Motomaster ELIMINATOR 299-5299-0 User Manual (English)

Questions and Answers:

D
Diana ThompsonAug 2, 2025
What to do if Motomaster Inverter has no output voltage and fault light is on?
- C
  casey09Aug 2, 2025
  If the Fault light is on and there's no output voltage from your Motomaster Inverter, several issues could be at play: low or high input voltage, thermal shutdown, unit overload, or a short circuit in the output. First, recharge the battery and check all connections and cables, ensuring the inverter is connected to a 12V battery. Also, verify the charging system's voltage regulation. If it overheated, let the unit cool down, reduce the load, and improve ventilation, ensuring the inverter's openings aren't blocked and lowering the ambient temperature. If overloaded, reduce the load to stay within the inverter's output rating. Finally, remove any short circuits.
J
John BarberAug 6, 2025
Why is my Motomaster ELIMINATOR 299-5299-0 showing low output voltage?
- E
  Eric ArcherAug 6, 2025
  If your Motomaster Inverter is showing a low output voltage (96V AC–104V AC), it could be due to a couple of reasons. First, the voltmeter you're using might not accurately read the RMS voltage of a modified sine wave; try using a true RMS reading voltmeter. Second, you might have low input voltage and be using close to the maximum allowable power. In this case, check the connections and cable to ensure the battery is fully charged. If the battery is low, recharge it, and also reduce the load on the inverter.
J
Jason CoxAug 10, 2025
How to fix Motomaster Inverter low battery alarm?
- R
  richardskatherineAug 10, 2025
  If the low battery alarm stays on for your Motomaster Inverter, it's likely due to poor DC wiring or the battery's condition. To resolve this, use the correct cable size and ensure solid connections. Additionally, charge the battery, and if necessary, install a new one.
A
anthony85Aug 14, 2025
What to do if Motomaster ELIMINATOR 299-5299-0 has no output voltage and both lights are off?
- E
  Emily MoralesAug 14, 2025
  If both the Power and Fault lights are off and there's no output voltage from your Motomaster Inverter, it could be off, not receiving power, or damaged from reverse DC input polarity. First, turn the inverter on. Then, check the wiring to the inverter and the Disconnect/Battery Selector switch. If it was connected with reverse polarity, it's likely damaged and should be returned, noting that such damage isn't covered under warranty.
C
Cody TaylorAug 19, 2025
How to improve television reception with Motomaster ELIMINATOR 299-5299-0?
- S
  Steve MurphyAug 19, 2025
  To potentially improve television reception when using a Motomaster Inverter: first, ensure your TV antenna provides a strong, clear signal and that you're using good quality cable between the antenna and the TV. Keep the cables between the battery and the inverter as short as possible, twisting them together with two to three twists per foot. Move the television as far away from the inverter as possible. Avoid operating high-power loads with the inverter while the television is on.
S
Shane HarrisAug 23, 2025
What to do if Motomaster ELIMINATOR 299-5299-0 does not restart after a fault?
- H
  hortonjeffreyAug 23, 2025
  If your Motomaster Inverter unit doesn't restart after a fault, it might be because you're trying to restart it too quickly. Turn off the unit and wait about 3 to 5 seconds before turning it back on again.
S
smithwilliamAug 27, 2025
How to stop buzz in audio equipment with Motomaster Inverter?
- R
  Roger GonzalezAug 27, 2025
  To address buzzing in audio equipment when using a Motomaster Inverter, use a sound system that has a higher quality power supply.

Motomaster ELIMINATOR 299-5299-0 Specifications

General

Brand	Motomaster
Model	ELIMINATOR 299-5299-0
Category	Inverter
Language	English

Summary

Important Safety Introductions

Limitations on use

Defines specific usage restrictions for the power inverter, especially concerning medical equipment.

Precautions for Working with Batteries

Explosion hazard

Details safety measures to prevent explosions when working near batteries, including handling tools and personal items.

Precautions for Using Rechargeable Appliance

Equipment damage

Warns about potential damage to certain rechargeable appliances due to the inverter's non-sinusoidal output.

1 Introduction

Quality Power

Explains the inverter's power output capabilities, including continuous and surge power for various loads.

Ease of Use

Highlights the inverter's compact design, light weight, and straightforward installation and operation.

Comprehensive Protection

Details the inverter's built-in safety features like low/high voltage shutdown, overload, and over-temperature protection.

2 Features

Materials List

Lists the items included in the Mobile Digital Power Inverter package.

AC Panel

Describes the AC panel components and functions, including the ON/OFF switch, lights, and outlets.

DC Panel

Details the DC panel components, including terminals, ventilation openings, and mounting features.

3 Installation

Calculating Battery Requirements

Explains how battery type and size affect performance and how to determine required battery capacity.

Choosing an Apporiate Location

Provides warnings and advice on selecting a safe and suitable location for installing the inverter.

Calculating Cable Sizes

Guides users on calculating appropriate DC cable sizes for safe and efficient operation of the inverter.

DC Panel Connections

Provides instructions for connecting DC cables, including wire size recommendations and terminal connection details.

4 Operation

Turning the Inverter ON and OFF

Explains the procedure for turning the inverter on and off using the front panel switch and notes on remote control.

Operating Several Loads at Once

Advises on the correct method for operating multiple loads simultaneously to prevent overload shutdowns.

Turning the Inverter Off Between Uses

Recommends turning off the inverter when not in use to prevent unnecessary battery discharge.

Operating Limits

Details the operating limits, including power output, input voltage ranges, and performance conditions.

Inverter Loads

Discusses the types of AC loads the inverter can operate and potential issues with certain appliances.

High Surge Loads

Explains the inverter's capability with high surge loads and its limitations with certain motor-driven equipment.

Trouble Loads

Identifies specific appliance types that may be damaged by the inverter's modified sine wave output.

Unit Maintenance

Outlines basic maintenance tasks required to keep the inverter operating properly, such as cleaning.

5 Troubleshooting

Buzz in Audio Equipment

Addresses buzzing noise in audio systems and suggests using a higher quality power supply for resolution.

Television Reception

Provides tips for minimizing TV reception interference caused by the operating power inverter.

Troubleshooting Reference

Introduces a reference table for diagnosing common problems and their solutions.

A Specifications

Electrical Performance

Lists the electrical specifications of the Mobile Digital Power Inverter, including output power, voltage, and frequency.

Physical Specifications

Details the physical characteristics of the inverter, such as weight and dimensions.

B Product and System Information

1-Year Limited Warranty

Outlines the terms and coverage of the 1-year limited warranty for the product.

Disclaimer

States the manufacturer's disclaimer regarding the accuracy and use of information provided in the manual.

Warranty Details

Provides comprehensive details on warranty coverage, exclusions, and service procedures.

Information About Your System

Provides fields for users to record system details for customer service reference.

Service Contact Information

Lists the toll-free helpline number for customer support and warranty service.

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