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General| Control Mode | ON/OFF, PID |
|---|---|
| Input Type | Thermocouple, RTD |
| Output Type | Relay, SSR, Analog |
| Display Type | Dual 4-digit LED |
| Power Supply | 24V DC, 100-240V AC |
| Temperature Range | Depends on the sensor type |
| Operating Temperature | 0 to 50°C |
Overview of the installation section, covering physical dimensions and wiring.
Covers user interface, parameter access, and parameter descriptions.
Details the configurable control functions of the device.
Lists directives the product conforms to, like Low Voltage and EMC.
Details standards met for EMC emission, immunity, and safety.
Details supply voltage, temperature input types, and output capabilities.
Provides codes and options for ordering the ESM-4410 temperature controller.
Information on product warranty period and maintenance procedures.
Lists the items included in the product package.
Safety warnings and general guidelines for safe and proper installation.
Overview of the device front panel and physical dimensions.
Required dimensions for cutting a panel for device mounting.
Operating environment conditions and panel mounting instructions.
Instructions for using fixing clamps and removing the unit from the panel.
Important safety warnings regarding electrical wiring and configuration.
Details terminal layout, wire size, torque, and screwdriver requirements.
Schematic showing the overall electrical wiring of the device.
Appearance of rear labels for different input types and scales.
Instructions for connecting the device's power supply voltage.
Guides for connecting Thermocouple (TC), RTD, PTC, and NTC sensors.
Information on galvanic isolation tests and relay output connection.
Identifies LEDs, display, and buttons on the front panel.
How to view the device's software revision number upon power-up.
Procedure for adjusting and saving the temperature set value.
Steps to enter programming mode, including password entry.
How to set the hysteresis parameter for the control output.
Setting the operation type for the output (heating or cooling).
Procedure for adjusting the process offset value.
Setting the minimum time for output to become active.
Configuring the password for accessing programming mode.
Defines the set value for output control, adjustable by input type and scale.
Lists key programmable parameters like Hysteresis, Offset, and Password.
Explains the 'OFL' message indicating sensor connection issues.
Describes how ON/OFF control maintains temperature with hysteresis.
Illustrates ON/OFF control logic for heating and cooling functions.
Comprehensive list of device specifications including dimensions, power, and inputs.
Details device approvals and LED indicator descriptions.
