To Next PageTo Next Page
Need help?Do you have a question about the Eurotherm 2216e and is the answer not in the manual?
General| Control Type | PID |
|---|---|
| Input Types | Thermocouple, RTD, DC Linear |
| Mounting | Panel Mount |
| Output Types | Relay |
| Display | LED |
| Supply Voltage | 100 to 240 VAC |
| Dimensions | 48 x 48 mm |
| Communication | RS485 |
Explains the physical layout of the controller's front panel and its components.
Provides initial steps for using the 2216e controller, including basic operation.
Introduces the concept of parameter lists for controller settings and configuration.
Details the controller's automatic and manual operating modes for output control.
Provides a concise summary of the topics covered in the chapter.
Explains the process of selecting between two available setpoints on the controller.
Details the setup and operation of the ramp dwell function for timed programs.
Illustrates the controller's internal structure and parameter locations via a block diagram.
Provides a visual guide for navigating through the controller's menus and parameters.
Lists and describes all available parameters for the controller in a tabular format.
Explains the functionality and types of alarms used in the 2200e series controllers.
Details how alarm conditions can trigger or operate the controller's relay outputs.
Describes the physical layout and components of the 2216e controller instrument.
Provides a general introduction to the Model 2216e controller's features.
Covers the physical steps and requirements for installing the controller.
Explains the electrical wiring procedures and considerations for the controller.
Describes the proprietary Data Server (PDS) modes for controller communication.
Details the use and function of snubber components for output protection.
Presents a typical wiring diagram for a single loop configuration of the controller.
Explains the different types of communication connections supported by the controller.
Details the wiring procedures for connecting the controller to a DeviceNet network.
Explains the fundamental concept and purpose of tuning a control system.
Describes the automatic tuning process and how the controller determines optimal parameters.
Provides step-by-step instructions on how to perform the tuning procedure.
Outlines the method for manually adjusting controller tuning parameters.
Details the procedure for accessing and selecting the controller's configuration level.
Explains how to navigate and select specific parameters within the configuration menu.
Describes the steps required to exit the controller's configuration level safely.
Outlines the general steps involved in configuring the controller for operation.
Provides a visual diagram illustrating navigation through configuration menus (Part A).
Provides a visual diagram illustrating navigation through configuration menus (Part B).
Presents detailed tables of all configurable parameters and their settings.
Details the configuration process for the controller's digital communication modules.
Provides specific instructions for configuring DeviceNet communication for the controller.
Explains the reasons and benefits of performing user calibration on the controller.
Details how to enable the user calibration feature in the controller's configuration.
Guides through the process of performing a single-point calibration for offset adjustment.
Explains the procedure for calibrating the controller at two distinct points.
Describes the recorded calibration points and the applied offsets.
Defines alarms and events, explaining their purpose and types within the controller.
Details the available digital output functions that can be configured as alarms or events.
Outlines the first step in configuring the controller's 'soft' (indication-only) alarms.
Explains the process of linking configured alarms to physical output relays.
Details how to group multiple alarms to trigger a single output relay.
Describes how to detach or remove alarms from an assigned output relay.
Lists and describes parameters specific to motorized valve control configuration.
Provides steps for commissioning the controller when used for motorized valve control.
Discusses various applications and use cases for the motorized valve control feature.
Introduces load current monitoring and diagnostic capabilities of the controller.
Shows an example wiring diagram for load current monitoring in modes 1 and 2.
Explains the operational procedures for using the load current monitoring features.
Details how to set trip levels for load current alarms.
Explains the use of relay outputs for alarms and other purposes.
Guides on configuring PDS load current diagnostics for the controller.
Defines retransmission and explains its purpose in generating analogue output signals.
Provides instructions for configuring the retransmission function of the controller.
Explains how to scale the analogue output signals for retransmission.
