YJT CCD T. Rice optical sorter. - Thermodynamicthermodynamic.co.in/pdf/YJTCCD320TERTIARY.pdf ·...
Transcript of YJT CCD T. Rice optical sorter. - Thermodynamicthermodynamic.co.in/pdf/YJTCCD320TERTIARY.pdf ·...
YJT CCD T. Rice optical sorter.
The YJT CCD T controls product quality while minimising
yield loss, delivering efficient sorting results for a wide
range of commodities. The CCD sensor detects a variety of
defects and foreign material, such as discoloured and
immature grains, yellows or pecks and stones in rice.
Machine operation is made easy via a touch screen and
allows for easy product change over or sorting performance
adjustment if needed.
Tertiary sorting is offered as standard and provides the
maximum yield and highest reject ratios possible, with the
minimum in good product rejected.
� Proven CCD technology with tertiary sorting
� Removes colour defects as well as general foreign
material
� Operation made easy with simple user interface
� Delivering value for money
� Different machine sizes available to cover
processing capacities up to 8 tonnes/hour on rice
� After sales support delivered locally
Buhler Yijiete Color Sorting (Hefei) Co. Ltd219 Ming Chuan RdNational Hi-New TechnologyDevelopment Zone, HefeiChina - 230088T +86 551 3841 262F +86 551 3841 [email protected]
© The Bühler Group 2014
Buhler (India) Pvt. Ltd.13-D KIADB Industrial AreaAttibele - 562 107BangaloreT +91 (0)80 6777 0280F +91 (0)80 2289 0001www.buhlergroup.com
YJT CCD T.
Technical details.
The YJT CCD T delivers an accurate sorting performance via its sensor technology that detects discoloured defects.
Dimensions and weight
Model Width (mm) Depth (mm) Height (mm) Weight (Kg)
YJT CCD 320 T 2397 1,615 2,000 1,150
Technical Details
Model Typical Air Requirements* (L/min) Power Consumption (kW)
YJT CCD 320 T <3,200 2.9
Capacities (tonnes/hour)
YJT CCD 320 T
4.0 - 8.0
Accept Reject
Pre-condition: < 2% contamination, Japonica rice as example.
Typical sorting example
Remarks: ±10mm tolerance is acceptable by real calculation
Width Depth
Hei
ght