Description
Functional Purpose It is used to monitor the temperature of equipment such as rotating machinery, engines, motors, and bearings to detect potential overheating problems or faults. It is usually used in conjunction with temperature sensors to measure the temperature of equipment or machinery. When the monitor detects abnormal temperature or exceeds the set threshold, it can trigger an alarm to notify the operator or automatically take predefined protective measures. Some monitors have communication interfaces, which can transmit temperature data to the monitoring system or data acquisition equipment for real-time monitoring and recording. Some monitors can also record temperature data for subsequent analysis and reporting.
Functional Features: High-precision Temperature Measurement: It can accurately measure the temperature of equipment, providing accurate data support for the condition monitoring of equipment. High-precision temperature sensors are usually used, and the measurement error can be controlled within a small range to ensure precise perception of the temperature change of the equipment. Multi-channel Monitoring: It generally has multiple measurement channels and can simultaneously monitor the temperature of multiple different parts. This enables a comprehensive understanding of the temperature conditions at different positions of the equipment, and can promptly detect abnormal temperature areas, which helps to more accurately determine the operating status and potential fault points of the equipment. Real-time Data Acquisition and Transmission: It can collect temperature data in real time and quickly transmit the data to the monitoring system or other related equipment. This enables operators to obtain the temperature information of the equipment in a timely manner, facilitating timely decision-making. The data transmission usually has high reliability and stability to ensure the integrity and timeliness of the data. Fault Diagnosis and Early Warning Function: It has built-in certain fault diagnosis algorithms, which can evaluate the operating status of the equipment according to the preset thresholds and temperature change trends. When the temperature exceeds the normal range or there are abnormal changes, it can promptly send out early warning signals to remind the operator to pay attention to the equipment condition, so as to take corresponding maintenance and repair measures and avoid the further deterioration of the equipment fault. Compatibility and Expandability: It has good compatibility and can be seamlessly integrated with Bently Nevada's 3500 series monitoring system and other related equipment. At the same time, it has certain expandability, making it convenient for users to add monitoring points or expand the system functions according to actual needs to meet the equipment monitoring requirements of different scales and complexity levels. Robust and Durable Design: Considering the complexity and harshness of the industrial environment, this equipment usually adopts a sturdy shell and reliable packaging technology, with strong anti-interference ability, shock resistance, and the ability to adapt to different environmental temperatures and humidity. It can operate stably in harsh industrial sites for a long time, ensuring the accuracy and reliability of temperature monitoring.
Technical Parameters: Number of Channels: It provides 6 channels for temperature monitoring. Input Types: It accepts two types of temperature inputs, namely resistance temperature detectors (RTD) and thermocouples (TC). Isolation Characteristics: For the TC isolated version, 250V DC isolation is provided between channels to prevent external interference. The non-isolated version can be configured by the user to accept TC, RTD, or a mixed input of both. Dimensions: Approximately 2.6cm×25.3cm×24cm. Weight: Approximately 0.8kg. Function: It conditions the input signals and compares them with the user-programmable alarm set values.
Installation and Maintenance Methods of Bently Nevada 3500/60 163179 - 01: Installation Method 1. Preparation Before Installation Confirm that the installation environment meets the requirements of the equipment, including temperature, humidity, vibration, and other conditions. Ensure that there are no strong electromagnetic interference sources near the installation location. Prepare the required tools, such as screwdrivers, wrenches, etc., and necessary installation materials, such as cables, fixing brackets, etc. Carefully read the installation manual of the equipment to familiarize yourself with the structure and installation requirements of the equipment. 2. Hardware Installation Fix the 3500/60 frame in an appropriate position, ensuring that the frame is firmly installed and the levelness meets the requirements. Bolts or other fixing devices can be used to install the frame on the cabinet or equipment bracket. Insert the 163179 - 01 module into the corresponding slot of the 3500/60 frame, ensuring that the module is inserted in place and fixed. When inserting the module, follow the correct direction and operation method to avoid damaging the pins or slots of the module. Connect the relevant cables, including power cables, sensor input cables, communication cables, etc. Ensure that the cables are firmly connected and in good contact, and the laying of the cables complies with relevant electrical safety specifications to avoid mechanical damage or electromagnetic interference to the cables. Install external sensors as required and correctly connect them to the input ports of the 163179 - 01 module. The installation position of the sensors should be reasonably selected according to the actual measurement requirements to ensure accurate measurement of the required physical quantity. 3. Software Configuration Install the monitoring software supporting the 3500/60 system and complete the installation process according to the software installation wizard. Open the monitoring software and configure the parameters of the 163179 - 01 module through the software interface. The configuration content includes sensor types, measurement ranges, alarm thresholds, data acquisition frequencies, etc. Set reasonable parameter values according to actual application requirements. Configure the system communication to ensure that the 163179 - 01 module can communicate normally with the host computer or other related equipment. Configure parameters such as communication protocols, addresses, baud rates, etc., to make them match the settings of the entire monitoring system.
Maintenance Method 1. Daily Maintenance Regularly check the operating status of the equipment, and check through the monitoring software whether the data collected by the 163179 - 01 module is normal and whether there are alarm messages. Observe the status of the equipment indicator lights to determine whether the equipment is operating normally. Check whether the hardware connections are loose, including the connections between the module and the frame, cable connectors, and other parts. If there is any looseness, tighten it in a timely manner to ensure a reliable connection. Clean the dust and dirt on the surface of the equipment to keep the appearance of the equipment clean. A clean soft cloth can be used to gently wipe, and cleaning agents containing corrosive substances should be avoided. 2. Regular Maintenance Conduct a comprehensive inspection and maintenance of the equipment at regular intervals (such as every six months or once a year). Check whether the performance of the module has declined, and verify the measurement accuracy by comparing it with standard sensors. Clean the dust inside the equipment, and compressed air or special dust collection equipment can be used for cleaning. When cleaning, avoid damaging the internal components and circuits of the equipment. Check whether the power supply is stable and measure whether the power voltage is within the required range of the equipment. If there is any abnormality, troubleshoot the power supply fault in a timely manner and repair or replace it. Check and update the system software to ensure that the software version is the latest to obtain better performance and functional support. At the same time, back up the system configuration files and historical data to prevent data loss. 3. Fault Maintenance When the equipment malfunctions, initially judge according to the alarm information and fault phenomena. Refer to the technical manual and fault diagnosis guide of the equipment to determine the possible causes of the fault. For some simple faults, such as sensor faults, cable damage, etc., attempts can be made to replace or repair them. When replacing components, ensure that genuine spare parts that meet the specifications are used. If the fault is complex and cannot be solved by yourself, contact Bently Nevada's professional technical support personnel in a timely manner. Describe the fault phenomena and the operating situation of the equipment in detail to them to facilitate accurate diagnosis and provide solutions. During the process of waiting for the technical support personnel to arrive, try to maintain the faulty state of the equipment and do not disassemble or repair it casually to avoid causing more serious damage.
