Do you have a question about the ENDA EI2041 Series and is the answer not in the manual?
Specifies ambient, storage temperature, humidity, and pollution degree requirements for the device.
Details supply voltage, power consumption, wiring, EMC, and safety requirements for safe operation.
Details sensor power supply, relay output ratings for resistive/inductive loads, and alarm relay specifications.
Defines control type, algorithm (On-Off), and adjustable hysteresis for device operation.
Specifies housing type for flush-panel mounting, dimensions, weight, and enclosure material.
Explains the function of mA, V, ALR, and OUT LEDs on the front panel for status indication.
Details the function of SET, UP, and DOWN buttons in Running and Programming modes.
Emphasizes safe installation, grounding, and protection against environmental factors for proper operation.
Illustrates terminal connections and details power supply requirements, including fuse and switch.
Describes how to display current, minimum, maximum values and reset stored min/max data.
Details the procedure for locking and unlocking the device's front panel buttons to prevent unintended changes.
Guides on setting up user calibration values for non-standard input types to ensure accurate readings.
Lists and describes common error messages encountered during operation and calibration for troubleshooting.
Lists parameters for input selection, measurement ranges, scaling, decimal points, and indicator configuration.
Details parameters for output set value, hysteresis, output condition, and relay delay times.
Covers parameters for alarm set value, hysteresis, alarm type, condition, and relay delay times.
Details Modbus holding registers, input registers, discrete inputs, and coils with addresses and data types.
Illustrates the Modbus connection diagram, including termination requirements for master and slave devices.
Specifies ambient, storage temperature, humidity, and pollution degree requirements for the device.
Details supply voltage, power consumption, wiring, EMC, and safety requirements for safe operation.
Details sensor power supply, relay output ratings for resistive/inductive loads, and alarm relay specifications.
Defines control type, algorithm (On-Off), and adjustable hysteresis for device operation.
Specifies housing type for flush-panel mounting, dimensions, weight, and enclosure material.
Explains the function of mA, V, ALR, and OUT LEDs on the front panel for status indication.
Details the function of SET, UP, and DOWN buttons in Running and Programming modes.
Emphasizes safe installation, grounding, and protection against environmental factors for proper operation.
Illustrates terminal connections and details power supply requirements, including fuse and switch.
Describes how to display current, minimum, maximum values and reset stored min/max data.
Details the procedure for locking and unlocking the device's front panel buttons to prevent unintended changes.
Guides on setting up user calibration values for non-standard input types to ensure accurate readings.
Lists and describes common error messages encountered during operation and calibration for troubleshooting.
Lists parameters for input selection, measurement ranges, scaling, decimal points, and indicator configuration.
Details parameters for output set value, hysteresis, output condition, and relay delay times.
Covers parameters for alarm set value, hysteresis, alarm type, condition, and relay delay times.
Details Modbus holding registers, input registers, discrete inputs, and coils with addresses and data types.
Illustrates the Modbus connection diagram, including termination requirements for master and slave devices.
| Display Type | TFT LCD |
|---|---|
| Display Size | 4.3 inch |
| Resolution | 480 x 272 pixels |
| Power Supply | 24V DC |
| Communication Ports | RS232 |
| Interface | USB, Ethernet |
| IP Rating | IP65 |
Loading...