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General| Input Frequency | 50/60 Hz |
|---|---|
| Inverter Output Voltage | 120 VAC |
| Input Voltage | 120V AC |
| Output Voltage | 12/24V DC (depending on model) |
| Inverter Output Power | 1200W-3000W (depending on model) |
| Inverter Output Frequency | 60 Hz |
| Battery Types | Gel, AGM, Lithium |
| Transfer Switch | Yes |
| Transfer Switch Current | 30A |
| Operating Temperature | -20°C to +50°C |
| Cooling | Temperature-controlled fan |
| Protection | Over temperature, Overload, Short circuit, High/Low battery voltage |
General safety and operating instructions for the CombiMaster Inverter/Charger.
Critical warnings and precautions for handling lead-acid batteries.
Guidelines for selecting an appropriate installation location for the unit.
Precautions and instructions for making DC and AC electrical connections.
Disclaimer regarding the use of products in medical life support equipment.
Mastervolt's disclaimer of liability for product use and manual errors.
Details of the product warranty coverage and limitations for the CombiMaster 120V Series.
Information about the product's identification label and its importance for service.
Instructions for environmentally responsible disposal of the product.
Visual overview of the connection points for different CombiMaster models.
Description of the different operating modes: Inverter, Charger, DC Power, Power Sharing, AC Support.
Details on the built-in protections against overload, short circuits, and high temperatures.
Contents of the delivery and initial checks after unpacking the unit.
Environmental and installation site requirements for the CombiMaster Inverter/Charger.
Recommended battery capacities for various CombiMaster models.
Schematic diagrams illustrating connection setups for different models.
Detailed instructions for DC, AC, safety grounding, and network wiring.
List of essential tools and materials required for installation.
A step-by-step guide to physically installing the CombiMaster Inverter/Charger.
Information on the accessories connector for remote switches and alarm outputs.
Configuration options using DIP switches for CZone and MasterBus networks.
Settings and monitoring parameters for MasterBus network integration.
Configuration steps and parameters for integrating the unit into a CZone network.
How to switch the unit on for inverter and charger functions or charge only.
Explanation of the status LEDs indicating operational modes and errors.
Options for monitoring and controlling the unit remotely.
Description of the automatic BULK, ABSORPTION, and FLOAT charging stages.
How the battery temperature sensor adjusts charging voltages for optimal performance.
Procedure to reset the thermal breaker after an overload condition.
Guidelines for routine inspection and cleaning of the unit.
Overview of multi-unit configurations for increased power or 240V output.
List of materials required for parallel or split-phase installations.
Steps to prepare units before configuring parallel or split-phase systems.
Wiring diagrams and notes for DC connections in multi-unit systems.
Instructions for AC wiring in single-phase parallel and split-phase configurations.
Procedures for connecting units in parallel or split-phase systems to a network.
Methods for configuring multi-unit systems using DIP switches, MasterAdjust, or CZone.
Procedures to remove a unit from an existing multi-unit cluster.
Technical specifications related to the inverter function of the unit.
Technical specifications for the battery charging function.
Technical data for the AC transfer system capabilities.
General specifications including protection, standards, and operating conditions.
Specific parameter group numbers (PGNs) and fields for CZone communication.
Graphs showing output power derating based on temperature.
Physical dimensions and weight of the CombiMaster models.
