From the manual:
Analog module BAM100
The Bulkscan® LMS511 and Bulkscan® LMS111 can read in and output analog current values in the range 4 to 20 mA via the analog module BAM100.
Analog input signals are converted to digital format and transmitted to the Bulkscan®.
The analog module BAM100 can also convert measured values from the Bulkscan® into analog output signals and output them.
Four analog inputs are available, which can read in the following input variables:
• Analog input 1: Belt speed
• Analog input 2: Bulk density
• Analog input 3: Mass flow rate
• Analog input 4: External input (Bulkscan® LMS511 only)
The analog module has four analog outputs, which can be assigned the following output variables:
• Volume flow
• Mass flow rate
• Focus
• Bulk height
• Bulk density
• Belt speed
• Left conveyor belt edge (Bulkscan® LMS511 only)
• Right conveyor belt edge (Bulkscan® LMS511 only)
• Left bulk edge (Bulkscan® LMS511 only)
• Right bulk edge (Bulkscan® LMS511 only)
The analog module must be ordered in addition to the basic device.
How to configure the analog inputs:
b Switch to the Measurement tab.
b Configure the required input source as Analog value.
b Configure the 4 mA point and the 20 mA point according to the represented input variable.
How to configure the analog outputs:
b Switch to the Interfaces tab.
b Click on BAM100 to open the BAM100 tab.
b Select the assignment under Analog outputs.
b Configure the 4 mA point and the 20 mA point according to the represented output variable.
How to establish a connection to the BAM100 analog module:
b Make sure that you have configured and saved all of the application-specific settings.
b Click Connect BAM100.
b Close SOPAS ET and connect the Bulkscan® sensor to the BAM100 analog module with the Ethernet connecting cable, see accessories (see “12.2 Accessories“ on page 97). An RJ45 female connector is provided on the BAM100 module for this purpose (see electrical installation).
The Bulkscan® and the BAM100 use a point-to-point connection. It is not allowed to connect the BAM100 through a network