TWIN SCREW LOSS-IN-WEIGHT FEEDER

            A SOLUTION 
         FOR EVERY BULK 
      MATERIAL 

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TWIN SCREW LOSS-IN-WEIGHT FEEDER

Brabender Twin Screw
Loss-in-Weight Feeder

  • Loss-in-weight feeder for poor
    flowing or floodable powders 

  • Stainless steel hopper with stirr-
    ing agitator for consistent screw
    filling and mass flow of ingredient 

  • Separate screw and agitator
    motors (3 phase AC gear motors),
    except models MT and DDSR20 

  • Interchangeable screws and screw
    tubes allowing quick adjustment
    to changing ingredients and feed
    rates  

  • High-tech weighing system with
    digital load cell or high resolution
    strain gauge load cell for high
    weighing accuracy 

 

 

Twin screw loss-in-weight feeder

Data Sheet Download

 

 

 Loss-in-weight
 feeder
Max. feed rate dm3/h (ft3/h)*Download

 (MD = digital
 load cell, MS =
 strain gauge
 load cell)

Double
Spiral Screw
Twin
Spiral Screw
Twin
Blade Screw
Twin
Concave Screw
DinA4USLetter
 DDW-MD0-MT-
 0.5(1.0)[1.5]
–––––––––5.6
(0.2)
Download nowDownload now
 DDW-MD0-MT-
 0.5(1.0)[1.5] HYD
–––––––––5.6
(0.2)
Download nowDownload now
 DDW-MD2(3)-
 DDSR20-
 5(10)[20]

195
(6.9)

489
(17.2)
–––139
(4.9)
Download nowDownload now
 DDW-MS2(3)-
 DDSR20-
 5(10)[20]
195
(6.9)
489
(17.2)
–––139
(4.9)
Download nowDownload now
 DDW-MD5(6)-
 DDSR40-
 35(60)[110]
1960
(69.2)
2693
(95.1)
1853
(65.4)
1604
(56.6)
Download nowDownload now
 DDW-MS5(6)-
 DDSR40-
 35(60)[110]
1960
(69.2)
2693
(95.1)
1853
(65.4)
1604
(56.6)
Download nowDownload now
 DDW-MD6-
 DDSR40B-
 100(200)
1960
(69.2)
2693
(95.1)
1853
(65.4)
1604
(56.6)
Download nowDownload now
 DDW-MS6-
 DDSR40B-
 100(200)
1960
(69.2)
2693
(95.1)
1853
(65.4)
1604
(56.6)
Download nowDownload now
 DDW-H33-
 DDSR60-
 200(300)
5500
(194.2)
7500
(264.8)
6800
(240.1)
3700
(130.6)
 * Theoretical values at 100 % screw filling level and motor speed. Depending on the flow characteristics
    the filling level may decrease to 50 %. In addition, max. speed should be reduced to allow for bulk
    density variations.