
Do you have a question about the Danfoss SONOMETER 1100 and is the answer not in the manual?
| Type | Ultrasonic Flow Meter |
|---|---|
| Pressure range | Up to 25 bar |
| Protection class | IP65 |
| Accuracy | Class 2 |
| Communication | M-Bus, Modbus, BACnet |
| Measurement Principle | Ultrasonic transit time |
| Outputs | Pulse |
| Operating Temperature | -20°C to +60°C |
| Storage Temperature | -25°C to 70°C |
| Housing Material | Stainless steel |
Warning about the energy meter's seal; damage invalidates warranty and verification.
Details on medium, temperature range, and operating/ambient conditions.
Details on pipe placement, flow direction, sensor orientation, and system pressure.
Guidance on placement away from interference, accessibility, and isolation valves.
Procedure for separating the calculator in high temperature or cooling applications.
Guides sensor cable identification, handling, symmetrical mounting, and immersion requirements.
Details on installing sensors in pockets and ball valves/adapters, including pocket orientation and sealing.
Crucial warning that improper installation invalidates warranty and verification.
Details the two power source options: long-life lithium battery or mains unit supply.
Information on battery type, handling, charging prohibition, temperature impact, and disposal.
Guidance on connecting mains units, fusing, safety cover, and phase connection warning.
Explains the role of the backup battery during mains power failure.
Instruction to seal components and put the meter into operation after installation.
Procedure for bleeding the system and verifying flow and temperature readings on the display.
Overview of available expansion modules, slot usage, and compatibility rules.
Mandatory observance of ESD regulations to prevent damage to electronic circuits.
Step-by-step guide for opening the calculator, inserting modules, connecting cables, and closing.
Details on integrated radio module specifications for OMS communication.
Information on the M-Bus module for serial communication with control centers.
Description of RS232 and RS485 modules for PC communication, including wiring.
Details on pulse input module for additional meters, programming, and units.
Information on pulse output module for data transmission with specifications.
Description of the combined input/output module for flow sensors.
Details on analogue output module for passive connections and current loops.
Overview of display loops and windows for system information display.
Details on standard display windows for energy, volume, flow, and temperatures.
Information on accounting date loops, error hours, and system information displays.
Details on pulse input values and monthly value displays for tariff meters.
Explanation of how to use the push-button to navigate through displays and loops.
List of common error codes, their descriptions, and potential causes.












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