Xantrex Freedom Marine 25 Owner's Manual

Xantrex Freedom Marine 25 Owner's Manual

Inverter/charger
Hide thumbs Also See for Freedom Marine 25:

Advertisement

User Manual of Product 1:
Xantrex 81-2022-12 Inv/Chgr, Free-458 2000W 12V 100A
M-Sine

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Freedom Marine 25 and is the answer not in the manual?

Questions and answers

Summarization of Contents

SAFETY SUMMARY
Fuse Replacement
For continued protection against fire, replace the fuse only with specified voltage, current, and type ratings.
Power Source
To avoid damage, operate the equipment only within the specified AC (line) and DC (battery) voltages.
Servicing
To reduce electric shock risk, do not open; refer all service to qualified personnel.
INTRODUCTION
Electronic Protection
Fast-acting circuits protect from overloads, short circuits, low/high battery voltage, and over-temperature.
THINGS YOU SHOULD KNOW
Circuit Breaker Protection
Details breaker protection for inverter/charger and output circuits, including reset procedures.
Thermostat Controlled Cooling
Explains the thermostatically controlled fan that cools the unit for continuous operation.
Inverter Idle Circuit
Describes the energy-saving feature that reduces battery consumption when no AC load is present.
Low and High Battery Shutdown
Covers automatic shutdown based on battery voltage limits and resumption criteria.
Power Sharing
Explains how the charger reduces output to allow AC power to the load, preventing breaker trips.
Temperature Sensitive Charging
Describes charge voltage adjustment based on battery temperature for optimal battery life.
OPERATION
External AC Power
Explains how the unit functions when external AC power is available or unavailable.
Front Panel Controls and Indicators
Describes the functions of the INVERT and CHARGE push-button switches and their associated LEDs.
Status LEDs
Explains the dual functions of Status LEDs for battery type selection and operation status indication.
TSC (Temperature Sensitive Charging)
Provides for connection of a sensor to measure battery temperature for compensated charging.
Optional Remotes
Refers to installation instructions for using optional remote control panels or Link Instruments.
OPTIONAL REMOTE CONTROL PANELS
Freedom Remote Control Panel
Details the features and functions of the optional Freedom Remote Control Panel.
LINK 2000
Describes the LINK 2000's capabilities for inverter/charger control and monitoring two battery banks.
LINK 1000
Covers the LINK 1000's control and battery status information for single battery banks.
LINK 2000-R
Explains the LINK 2000-R's ability to regulate engine-driven alternators for three-stage charging.
BATTERIES
Battery Types
Categorizes deep-cycle batteries into wet cell, gel cell, and Absorbed Glass Mat (AGM).
Wet Cell Batteries
Describes characteristics of wet cell batteries, including maintenance and use of 6-volt batteries.
Gel Cell Batteries
Details features of gel cell batteries, such as no maintenance, low self-discharge, and low internal resistance.
Advanced AGM (Absorbed Glass Mat) Batteries
Describes AGM batteries as maintenance-free lead-acid batteries with similar performance to gel cells.
Battery Selection
Emphasizes selecting true deep cycle batteries rated in amp hours (Ah) for power requirements.
Battery Interconnection
Explains connecting batteries in series or parallel configurations for voltage and capacity.
Parallel Battery Interconnection
Details connecting batteries in parallel to double amp-hour rating while keeping voltage the same.
Battery Bank Ratings and Sizing
Guides on sizing battery banks based on amp-hour ratings, discharge rates, and depth of discharge.
Amp-Hour Consumption Formulas
Provides formulas to calculate DC amp-hour draw for various AC appliances and system voltage.
Typical Power Consumption
Offers a chart of typical power consumption for common AC loads to aid in power requirement assessment.
BATTERY CHARGING
Wet Cell Battery Charging
Explains complete charging for wet cell batteries, including gassing point and AGM/Gel cell considerations.
Freedom Battery Chargers
Describes the three-stage charging design and battery type selection for Freedom chargers.
Freedom Charger Benefits
Compares the benefits of Freedom chargers against traditional taper chargers, highlighting faster recharge and battery rejuvenation.
Battery Charger Stages
Details the four stages of battery charging: Bulk, Acceptance, Float, and Equalizing.
WARNINGS
Equalizing Charge Warnings
Provides crucial safety warnings and precautions for the equalizing charge cycle.
INSTALLATION
Installation Precautions
Provides essential safety warnings regarding ignition, electric shock, corrosion, and ventilation.
Key Installation Points
Details critical considerations for mounting, clearance, environmental protection, battery proximity, cable length, wiring, and fusing.
Installation Steps and Considerations
Covers critical installation steps like avoiding backfeed, AC input/output connections, and proper wire usage.
Grounding
Details connecting the inverter/charger chassis to the AC ground system for safety and NEC compliance.
Neutral Bonding
Explains the internal bonding of AC output neutral to ground and its lifting when AC power is applied.
AC Wiring
Details routing AC wires through strain relief, AC input connections, and AC output connections.
Ground Fault Circuit Interrupters (GFCI)
Explains the requirement for GFCI protection on certain branch circuits as per NEC regulations.
Remote Control Wiring
Describes how to route and connect the remote control cable to the unit's remote jack.
TSC Temperature Sensor Wiring
Details connecting the TSC sensor's ring terminal to the battery post and its cable to the unit.
DC Wiring
Provides guidance on connecting positive and negative DC cables from the inverter/charger to the battery bank.
Battery Cable Fusing
Explains the NEC requirement for battery cable fusing and recommends specific fuse types and locations.
Startup and Testing Procedures
Guides users through initial checks, polarity verification, voltage checks, jumper installation, and functional testing of inverter and transfer.
WARRANTY
Warranty Coverage
Details what the limited warranty covers, including defects in workmanship and materials for 30 months.
Xantrex's Responsibilities
Explains Xantrex's commitment to repair or replace defective products free of charge upon notification and inspection.
Obtaining Service
Guides users on how to get troubleshooting or warranty service, either through their merchant or directly from Xantrex.
Warranty Exclusions
Lists what the warranty does not cover, including misuse, improper installation, and unauthorized repairs.
Warranty Disclaimer
States that the provided warranty is exclusive and limits Xantrex's liability for damages.
Warranty Exclusions by Law
Addresses limitations or exclusions on implied warranties as permitted by federal and state/provincial law.
Limitations on Use
Highlights specific limitations, such as not using the product with life support systems or as an uninterruptible power supply.
Return Material Authorization (RMA)
Outlines the policy for obtaining an RMA number and correct shipping address before returning products.
Return Procedure
Details the steps for safely packaging and shipping a product for warranty service.
INSTALLATION EXAMPLES
Shorepower Configurations
Provides examples of systems using different shorepower sources and optional generators.
Inverter/Charger Configurations
Illustrates various ways to connect inverter/charger units, including single/dual input/output modes.
DC Cable and Fuse Guide
Offers recommendations for DC cable AWG sizing based on fuse size and length.
Installation Option 1: Single Input/Single Output
Details a single input/single output configuration for models 10-30, with charger sharing power with AC loads.
Installation Option 2: Split Loads
Describes a single input/single output setup splitting AC loads between main and inverter panels for lighter circuits.
Installation Option 3: Dual Input/Single Output
Details a dual input/single output configuration for models 20-30 D/D, splitting loads and using separate charge input.
Installation Option 4: Dual Input/Dual Output
Explains a dual input/dual output setup for models 20-30 D/D, splitting loads across two outputs for balancing.
Installation Option 5: Single Input/Dual Output
Describes a single input/dual output configuration for models 15 S/D, 20 S/D, splitting loads across two outputs.

Table of Contents