Why is my Siemens Measuring Instruments reading erratic?
If your Siemens Measuring Instruments reading is erratic, with little or no relation to the material level, it could be that the true echo is too weak or the wrong echo is being processed. To resolve this, relocate and/or re-aim the transducer.
What to do if Siemens Measuring Instruments displays EEEE?
If your Siemens Measuring Instruments displays 'EEEE', it means the value is too large to display in 4 or 5 characters. To fix this, select larger Units (P005), or lower Convert Reading (P061).
What to do if Siemens Measuring Instruments displays LOE?
If your Siemens Measuring Instruments displays 'LOE', it indicates a weak or non-existent echo. To resolve this, relocate and/or re-aim the transducer.
Why does Siemens Measuring Instruments reading fluctuate?
If the reading on your Siemens Measuring Instruments fluctuates while the material level is still (or vice versa), it is likely due to incorrect measurement stabilization. You can adjust the Maximum Process Speed (P003) or damping (P704) to correct this.
What does Error and tb:(#) mean on Siemens Measuring Instruments?
If your Siemens Measuring Instruments displays 'Error and tb:(#)', it could be due to several reasons: 1. The wrong transducer is selected (P004). Re-enter the correct transducer type. 2. The transducer is connected in a “two wire” method. Do not tie white and shield together; use all three terminal blocks. 3. The transducer is connected backwards. Reverse the black and white wires on the terminal block.
What to do if Siemens Measuring Instruments reading is fixed?
If the reading on your Siemens Measuring Instruments is fixed regardless of the actual material level, the transducer acoustic beam might be obstructed, the standpipe too narrow, or the transducer ringing (reads over 100%). Try relocating and/or re-aiming the transducer at the material level or object.
What to do if Siemens Measuring Instruments displays Open and tb:(#)?
If your Siemens Measuring Instruments displays 'Open and tb:(#)', it indicates that the transducer is either not connected, the connection is reversed, there is an open circuited transducer cable, or a defective transducer at the indicated terminal block number. Check the connection to the displayed terminal blocks and repair or replace components as necessary.
What to do if Siemens Measuring Instruments displays Short and tb:(#)?
If your Siemens Measuring Instruments displays 'Short and tb:(#)', it means there is a short-circuited transducer cable, or a defective transducer at the indicated terminal block number. Repair or replace as necessary.
Why is my Siemens Measuring Instruments display blank?
If the display of your Siemens Measuring Instruments is blank and the transducer is not pulsing, the cause is likely no power. Check the power supply, wiring, or power fuse.
Why isn't Siemens Measuring Instruments responding to programmer?
If your Siemens Measuring Instruments is not responding to the programmer, it could be due to an obstructed infrared interface or a defective programmer. Check programmer usage: ensure it is 15 cm (6”) from the faceplate, pointed at the upper target.
General| Type | Ultrasonic level transmitter |
|---|---|
| Frequency | 50 kHz |
| Output | 4 to 20 mA |
| Communication Protocol | Profibus DP |
| Enclosure Rating | IP67 |
| Display | LCD |
| Process Connection | 2" NPT |
| Process Temperature | -40°C |
| Process Pressure | Up to 3 bar |
| Operating Temperature | -20 to +60 °C (-4 to +140 °F) |
Essential safety instructions for proper operation and protection.
Details on AC and DC power requirements, fuses, and consumption.
Environmental and site requirements for installation, including altitude and temperature.
Information on analog, control relays, and communication outputs.
Details on analog and discrete input types and their ranges.
Compatible transducer series, cable requirements, and specifications.
Step-by-step guide for mounting the unit on a wall.
Instructions for drilling and preparing conduit cable entry points.
Guidance on using supplied glands for exposed cable entry.
Steps for preparing a panel cutout and mounting the enclosure.
Overview of terminal board layout for inputs and outputs.
Specific wiring instructions and notes for transducer connections.
Details on three and six relay models, control, and alarm relays.
How relays behave during a power failure.
Information on mA output parameters and settings.
Guidelines for AC power connections and protection.
Explanation of the MultiRanger's display elements and indicators.
How to set parameters using the hand programmer.
Steps to activate the MultiRanger for operation.
Procedure for modifying parameter values.
Sets the type of measurement required for the application.
Defines the material type being measured, such as liquid or solids.
Determines the reaction speed to level changes.
Specifies the type of transducer to be used.
Specifies the units used for dimensional values.
Sets the distance from the transducer to the empty point.
Sets the range levels to be measured.
Common issues, their causes, and recommended actions for resolution.
Details on conduit entry requirements for specific hazardous area applications.
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