To Next PageTo Next PageWhat to do if my Trace Engineering PS shows an overcurrent error?
If there's an overcurrent issue with your Trace Engineering Inverter due to excessive load on the AC output, disconnect all wires on the AC input and output. Reset the inverter by pressing the On/Off switch to OFF, then to SRCH or ON. If the unit comes on, check the AC wire system for shorts or miswiring.
What to check when the temperature probe is installed on my Trace Engineering PS?
If a temperature probe is installed on your Trace Engineering Inverter, make sure that the temperature probe is not in a cold area or has not fallen off the batteries. Also, ensure that there is no other DC charging source on the batteries.
What does it mean when the error LED is on but no other LEDs are on on my Trace Engineering PS Inverter?
The ERROR (red) LED on your Trace Engineering Inverter indicates that the AC output is not available until you turn the unit on.
General| Brand | Trace Engineering |
|---|---|
| Model | PS Series |
| Category | Inverter |
| Language | English |
General safety guidelines and precautions for using the inverter/charger.
Important notices regarding wiring, tools, and connection requirements.
Personal safety measures when working with batteries and the inverter.
Location and description of model and serial number on the unit's identification label.
Details on the function and operation of the power switch and its modes.
Explanation of the four LED indicators and their meanings.
Function of the switch for limiting AC input current.
Explanation of the red error LED and its conjunction with the yellow LED for mode indication.
Detailed explanation of the yellow invert LED status and error conditions.
Causes for shutdown that disconnect AC output, like over-current, over-temp, and battery voltage issues.
Advisory error causes that do not disconnect AC output, like input voltage issues or generator faults.
Location and components of the AC circuit board, including terminal blocks.
Description of the AC terminal block for hardwiring connections.
Description of the AC safety ground terminal for chassis connection.
Location and connection of battery terminals, with polarity warnings.
Explanation of the stacking port for connecting multiple inverters.
Description of the remote port for connecting SWRC or SWCA.
Description of the DC ground terminal for chassis connection.
Guidelines for selecting an appropriate installation location for the inverter.
Importance of adequate ventilation for efficient operation and preventing thermal shutdown.
Requirements and recommendations for AC wiring, including connections and codes.
DC cabling requirements, ampacity ratings, and terminal connections.
Guidelines for selecting appropriate battery cable sizes for performance and safety.
Requirements for DC overcurrent protection and disconnect switches.
Proper methods for connecting battery cables, including polarity and torque.
Comprehensive explanation of system grounding requirements and methods.
Grounding techniques to prevent lightning damage.
Importance of a single-point ground system for equipment protection.
Steps for connecting DC cables to the inverter.
Steps for connecting AC input cabling.
Steps for connecting AC output cabling.
Final checks and securing of wiring.
Testing inverter modes (OFF, SRCH, ON, CHG) and LED indicators.
Testing the battery charger functionality by providing AC power.
Testing AC power disconnection and inverter transfer.
Explanation of the menu system structure and SWRC/SWCA usage.
Description of the SWRC remote control's capabilities and functions.
Explanation of the USER MENU for daily operations and settings.
Overview of the SETUP MENU for system configuration and adjustments.
Error cause and reset procedure for generator start failure.
Error cause and reset procedure for generator synchronization issues.
Condition and action for low battery voltage errors.
Condition and action for low AC input voltage errors.
Condition and action for high battery voltage errors.
Condition and action for generator start failure.
Condition and action for generator frequency adjustment.
Cause and resolution for overcurrent conditions.
Cause and resolution for AC source wired directly to output.
Explanation of the LBX mode for automatic transfer based on battery voltage.
Explanation of the SELL mode for selling excess power to the grid.
Setting the voltage level for inverter shutdown due to low battery.
Setting the voltage level for inverter to turn back on after low battery shutdown.
Setting the minimum acceptable AC input voltage.
Setting the maximum acceptable AC input voltage.
Setting AC load current to initiate generator start.
Setting battery voltage for 24-hour generator start.
Setting battery voltage for 15-minute generator start.
Setting the function of Relay 7 for generator start routines.
Setting voltage for transferring loads to utility grid.
Setting voltage for transferring loads back to battery.
Setting battery voltage level for selling power to grid.
Setting maximum AC amps for selling power to utility.
Explanation of how the PS Series Inverter/Charger works, including its patented design.
Description of various operating modes like Inverter, Charger, and Utility Interactive.
Detailed explanation of the inverter's operation and sine wave approximation.
How the inverter protects the battery from over-discharge.
Operation of the inverter as a battery charger.
Recommended settings for different battery types and chemistries.
Process and considerations for equalizing batteries.
Automatic transfer of AC loads between inverter and utility/generator.
How the inverter supports the generator by managing loads and battery charging.
Setting up automatic start/stop control of a backup generator.
Requirements for generators and types suitable for automatic start.
Providing utility system backup.
How the inverter supports the utility grid and protects against overloads.
Using the inverter to move power from DC system to AC utility grid.
Protection mechanisms against grid failures and islanding conditions.
Selling stored battery power to the utility grid.
Explanation of the SELL mode and its configuration.
Modes for managing utility power usage.
Automatic transfer to utility or stand-alone operation based on battery voltage.
Guidelines for using multiple PS Series Inverter/Chargers in a system.
Information on battery types, charging, care, and maintenance.
Importance of deep cycle batteries for inverter use.
Guidelines for determining the required battery bank capacity.
Procedures for proper battery care and maintenance.
Connecting batteries in parallel to increase amp-hour capacity.
Combining series and parallel connections for voltage and capacity increase.
Explanation of battery cable inductance and its impact on performance.
Discussion of load types (resistive, inductive) and their impact.
Guide to diagnosing and resolving issues using LED indicators and SWRC.
Glossary of terms used in the manual for inverter and battery charger operation.
Technical specifications and features of the PS Series Inverter/Charger models.
Physical dimensions of the PS Series Inverter/Charger.
Diagrams to assist with system design and installation.
Worksheet to record user-specific USER and SETUP operating settings.
Setup menu items and default settings for PS2512 model.
Setup menu items and default settings for PS2524 model.
Setup menu items and default settings for PS2212E model.
Setup menu items and default settings for PS2524E model.
Available options like remote controls and relay modules.
Description of the RC8 remote control.
Module for generator starting and stopping control.
Module for battery voltage related tasks and AC fault output.
Information on fuse blocks and circuit breaker disconnects.
Details of the limited warranty and its exclusions.
Instructions for registering the product warranty.
