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Tortech Inverter Difference

Similar looking Inverters are not capable of the full range of capabilities of the Tortech TXF series inverters.

Read more about these important comparison differences below:   

 
 

 

  • 1. Very low Idle consumption  This inverter when operated in power saving mode and  senses for load every 3 seconds and conserves energy when no load is  connected. If the load is not present then the input DC current to the  inverter is kept very low. 


  •  2. AVR Automatic Voltage regulation - instead of the AC voltage varing as the DC battery voltage varies the output AC  voltage  will stay steady


  •  3. Intelligent Fan - As the load  increases the speed  of the fan increases  the  speed of  the change changes as a a result of  the load this allows for quieter  operation and longevity of the fan.


  • 4. Automatic Generator Start - if battery voltage drops generator will automatically turn on. 


  • 5. Battery Priority Feature - These inverters have a 3 stage battery charger incorporated into the  inverter. So when the 240v AC is available on the AC side you are   able to charge the battery which is connected on the DC side

 

 

 

 

Tortech TXF inverters design and manufacturer difference:

Components/ functionality

Tortech TXF Pure Sinewave Inverter

Competing model

Transformer

Our Advantages:

Adopting more efficient “UI type” transformer for the 4-6KW models.

88% peak DC to AC efficiency, and ultra low idle consumption.

80W idle consumption for 6KW inverters.

Drawbacks:

Adopting two lossy “EI type” transformers for the 4-6KW models.

High low idle consumption.

Around 150W-240W idle consumption for 6KW inverters.

DIP Switch

 

Our Advantages:

1 Offers customized performance on power sensing cycle, input AC voltage range and low battery trip point.

2 Better generator compliatility with wider AC input range.

For more details, pls refer to our manual.

Unavailable

 

Drawbacks:

The specs are all preset in the factory, users have no option to change it to suit their specific electrical systems.

AC/Battery priority selector

Our Advantages:

1 Offers flexibility to set the inverter to either AC priority mode or battery priority in different power systems. For example, in renewable systems, battery priority is preferred.

2 The charging algorithm will also change in battery priority mode to conserve AC input power.

For more details, pls refer to our manual.

Unavailable

 

Drawbacks:

The inverters are set in AC priority be default and don’t work well in renewable systems.

Auto Generator Start

Our Advantages:

Auto Generator Start for back up electrical generators in renewable system.

This terminal can also be connected to external alarm devices to give alarm when battery voltage goes low.

Unavailable

 

Charge Current Control

Our Advantages:

The charging current can be regulated to different ratings for a wide range of battery banks.

Unavailable

 

Drawbacks:

Battery bank capacity has to be specially configurated to suit the charger rating.

Remote LCD control panel

Our Advantages:

Remote LCD control panel with system status at a glance.

Generally Unavailable

DC to AC Switch delay

Our Advantages:

15 secs switch delay from battery to input AC, this avoids frequent switches and leaves time for generator to spin up

Generally Unavailable

AC Voltage Regulation

Our Advantages:

We offer optional Voltage Regulation to regulate the input voltage from 154-276Vac/78-144Vac to an output voltage of 230V/120V±10% .

Generally Unavailable

DC Terminal

Our Advantages:

1 Metal screw holes for greatly extended lifespan than plastic ones

2 Strengthened metal base and bolt with enhanced torque rate of 23 NM

3 Higher plastic flammability of 94V-0.

Drawbacks:

Easy wear of plastic screws holes after a few times or over torque.

Low plastic flammability.

Grounding Terminal

Our Advantages:

Larger size, improved conductivity with maximum conductivity to 40A, UL 458 compliant.

Drawbacks:

Low conductivity of 10Amps.

The terminal may unable to conduct all the current when a short circuit occurs, endangering the users.