To Next PageTo Next PageWhat to do if an SKF Multilog IMx-S 32 Control Systems sensor repeatedly generates a false alarm?
If a sensor is generating false alarms or varying abnormally, first perform a sensor/cable test. Also, check the sensor mounting. If the issue persists, consider contacting SKF Condition Monitoring Center Luleå.
How to troubleshoot SKF Multilog IMx-S 32 Control Systems when sensor signal disappears?
If the sensor signal disappears or changes abnormally for single channels, perform a sensor/cable test.
General| Brand | SKF |
|---|---|
| Model | Multilog IMx-S 32 |
| Category | Control Systems |
| Language | English |
Information on datasheets, catalogs, and product links on SKF.com.
Contact specialists for maintenance and reliability issues via Knowledge Centre or email/phone.
Register product for exclusive benefits like support, ownership tracking, and offers.
Critical information and instructions for safe and reliable operation of the IMx-S system.
Overview of the IMx-S as part of the SKF Multilog On-line System for condition monitoring.
Description of the IMx-S 16 and IMx-S 32 units, including channel capacity and memory.
Explains the function of the SYS (fault) and PWR (power) LEDs on the IMx-S CPU card.
General safety precautions, including ESD prevention and mounting requirements for fire safety.
Planning considerations for system installation, including location assessment and sensor placement.
Recommendations for connecting the IMx-S to mains power, including cable type and specifications.
Instructions for connecting the power cable to the mains power grid and safety precautions.
Recommendations for routing and selecting sensor cables to ensure measurement accuracy and avoid interference.
Details on Ethernet cable selection, connections, ports, LEDs, and network connectivity.
Guidelines for using cable glands and blind plugs to maintain enclosure integrity and fire protection.
Shows terminal connections and DIP switch settings for analogue sensors like accelerometers.
Details on digital I/O board, terminal list, and DIP switch settings for digital sensors.
Information on using RS485 for Modbus RTU, cable connection, and DIP21 functionality for termination.
Description of relay driver outputs, terminal list, and connection details for software-controlled outputs.
Details on the buffered digital output, its connection, and phase inversion on newer boards.
How to configure network settings (IP address, unit ID) via software or hardware switches.
Methods for setting and synchronizing the IMx-S system time using automatic or manual methods.
Identifies common causes for non-responsive sensors and troubleshooting steps for various sensor types.
Step-by-step guide to troubleshoot non-responsive 2-wire accelerometers using DC voltage measurements.
Troubleshooting steps for 3-wire eddy current probes, focusing on signal voltage and power supply checks.
Troubleshooting for 4-20 mA channels, checking DIP settings, wiring, and current loop behavior.
Steps to diagnose issues with analogue voltage inputs, checking connections and voltage levels.
Guide to troubleshoot digital input channels, including sensor power, signal checks, and configuration.
Troubleshooting steps for relay driver outputs, checking voltage, resistance, and compatibility.
Troubleshooting loss of connection to the monitoring system, checking PC, network, and IMx-S status.
Diagnosing communication issues over RS485/Modbus, covering wiring, configuration, and protocol adherence.
Specifications for size, weight, stainless steel grade, IP rating, temperature, altitude, and pollution degree.
Details on power requirements, voltage range, and power consumption for IMx-S units.
Technical specifications for analogue differential inputs, power supply, range, and impedance.
Specifications for digital opto-isolated inputs, including power supply, trigger level, and channel counts.
Technical data for relay driver outputs and system relay outputs for IMx-S 16 and IMx-S 32.
Details on 24-bit AD conversion and true simultaneous sampling capabilities for analogue measurements.
Specifications for digital measurements, including frequency range, accuracy, and pulse width requirements.
Features related to signal processing, including time waveform, FFT, enveloping bands, and mathematical equations.
Information on Ethernet (100 Mbit RJ45, TCP/IP) and RS232 service interface capabilities.
Specifies the RAM available for data processing in the IMx-S unit.
Details on calibration, CE certification, and support for IEC 61850 standards.
States that SKF Sverige AB, Luleå is ISO 9001:2015 certified.
Dimensional drawing and mounting details for the IMx-S 16 standard cabinet.
Dimensional drawing and mounting details for the IMx-S 16 stainless steel cabinet.
Dimensional drawings for IMx-S 32 standard and stainless steel cabinets.
Comprehensive list of all terminal connections for the IMx-S unit, numbered 1 to 84.
Defines warranty periods (90-day, 1-year, 2-year) for various SKF products including IMx-S.
Outlines the exclusive remedies for product deficiencies, including repair, replacement, or refund.
Specifies warranty conditions, obligations, and what actions or damages are excluded.
Information on warranty coverage for SKF products not explicitly listed.
Describes how warranties for third-party products sold by SKF are handled.
