S52c Weigh Feeder Controller
- Weigh Belt Controller
- Loss-In-Weight Feeder Controller
- Batch Controller
- Strain Gauge and LVDT Load Cells
The S52c weigh belt and Loss-In-Weight controller enables easy set-up, calibration and maintenance.
Its intuitive menu interface is very easy to use. Step-by-step on-screen instructions guide the user through set up, calibration and customization of inputs and outputs. Multiple checks and balances built into the software virtually eliminates human error.
S52c WEIGH BELT or LOSS-IN-WEIGHT CONTROLLER
The S52c Instrument can be used on most Weigh Belt and Loss-In-Weight Feeder systems to provide continuous control and information about the flow of material to its process by monitoring the load and speed. The weigh system can use either a strain gage or LVDT Load Cell to sense weight; however a variety of sensors can be used to sense the speed.
Weight information on a Weight information is processed as weight per length and speed is processed as unit length per time. Integrated together, this information is processed by the controller portion of the instrument to provide continuous control of the system to match a target flow rate or set-point.
On a Loss-In-Weight application the S52c uses the change in weight of the feeder to determine instantaneous material flow rate and accumulative weight total information. The speed is used to control the feeder when in volumetric control, used during refill and disturbance control integrated together, this information is processed by the controller portion of the instrument to provide continuous control of the system to match a target flow rate or set-point.
All information gathered by the system is then presented both visually on the instrument’s face and through optional communications via a number of field buses.
Input Power Requirements
|– Voltage Range:||120 to 240 VAC|
|– Frequency Range:||50 to 60 Hertz|
|– Phase Requirement:||Single Phase|
|– Power Consumption:||< 43 W|
|– Supply Protection:||Fused|
|– Area Classification:||Non-Hazardous|
|– Operating Temperature:||14 to 149° F (-10° to +65° C)|
|– Operating Humidity:||10 to 90% Non-Condensing|
|– Storage Temperature:||-4 to 185° F (-20° to +85° C)|
|– Storage Humidity:||5 to 95% Non-Condensing|
|– Altitude:||Operational Up to 2000 Meters|
|– Altitude Storage Up to:||3000 Meters (70 kPa)|
|– Cooling Method:||Natural Convection|
|– Pollution Degree:||2|
Standard Dimensional Requirements
|– Open Chassis:||Type IP23, 8.0″ H x 6.0″ W x 4.5″ D
(203.2 x 152.4 x 114.3 mm)
|– Enclosed:||Type IP66, 11.81″ H x 9.84″ W x 5.91″ D
(300 x 250 x 150 mm)
– Underwriters Laboratories, UL File #E208487
Standard Input/Output Specifications
|– Analog Input:||2-wire Loop powered
Range: 4-20 mA typical
Input Impedance: 169 Ohm
Voltage drop: 3.38V typical
Resolution: 22 bit
AI-1 Programmable, Field Selectable
|– Analog Output:||Isolated 4-20 mA into
750 Ohm Load Maximum
Sourcing, +24VDC Compliance Voltage, Range 0-24 mA Resolution 16 bit
AO-1 Programmable, Field Selectable
|– Digital Inputs:||Require Dry Contact Closures
Sourcing, +12VDC with 10 mA Minimum Sink Current
DI-DS Discrete – Drive Status
DI-1, 2, 3 Programmable, Field Selectable
|– Digital Outputs:||Isolated Relay Outputs
DO-1, 2 Form A, 140 VAC/ 200VDC @ 0.05A, 14 VAC/20 VDC @ 0.5A,
Contact Rating 10W, Resistive load
Programmable, Field Selectable
DO-3 Form A, Solid State Relay, 240 VAC/VDC, 100 mA maximum.
Programmable, Field Selectable
Remote Totals Form A, Solid State Relay, 240 VAC/VDC, 100 mA maximum.