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JT RecTec eTurner E530

he JT RecTec eTurner E530 is a fully electric compost turner for professional, high-capacity windrow composting. It is designed for larger windrows and combines zero local emissions, low noise, semi-autonomous operation and low maintenance demand with strong turning performance. JT RecTec positions the eTurner range as the world’s first series-produced all-electric compost turners for professional use.

  • Fully electric drive
  • Zero greenhouse gas emissions during operation
  • Radio controlled with semi-autonomous functions
  • Extra silent operation
  • Very low maintenance demand
  • Designed for larger windrows and higher throughput

Specifications

The eTurner E530 is built for windrows up to 5.3 m wide and 2.5 m high, with windrow cross section up to 7 m². JT RecTec lists machine-efficiency class A+, energy consumption of 0.05 kWh/m³, particle size up to 300 mm and turning capacity up to 3,000 m³/h, depending on material.

Windrow width: up to 5,3 m
Windrow height: up to 2,5 m
Turning capacity: up to 3 000 m³/h
Driving speed: up to 50 m/min

Features

Why choose the E530

The E530 is aimed at operators who need more output without losing the benefits of electric drive. JT RecTec highlights EV technology, zero emissions, low energy costs, clean technology, extra silent operation and charging via conventional chargers, photovoltaics and other renewable energy sources.

Operating concept

The E530 uses remote control and semi-autonomous functions to simplify daily work. JT RecTec says operators can select pre-installed programs or create application-specific sequences, allowing the machine to turn the windrow automatically. The smart operating unit also provides system, performance and service-related information for better process control.

Rotor and process advantages

JT RecTec states that its latest patented rotor generation was developed through field tests, lab analyses and computer simulations. The rotor is designed to support loose and voluminous windrow formation, reduce rotor speed by up to 30%, extend service life through dual-use rotor tools and reduce consumption and wear costs by up to 25%.