GW30 2.6 1ph 230V for winch drum
Article properties
Article number
P.GW30.2.230.26.L
Description
GW30 2.6 1ph 230V for winch drum
T (50/60Hz) [Nm]
300 / -
n (50/60Hz) [rpm]
2,6 / -
L [mm]
220
D [mm]
145
P (50/60Hz) [kW]
0,12 / -
I (@ Y) (50/60Hz) [A]
1,3 / -
I (@ Δ) (50/60Hz) [A]
-
m [kg]
27
Article Information
This GW series has the following specific features:
- One output shaft with ø18 mm for GW10 or ø28 mm for GW30 and 40.
- GW.L can be equipped with a cable winch drum with one segment (single cable) or two segments (double cable). Drum diameter 50 mm.
- GW.L can be equipped with belt winch drums suitable for fitting one or two winch belts (ø50 mm for GW10 or ø55 mm for GW30 and GW40).
Articles
Description
GW10 1.3 3ph 400V for winch drum
m [kg]
21
T (50/60Hz) [Nm]
100 / 80
n (50/60Hz) [rpm]
1,3 / 1,6
L [mm]
191
D [mm]
124
P (50/60Hz) [kW]
0,09 / 0,11
I (@ Δ) (50/60Hz) [A]
0,9 / 0,9
I (@ Y) (50/60Hz) [A]
0,5 / 0,5
Boostfactor
Description
GW10 2.6 3ph 400V for winch drum
m [kg]
21
T (50/60Hz) [Nm]
100 / 80
n (50/60Hz) [rpm]
2,6 / 3,1
L [mm]
168
D [mm]
124
P (50/60Hz) [kW]
0,09 / 0,11
I (@ Δ) (50/60Hz) [A]
0,7 / 0,7
I (@ Y) (50/60Hz) [A]
0,4 / 0,4
Boostfactor
Description
GW10 5.2 3ph 400V for winch drum
m [kg]
24
T (50/60Hz) [Nm]
100 / 80
n (50/60Hz) [rpm]
5,2 / 6,2
L [mm]
191
D [mm]
124
P (50/60Hz) [kW]
0,18 / 0,22
I (@ Δ) (50/60Hz) [A]
1,2 / 1,2
I (@ Y) (50/60Hz) [A]
0,7 / 0,7
Boostfactor
Description
GW10 1.3 1ph 230V for winch drum
m [kg]
21
T (50/60Hz) [Nm]
100 / -
n (50/60Hz) [rpm]
1,3 / -
L [mm]
191
D [mm]
124
P (50/60Hz) [kW]
0,09 / -
I (@ Δ) (50/60Hz) [A]
-
I (@ Y) (50/60Hz) [A]
1,1 / -
Boostfactor
Description
GW10 2.6 1ph 230V for winch drum
m [kg]
21
T (50/60Hz) [Nm]
100 / -
n (50/60Hz) [rpm]
2,6 / -
L [mm]
168
D [mm]
124
P (50/60Hz) [kW]
0,09 / -
I (@ Δ) (50/60Hz) [A]
-
I (@ Y) (50/60Hz) [A]
0,9 / -
Boostfactor
Description
GW10 5.2 1ph 230V for winch drum
m [kg]
24
T (50/60Hz) [Nm]
100 / -
n (50/60Hz) [rpm]
5,2 / -
L [mm]
191
D [mm]
124
P (50/60Hz) [kW]
0,18 / -
I (@ Δ) (50/60Hz) [A]
-
I (@ Y) (50/60Hz) [A]
1,3 / -
Boostfactor
Description
GW10 1.3 24VDC for winch drum
m [kg]
21
T (50/60Hz) [Nm]
100
n (50/60Hz) [rpm]
1,3
L [mm]
229
D [mm]
83,5
P (50/60Hz) [kW]
0,10
I (@ Δ) (50/60Hz) [A]
-
I (@ Y) (50/60Hz) [A]
6,5
Boostfactor
Description
GW10 2.6 24VDC for winch drum
m [kg]
21
T (50/60Hz) [Nm]
100 / -
n (50/60Hz) [rpm]
2,6 / -
L [mm]
229
D [mm]
84
P (50/60Hz) [kW]
0,24
I (@ Δ) (50/60Hz) [A]
-
I (@ Y) (50/60Hz) [A]
12,5
Boostfactor
Description
GW10 2.6 24VDC for winch drum
m [kg]
21
T (50/60Hz) [Nm]
100 / -
n (50/60Hz) [rpm]
5,1 / -
L [mm]
229
D [mm]
84
P (50/60Hz) [kW]
0,24
I (@ Δ) (50/60Hz) [A]
-
I (@ Y) (50/60Hz) [A]
12,5
Boostfactor
Description
GW10 6.2 3ph 208/480V 60Hz winchdrum Ø18
m [kg]
21
T (50/60Hz) [Nm]
100
n (50/60Hz) [rpm]
6,2
L [mm]
189
D [mm]
123
P (50/60Hz) [kW]
0,16
I (@ Δ) (50/60Hz) [A]
1,1
I (@ Y) (50/60Hz) [A]
0,6
Boostfactor
Description
GW10 3.1 1ph 240V 3D 60Hz for winchdrum
m [kg]
21
T (50/60Hz) [Nm]
100
n (50/60Hz) [rpm]
3,1
L [mm]
189
D [mm]
123
P (50/60Hz) [kW]
0,18
I (@ Δ) (50/60Hz) [A]
I (@ Y) (50/60Hz) [A]
1,9
Boostfactor
Description
GW10 6.2 1ph 240V 3D 60Hz for winchdrum
m [kg]
21
T (50/60Hz) [Nm]
100
n (50/60Hz) [rpm]
6,2
L [mm]
189
D [mm]
123
P (50/60Hz) [kW]
0,18
I (@ Δ) (50/60Hz) [A]
I (@ Y) (50/60Hz) [A]
1,9
Boostfactor
| 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.GW10.3.400.13.L | GW10 1.3 3ph 400V for winch drum | 100 / 80 | 1,3 / 1,6 | 191 | 124 | 0,09 / 0,11 | 0,5 / 0,5 | 0,9 / 0,9 | 21 |
2 P.GW10.3.400.13.L 11 GW10 1.3 3ph 400V for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.400.26.L | GW10 2.6 3ph 400V for winch drum | 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.L 11 GW10 2.6 3ph 400V for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.400.52.L | GW10 5.2 3ph 400V for winch drum | 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.L 11 GW10 5.2 3ph 400V for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.230.13.L | GW10 1.3 1ph 230V for winch drum | 100 / - | 1,3 / - | 191 | 124 | 0,09 / - | 1,1 / - | - | 21 |
2 P.GW10.3.230.13.L 11 GW10 1.3 1ph 230V for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.230.26.L | GW10 2.6 1ph 230V for winch drum | 100 / - | 2,6 / - | 168 | 124 | 0,09 / - | 0,9 / - | - | 21 |
2 P.GW10.3.230.26.L 11 GW10 2.6 1ph 230V for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.230.52.L | GW10 5.2 1ph 230V for winch drum | 100 / - | 5,2 / - | 191 | 124 | 0,18 / - | 1,3 / - | - | 24 |
2 P.GW10.3.230.52.L 11 GW10 5.2 1ph 230V for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.024.13.L | GW10 1.3 24VDC for winch drum | 100 | 1,3 | 229 | 83,5 | 0,10 | 6,5 | - | 21 |
2 P.GW10.3.024.13.L 11 GW10 1.3 24VDC for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.024.26.L | GW10 2.6 24VDC for winch drum | 100 / - | 2,6 / - | 229 | 84 | 0,24 | 12,5 | - | 21 |
2 P.GW10.3.024.26.L 11 GW10 2.6 24VDC for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.024.51.L | GW10 2.6 24VDC for winch drum | 100 / - | 5,1 / - | 229 | 84 | 0,24 | 12,5 | - | 21 |
2 P.GW10.3.024.51.L 11 GW10 2.6 24VDC for winch drum 12 13 P.GW10.400.26.L.jpg 14 15 CAT_P.GW10.400.26.L_2D.gif 17 16 10 | |||||||||
| P.GW10.3.480.62.L | GW10 6.2 3ph 208/480V 60Hz winchdrum Ø18 | 100 | 6,2 | 189 | 123 | 0,16 | 0,6 | 1,1 | 21 |
| P.GW10.3.240.31.L | GW10 3.1 1ph 240V 3D 60Hz for winchdrum | 100 | 3,1 | 189 | 123 | 0,18 | 1,9 | 21 | |
| P.GW10.3.240.62.L | GW10 6.2 1ph 240V 3D 60Hz for winchdrum | 100 | 6,2 | 189 | 123 | 0,18 | 1,9 | 21 | |
General Information
The global success of De Gier Drive Systems is rooted in the GW series. They are reliable and and are used as drive systems in covered horticulture in both glass and poly greenhouses. They are also very effective in livestock farming, crop storage and non-residential buildings. The GW series covers a very wide range of applications such as natural ventilation, screening, hoisting or winching and daylight control. The key success factors of the GW series are:
- Compact and smart design
- Powerful and self-locking
- Robust and durable
- Easy mounting and installation
- Maintenance-free and whisper-quiet
- Perfect price/performance ratio
Features of GW motor gearboxes:
- Available in different versions (ventilation, screening and winching).
- Drive torque range from 100 to 1500 Nm.
- Speed range from 1.3 to 30 rpm.
- Equipped with linear limit switch system with operating and emergency limits.
- Adjustable switching range from 0.2 to 88 turns of the output shaft.
- Adjustable switching range from 1.0 to max. 1400 turns of the output shaft at 15 and 30 rpm.
- Duty cycle limited to 25 minutes maximum (S3-30%).
- Prepared for installation of an I-DE encoder for position feedback to a climate controller.
- Base mounting and side mounting both possible.
- As a standard supplied in colour De Gier Drive Systems Blue (RAL5009).
- Electric motors with protection rating IP55 according to EN 600529.
- Hex socket head connection on the electric motor shaft enabling manual or battery drill operation.
- Supplied with installation instructions, mounting bolts and vent plug in a handy pouch.
- Individually packaged in a sturdy cardboard box with identification label.
- Installation instructions with a II-I B certificate for your CE mark available.
- As an option the GW motor gearbox can be supplied with built-in encoder (I-DE) or a potentiometer for position feedback.
- Electric motors with different voltages, frequencies and protection ratings are available
- Motors with UL and CSA certification optionally available.
De Gier Drive Systems
+ 31 174 29 20 89