250 t/h General 02: A Mobile Crushing and Screening Line in Closed Circuit

Challenge
A mobile plant was needed in Turkey to produce precisely sized aggregate from hard limestone and ore at 250 t/h.
Solution
Closed-circuit General 02 mobile crushing plant: GNR PDK02 impact crusher, oversize return conveyors, hydraulic-setup chassis and control panel.
Result
The plant was installed and commissioned in Turkey and produces 0-25 mm and 0-50 mm aggregate.
The goal of this project was twofold: high tonnage and accurate control of product size. The General 02 mobile crushing plant we set up and commissioned in Türkiye was configured around both targets. Positioned in the middle of our mobile range, the plant gets its crushing power from the GNR PDK02 impact crusher unit.
250 Tonnes per Hour with an Impact Crusher
The system can crush and screen 250 tonnes of material per hour and achieves a high reduction ratio even in the hardest limestone and ores. Impact crusher technology lies at the heart of this performance.
Closed Circuit: Oversize Goes Back to the Crusher
The General 02 runs fully in closed circuit. Material that cannot pass the screen is sent back to the crusher automatically by return conveyors. As a result, aggregate in the 0-25 mm and 0-50 mm sizes is produced to the required standards. With the hydraulically erected mobile chassis combined on one platform and managed from a smart control panel, the plant keeps working on site without interruption.
General 02 Closed-Circuit Plant – Questions
How many tonnes does the plant process per hour?
It reaches a crushing and screening capacity of 250 tonnes per hour.
Which crusher does the plant use?
The GNR PDK02 impact crusher unit developed for this plant.
What is the benefit of closed-circuit operation?
Oversize material returns to the crusher automatically, so the aggregate size is controlled accurately.
Which aggregate sizes are produced?
Aggregate in the 0-25 mm and 0-50 mm sizes.
Which materials can it handle?
It crushes even the hardest limestone and ores with a high reduction ratio.




