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Get in contact with usTruss-rail ventilation systems are used for natural ventilation in Venlo greenhouses. With the R system, the rack boxes are mounted on the truss. One gear rack moves a push-pull tube with push rods that operates one row of ventilation windows in a section. The lee- or wind-side ventilation gear racks are coupled with drive tubes and driven by a GW motor gearbox.
| Article | Description | T (50/60Hz) [Nm] | n (50/60Hz) [rpm] | L [mm] | D [mm] | P (50/60Hz) [kW] | I (@ Y) (50/60Hz) [A] | I (@ Δ) (50/60Hz) [A] | m [kg] |
| P.GW10.3.400.26.KW | GW10 2.6 3ph 400V with CW+CH 10B z16 | 100 / 80 | 2,6 / 3,1 | 168 | 124 | 0,09 / 0,11 | 0,4 / 0,4 | 0,7 / 0,7 | 21 |
2 P.GW10.3.400.26.KW 11 GW10 2.6 3ph 400V with CW+CH 10B z16 12 13 P.GW10.400.26.KW.jpg 14 15 CAT_P.GW10.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW10.3.400.52.KW | GW10 5.2 3ph 400V with CW+CH 10B z16 | 100 / 80 | 5,2 / 6,2 | 191 | 124 | 0,18 / 0,22 | 0,7 / 0,7 | 1,2 / 1,2 | 24 |
2 P.GW10.3.400.52.KW 11 GW10 5.2 3ph 400V with CW+CH 10B z16 12 13 P.GW10.400.26.KW.jpg 14 15 CAT_P.GW10.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW30.400.26.KW | GW30 2.6 3ph 400V with CW+CH 10B z16 | 300 / 240 | 2,6 / 3,1 | 220 | 137 | 0,25 / 0,30 | 0,8 / 0,8 | 1,4 / 1,4 | 24 |
2 P.GW30.400.26.KW 11 GW30 2.6 3ph 400V with CW+CH 10B z16 12 13 P.GW30.400.26.KW.jpg 14 15 CAT_P.GW30.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW30.400.52.KW | GW30 5.2 3ph 400V with CW+CH 10B z16 | 300 / 240 | 5,2 / 6,2 | 220 | 137 | 0,37 / 0,44 | 1,2 / 1,2 | 2,1 / 2,1 | 27 |
2 P.GW30.400.52.KW 11 GW30 5.2 3ph 400V with CW+CH 10B z16 12 13 P.GW30.400.26.KW.jpg 14 15 CAT_P.GW30.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW40.400.26.KW | GW40 2.6 3ph 400V with CW+CH 10B z16 | 400 / 320 | 2,6 / 3,1 | 220 | 159 | 0,37 / 0,44 | 1,0 / 1,0 | 1,7 / 1,7 | 29 |
2 P.GW40.400.26.KW 11 GW40 2.6 3ph 400V with CW+CH 10B z16 12 13 P.GW80.400.26.KW.jpg 14 15 CAT_P.GW80.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW40.3.400.52.KW | GW40 5.2 3ph 400V with CW+CH 10B z16 | 400 / 320 | 5,2 / 6,2 | 220 | 137 | 0,55 / 0,66 | 1,5 / 1,5 | 2,6 / 2,6 | 29 |
2 P.GW40.3.400.52.KW 11 GW40 5.2 3ph 400V with CW+CH 10B z16 12 13 P.GW80.400.26.KW.jpg 14 15 CAT_P.GW80.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW60.3.400.26.KW | GW60 2.6 3f 400V with KW+KT 10B z16 | 600 / 480 | 2,6 / 3,1 | 218 | 159 | 0,55 / 0,66 | 1,5 / 1,5 | 2,6 / 2,6 | 27 |
2 P.GW60.3.400.26.KW 11 GW60 2.6 3f 400V with KW+KT 10B z16 12 13 P.GW80.400.26.KW.jpg 14 15 CAT_P.GW80.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW60.3.400.52.KW | GW60 2.6 3f 400V with KW+KT 10B z16 | 600 / 480 | 5,2 / 6,2 | 242 | 159 | 0,75 / 0,90 | 2,0 / 2,0 | 3,5 / 3,5 | 27 |
2 P.GW60.3.400.52.KW 11 GW60 2.6 3f 400V with KW+KT 10B z16 12 13 P.GW80.400.26.KW.jpg 14 15 CAT_P.GW80.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW80.400.26.KW | GW80 2.6 3ph 400V with CW+CH 10B z16 | 800 / 640 | 2,6 / 3,1 | 218 | 159 | 0,55 / 0,66 | 1,5 / 1,5 | 2,6 / 2,6 | 31 |
2 P.GW80.400.26.KW 11 GW80 2.6 3ph 400V with CW+CH 10B z16 12 13 P.GW80.400.26.KW.jpg 14 15 CAT_P.GW80.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW80.2.400.40.KW | GW80 4.0 3ph 400V with CW+CH 10B z16 d25 | 800 / 640 | 4,0 / 4,8 | 242 | 159 | 0,75 / 0,90 | 2,0 / 2,0 | 3,5 / 3,5 | 38 |
2 P.GW80.2.400.40.KW 11 GW80 4.0 3ph 400V with CW+CH 10B z16 d25 12 13 P.GW80.400.26.KW.jpg 14 15 CAT_P.GW80.400.26.KW_2D.gif 17 16 10 | |||||||||
| P.GW100.400.26.KW | GW100 2.6 3ph 400V with CW+CH 12B z18 | 1000 / 800 | 2,6 / 3,1 | 242 | 159 | 0,75 / 0,90 | 2,2 / 2,2 | 3,8 / 3,8 | 38 |
2 P.GW100.400.26.KW 11 GW100 2.6 3ph 400V with CW+CH 12B z18 12 13 P.GW150S.400.40.KW.jpg 14 15 CAT_P.GW100.400.26.KW_2D.gif 17 16 10 |
| Article | Description | F [N] | T [Nm] | i [-] | L [mm] | S [mm] | s [mm/rev] | n [rev] | m [kg] |
| P.THG55R.1.S0750 | THG55R, L1050 S0750mm | 11000 | 65,00 | 3,125 | 1050 | 750 | 36,19 | 21 | 8,3 |
2 P.THG55R.1.S0750 11 THG55R, L1050 S0750mm 12 13 P.THG55R.1.S0000.jpg 14 15 CAT_P.THG55R.1.S0000_2D.gif 16 17 10 | |||||||||
| P.THG55R.1.S0900 | THG55R, L1200 S0900mm | 11000 | 65,00 | 3,125 | 1200 | 900 | 36,19 | 25 | 8,9 |
2 P.THG55R.1.S0900 11 THG55R, L1200 S0900mm 12 13 P.THG55R.1.S0000.jpg 14 15 CAT_P.THG55R.1.S0000_2D.gif 16 17 10 | |||||||||
| P.THG55R.1.S1100 | THG55R, L1400 S1100mm | 11000 | 65,00 | 3,125 | 1400 | 1100 | 36,19 | 31 | 9,7 |
2 P.THG55R.1.S1100 11 THG55R, L1400 S1100mm 12 13 P.THG55R.1.S0000.jpg 14 15 CAT_P.THG55R.1.S0000_2D.gif 16 17 10 |
| Article | Description | D [mm] | B [mm] | m [kg] |
| P.SKP.D27 | Coupling set D27 for THG25/42/55 rack | 27 | 15 / 20 | 0,2 |
| P.SKP.D32 | Coupling set D32 for THG25/42/55 rack | 32 | 15 / 20 | 0,2 |
| Article | Description | B [mm] | m [kg] |
| P.SKP.BVM.20 | BVM coupling set - THG42/55 rack | 35 | 0,03 |
| Article | Description | m [kg] |
| P.ABR.24 | Shaft locking ring 24 DIN6799 EZ | 0,01 |
| Article | Description | m [kg] |
| P.THG.CR | Contra-ring THG-serie ØD46,5 Ød11 d5 | 0,06 |
| Article | Description | A [mm] | L [mm] | m [kg] |
| P.GL125.R.L190 | Slide bearing plate 5/4" R A135 L190 mm | 135 | 190 | 0,3 |
| P.GL125.R.L195 | Slide bearing plate 5/4" R A140 L195 mm | 140 | 195 | 0,3 |
| Article | Description | Chain | Shaft | Tmax [Nm] | Db [mm] | D [mm] | L [mm] | m [kg] |
| P.LKWL10B.Z16.D125 | Weld sprocket 10B z16 - 5/4" | 10B z16 | D125 | 420 | 43 | 96 | 30 | 0,4 |
2 P.LKWL10B.Z16.D125 11 Weld sprocket 10B z16 - 5/4" 12 13 P.LKWL10B.Z16.D125.jpg 15 16 CAT_P.LKWL10B.Z16.D125_2D.gif 17 10 |
| Article | Description | Tmax [Nm] | D [mm] | m [kg] |
| P.KTG10B-2.Z16 | Chain 10B z16 | 420 | 96 | 0,5 |
| P.KTG12B-2.Z18 | Chain 12B z18 | 760 | 126 | 0,8 |
| Article | Description | Chain | Shaft | Tmax [Nm] | D2 [mm] | L [mm] | m [kg] |
| P.KWL10B.Z16.ZK | Sleeve sprocket 10B z16 - ZK | 10B z16 | ZK | 420 | 96 | 30 | 0,6 |
2 P.KWL10B.Z16.ZK 11 Sleeve sprocket 10B z16 - ZK 12 13 P.KWL10B.Z16.ZK.jpg 14 15 CAT_P.KWL10B.Z16.ZK_2D.gif 10 |
| Article | Description | Db [mm] | Type | m [kg] |
| P.SLKP125.ZK | Prefab sleeve joint coupling 5/4" - ZK | 42,4 | ZK | 0,2 |
| Article | Description | H [mm] | B [mm] | A [mm] | L [mm] | m [kg] |
| P.MP.KL.350.25 | Clamping mounting plate 350 truss 25mm | 350 | 25 | 155 | 531 | 4,3 |
2 P.MP.KL.350.25 11 Clamping mounting plate 350 truss 25mm 12 13 P.MP.RK.KL.400.30.jpg 14 10 CAT_P.MP.KL.000.00_2D.gif | ||||||
| P.MP.KL.400.25 | Clamping mounting plate 400 truss 25mm | 400 | 25 | 155 | 581 | 4,7 |
2 P.MP.KL.400.25 11 Clamping mounting plate 400 truss 25mm 12 13 P.MP.RK.KL.400.30.jpg 14 10 CAT_P.MP.KL.000.00_2D.gif | ||||||
| P.MP.KL.400.30 | Clamping mounting plate 400 truss 30mm | 400 | 30 | 155 | 581 | 4,8 |
2 P.MP.KL.400.30 11 Clamping mounting plate 400 truss 30mm 12 13 P.MP.RK.KL.400.30.jpg 14 10 CAT_P.MP.KL.000.00_2D.gif | ||||||
| P.MP.KL.500.30 | Clamping mounting plate 500 truss 30mm | 500 | 30 | 155 | 681 | 5,5 |
2 P.MP.KL.500.30 11 Clamping mounting plate 500 truss 30mm 12 13 P.MP.RK.KL.400.30.jpg 14 10 CAT_P.MP.KL.000.00_2D.gif | ||||||
| P.MP.KL.600.30 | Clamping mounting plate 600 truss 30mm | 600 | 30 | 155 | 781 | 8,9 |
2 P.MP.KL.600.30 11 Clamping mounting plate 600 truss 30mm 12 13 P.MP.RK.KL.400.30.jpg 14 10 CAT_P.MP.KL.000.00_2D.gif |
Multiple options available upon request
Rapidly varying weather conditions are the order of the day. The need for good, accurate ventilation systems and airtightness in larger production greenhouses is becoming increasingly important. New cultivation requires insights for less, accurate and metered ventilation in combination with more screens with the aim of keeping as much heat and moisture as possible in the greenhouse to save energy. To achieve an optimal climate through optimal ventilation, our drives are essential for optimal results.

De Gier Drive Systems
+ 31 174 29 20 89
Westlandseweg 9
2291 PG Wateringen
Netherlands
+31 174 29 20 89
sales@degierdrivesystems.com
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