Need help?Do you have a question about the EZA ECB Series and is the answer not in the manual?
Essential safety guidelines for using the inverter, covering environmental exposure and general operation.
Critical safety measures when working with batteries to prevent hazards like sparks and acid exposure.
Recommendations for inverter installation location and conditions to ensure safe and optimal operation.
Instructions for connecting DC power to the inverter, including terminal identification and cable requirements.
Steps to configure the inverter for parallel operation and manage multiple units.
Visual guides illustrating how to wire multiple inverters for parallel operation.
Details on using the RS-232 port for communication, monitoring, and control via computer.
Guidance on diagnosing and resolving common problems and error indicators.
Overview of the ECB series inverter's capabilities, design features, and applications.
Specific examples of where the ECB series inverters can be utilized, from tools to vehicles.
Detailed technical specifications for the ECB2500 model, including voltage, power, and efficiency.
Operating environment limits, safety certifications, and electromagnetic compatibility standards.
Information on LED indicators, remote control functions, and communication ports.
Details on unit dimensions, weight, cooling method, and communication interfaces.
Illustrations showing the physical layout and dimensions of the ECB series inverters.
Data on the switching times for different transfer modes (ATS and STS).
Diagrams identifying components and ports on the front and rear panels of the ECB series.
Explanation of the main power switch and the meaning of different LED indicator states.
Detailed mapping of DIP switch positions to inverter functions and settings.
Configuration options for enabling and adjusting the inverter's power saving mode.
Using DIP switches S4-S6 to configure settings for parallel operation, including phase relationships.
Using DIP switch S8 to select between LCM or DIP switch for parameter adjustment.
Details on DC input terminals, chassis ground connection, and the reset button function.
Information on AC connections, input circuit breaker, and CAN communication ports for parallel operation.
How to connect and use the LCD remote control panel for monitoring and setting ECB series inverters.
Using the green terminal for remote control and parallel connection selection.
Wiring and connection specifics for the RS-232 serial communication port.
Guidelines for maintaining adequate airflow around the inverter for proper cooling.
Details on the inverter's protective functions against over/under voltage and reverse polarity.
Guidance on selecting appropriate DC cable AWG and inline fuse ratings for ECB series.
Table showing the minimum and maximum DC input voltage limits for different ECB models.
Step-by-step guide for hard-wiring the AC connections on the general model.
Step-by-step guide for hard-wiring the AC connections on the UL model.
Details on wire colors, lengths, and gauges for AC output and input connections.
Overview of different AC output socket types supported by the ECB series.
Initial steps and requirements before setting up the inverters for parallel operation.
Description of how ECB series inverters can be configured for different industrial power systems.
Detailed connection methods and diagrams for parallel inverter configurations.
Diagram illustrating the AC wiring for a single-phase, two-wire system.
Wiring diagram for a 1Ø2W system using the auto master configuration.
Diagram showing the AC wiring for parallel operation in a 1Ø2W system.
Diagram illustrating the AC wiring for parallel operation in a single-phase, three-wire system.
Diagram showing the AC wiring for parallel operation in a three-phase, four-wire system.
Steps for setting up remote control for parallel inverter operation using RS-232.
Steps to safely disconnect inverters that are configured for parallel operation.
Overview of the RS-232 command structure, format, and response strings.
List of commands used to access setup menus and adjust inverter parameters.
Configuring the over-voltage protection thresholds and shutdown behavior.
Setting the voltage levels at which the inverter will automatically restart after an OVP event.
Configuring the under-voltage protection thresholds and shutdown behavior.
Setting the voltage levels for automatic restart after a UVP event.
Setting up audible alerts for low input voltage conditions.
Selecting and configuring the output voltage for the inverter operation.
Setting the communication speed for the RS-232 serial interface.
Configuring the output frequency of the inverter.
Adjusting frequency synchronization parameters for grid or generator input.
Setting overload alarm thresholds and associated relay actions.
Configuring the number of automatic retries after protective shutdowns.
Adjusting power saving levels and the interval for load detection.
Setting the bypass relay behavior for different operating modes (online/offline).
Adjusting LCD screen contrast and backlight auto-off timer settings.
Configuring buzzer sounds for different events like alerts, shutdowns, and messages.
Configuring how alerts are signaled via dry contact relay and LCD display.
Choosing the display language for the inverter's interface.
A guide to identify and resolve common problems with the ECB series inverter.
Information on the warranty period, coverage, and conditions for voiding the warranty.
General| THD | <3% |
|---|---|
| Input Voltage | 12V/24V/48V DC |
| Output Frequency | 50Hz / 60Hz |
| Cooling | Fan |
| Protection | Over Load, Short Circuit, Over Temperature |
To Next Page
