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technical data
HIGH PRECISION WEIGH CELL | SW-WD-FS
technical data
HIGH PRECISION WEIGH CELL | SW-WD-FS
DESCRIPTIONS
FEATURES
OPTIONS
The series SW-WD-FS Weigh Cells cover the weighing
SS Weighing range up to 2,000 g
SS Option 10: RS 422 instead of CAN interface
range up to 2,000 g. They have been specifically designed
SS Additive dead load range up to 1,000 g
SS Option 11: Bus operation (standard)
as compact sensor components, meaning they are espe-
SS Slim construction in stainless steel housing
SS Option 12: Higher display resolution
cially suited for installation into multi-track applications
IP 69K Wash Down with separate electronic box
and everywhere where small frame sizes are demanded.
SS Integrated Active Vibration Compensation,
AVC (optional)
By using a special construction, all Weigh Cells are suitable
for Wash Down applications IP 69K.
The Weigh Cell comes standard equipped - in connection
SS Interface 1: CAN, RS 422, Profibus DP, Profinet IO, Ethernet/IP, EtherCAT, Powerlink (optional)
SS Option 13: Binary I/O channels (standard)
SS Option 14: Filling algorithm
SS Option 19: Active Vibration Compensation (AVC)
SS Option 35: Profibus DP instead of CAN interface
SS Option 36: Ethernet/IP instead of CAN interface
SS Interface 2: RS 232 for service and configuration
SS Option 37: Profinet IO instead of CAN interface
SS Sampling rate 1 ms
SS Option 38: EtherCAT instead of CAN interface
SS Option 39: Powerlink instead of CAN interface
with a separate electronic box - to supply final weighing
values via a CAN, RS 422, Profibus DP, Profinet IO, Ethermodular components. The integrated software filters can
be configured in many ways, enabling optimal adaptation
of the weighing system to the respective ambient conditions. The Weigh Cells extensive command set facilitates
simplified control engineering integration.
Complemented by a variety of options, the Weigh Cell can
TO BE USED IN
SS Filling and closing machines for dairy, food and beverage industry
SS Wash Down applications
SS Special machine manufacturing
weight
net/IP, EtherCAT or Powerlink interface as ready to connect
Conventional load cell
SS Multi-track weighing systems
Wipotec Weigh Cell
SS In-Process-Control applications
High level load cell
also fulfill very specific requirements.
settling time
technical data
ALL DATA IN SUMMARY | SW-WD-FS
Weigh Cell type
SW 2000/1000-WD-FS
Weighing range
2,000 g
Electrical adjustable dead load range
1,000 g
Display value (d)
3)
0.1 g
Display value (d) with higher resolution (Option)
0.05 g
Linearity ≤
1)
± 0.1 g
Repeatability (S) ≤
0.05 g
Maximum dimension of weighing platform
1) 2)
150 x 150 mm
Settling time (on 1‰ of final value)
< 120 ms
Protection class of the Weigh Cell
IP 69K
Temperature range
+5 °C to +40 °C
Power supply
24 V DC, ± 5 %, 0.5 A
Weight
Interface 1
4)
approx. 2,700 g
CAN, RS 422, Profibus DP, Profinet IO, Ethernet/IP, EtherCAT, Powerlink
Interface 2
Housing material
1) Depends on the preference settings and on setup and ambient conditions of the system | The absolute repeatability is +/- 3 s
2) Weighing time = settling time plus (adjustable) measuring time
3) Temperature range: +10 °C to +30 °C
4) In separate electronic box with maximum 3 m cable connection
Customer specific variations on request
RS 232
Stainless steel AISI 316L
technical data
DIMENSIONS | SW-WD-FS
207
60
18
SW-WD-FS
M5
13
217
2850
Headquarters
Wipotec GmbH
Adam-Hoffmann-Str. 26
67657 Kaiserslautern, Germany
T +49.631.34146-0
F +49.631.34146-8640
[email protected]
www.wipotec.com
49
51
65
105,5
31
9
198
M4
10
Italy
230
Wipotec Italia s.r.l.
Via Antonio Gramsci, 18
20016 Pero (MI), Italy
T +39.02.73952424
F +39.02.45508075
[email protected]
www.wipotec.it
69
1
40,3
1
9,6
90
16,8
64,3
2
1: Interface 1
Interface 2
All measurements in mm
79,5
Roswell, Georgia 30076, USA
T +1.770.971.5414
F +1.770.509.5524
[email protected]
www.wipotec.com
165
24
3
1: Verbindungsk.
Box -Sensor
USA
2: Anschluss
X1,
COM2
Wipotec North America
3: Anschluss
X3,Lakes
power
supply I/
700 Old Roswell
Parkway,
4: Anschluss
X4,
CAN,
RS422
...
Suite 200
4
Subject to technical modifications
2014-11-EN-SW-WD-FS