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General| Model | E5CK-AA1-500 |
|---|---|
| Type | Temperature Controller |
| Power Supply | AC/DC 24V |
| Dimensions | 48 x 48 x 78 mm |
| Mounting Type | Panel Mount |
| Number of Control Outputs | 1 |
| Number of Alarms | 2 |
| Protection Rating | IP66 |
| Input Type | Thermocouple, RTD |
| Output Type | Relay |
| Display | Digital |
| Control Method | ON/OFF, PID |
| Display Type | Digital |
| Mounting | Panel |
| Ambient Operating Temperature | -10 to 55 °C |
| Ambient Operating Humidity | 25 to 85% |
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Describes controllers with field configurable outputs, 100 ms sampling, PID, UL/CSA/CE standards, water-resistant front panel, and 3-year warranty.
Details on how to order controllers, including DIN size, supply voltage, and part numbers.
Lists available output boards with specifications, compatible controllers, quantity, and part numbers.
Details on accessories such as current transformers and terminal covers, with part numbers.
Details on selectable thermocouple input types (K, J, T, E, etc.) and their temperature ranges (°C/°F).
Details on selectable RTD input types (JPt100, Pt100) and their temperature ranges (°C/°F).
Details on selectable current (4-20 mA, 0-20 mA) and voltage (0-5 V, 0-10 V) input types.
Details on supply voltage, power consumption, and input types for E5AK, E5EK, and E5CK models.
Specifies relay, SSR, NPN, PNP, linear current, and linear voltage output capabilities.
Details on control methods (PID, auto-tuning), setting/indication methods, and specific functions like event input.
Details on indication accuracy, hysteresis, PID parameters (P, I, D), control period, and sampling periods.
Covers insulation, dielectric strength, vibration, shock, temperature, humidity, and enclosure ratings.
Information on unit weight, electromagnetic compatibility (EMC), and relevant standards/approvals.
Details on event input conditions (contact/no-contact) and communications parameters (stop bit, data length, parity, baud rate).
Specifications for current transformers (E54-CT1, E54-CT3) used for heater burnout alarm.
Details on heater burnout alarm settings, accuracy, and minimum detection time.
Identifies models (E5AK, E5EK, E5CK) and describes operation indicators, displays, and keys.
Explains the function of No. 1/No. 2 displays, A/M, Up/Down, Display, and AT keys for operation.
Details on selecting and accessing operating modes like Protect, Manual, Level 0, 1, 2, Setup, Expansion, Option, and Calibration.
Describes the purpose and function of various parameter menus for setting up the controller.
Explains the PV/SV, Set Point, Manipulated Variable (MV), and Run/Stop displays in Level 0 mode for E5AK/E5EK and E5CK.
Details the security level table for mode access and explains how to access Protect and Manual modes.
Describes A/M Key protection and accessing Manual Mode for Manipulated Variable (MV) control.
Details on AT Execute/Cancel, Set Points, Alarm Values, Proportional Band, Integral Time, and Derivative Time.
Covers Cooling Coefficient, Dead Band, Manual Reset, Hysteresis, and Control Period settings for heat/cool operation.
Details on Position Proportional Dead Band, Heater Current Monitor, and Heater Burnout Detection for valve positioning models.
Details on Remote/Local settings, SP Ramp, and LBA Detection Time.
Covers MV limits (stop, PV error, rate), Input Digital Filter, and Alarm Hysteresis settings.
Configuration of input type, scaling limits, decimal point, and C/F selection.
Details on assigning control/auxiliary outputs, alarm types, and alarm open/close settings.
Guidance on selecting control methods (Heat, Cool, Heat/Cool) and assigning control outputs.
Detailed tables for selecting Thermocouple, RTD, Current, and Voltage input types.
Explains how to configure alarm behavior for normally closed (N.C.) and normally open (N.O.) relays.
Configuration of SP Upper/Lower Limits and selection of PID/ON/OFF control method.
Details on Adaptive Tuning, ST Stable Range, Alpha, AT Gain, Alarm Standby, and LBA Detection Width.
Settings for Multi-SP function and assignments for event inputs (1-4).
Configuration of communication parameters: Stop Bit, Data Length, Parity, Baud Rate, and Unit Number.
Settings for Transfer Output Type, Upper Limit, and Lower Limit for re-transmitting signals.
Configuration for HBA Latch, Motor Calibration, PV Dead Band, and Remote SP settings.
Details on 11 alarm types, including deviation and absolute alarms, with output conditions.
Explanation of how alarm values are interpreted for deviation and absolute alarms.
Explains how to interpret error codes (Input, Memory, A/D Converter, Calibration) and their meanings.
Describes actions to take for each error type, including potential causes and operational impact.
Explains fuzzy self-tuning features and its three modes: SRT, DT, and HT.
Details the conditions required for the Step Response Tuning (SRT) mode to start.
Describes the conditions for starting Disturbance Tuning (DT) and Hunting Tuning (HT) modes.
Defines what constitutes a 'balanced status' for temperature control during tuning.
Provides dimensions and panel cutout details for the E5AK controller model.
Provides dimensions and panel cutout details for the E5EK controller model.
Provides dimensions and panel cutout details for the E5CK controller model.
Specifies that the E5CK-302 shares dimensions and cutouts with the standard E5CK.
Lists available accessories for order, including terminal covers and current transformers.
Instructions on how to remove the E5AK/E5EK controller from its rear housing.
Steps for installing the E5CK controller into its housing and panel.
Instructions for setting up and removing output modules for control outputs 1 and 2.
Details on removing and inserting Option Boards into the E5AK controller for options 1 to 3.
Steps for removing the Power Board and inserting Option Boards for the E5EK controller.
Instructions for fitting the option board into the controller connectors for the E5CK model.
Details on inserting the controller into the panel and fitting/tightening the mounting bracket.
Steps for inserting the E5CK controller into the panel cutout and securing it with the adapter.
Instructions for fastening terminal covers for E5AK, E5EK, and E5CK controllers.
Diagrams showing terminal arrangement and power supply wiring for the E5AK controller.
Shows terminal arrangement, power supply connections, and wiring precautions for the E5EK controller.
Details terminal arrangement and power supply connections for the E5CK controller, including wiring precautions.
Diagrams showing sensor input wiring for E5AK based on input type (Thermocouple, RTD, Voltage, Current).
Diagrams showing sensor input wiring for E5EK based on input type (Thermocouple, RTD, Voltage, Current).
Diagrams showing sensor input wiring for E5CK based on input type and internal jumper settings.
Shows connections for E5AK control output modules (Relay, SSR, NPN, PNP, Current, Voltage).
Shows connections for E5EK control output modules (Relay, SSR, NPN, PNP, Current, Voltage).
Details on relay output for PRR2 models and terminal relationships for open/close settings.
Details on E5CK control output types (Relay, NPN, PNP, Voltage, Current) and their circuits.
Shows auxiliary output connections for E5AK, E5EK, and E5CK models.
Wiring details for Current Transformer (CT) input and Potentiometer (PTMR) connections.
Instructions for connecting Remote SP input (RSP) using 4-20mA for E5AK and E5EK.
Shows wiring for event inputs (EV1/2, EV3/4) and COM terminals on E5AK.
Details on using communication units (E53-AK01/02/03) and their wiring.
Shows wiring for E5EK event inputs and communications units.
Details possible connections for E5CK option boards: RS-232C, RS-485, Event Input, Transfer Output.
Illustrates a connection example between the Digital Controller and a Solid State Relay (SSR).
Shows examples of E5AK/E5EK and E5CK controllers with voltage output.
Guidelines for wiring, using solderless terminals, and tightening torque to avoid noise and damage.
Recommendations for ambient conditions, vibration, dust, noise, and mounting the controller.
Advice on reducing inductive noise, using specific conductors, and connection examples with torque specs.
Notes on alarm outputs, model malfunctions, and recommendations for alarm equipment.
Guidance on changing parameters, internal switches, and relay ON delay after power supply.
Precautions for handling the unit, avoiding shock, static discharge, and selecting correct control output units.
