Stepped 3D Screen - Jono

Stepped 3D Screen - Jono

Stepped 3D Screen - Jono

Product catalog summary
Product Introduction
The JONO stepped 3D screen is designed for large-sized materials and operates as a vibrating screen with circular motion. It is powered by a high-performance, energy-efficient three-phase AC motor. The design includes a blind bottom on the infeed side to optimize the screening surface, enhance material flow, extend the service life of screening elements, and reduce blockages. The screening elements are easily changeable, allowing for quick adjustments to different material sizes.
Working Principle
The screen operates through a flywheel vibrator that generates centrifugal force, causing the screen body to reciprocate and create vibration. This motion, combined with inertial force, splits the material, allowing it to drop onto the screen unit for separation.
Technical Data
  • Model: 1DJT2460A
  • Machine Size: 8710*4600*3020mm
  • Drive Unit: 30KW
  • RPM of Main Shaft: 625rpm
  • Transmission Model: Pulley drive
  • Vibration Source: Flywheel vibrator
  • Input Size: ≤500mm
  • Throughput: 60-80t/h
  • Screen Size: 350mm
Features
The vibrator features a modular design, allowing for weight adjustments. The structure is designed for reasonable vibration resistance, with a two-layer vibration-damping structure to effectively isolate vibrations. Note that throughput varies with screen size.
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Catalog excerpts

Stepped 3D Screen - Jono-1

PRODUCT INTRODUCTION The stepped 3D screen is for large-sized materials. The JONO stepped 3D screen is carried out as a vibrating screen with a circular motion and is driven by a high-performance and equally energy efficient three-phase AC motor. The blind bottom on the infeed side guarantees an efficient utilization of the screening surface, a good material flow, increases the service life of the screening elements and reduces blocking material. The screening elements can be changed easily and quickly and are therefore easy to adjust to the different sized cuttings. ORKING PRINCIPLE The centrifugal force generated by the flywheel vibrator makes screen body to reciprocate forward to form vibration. Under the inertial force, the material is constantly split by the stick. Drop on the screen unit to screen the material out.

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Stepped 3D Screen - Jono-2

ECHNICAL DATA Model Machine size Drive unit RPM of main shaft Transmission model Vibration source 30KW 625rpm Pulley drive Flywheel vibrator Input size Screen size Note: The throughput varies with the size of the screen. FEATURES The vibrator is modular in design and can be adjusted by increasing or decreasing the weight. The structure design is reasonable, and the screen body and the screen mesh have good vibration resistance. The structure can be effectively isolated by the two-layer vibration-damping structure design.

 Open the catalog to page 2
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.