Features:
- Uses 78 GHz FMCW radar for narrow-beam, non-contact level measurement.
- Supports measurement ranges up to 100 m when the selected configuration and application permit.
- Offers two-wire communication and optional local commissioning interface by order code.
The current product identity covers the LR560 family; its complete Siemens order number defines the mechanical connection, housing, protocol and approval package.
It provides continuous level information for silos, bins and process vessels containing bulk solids or qualifying liquids without contacting the measured material.
Before installation, validate the nozzle position, beam path, process limits, hazardous-area certificate and the control-system protocol assigned to the exact unit.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for Siemens SITRANS LR560:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Monitors powders, granulates and other bulk solids in tall silos where a narrow radar beam helps avoid internal structures.
- Supports continuous inventory measurement in dusty process vessels without a probe contacting the product surface.
- Fits process-monitoring duties that require remote level indication through the selected HART or PROFIBUS PA interface.
- The selected housing and approval must remain within the documented ambient range and enclosure conditions at the mounting point.
- Process temperature and pressure limits depend on the ordered flange and seal arrangement rather than the family name alone.
- Dust, buildup and vessel internals should be evaluated so the lens remains clear and the transmitted beam reaches the intended surface.
- Hazardous-area use requires the exact approved version, matching cable glands and installation practices stated on the nameplate and certificate.
- Power must be isolated before opening the enclosure where energized conductors or explosive atmospheres could create a risk.
- Process pressure must be relieved and personnel protected before removing the transmitter from a vessel connection.
- The 78 GHz operating band produces a narrow beam that improves aiming around vessel obstructions and steep material profiles.
- Maximum usable range depends on reflectivity, dust, vessel geometry, antenna installation and the ordered process configuration.
- Commissioning parameters for vessel dimensions and material response determine the reliability of the reported level over the working span.