30s

DC203 Produc

ess

or ey operation s.

s

or y operation .

ct Manual

Top DisplaGroup title

Upper Dis

Upper Dis

Lower Dis

Lower Dis

The controand returnMode.

Top DisplayGroup title)

Upper Displa

Upper Displa

Lower Displa

Lower Displa

The controllereturns to th

Result

ay= INP (Thise)

splay=TYPE

splay= BRN

splay= the curr

splay= NOFS

oller exits Conns to the Norm

Result

= INP (This is

ay=TYPE

ay= BRN

ay= the curren

ay= UP

er exits Confige Normal Ope

RevisJu

t

is the first Se

rent Burnout m

nfiguration Momal Operation

the first Set U

nt Burnout mo

guration Modeeration Mode.

sion 2.0 ly 2015

et Up

mode

ode

Up

ode

e and

ReJu

St

As

Pr

PrSt

1

2

3

4

5


Config

tep

1 Enter S

2 Select Functio

3 Select BurnouFunctio

4 Exit Co

ssign TempThis se


rocedure tep

1 Enter S

2 Select Mode

3 Select (UNIT)’ Parame

4 Changevalue

5 Exit Co

ED

guring Downs

Action

Set Up Mode

‘Burnout(BRN)on Parameter

‘Downscale ut(DOWN)’ on Parameter

onfiguration

perature Uniection describ


Action

Set Up Mode

Option Set Up

‘Temp Unit Function eter

e the ‘Temp U

onfiguration

DC201 / EDC2

cale Burnout

Long pre

)’

Long prewithout amore tha

t es the procedu


Long p

p

Unit’

Long pwithouoperat

202 / EDC203

Mode

Press

ess

or

ess any key operatan 30s.

ure of configu


Press

press

or

press ut any key tion more than

3 Product Man

Top DGrou

Uppe

Uppe

Lowe

Lowe

or tion

The creturn

uring Tempera

Top Grou

Uppe

Top

Uppe

Lowe

or

n 30s.

The and

3.1

ual

R

Display= INP (p title)

er Display=TYP

er Display= BR

er Display= the

er Display= DO

controller exitsns to the Norm

ature Unit.

R

Display= INP up title)

er Display=TYP

Display= OPT

er Display= UN

er Display= in

controller exitsreturns to the

3. C0. Configuring

Result

(This is the firs

PE

RN

e current Burn

OWN

s Configurationmal Operation

Result

(This is the fir

PE

T

NIT

ntended Temp

s ConfiguratioNormal Opera


45

st Set Up

nout mode

n Mode and Mode.

rst Set Up

Unit

on Mode ation Mode.

n t

5

3. Config3.11. Con

46

3.11 Configu

Prelimin• •

ProceduStep A

1

2 SG

3 SV

4 S

5 C

6 ST

7 CO

8 SS

9 CV

10

guration nfiguring Cont

Configuuring ON-OFThis section d


ure Action

Enter Set Up

Select ControGroup

Select the ONValue

Select the ‘OuHysteresis(HYSFunction Para

Change the ‘OHysteresis’ Va

Select the ‘MiTime (MIOT)’ FParameter

Change the ‘MOn Time’ Valu

Select the ‘ReState(RLST)’ FParameter

Change the ‘RValue

Exit Configura

trol Algorithm

EDC201

ring ConFF Control describes the p


Mode

l Set Up

N-OFF

utput S)’

ameter

Output alue

nimum On Function

Minimum ue

elay Function

Relay State’

ation

/ EDC202 / ED

ntrol Algo

procedure of c


Press

Long press

or

or

or


DC203 Produc

orithm

configuring C

Mode. s.

r

r

r

or key operation

30s.

ct Manual

ontrol Algorit

Result

Top DispUp Grou

Upper Di

Top Disp

Upper Di

Lower Di

Upper Di

Lower DiHysteres

Upper Di

Lower DiTime Val

Upper Di

Lower DiValue

n The contand returMode.

thm.

play= INP (Thip title)

isplay=TYPE

play= CON

isplay= ALGC

isplay=ONFF

isplay= HYS

isplay=intendesis Value

isplay= MIOT

isplay=intendelue

isplay= RLST

isplay=intende


RevisJu

s is the first S

ed Output

ed Minimun O

ed Relay State


sion 2.0 ly 2015

Set

On

e

ode n

ReJu

Co

Pr

PrSt

2

3

4

8

9

1


onfiguring TThis se


rocedure tep

1 Enter S

2 Select Group

3 Select Time B

4 Select State(RParame

5 ChangeValue

6 Select SecondFunctio

7 ChangeSecond

8 Select Functio

9 ChangeValue

10 Exit Co

ED

Time Proporection describ


Action

Set Up Mode

Control Set U

Time A(TIMA) B(TIMB) Value

the ‘Relay RLST)’ Functioneter

e the ‘Relay S

the ‘Cycle ds (CYCT)’ on Parameter

e the ‘Cycle ds’ Value

the ‘Action (ACon Parameter

e the ‘Action’

onfiguration

DC201 / EDC2

rtion Controes the procedu


Long

Up

or

n

State’

CTN)’

Long withomore

202 / EDC203

ol ure of configu


Press

press

or

or

or

or

press out any key ope than 30s.

3 Product Man

uring Time Pro

or peration

3.11. Co

ual

oportion Cont

Top Display=Up Group title

Upper Displa

Top Display=

Upper Displa

Lower Displa

Upper Displa

Lower DisplaValue

Upper Displa

Lower DisplaSeconds Valu

Upper Displa

Lower Displa

The controlleMode and retOperation Mo

3. Configuring Con

trol.

Result

= INP (This is te)

y=TYPE

= CON

y= ALGC

y= TIMA or TI

y= RLST

y=intended R

y= CYCT

y=intended Cyue

y= ACTN

y=intended Ac

r exits Configuturns to the Noode.

Configurationntrol Algorithm

47

the first Set

MB

elay State

ycle

ction Value

uration ormal

n m

7

3. Config3.11. Con

48

Configu

Prelimin• •

ProceduStep

1

2 SG

3 SV

4 S‘

5 CV

6 S(

7 CV

8 S

9 CV

10

guration nfiguring Cont

uring Three This section d


ure Actio

Enter Set Up

Select ControGroup

Select TPSC(Value

Select the ‘Deadband(DBParameter

Change the ‘DValue

Select the ‘Mo(MTRT)’ FunctioParameter

Change the ‘MValue.

Select the ‘AcFunction Para

Change the ‘AValue

Exit Configura

trol Algorithm

EDC201

Position Stedescribes the p


on

Mode

l Set Up

TPSC)

B)’ Function

Deadband’

otor Time on

Motor Time’

ction (ACTN)’ ameter

Action’

ation

/ EDC202 / ED

ep Controlprocedure of c


Pre

Long press

or

or

or

or

Long press without any operation m

DC203 Produc

configuring Th

Mode. s.

ess

r

r

r

r

or key ore than 30s.

ct Manual

hree Position


Upper Dis

Top Displa

Upper Dis

Lower Dis

Upper Dis

Lower Dis

Upper Dis

Lower DisValue

Upper Dis

Lower Dis

The controand returnMode

Step Control.

Result

ay= INP (Thise)

splay=TYPE

ay= CON

splay= ALGC

splay= TPSC

splay= DB

splay=intended

splay= MTRT

splay=intended

splay= ACTN

splay=intended


RevisJu

t

is the first Se

d Deadband V

d Motor Time

d Action Value


sion 2.0 ly 2015

et Up

Value

e

ode

ReJu

Co

Pr

PrSt

2

3

4

8

9


onfiguring SThis se


rocedure tep

1 Enter S

2 Select Group

3 Select (SFST)’ Parame

4 ChangeValue

5 Select Functio

6 ChangeValue

7 Select Functio

8 ChangeValue

9 Exit Co

ED

Soft Start ection describ


Action

Set Up Mode

Control Set U

the ‘Soft StartFunction eter

e the Soft Sta

the Set Point on Parameter

e the Set Poin

the Period (PEon Parameter

e the Period

onfiguration

DC201 / EDC2

es the procedu


Long

Up

t

rt

(SP)

nt

ERI)

Long withoopera

202 / EDC203

ure of configu


Press

press

or

or

or

press out any key ation more tha

3 Product Man

uring Soft Star

TopGro

Up

Top

Up

Up

Low

Up

Low

Up

Low

or

an 30s.

TheandMo

3.11. Co

ual

rt functon.


per Display=T

p Display= CO

per Display= A

per Display= S

wer Display=in

per Display= S

wer Display=in

per Display= P

wer Display=in


3. Configuring Con

Result

P (This is the

TYPE

ON

ALGC

SFST

ntended Soft S

SP

ntended Set P

PERI

ntended Perio


Configurationntrol Algorithm

49

first Set Up

Start Value

Point Value

od Value

tion Mode eration

n m

9

3. Config3.12. Con

50

3.12 Configu

Prelimin• •

ProceduStep

1

2 SGT

3 S

4 SAS

5 CA

6 S

V

7 CS

8 S

9 C

10 S

11 C

12 S

guration nfiguring Alarm

Configuuring PV AlaThis section d


ure Action

Enter Set Up

Select ALARMGroup and AlaType FunctionParameter

Select the ‘PV

Select the ‘HigAlarm (SE11 ,SE21 or AM22)Function Para

Change the ‘HAlarm’ Value

Select the ‘AlaPoint (VL11, VLVL21, or VL22)

Change the ‘ASet Point’ Val

Select the ‘AlaHysteresis (HYFunction Para

Change the ‘AHysteresis’ Va

Select the ‘AlaDelay (DLYA)’ Parameter

Change the ‘ADelay’ Value

Select the ‘AlaLatch (LACH)’ FParameter

m

EDC201

ring Alararm describes the p


n

Mode L

M Set Up arm n

V (PV)’

gh/Low SE12,

)’ ameter

High/Low

arm Set L12, ’

Alarm ue

arm YSA)’ ameter

Alarm alue

arm Function

Alarm

arm Function

/ EDC202 / ED

rm

procedure of c


Pres

Long press

>

or

or

or

or

or

DC203 Produc

configuring PV

Mode. s.

ss

ct Manual

V Alarm.


Upper Dis

Top Displa

Upper DisAL22

Lower Dis

Upper DisAM22

Lower Dis

Upper Dis

Lower DisValue

Upper Dis

Lower DisHysteresis

Upper Dis

Lower DisValue

Upper Dis

Result

ay= INP (Thise)

splay=TYPE

ay= ALM

splay= AL11 ,

splay=PV

splay= SE11 ,

splay=L0 or H1

splay= VL11, VL

splay=intended

splay= HYSA

splay=intendeds Value

splay= DLYA

splay=intended

splay= LACH

RevisJu

t

is the first Se

AL12, AL21 o

SE12, SE21 o

1

L12, VL21, or V

d Alarm Set P

d Alarm

d Alarm Delay

sion 2.0 ly 2015

et Up

or

or

VL22

Point

y

ReJu

St

1

1

Co

Pr

PrSt


tep

13 ChangeLatch’ V

14 Exit Co

onfiguring DThis se


rocedure tep

1 Enter S

2 Select Group Functio

3 Select

DEV (D

4 Select Alarm SE21 oParam

5 ChangAlarm V

6 Select Point (Vor VL22

7 ChangPoint V

8 Select (AM11 oParamAM12)

9 ChangValue

ED

Action

e the ‘Alarm Value

onfiguration

Deviation Alection describ


Action

Set Up Mode

ALARM Set Uand Alarm Ty

on Parameter

the DEV (DEV

DEV)

the High/Low (SE11 , SE12,

or AM22) Functeter

e the High/LowValue

the Alarm SetVL11, VL12, VL2)

e the Alarm SValue

the Alarm Staor AM12) Funceter (AM11 or

e the Alarm S

DC201 / EDC2

Long prwithout more th

larm es the procedu


Long

Up ype

)

,

tion

w

t L21,

Set

ate ction

State

202 / EDC203

Press

or

ress any key operaan 30s.

ure of configu


Press

g press

>

or

or

or

or

3 Product Man

LowVa

or ation

TheandMo

uring Deviatio

ToU

U

To

U

Lo

UAM

Lo

U

LoVa

U

LoAl

ual

wer Display=inlue


on Alarm.

op Display= INp Group title)

pper Display=

op Display= A

pper Display=

ower Display=

pper Display=M22

ower Display=

pper Display=

ower Display=alue

pper Display=

ower Display=larm Value

3. C3.12. Con

Result

ntended Alarm


Result

NP (This is the

=TYPE

ALM

= AL11 or AL12

= DEV

= SE11 , SE12,

=L0 or H1

= VL11, VL12, V

=intended Alar

= AM11 or AM12

=intended High

Configurationfiguring Alarm

51

m Latch

tion Mode eration

e first Set

2

, SE21 or

VL21, or VL22

rm Set Point

2

h or Low

n m

1

3. Config3.12. Con

52

Step

10

11

12

13

14

15

16


Actio

Select the AlaHysteresis (HYFunction Para

Change the AHysteresis Va

Select the Ala(DLYA) FunctioParameter

Change the AValue

Select the Ala(LACH) FunctioParameter

Change the AValue

Exit Configura

m

EDC201

on

arm YSA) ameter

Alarm alue

arm Delay on

Alarm Delay

arm Latch on

Alarm Latch

ation

/ EDC202 / ED

Pr

o

o

o

Long presswithout anymore than 3

DC203 Produc

ress

or

or

or

s or y key operatio30s.

ct Manual

Upper Di

Lower DiHysteres

Upper Di

Lower DiValue

Upper Di

Lower DiValue

n The contand returMode.

Resul

isplay= HYSA

isplay=intendesis Value

isplay= DLYA

isplay=intende

isplay= LACH

isplay=intende


RevisJu

lt

ed Alarm

ed Alarm Dela

ed Alarm Latc


sion 2.0 ly 2015

ay

h

ode n

ReJu

Co

Pr

PrSt

1

1

1

1


onfiguring OThis se


rocedure tep

1 Enter S

2 Select Group Type’ FParam

3 Select (OUT)’

4 Select Alarm SE21 oFunctio

5 ChangAlarm’

6 Select (AM11 oFunctio

7 ChangState’ V

8 Select HystereFunctio

9 ChangHystere

10 Select (DLYA)’ Param

11 ChangDelay’

12 Select (LACH)’ Param

13 ChangLatch’

ED

Output Alarmection describ


Action

Set Up Mode

ALARM Set Uand ‘Alarm

Function eter

the ‘Output

the ‘High/Low(SE11 , SE12,

or AM22)’ on Parameter

e the ‘High/LoValue

the ‘Alarm Staor AM12)’ on Parameter


the ‘Alarm esis (HYSA)’ on Parameter

e the ‘Alarm esis’ Value

the ‘Alarm DeFunction eter


the ‘Alarm LaFunction eter


DC201 / EDC2

m es the procedu


Long p

Up

w ,

ow

ate

elay

tch

202 / EDC203

ure of configu


Press

press

>

or

or

or

or

or

or

3 Product Man

uring Output A

ToU

U

To

U

Lo

UAM

Lo

U

LoAl

U

LoHy

U

LoVa

U

LoVa

ual

Alarm.


pper Display=

op Display= A

pper Display=

ower Display=

pper Display=M22

ower Display=

pper Display=


pper Display=

ower Display=ysteresis Valu

pper Display=

ower Display=alue

pper Display=

ower Display=alue

3. C3.12. Con

Result

NP (This is the

=TYPE

ALM

= AL11 or AL12

= OUT

= SE11 , SE12,

=L0 or H1

= AM11 or AM12

=intended High

= HYSA

=intended Alarue

= DLYA

=intended Alar

= LACH

=intended Alar


53

e first Set

2

, SE21 or

2

h or Low

rm

rm Delay

rm Latch

n m

3

3. Config3.12. Con

54

Step

14


Actio

Exit Configura

m

EDC201

n

ation

/ EDC202 / ED

Pre


DC203 Produc

ess

or ey operation s.

ct Manual

The contand returMode.

Resul


RevisJu

lt


sion 2.0 ly 2015

ode n

ReJu

Co

Pr

PrSt

2

3

4

5

6

7

8


onfiguring MThis se


rocedure tep

1 Enter S


3 Select (MAN)’

4 Select (DLYA)’ Parame

5 ChangeDelay’

6 Select (LACH)’ Parame

7 ChangeLatch’ V

8 Exit Co

ED

Manual Modection describ


Action

Set Up Mode

ALARM Set Uand ‘Alarm Ty

on Parameter

the ‘Manual M



the ‘Alarm LatFunction eter


onfiguration

DC201 / EDC2

de Alarm es the procedu


Long

Up ype’

Mode

elay

tch

Long withomore

202 / EDC203

ure of configu


Press

press

or

or

or


3 Product Man

uring Manual

TopGro

Up

Top

Up

Low

Up

LowVa

Up

LowVa

or eration

TheandMo

ual

Mode Alarm.


per Display=T

p Display= AL

per Display= A

wer Display=

per Display= D

wer Display=inlue

per Display= L

wer Display=inlue

e controller exd returns to thode

3. C3.12. Con

Result

P (This is the

TYPE

LM

AL11 or AL12

MAN

DLYA

ntended Alarm

LACH

ntended Alarm



55

first Set Up

m Delay

m Latch

tion Mode eration

n m

5

3. Config3.12. Con

56

Configu

Prelimin• •

ProceduStep

1

2

3

4

5

6

7

8

9

10

11

12


uring PV RatThis section d


ure Actio

Enter Set Up

Select ALARMGroup and ‘AlFunction Para

Select the ‘PV(PVRT)’

Select the ‘Ala(AM11 or AM12Parameter

Change the ‘AState’ Value



Select the ‘Ala(DLYA)’ FunctioParameter


Select the ‘Ala(LACH)’ FunctioParameter

Change the ‘ALatch’ Value

Exit Configura

m

EDC201

te of Changdescribes the p


on

Mode

M Set Up larm Type’ ameter

V Rate

arm State 2)’ Function

Alarm

arm YSA)’ ameter

Alarm alue

arm Delay on

Alarm

arm Latch on

Alarm

ation

/ EDC202 / ED

e Alarm procedure of c


Pr

Long press

or

or

or

or

or


DC203 Produc

configuring PV

Mode. s.

ress

r

r

r

r

r

or key operation0s.

ct Manual

V Rate of Cha

Top DisUp Grou

Upper D

Top Dis

Upper D

Lower D

Upper D

Lower DAlarm V

Upper D

Lower DHystere

Upper D

Lower DValue

Upper D

Lower DValue

The conand retuMode.

ange Alarm.

Resu

splay= INP (Thup title)

Display=TYPE

splay= ALM

Display= AL11

Display= PVRT

Display= AM11

Display=intendValue

Display= HYSA

Display=intendesis Value

Display= DLYA

Display=intend

Display= LACH

Display=intend

ntroller exits Curns to the No

RevisJu

ult

his is the first S

or AL12

or AM12

ded High or Lo

ded Alarm

ded Alarm Del

ded Alarm Lat

Configuration Mormal Operatio

sion 2.0 ly 2015

Set

ow

lay

ch

Mode on

ReJu

Co

Pr

PrSt

1

1

1


onfiguring DThis se


rocedure tep

1 Enter S


3 Select (DIG)’

4 Select (AM11 oParam

5 ChangState’ V

6 Select HystereFunctio

7 ChangHystere

8 Select (DLYA)’ Param

9 ChangDelay’

10 Select (LACH)’ Param

11 ChangLatch’

12 Exit Co

ED

Digital Inputection describ


Action

Set Up Mode


on Parameter

the ‘Digital Inp

the ‘Alarm Staor AM12)’ Funceter


the ‘Alarm esis (HYSA)’ on Parameter

e the ‘Alarm esis’ Value



the ‘Alarm LaFunction eter


onfiguration

DC201 / EDC2

t Alarm es the procedu


Long

Up ype’

put

ate ction

elay

atch

Long withomore

202 / EDC203

ure of configu


Press

press

or

or

or

or

or


3 Product Man

uring Digital I

ToU

U

To

U

Lo

U

LoAl

U

LoHy

U

LoVa

U

LoVa

or eration

ThanM

ual

Input Alarm.


pper Display=

op Display= A

pper Display=

ower Display=

pper Display=


pper Display=

ower Display=ysteresis Valu

pper Display=

ower Display=alue

pper Display=

ower Display=alue

he controller end returns to tode.

3. C3.12. Con

Result

NP (This is the

=TYPE

ALM

= AL11 or AL12

= PVRT

= AM11 or AM12

=intended High

= HYSA

=intended Alarue

= DLYA

=intended Alar

= LACH

=intended Alar

exits Configurahe Normal Op


57

e first Set

2

2

h or Low

rm

rm Delay

rm Latch

ation Mode peration

n m

7

3. Config3.12. Con

58

Configu

Prelimin• •

ProceduStep

1

2

3

4

5 V

6

7 V

8


uring TC WaThis section d


ure Actio

Enter Set Up

Select ALARMGroup and AlaFunction Para

Select the TC(TCWN)

Select the Ala(DLYA) FunctioParameter

Change the AValue

Select the Ala(LACH) FunctioParameter

Change the AValue

Exit Configura

m

EDC201

arning Alarmdescribes the p


on

Mode

M Set Up arm Type ameter

C Warning

arm Delay on

Alarm Delay

arm Latch on

Alarm Latch

ation

/ EDC202 / ED

m procedure of c


P

Long press

o

o

o


DC203 Produc

configuring TC

Mode. s.

Press

r

r

r

or key operation

30s.

ct Manual

C Warning Al

Top DiUp Gro

Upper

Top Di

Upper

Lower

Upper

Lower Value

Upper

Lower Value

n The coMode aOperat

larm.

Resu

isplay= INP (Toup title)

Display=TYPE

isplay= ALM

Display= AL1

Display= TCW

Display= DLYA

Display=inten

Display= LACH

Display=inten

ontroller exits Cand returns totion Mode.

RevisJu

ult

This is the first

E

1 or AL12

WN

A

nded Alarm De

H

nded Alarm La

Configuration o the Normal

sion 2.0 ly 2015

t Set

elay

atch

ReJu

Co

Pr

PrSt

2

3

4

8


onfiguring TThis se


rocedure tep

1 Enter S


3 Select (TCFL)’


5 ChangeDelay’


7 ChangeLatch’ V

8 Exit Co

ED

TC Failing Aection describ


Action

Set Up Mode


on Parameter

the ‘TC Fail





onfiguration

DC201 / EDC2

Alarm es the procedu


Long

Up ype’

elay

tch

Long withoopera

202 / EDC203

ure of configu


Press

press

or

or

or


3 Product Man

uring TC Fail

TopGro

Up

Top

Up

Low

Up

LowVa

Up

LowVa

or

an 30s.

TheandMo

ual

Alarm.


per Display=T

p Display= AL

per Display= A

wer Display=

per Display= D

wer Display=inlue

per Display= L

wer Display=inlue

e controller exd returns to thode

3. C3.12. Con

Result

P (This is the

TYPE

LM

AL11 or AL12

TCFL

DLYA

ntended Alarm

LACH

ntended Alarm



59

first Set Up

m Delay

m Latch

tion Mode eration

n m

9

3. Config3.12. Con

60

Configu

Prelimin• •

ProceduStep

1 E

2 SGF

3 S

4 S(P

5 CD

6 S(P

7 CL

8 E


uring FailsafThis section d


ure Actio

Enter Set Up M


Select the ‘Fa

Select the ‘Ala(DLYA)’ FunctioParameter




Exit Configura

m

EDC201

fe Alarm describes the p


n

Mode

M Set Up arm Type’

ameter

ilsafe (FS)’

arm Delay on

Alarm

arm Latch on

Alarm

ation

/ EDC202 / ED

procedure of c


Pres

Long press

or

or

or

Long press without any koperation mo

DC203 Produc

configuring Fa

Mode. s.

ss

or key re than 30s.

ct Manual

ailsafe Alarm.


Upper Disp

Top Display

Upper Disp

Lower Disp

Upper Disp

Lower DispValue

Upper Disp

Lower Disp

The controland returns

.

Result

y= INP (This is

lay=TYPE

y= ALM

lay= AL11 or

lay= FS

lay= DLYA

lay=intended A

lay= LACH

lay=intended A

ler exits Confi to the Norma

RevisJu

s the first Set

AL12

Alarm Delay

Alarm Latch V

guration Modeal Operation M

sion 2.0 ly 2015

Up

Value

e Mode.

ReJu

Co

Pr

PrSt

2

3

4

8


onfiguring DThis se


rocedure tep

1 Enter S


3 Select (DIAG)’


5 ChangeDelay’


7 ChangeLatch’ V

8 Exit Co

ED

Diagnostic Aection describ


Action

Set Up Mode

ALARM Set Uand Alarm Ty

on Parameter

the ‘Diagnosti





onfiguration

DC201 / EDC2

Alarm es the procedu


Long

Up ype

ic

elay

tch

Long withoopera

202 / EDC203

ure of configu


Press

press

or

or

or


3 Product Man

uring Diagnos

TopGro

Up

Top

Up

Low

Up

LowVa

Up

LowVa

or

an 30s.

TheandMo

ual

stic Alarm.


per Display=T

p Display= AL

per Display= A

wer Display=

per Display= D

wer Display=inlue

per Display= L

wer Display=inlue


3. C3.12. Con

Result

P (This is the

TYPE

LM

AL11 or AL12

DIAG

DLYA

ntended Alarm

LACH

ntended Alarm



61

first Set Up

m Delay

m Latch

tion Mode eration

n m

1

3. Config3.12. Con

62

Assign

Prelimin• • •

ProceduStep

1 E

2 SGF

3 S

4 SHF

5 CH

6 E


Alarm HysteThis section d

nary Steps The controlleThe user has tAlarm Type s

ure Actio

Enter Set Up M


Select the ‘Ala



Exit Configura

m

EDC201

eresis describes the p

r is in the Conthe access to sselected suppo

n

Mode


ameter

arm Type’

arm YSA)’ ameter

Alarm alue

ation

/ EDC202 / ED

procedure of c

nfiguration Mset parametersort hysteresis a

Pres

Long press

or

or

Long press without any koperation mo

DC203 Produc

configuring A

Mode. s. assignment.

ss

or key re than 30s.

ct Manual

Alarm Hysteres


Upper Disp

Top Display

Upper Disp

Lower DispValue

Upper Disp

Lower DispValue

The controland returns

sis.

Result

y= INP (This is

lay=TYPE

y= ALM

lay= AL11 or

lay= intended

lay= HYSA

lay=intended A

ler exits Confi to the Norma

RevisJu

s the first Set

AL12

d Alarm Type

Alarm Hystere

guration Modeal Operation M

sion 2.0 ly 2015

Up

esis

e Mode.

ReJu

Co

Pr

Pr

St

2

3

4


onfiguring AThis se


rocedure

tep

1 Enter S

2 Select Group Type’ FParame


4 ChangeDelay’

5 Exit Co

ED

Alarm Delayection describ


Action

Set Up Mode

ALARM Set Uand ‘Alarm

Function eter



onfiguration

DC201 / EDC2

y es the procedu


Long p

Up

elay

Long pwithoumore t

202 / EDC203

ure of configu


Press

press

or

press t any key opehan 30s.

3 Product Man

uring Alarm D

Top Grou

Upp

Top

Upp

Upp

LowValu

or ration

The and Mod

ual

Delay.

Display= INPup title)

per Display=TY

Display= ALM

per Display= AL

per Display= DL

wer Display=intue

controller exitreturns to the

de.

3. C3.12. Con

Result

P (This is the fi

YPE

M

L11 or AL12

LYA

tended Alarm

ts Configuratioe Normal Oper


63

rst Set Up

Delay

on Mode ration

n m

3

3. Config3.12. Con

64

Configu

Prelimin• •

ProceduStep

1

2 SG

3 S(

4 C

5

Configu

Prelimin• •

ProceduStep

1

2 SGT

3 S


uring Alarm This section d


ure Actio

Enter Set Up




Exit Configura

uring Alarm This section d


ure Action

Enter Set Up

Select ALARMGroup and ‘AlType’ FunctioParameter

Select the ‘AlaBlocking (BLK)Function Para

m

EDC201

Latching describes the p


on

Mode


ameter

arm Latch on

Alarm

ation

Blocking describes the p


n

Mode L

M Set Up arm n

arm )’ ameter

/ EDC202 / ED

procedure of c


Pre

Long press

or


procedure of c


Pres

Long press

DC203 Produc

configuring A

Mode. s.

ess

r


configuring A

Mode. s.

ss

ct Manual

Alarm Latching


Upper Dis

Top Displa

Upper Dis

Upper Dis

Lower DisValue

The controand returnMode

Alarm Blocking


Upper Disp

Top Display

Upper Disp

Upper Disp

g.

Result

ay= INP (Thise)

splay=TYPE

ay= ALM

splay= AL11 or

splay= LACH

splay=intended


g.

Result

y= INP (This i)

play=TYPE

y= ALM

play= AL11 or

play= BLK

RevisJu

t

is the first Se

r AL12

d Alarm Latch


t

s the first Set

AL12

sion 2.0 ly 2015

et Up

ode

Up

ReJu

St

4

Co

Pr

PrSt

2

3

4


tep

4 ChangeBlockin

5 Exit Co

onfiguring TThis se


rocedure tep

1 Enter S


3 Select Functio

4 Select (EABL)’ Parame

5 Select Functio

6 ChangeValue

7 Exit Co

ED

Action

e the ‘Alarm ng’ Value

onfiguration

Timer ection describ


Action

Set Up Mode


on Parameter

the ‘Timer (TMon Parameter

the ‘ENABLE Function eter

the ‘Period (peon Parameter

e the ‘Period’

onfiguration

DC201 / EDC2


es the procedu


Long

Up ype’

MR)’

eri)’

Long withomore

202 / EDC203

Press

or


ure of configu


Press

press

or


3 Product Man

LowValu

or ation

The and Mod

uring Timer.

TU

U

T

U

U

L

U

LV

or peration

TaM

ual

wer Display=intue


de.

Top Display= IUp Group title)

Upper Display

Top Display= A

Upper Display

Upper Display

Lower Display

Upper Display

Lower DisplayValue

The controller and returns to Mode

3. C3.12. Con

Result

tended Alarm


Result

INP (This is th)

y=TYPE

ALM

y= AL11 or AL

y= TMR

y= EABL

y= peri

y=intended Tim

exits Configuthe Normal O


65

Blocking

on Mode ration

he first Set

12

mer Period

ration Mode Operation

n m

5

3. Config3.13. Con

66

3.13 Disable

Prelimin• •

ProceduStep

1

2 SG

3 S

4

guration nfiguring Digit

Configu DI FunctionThis section d


ure Actio

Enter Set Up

Select AUX SGroup and ‘DiInput(DIG)’ FuParameter

Select NONE(

Exit Configura

al Input

EDC201

ring Digin describes the p


n

Mode

et Up igital nction

(NONE)

ation

/ EDC202 / ED

ital Input

procedure of d


Pre

Long press

or


DC203 Produc

t

disabling DI fu

Mode. s.

ess

or ey operation s.

ct Manual

function.


Upper Dis

Top Displa

Upper Dis

Lower Dis


Result

ay= INP (Thise)

splay=TYPE

ay= AUX

splay= DIG

splay=NONE


RevisJu

t

is the first Se


sion 2.0 ly 2015

et Up

ode

ReJu

Co

Pr

PrSt

2

3

4

Co

Pr

PrSt

2

3

4


onfiguring DThis se


rocedure tep

1 Enter S

2 Select Group Input(DParame

3 Select

4 Exit Co

onfiguring DThis se


rocedure tep

1 Enter S


3 Select

4 Exit Co

ED

DI as Controection describ


Action

Set Up Mode

AUX Set Up and ‘Digital

DIG)’ Function eter

Auto/MAN (AM

onfiguration

DI as Controection describ


Action

Set Up Mode

AUX Set Up and ‘Digital

DIG)’ Function eter

Direction (DIR

onfiguration

DC201 / EDC2

ol Mode Swies the procedu


Long pr

M)


ol Direction es the procedu


Long

R)

Long withoopera

202 / EDC203

itch ure of configu


Press

ress

or


Switch ure of configu


Press

press

or


3 Product Man

uring DI as Co

Top Grou

Upp

Top

Upp

Low

or ation

The and Mod

uring DI as Co

TopGro

Up

Top

Up

Low

or

an 30s.

TheandMo

3.1

ual

ontrol Mode S

Display= INPup title)

per Display=TY

Display= AUX

per Display= DI

wer Display= A


de.

ontrol Directio


per Display=T

p Display= AU

per Display= D

wer Display=


3. C13. Configurin

Switch.

Result

P (This is the fi

YPE

X

IG

AM


on Switch.

Result

P (This is the

TYPE

UX

DIG

DIR


Configurationng Digital Input

67

rst Set Up

on Mode ration

first Set Up

tion Mode eration

n t

7

3. Config3.13. Con

68

Configu

Prelimin• •

ProceduStep

1

2 SG

3 S

4

Configu

Prelimin• •

ProceduStep

1

2 SG

3 S

4


uring DI as KThis section d


ure Actio

Enter Set Up


Select LOCK

Exit Configura

uring DI as TThis section d


ure Action

Enter Set Up


Select Timer (

Exit Configura

al Input

EDC201

Keypad Locdescribes the p


n

Mode

et Up igital nction

(LOCK)

ation

Timer Initiatdescribes the p


Mode Lo

et Up igital nction

(TMR)

ation Lowimo

/ EDC202 / ED

king Switchprocedure of c


Pres

Long press

or


ing Triggerprocedure of c


Press

ong press

or

ong press thout any keyore than 30s.

DC203 Produc

h DI configuring D

Mode. s.

ss

or ey operation s.

configuring D

Mode. s.

or y operation

ct Manual

DI as Keypad L


Upper Disp

Top Display

Upper Disp

Lower Disp

The controand returnsMode.

DI as Timer Ini

Top Display= Group title)

Upper Display

Top Display=

Upper Display

Lower Display

The controllerreturns to the

Locking Switc

Result

y= INP (This i)

play=TYPE

y= AUX

play= DIG

play= LOCK

ller exits Confs to the Norma

itiating Trigge

Result

INP (This is t

y=TYPE

AUX

y= DIG

y= TMR

r exits Configu Normal Oper

RevisJu

ch.

t

s the first Set

figuration Modal Operation

er.

the first Set Up

uration Mode aration Mode

sion 2.0 ly 2015

Up

de

p

and

ReJu

Co

Pr

PrSt

2

3

4


onfiguring DThis se


rocedure tep

1 Enter S


3 Select

4 Exit Co

ED

DI as Alarm ection describ


Action

Set Up Mode

AUX Set Up and Digital

DIG) Function eter

ACK (ACK)

onfiguration

DC201 / EDC2

Acknowledes the procedu


Long

Long withomore

202 / EDC203

ging Switchure of configu


Press

press

or


3 Product Man

h uring DI as Al

ToU

U

To

U

Lo

or peration

ThanM

3.1

ual

larm Acknowl


pper Display=

op Display= A

pper Display=

ower Display=

he controller end returns to tode.

3. C13. Configurin

ledging.

Result

NP (This is the

=TYPE

AUX

= DIG

=ACK

exits Configurahe Normal Op

Configurationng Digital Input

69

e first Set

ation Mode peration

n t

9

3. Config3.13. Con

70

Configu

Prelimin• •

ProceduStep

1

2 SG

3 S

4


uring DI as AThis section d


ure Actio

Enter Set Up


Select AT (AT)

Exit Configura

al Input

EDC201

Auto Tuningdescribes the p


on

Mode

et Up igital nction

)

ation

/ EDC202 / ED

g Initiating Tprocedure of c


Pres

Long press

or

Long press or without anoperation m30s.

DC203 Produc

Trigger configuring D

Mode. s.

ss

r

ny key ore than

ct Manual

DI as AT Initia


Upper Displa

Top Display

Upper Displa

Lower Displa

The controllereturns to th

ating Trigger.

Result

= INP (This is

ay=TYPE

= AUX

ay= DIG

ay=AT

er exits Confige Normal Ope

RevisJu

the first Set U

guration Modeeration Mode.

sion 2.0 ly 2015

Up

e and

ReJu

4

4


4

.1 OThis seincludiparame

.2 OFigure

ED

4. Moni

Overviewection gives ying an Operateter configura

Operator 4-1 and Figu

DC201 / EDC2

itoring a

w ou all the infoor Interface ov

ation mode, se

Interfaceure 4-2 provide

Figure 4-1

202 / EDC203

and Ope

ormation neceverview, how

etting the time

e e the view of t

: Operator I

3 Product Man

erating

ssary to help yw to switch beter and monitor

the Operator I

Interface (ED

ual

the Co

you monitor atween normal ring the displa

Interfaces.

DC201, EDC

ntroller

and operate yooperation mo

ays.

C202)

71

r

our controllerde and

1

4. Monito4.3. Mon

72

4.3 Annunc

oring and Opeitoring Your C

Monitciators The following

Annu

ALM1 2 3 4

OUT1 2

MAN

AT

[None], F o

erating the CoController

EDC201

toring Yo

g annunciator

nciator

4

or C

ontroller

/ EDC202 / ED

Figure 4-2

our Cont

functions hav

A visual in

A visual in

On: ManuOff: Autom

Accutunin

A visual in[None]—NF—DegreC—Degre

DC203 Produc

Operator In

troller

ve been provid

ndication of ea

ndication of the

al Mode matic Mode

g in progress

ndication of theNo temperatures Fahrenheit

ees Celsius

ct Manual

terface (EDC

ded to help mo

Indication

ach alarm

e control relay

e temperaturee unit annunct

C203)

onitor the con

ys

e units ciator

RevisJu

ntroller:

sion 2.0 ly 2015

4. Monitoring and Operating the Controller 4.3. Monitoring Your Controller


Viewing the operating parameters Press the LOWER DISPLAY key to scroll through the operating parameters listed in Table 4-1 Lower Display Key Parameter Prompts. The lower display will show only those parameters and their values that apply to your specific model.

Lower Display

7-Segment Code

Description

Tx.xx .Tx xx Time that remains on timer in Hours.Minutes.

Mxxx Mxxx Output value is percent; for Three Position Step control, this is an estimated motor position and shown with no decimal place.

ASTR ASTR When AT is enabled and AT process is not operating

ASTP ASTP When AT is enabled and AT process is operating

ALM ALM Alarm is triggered and configured as Latch

Fail Fail Failsafe — conditions for failsafe are:

… EEROM Test Failed

… Scratch Pad RAM Test Failed

… Configuration Test Failed

… Field or Factory Cal Test Failed

Table 4-1 Lower Display Key Parameter Prompts

Diagnostic Messages The EDC 200 Series performs background tests to verify data and memory integrity. If there is a malfunction, a diagnostic message will be shown on the lower display. In the case of more than one simultaneous malfunction, only the highest priority diagnostic message will be displayed. Table 4-2: Diagnostic Messages shows the error messages in order of priority. If any of these diagnostic messages appear on the lower display, refer to Chapter 5 Troubleshooting/ Service for information on how to correct the problem.

Prompt Description

LOCK The lockout feature has been enabled to prevent unauthorized changes of certain functions or parameters.

EDxx Power on error

FCxx Configure and calibration check error

ECxx IO control error

Table 4-2: Diagnostic Messages

4. Monitoring and Operating the Controller 4.4. Controller Mode


4.4 Controller Mode Operation Mode

Controller is typically running in two operation modes, normal operation mode and parameter configuration mode.

Mode Definitions

Operation Mode Definition

Normal Operation In normal operation mode, the controller displays the PV, SP/Output. In this mode you can process the following: • Start /Stop the Auto Tuning process, • Switch between Manual Mode and Auto Mode.

In Manual Mode, SP tracks PV. The operator directly controls the controller output level. In Auto Mode, you can adjust the Set Point.

• Operate the Timer • View and acknowledge Failsafe and Alarms.

Parameter Configuration In the configuration mode, the configurator configures the function parameters in authorized Set up Groups and enter “Mask” mode.

Control Mode

Mode Definitions

Control Mode Definition

AUTOMATIC with LOCAL SET POINT

In automatic local mode, the controller operates from the local Set Points and automatically adjusts the output to maintain the PV at the desired value. In this mode you can adjust the Set Point.

Manual In Manual mode, the operator directly controls the controller output level. The process variable and the percent output are displayed. The configured High and Low Output Limits are disregarded and the operator can change the output value, using the increment and decrement keys, to the limits allowed by the output type (0 % to 100 % for a time proportioning output or –5 % to 105 % for a current output).

ReJu

4

Pr

St

2

3

4

8


.5 SThere or mod

rocedure

tep

1 Enter S

2 OPTEntlevel set

3

4 Set Opeconfigur

5

6 Switch t

7 Set the

8

ED

Setting Oare two operadify the operat

Action

Set up Mode

ter operation tting mode

eration level orator level

the digit

value

DC201 / EDC2

perationating levels fortion level usin

Long pr

r

202 / EDC203

n Level r parameters, ng the followin

Press

ress

or

4.

3 Product Man

configurator lng procedure.

Top D

Top D

Uppe

Lowe

Uppe

Lowe

Confi• If

n• If

to

Monitoring a4

ual

level and oper.

Display = OPT

Display = OPT

er Display= OP

er Display= OP

er Display =PA

er Display =00

irm the input vf the passwordormal operatinf you enter theo Step 4.

and Operating 4.5. Setting O

rator level.You

Result

T

T

LV

ER/CFG

SS

00

value. d is correct, reng mode.

e wrong passw

the Controllerperation Leve

75

u can set up

eturn to

word, return

r el

5

4. Monito4.6. Setti

76

4.6

ProceduStep

1 E

2 Ese

3

4 Sco

5

6 S

7 S

8

oring and Openg Operation

SettinChange to oppassword of o0000. The con

ure Action

Enter Set up M

Enter operationetting mode

Set Operation lonfigurator lev

Switch the digit

Set the value

erating the CoPassword

EDC201

ng Operaerator or confoperator and cnfigurator pas

n

Mode Lo

n level

level or vel

t

ontroller

/ EDC202 / ED

ation Pasfigurator levelconfigurator lessword can no

Pres

ong press

or

DC203 Produc

ssword l for authority evel. The passot be changed

ss

ct Manual

management sword of operabefore the ope

Top Display

Top Display

Upper Displa

Lower Displa

Upper Displa

Confirm the • If the pas

normal o• If you en

to Step 4

purpose or chator and confierator passwo

Result

= OPT

= OPT

ay= PASS

ay= OPER/CFG

ay= OPER/CFG

input value. ssword is corre

operating modeter the wrong

4.

RevisJu

hange the defaigurator are boord is changed

ect, return to e. password, ret

sion 2.0 ly 2015

ault oth

d.

turn

ReJu

4

Pr

PrSt

2

3

4


.7 SThe paMask m

reliminary SThe co

rocedure tep

1 Enter S

2 Enter opsetting m

3 Enter M

4

5

6 Switch S

7 Set Ma

ED

Setting Paarameter settinmode can only

Steps ontroller is in p

Action

Set up Mode

peration level mode

Mask Mode.

Set up parame

ask Value

DC201 / EDC2

arameterng can be set ty be entered in

parameter con

Long p

eter

202 / EDC203

r Mask to allow accesn the configur

nfiguration mo

Press

press

or

or

or

4.

3 Product Man

ss or configuraration level wi

ode and the us

Top Dis

Top Dis

Upper D

Lower D

Enter S

Top Dis

Upper D

Lower DNote：Configucase, oparameDisplayConfiguparame

Monitoring a4

ual

ation by differithout a passw

ser has the acc

R

splay = OPT

splay = OPT

Display=OPLV

Display=MASK

Set up Mode

splay= current

Display=curre

Display=Param00: Hide the p

urable only forperator could

eter but could y the parameteurator level caeters.

and Operating 4.7. Setting Pa

rent operatingword.

cess to set the

Result

V

K

t Set up group

nt Set up para

meter Mask Vparameter; 10r configurator lview the valunot modify the

er and both Opn configure th

the Controllerarameter Mask

77

g levels.

parameters.

p

ameter

alue 0: level, in this e of the e value 11: perator and

he

r k

7

4. Monito4.8. Rese

78

4.8

Prelimin• •

ProceduStep

1

2 SG

3 S

4 ST

5

4.9

Prelimin• •

ProceduStep

1

2 SG

3 S

oring and Opeeting to Factor

ResetThis section d


ure Actio

Enter Set Up

Select OPT SGroup

Select Status(Function Para

Select Reset tTest (TEST)

Exit Configura

Testing This section d


ure Actio

Enter Set Up

Select OPT SGroup


erating the Cory Default

EDC201

ting to Fdescribes the p


on

Mode

et Up

(STA) ameter

to Display

ation

Display describes the p


on

Mode

et Up

(STA) ameter

ontroller

/ EDC202 / ED

actory Dprocedure of r


Pre

Long press

or


procedure of r


Pre

Long press

DC203 Produc

Default resetting confi

Mode. s.

ess

r


resetting to Te

Mode. s.

ess

ct Manual

figuration to fa


Upper Dis

Top Displa

Upper Dis

Upper Dis

Lower Dis

All the pardefault va


esting Display


Upper Dis

Top Displa

Upper Dis

Upper Dis

actory default

Result

ay= INP (Thise)

splay=TYPE

ay= OPT

splay= HZ

splay= STA

splay= TEST

rameters are rlue


y.

Result

ay= INP (Thise)

splay=TYPE

ay= OPT

splay= HZ

splay= STA

RevisJu

settings.

t

is the first Se

reset to factory


t

is the first Se

sion 2.0 ly 2015

et Up

y

ode

et Up

ReJu

St

4

4

Pr

PrSt

2

3

4


tep

4 Select Test (T

5 Exit Co

.10 SettThis se


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4 Exit Co

ED

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ting Powection describ


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OPT Set Up

Power Freque

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DC201 / EDC2

play

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wer Freques the procedu


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ency

Long withoopera

202 / EDC203

Press

or


uency ure of setting


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press

or


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or

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ual

wer Display=

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ency.


per Display=T

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per Display= H

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the screen areD Status


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TYPE

PT

HZ

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the Controllerwer Frequency

79

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tion Mode eration

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wer

tion Mode eration

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4. Monito4.11. Set

80

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2 SG

3 S

4 S

5

4.12

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1 E

2 SG

3 SF

oring and Opetting Decimal P

SettinThis section d


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Enter Set Up

Select OPT SGroup

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Exit Configura

ExamingThis section d


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Enter Set Up M

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erating the CoPoint Location

EDC201

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et Up

cimal Function

cimal

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Product Inform


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tion.

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splay= DECI

splay= Intende


mation.

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lay=TYPE

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lay= HZ

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er Display= FW

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ystem Firmwar

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81

re Version

m occurs and

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r s

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4. Monito4.14. Set

82

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5

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g Auto Tuni

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4. Monitoring and Operating the Controller 4.14. Setting Auto Tuning


System detects the rising edge of the digital input and sends the command to start the Auto Tuning process. If the prerequisite of Auto Tuning is not met, the lower display will show up Error (ERR) after short pressing, otherwise, the Auto Tuning process is started.

4. Monito4.15. Sw

84

Stoppin

Prelimin

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4.15 Prelimin

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imer a configurabl

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art.

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or

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press

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t set SP value

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esult

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ning, “T” logo fdisplayed. ut, 0 is display

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4. Monito4.18. Set

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2

AT is Pr

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2

3

4

oring and Opetting Output Va

ng Timer

nary Steps Timer is time

ure Actio

Reset the Tim

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nary Steps In Normal Op

ure Actio

Select SP

Change the SSelection

rocessing

nary Steps In Normal Op

ure Actio

Select PV or S

Select ManuaMode

Change the Por Selection

Enter the ValuSelection

erating the Coalue

EDC201

ed-out that is L

on

mer.

Output Vintroduces the

peration Mode

on

SP Value or

peration Mode

on

SP

al Control

PV/SP Value

ue or

ontroller

/ EDC202 / ED

Lower Display

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o

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o

DC203 Produc

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ss

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ress

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ct Manual

ower Display

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r Display= cu

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current PV va

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play = Intended

urrent PV and

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7


5. Troubleshooting/Service Instrument performance can be adversely affected by installation and application problems as well as by hardware problems. We recommend that you investigate the problems in the following order:

• Installation related problems Read the Installation section in this manual to make sure the EDC 200 has been properly installed.

• Application related problems Review the application of the controller; then, if necessary, direct your questions to the local sales office.

• Hardware and software related problems Use the troubleshooting error message prompts and controller failure symptoms to identify typical failures which may occur in the controller. Follow the troubleshooting procedures to correct them.

5.1 Troubleshooting Aids An error message can occur:

• At power-up. • When the Status Tests are requested. • During continuous background tests while in normal operation.

Check installation If a set of symptoms still persists, refer to Section 2 - Installation and ensure proper installation and proper use of the controller in the system. Customer support If you cannot solve the problem using the troubleshooting procedures listed in this section, you can get technical assistance by dialing 1-800-423-9883 USA and Canada. An engineer will discuss your problem with you.Please have your complete model number, serial number, and Software version available.The model and serial numbers can be found on the chassis nameplate. The software version can be viewed under Setup Group Status.If it is determined that a hardware problem exists, a replacement controller or part will be shipped with instructions for returning the defective unit. Do not return your controller without authorization from Honeywells Technical Assistance Center or until the replacement has been received. Please refer to the Honeywell website: http://www.honeywell.com/ps.

ReJu

5

5

Di


Determ

Step

1

2

Determ

Step

1

2

Please 200 yo

.2 PWhen and Dacontrolor onlynormal

.3 BEDC 2malfun

iagnose SysWhen gone to

Step

1

2

ED

mining the fir

A

Select OPTGroup

Read the f

mining the ha

A

Select OPTGroup

Read the hversion

give these nuou have and he

Power-uppower is applatabase powerller will switcy display an erlly.

Backgrou200 performs onction, a “Fail

stem Error required, the ro Failsafe.

A

Select OPTGroup

Read the e

DC201 / EDC2

rmware versi

Action

TION Set Up

irmware verio

ardware vers

Action

TION Set Up

hardware

umbers to the Celp them deter

p Tests lied, the contror on self-checkch into the failrror code. If th

und Testsongoing backgl” will be disp

results of thes

Action

TION Set Up

error code

202 / EDC203

ion

P

n

sion

P

Customer Suprmine a soluti

oller will run k. Power on selsafe mode. Inhe diagnostic

s ground tests to

played in the lo

se tests can be

P

3 Product Man

Press

Press

pport person. Ion to your pro

three diagnoself-check runs

n failsafe modetests performe

o verify data aower display.

e checked to d

Press

5

ual

Upper Displ

Lower Displ

Upper Displ

Lower Displ

Upper Displ

Lower Displ

Upper Displ

Lower Displ

It will indicateoblem.

tic tests, inclus once. If the de, the system ed successfull

and memory i

determine the r

Upper Displ

Lower Displ

Upper Displ

Lower Displ

5. Troublesho5.2. Po

Result

ay = STA

ay = FMVN

ay = FMVN

ay = VERSIO

Result

ay = STA

ay = HWVN

ay = HWVN

ay = VERSIO

e which versio

uding CPU, RAdiagnostic teswill not start uly, the control

integrity. If th

reason the con

Result

ay = STA

ay = ERCD

ay = ERCD

ay = Error cod

ooting/Serviceower-up Tests

89

N

N

on of EDC

AM, Flash ts failed, the up properly ller runs

ere is a

ntroller has

de

e s

9

5. Troub5.3. Back

90

Confirm

Prelimin

Step

1 Ss

2 Am

leshooting/Skground Tests

Check the errerror code, pr

Error Co

ED01

ED02

ED03

ED04

ED05

ED06

ED0A

FC01

FC02

EC03

m System ErAfter troublesthe “Fail” me

nary Steps When the sysmessage and The controlle

Actio

Switch the lowshow the Fail m

Acknowledge tmessage

ervice s

EDC201

ror code paramrobable cause

ode

Failur

Failur

Failur

Failur

Failur

verific

Failur

Param

Verific

Input

rror shooting the sessage.

stem is in the Fcurrent paramr is in Normal

on

wer display to message.

the Failsafe

/ EDC202 / ED

meter to view and troublesh

re on restoring

re on reading F

re on reading d

re on reading c

re on reading v

cation code Co

re on reading p

meter Configu

cation data err

Failure

specific failure

Failsafe modemeter values ar

l Operating M

Pres

DC203 Produc

all of the errohooting proced

Prob

g factory defau

FCT data

digital sign

configuration d

verification co

omparison erro

product code

ration error

ror

e, you can pro

e, that is, whenre shown on th

Mode.

ss

Lo

Lo

ct Manual

or informationdure.

bable Cause

ult setting

data

de

or

oceed with the

n a serious mahe lower displ

ower Display=

ower Display=

. The followin

e following pro

alfunction occlay.

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FaIl

“FaIl” messa

RevisJu

ng table lists th

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age disappears

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he

nfirm

a Fail

s


6. Appendix A Look-up Table for 7 Segment Character and Associated English Word

A B C D E F G H I J K L M

A B C D E F G H I J K L M

N O P Q R S T U V W X Y Z

N O P Q R S T U V W X Y Z

Table 6-1 7 Segment Character and Associated English Word

7 Segment Code

Abbreviation of the Associated English Word

Full Name of the Associated English Word

DISB DISB DISABLE

EABL EABL ENABLE

FILT FILT FILTER

ACTN ACTN ACTION

REVR REVR Reverse

DIRT DIRT Direct

DB DB DEADBAND

FLMD FLMD FAILMODE

FLSF FLSF FAILSAFE

PERI PERI PERIOD

RLST RLST RLYSTATE

Table 6-2 Examples for 7 Segment Code and Associated English Word

For more information To learn more about PI New Wave Controllers, visit www.honeywellprocess.com Or contact your Honeywell Account Manager

Process Solutions Honeywell

1250 W Sam Houston Pkwy S Houston, TX 77042

Honeywell Control Systems Ltd Honeywell House, Skimped Hill Lane Bracknell, England, RG12 1EB

51-52-25-155 Rev.2.0 July 2015 ©2015 Honeywell International Inc.

Shanghai City Centre, 100 Jungi Road Shanghai, China 20061 www.honeywellprocess.com

Sales and Service For application assistance, current specifications, pricing, or name of the nearest Authorized Distributor, contact one of the offices below.

ASIA PACIFIC Honeywell Process Solutions, (TAC) [email protected] Australia Honeywell Limited Phone: +(61) 7-3846 1255 FAX: +(61) 7-3840 6481 Toll Free 1300-36-39-36 Toll Free Fax: 1300-36-04-70 China – PRC - Shanghai Honeywell China Inc. Phone: (86-21) 5257-4568 Fax: (86-21) 6237-2826 Singapore Honeywell Pte Ltd. Phone: +(65) 6580 3278 Fax: +(65) 6445-3033 South Korea Honeywell Korea Co Ltd Phone: +(822) 799 6114 Fax: +(822) 792 9015

EMEA Honeywell Process Solutions, Phone: + 80012026455 or +44 (0)1344 656000 Email: (Sales) [email protected] or (TAC) [email protected]

AMERICAS Honeywell Process Solutions, Phone: (TAC) 1-800-423-9883 or 215/641-3610 (Sales) 1-800-343-0228 Email: (Sales) [email protected] or (TAC) [email protected]

Specifications are subject to change without notice.

51-52-25-155 precision line controllers edc201 202 203

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