Bently Nevada vibration sensors monitor and measure the quality and integrity of their machine performance. By installing a Bently Nevad eddy current sensor, it is ideal for measuring rotor shaft position and vibration. The sensor portfolio helps you install and protect accessories and components for your most critical equipment, monitor unit vibration and protect equipment. Eddy current proximity sensors provide continuous condition monitoring information and trip monitoring machines when needed to support proactive maintenance procedures and machinery diagnostics. Bentley approach eddy current sensors are ideal for measuring rotor shaft position and vibration within the clearance of fluid film bearings and provide superior performance in harsh environments.Bently Approach Proximity Sensors Product Features:• Helps reduce costs, improve product quality and limit machine downtime.• Reduced Overall Rates – When you use proximity sensors as part of your plant-wide monitoring program, the costs associated with insurance, maintenance, and unplanned repairs will drop significantly• Increased Revenue - When you use our proximity sensors as part of your plant-wide monitoring program, revenue increases by increasing uptime and production quality.• Minimize unplanned downtime - You can convert unplanned and costly downtime into planned, manageable downtime.

Bently Nevada vibration sensors monitor and measure the quality and integrity of their machine performance. By installing a Bently Nevad eddy current sensor, it is ideal for measuring rotor shaft position and vibration. The sensor portfolio helps you install and protect accessories and components for your most critical equipment, monitor unit vibration and protect equipment. Eddy current proximity sensors provide continuous condition monitoring information and trip monitoring machines when needed to support proactive maintenance procedures and machinery diagnostics. Bentley approach eddy current sensors are ideal for measuring rotor shaft position and vibration within the clearance of fluid film bearings and provide superior performance in harsh environments.Bently Approach Proximity Sensors Product Features:• Helps reduce costs, improve product quality and limit machine downtime.• Reduced Overall Rates – When you use proximity sensors as part of your plant-wide monitoring program, the costs associated with insurance, maintenance, and unplanned repairs will drop significantly• Increased Revenue - When you use our proximity sensors as part of your plant-wide monitoring program, revenue increases by increasing uptime and production quality.• Minimize unplanned downtime - You can convert unplanned and costly downtime into planned, manageable downtime.

Bently Nevada vibration sensors monitor and measure the quality and integrity of their machine performance. By installing a Bently Nevad eddy current sensor, it is ideal for measuring rotor shaft position and vibration. The sensor portfolio helps you install and protect accessories and components for your most critical equipment, monitor unit vibration and protect equipment. Eddy current proximity sensors provide continuous condition monitoring information and trip monitoring machines when needed to support proactive maintenance procedures and machinery diagnostics. Bentley approach eddy current sensors are ideal for measuring rotor shaft position and vibration within the clearance of fluid film bearings and provide superior performance in harsh environments.Bently Approach Proximity Sensors Product Features:• Helps reduce costs, improve product quality and limit machine downtime.• Reduced Overall Rates – When you use proximity sensors as part of your plant-wide monitoring program, the costs associated with insurance, maintenance, and unplanned repairs will drop significantly• Increased Revenue - When you use our proximity sensors as part of your plant-wide monitoring program, revenue increases by increasing uptime and production quality.• Minimize unplanned downtime - You can convert unplanned and costly downtime into planned, manageable downtime.

330101: Part number, indicating 3/8-24unf thread, non armored.00: Non threaded length, here represents the specific specification of non threaded length.20: The total length of the shell, measured in millimeters, is 20 millimeters.10: The total length option represents a total length of 1.0 meter (3.3 feet).02: Type of connector and cable, representing micro coaxial clickloc ™ Connectors, standard cables.05: Approval agency option means multiple license agreements.In addition, other common parameter information of the probe includes:Sensitivity: 7.87V/mm (200mV/mil).Linear range: 2mm.Recommended gap setting value: 1.27mm.Frequency response: 0-10kHz.Probe operating temperature: -52 ° C to+177 ° C.Recommended minimum shaft diameter: 76.2mm.

Bently Nevada vibration sensors monitor and measure the quality and integrity of their machine performance. By installing a Bently Nevad eddy current sensor, it is ideal for measuring rotor shaft position and vibration. The sensor portfolio helps you install and protect accessories and components for your most critical equipment, monitor unit vibration and protect equipment. Eddy current proximity sensors provide continuous condition monitoring information and trip monitoring machines when needed to support proactive maintenance procedures and machinery diagnostics. Bentley approach eddy current sensors are ideal for measuring rotor shaft position and vibration within the clearance of fluid film bearings and provide superior performance in harsh environments.Bently Approach Proximity Sensors Product Features:• Helps reduce costs, improve product quality and limit machine downtime.• Reduced Overall Rates – When you use proximity sensors as part of your plant-wide monitoring program, the costs associated with insurance, maintenance, and unplanned repairs will drop significantly• Increased Revenue - When you use our proximity sensors as part of your plant-wide monitoring program, revenue increases by increasing uptime and production quality.• Minimize unplanned downtime - You can convert unplanned and costly downtime into planned, manageable downtime.

Bently3300 XL Series preamplifiers are Bently eddy current sensor systems designed to monitor unit vibration, displacement, rotational speed phase measurements, shaft or target displacement. The housing vibration sensor is mounted on the housing and measures the vibration of the housing surface. Products include accelerometers and speed sensors. Bently Nevada 3300 XL Series preamplifier system, including eddy-current sensor cable preamplifier. Shaft vibration and shaft displacement measurements for bearing machinery, as well as key phase and speed measurements, differential expansion measurements, tachometer and zero speed measurements, phase reference keys, phase signals, reciprocating compressor piston rod displacement or descent measurements. The Nevada 3300 XL Series Front Amplifier Sensor:Sensors are included in the front amplifier series:bently 3300 XL 8mm proximity sensor system; bently 3300 XL 11mm proximity sensor system; bently 3300 XL probe; bently 3300 XL NSV proximity sensor system; bently 3300 XL 25mm proximity sensor system; bently 3300 XL 50mm proximity system

330101: Part number, indicating 3/8-24unf thread, non armored.00: Non threaded length, here represents the specific specification of non threaded length.39: The total length of the shell, measured in millimeters, is 39 millimeters.20: The total length option represents a total length of 2.0 meters (6.6 feet).02: Type of connector and cable, representing micro coaxial clickloc ™ Connectors, standard cables.05: Approval agency option means multiple license agreements.

330101: Part number, indicating 3/8-24unf thread, non armored.00: Non threaded length, here represents the specific specification of non threaded length.43: Total length of the shell, measured in millimeters, which means the total length of the shell is 43 millimeters.20: The total length option, 20 indicates a total length of 2.0 meters (6.6 feet).02: Type of connector and cable, 02 represents micro coaxial clickloc ™ Connectors, standard cables.05: Approval agency option, 05 represents multiple license agreements.

330101: Part number, indicating 3/8-24unf thread, non armored.00: Non threaded length, here represents the specific specification of non threaded length.69: Total length of the shell, measured in millimeters, which means the total length of the shell is 69 millimeters.15: The total length option represents a total length of 1.5 meters (4.9 feet).02: Type of connector and cable, representing micro coaxial clickloc ™ Connectors, standard cables.05: Approval agency option means multiple license agreements.In addition, other common parameter information of the probe includes:Sensitivity: 7.87V/mm (200mV/mil).Linear range: 2mm.Recommended gap setting value: 1.27mm.Frequency response: 0-10kHz.Working temperature range: -52 ° C to+177 ° C.Recommended minimum shaft diameter: 76.2mm.

330101: Part number, indicating 3/8-24unf thread, non armored.00: Non threaded length, here represents the specific specification of non threaded length.77: Total length of the shell, measured in millimeters, which means the total length of the shell is 77 millimeters.15: The total length option represents a total length of 1.5 meters (4.9 feet).02: Type of connector and cable, representing micro coaxial clickloc ™ Connectors, standard cables.05: Approval agency option means multiple license agreements.

330101: Part number, indicating 3/8-24unf thread, non armored.00: Non threaded length, here represents the specific specification of non threaded length.77: Total length of the shell, measured in millimeters, which means the total length of the shell is 77 millimeters.20: The total length option represents a total length of 2.0 meters (6.6 feet).02: Type of connector and cable, representing micro coaxial clickloc ™ Connectors, standard cables.05: Approval agency option means multiple license agreements.

Basic function: It is the basic interface of the 3500 framework, supporting Bentley's proprietary protocol for framework configuration and retrieving information from the unit.Materials: The probe tip material is polyphenylene sulfide, the probe housing material is AISI 303 or 304 SST, and the probe cable is insulated with fluoroethylene propylene (FEP).Working temperature: -60 to 350 ° F (-51 to 177 ° C).Interface: The front panel has an RS-232 serial interface, which can be connected to the host for data acquisition and frame configuration. The maximum baud rate is 38.4K, and the cable length is up to 30m. The I/O module at the back has an RS-232/RS-422 serial interface, which can also be connected to the host for data acquisition and frame configuration. The maximum baud rate of RS232 is 38.4K, the cable length is up to 30m, the maximum baud rate of RS422 is 38.4K, and the cable length is up to 1200m.LED indicator light: OK LED flashes when the framework interface module is operating normally; The TX/RX LED flashes when RIM communicates with other modules in the 3500 framework; The TM LED flashes when the 3500 frame is in the alarm doubling state; The CONFIG OK LED flashes when the configuration of the 3500 frame is correct.

330101: Part number, indicating 3/8-24unf thread, non armored.00: Non threaded length, here represents the specific specification of non threaded length.81: The total length of the shell, measured in millimeters, is 81 millimeters.15: The total length option represents a total length of 1.5 meters (4.9 feet).02: Type of connector and cable, representing micro coaxial clickloc ™ Connectors, standard cables.05: Approval agency option means multiple license agreements.In addition, other common parameter information of the probe includes:Sensitivity: 7.87V/mm (200mV/mil).Linear range: 2mm.Recommended gap setting value: 1.27mm (50mils).Frequency response: 0-10kHz.Working temperature range: -51 to 177 ° C.

Bently 330101-30-60-05-01-05 is part of Bently Nevada's 3300 series and is a 3300 xl 8mm proximity probes, an 8mm eddy-current transducer probe, which is described below in terms of its system, operating principle, and application:System: The 3300 system is an on-line monitoring system for machinery protection applications consisting of an instrument frame, AC/DC power supply, system monitor, and one or more monitoring modules that provide continuous equipment condition monitoring in accordance with the American Petroleum Institute API 670 standard.Design: The probe is usually made of stainless steel or other corrosion-resistant materials, which has good wear and corrosion resistance. Its length, diameter and other dimensions are designed in strict accordance with industry standards to ensure compatibility with other equipment.Working principle: Based on the eddy current effect, when the probe is close to the metal surface to be measured, it will generate eddy current on the metal surface, and the size of the eddy current is related to the distance between the probe and the metal surface. By measuring the change of eddy current, it is possible to obtain parameters such as displacement and vibration of the measured object.Performance parameters: The linear range is typically ±250 mils (approximately ±6.35mm), stable operation from -55°C to 125°C, a frequency response range of 0 to 10kHz, and accurate measurement of small displacement changes with an accuracy of ±0.1% FS.Applications: Widely used in petroleum, chemical, electric power, metallurgy and other industries of rotating machinery, such as steam turbines, compressors, pumps, fans and other equipment vibration monitoring and displacement monitoring, can monitor the operation status of equipment in real time, timely detection of equipment failure.

Bentley cables are signal transmission cables for industrial monitoring systems designed to work with Bentley sensors, transmitters, and other equipment to ensure high-fidelity performance and accurate measurements of the system. It uses high-quality raw materials, such as pure copper conductors, etc., to ensure the stability and reliability of signal transmission and reduce signal attenuation. The ergonomic design of the cable and the tight fit between the plug and the socket can reduce transmission errors and failures. At the same time, the products have undergone rigorous testing and quality inspection, have excellent safety features, and can adapt to harsh industrial environments.parameterElectrical length: In order to ensure the accuracy of the measurement, the electrical length of the probe after connecting with the extension cable should match the electrical length of the preprocessor, and the tolerance should be within ±0.2% of the nominal length.Impedance: Different specifications of cable impedance are different, such as the 4.0M extension cable of the 8mm probe, the impedance from the center conductor to the center conductor is 0.88±0.13Ω, and the impedance from the coaxial conductor to the coaxial conductor is 0.26±0.05Ω; The 11mm probe's 4.0M extension cable has an impedance of 1.0±0.25Ω from center conductor to center conductor and 0.3±0.1Ω from coaxial conductor to coaxial conductor.Capacitance: For example, the 8mm extension cable of the 330130 - 085 - 01 - 05 model has a capacitance of 69.9 pF/m (21.3 pF/ft) typical.Operating Temperature Range: General extension cables operate at -40°C to +85°C (-40°F to +185°F), and some special models such as 330130 - 085 - 01 - 05 can operate at temperatures up to -35°C to +200°C (-31°F to +392°F).Degree of protection: Typically IP65 compliant, it protects against dust and moisture ingress, ensuring reliability in harsh industrial environments.Cable lengths: Bentley's 3300XL series extension cable lengths are available in a variety of lengths ranging from 1 m (3.3 ft) to 5 m (16.4 ft) and can also be customized to meet specific installation needs, such as the 330130 - 085 - 01 - 05 model with a cable length of 8.5 m (27.9 ft).Cable Material: For example, the extension cable of the 330130-085-01-05 model adopts a 75 ohm triaxial, perfluoroalkoxyethylene (PFA) insulated FluidLoc cable with good insulation performance and anti-interference ability.

Bently Nevada vibration sensors monitor and measure the quality and integrity of their machine performance. By installing a Bently Nevad eddy current sensor, it is ideal for measuring rotor shaft position and vibration. The sensor portfolio helps you install and protect accessories and components for your most critical equipment, monitor unit vibration and protect equipment. Eddy current proximity sensors provide continuous condition monitoring information and trip monitoring machines when needed to support proactive maintenance procedures and machinery diagnostics. Bentley approach eddy current sensors are ideal for measuring rotor shaft position and vibration within the clearance of fluid film bearings and provide superior performance in harsh environments.Bently Approach Proximity Sensors Product Features:• Helps reduce costs, improve product quality and limit machine downtime.• Reduced Overall Rates – When you use proximity sensors as part of your plant-wide monitoring program, the costs associated with insurance, maintenance, and unplanned repairs will drop significantly• Increased Revenue - When you use our proximity sensors as part of your plant-wide monitoring program, revenue increases by increasing uptime and production quality.• Minimize unplanned downtime - You can convert unplanned and costly downtime into planned, manageable downtime.

Measurement range: According to the characteristics of the 3300 XL series, for an 8mm probe, the measurement range is generally 0-2mm; for an 11mm probe, the measurement range is 0-4mm.Sensitivity: The sensitivity of the 3300 XL series probe is usually 7.87V/mm (200mV/mil), 3.94V/mm (100mV/mil), etc., depending on the probe type.Frequency response: 0-10kHz.Operating TemperatureProbe: Standard probe -52 ° C to+177 ° C; High temperature probe -52 ° C to+218 ° C.Extension cable: Standard cable -52 ° C to+177 ° C; High temperature cable -52 ° C to+260 ° C.System length: The 3300 XL series system offers optional lengths including extension cables of 5 meters or 9 meters, or 1 meter. "20" may represent a system length of 2.0 meters (please refer to the product manual for details).Installation method: Threaded installation or other methods can be used, and the specific installation method depends on the structural design of the probe.Probe material: usually made of stainless steel or other materials, with good corrosion resistance and mechanical strength.

Bently Nevada vibration sensors monitor and measure the quality and integrity of their machine performance. By installing a Bently Nevad eddy current sensor, it is ideal for measuring rotor shaft position and vibration. The sensor portfolio helps you install and protect accessories and components for your most critical equipment, monitor unit vibration and protect equipment. Eddy current proximity sensors provide continuous condition monitoring information and trip monitoring machines when needed to support proactive maintenance procedures and machinery diagnostics. Bentley approach eddy current sensors are ideal for measuring rotor shaft position and vibration within the clearance of fluid film bearings and provide superior performance in harsh environments.Bently Approach Proximity Sensors Product Features:• Helps reduce costs, improve product quality and limit machine downtime.• Reduced Overall Rates – When you use proximity sensors as part of your plant-wide monitoring program, the costs associated with insurance, maintenance, and unplanned repairs will drop significantly• Increased Revenue - When you use our proximity sensors as part of your plant-wide monitoring program, revenue increases by increasing uptime and production quality.• Minimize unplanned downtime - You can convert unplanned and costly downtime into planned, manageable downtime.

The Bentley 330102 is a 3300 XL series 8mm proximity probe. The model number consists of different parts, each corresponding to a specific parameter, the following is an analysis of each parameter of 330102-00-31-05-02-05:330102: Represents a 3300 XL 8mm proximity probe with 3/8 - 24UNF thread.00: Indicates the No Thread Length option. The unthreaded length must be at least 0.8 inches smaller than the probe housing, ordered in 0.1-in increments, 0 in this model.31: Indicates the overall length of the shell option. Order in 0.1" increments, large case length is 9.6in, small case length is 0.8in, where 31 represents the total shell length is 3.1in.05: Indicates the overall length option, which is 0.5 m (1.6 ft). Other lengths are available in 1.0 m, 1.5 m, 2.0 m, 5.0 m, 9.0 m, and more.02: Indicates the connector and cable type options, here the micro coaxial ClickLocTM connector, standard cable.05: It usually represents some customization or other specific configuration information, and the specific meaning may vary depending on the manufacturer's internal standards or special requirements.

Bentley cables are signal transmission cables for industrial monitoring systems designed to work with Bentley sensors, transmitters, and other equipment to ensure high-fidelity performance and accurate measurements of the system. It uses high-quality raw materials, such as pure copper conductors, etc., to ensure the stability and reliability of signal transmission and reduce signal attenuation. The ergonomic design of the cable and the tight fit between the plug and the socket can reduce transmission errors and failures. At the same time, the products have undergone rigorous testing and quality inspection, have excellent safety features, and can adapt to harsh industrial environments.parameterElectrical length: In order to ensure the accuracy of the measurement, the electrical length of the probe after connecting with the extension cable should match the electrical length of the preprocessor, and the tolerance should be within ±0.2% of the nominal length.Impedance: Different specifications of cable impedance are different, such as the 4.0M extension cable of the 8mm probe, the impedance from the center conductor to the center conductor is 0.88±0.13Ω, and the impedance from the coaxial conductor to the coaxial conductor is 0.26±0.05Ω; The 11mm probe's 4.0M extension cable has an impedance of 1.0±0.25Ω from center conductor to center conductor and 0.3±0.1Ω from coaxial conductor to coaxial conductor.Capacitance: For example, the 8mm extension cable of the 330130 - 085 - 01 - 05 model has a capacitance of 69.9 pF/m (21.3 pF/ft) typical.Operating Temperature Range: General extension cables operate at -40°C to +85°C (-40°F to +185°F), and some special models such as 330130 - 085 - 01 - 05 can operate at temperatures up to -35°C to +200°C (-31°F to +392°F).Degree of protection: Typically IP65 compliant, it protects against dust and moisture ingress, ensuring reliability in harsh industrial environments.Cable lengths: Bentley's 3300XL series extension cable lengths are available in a variety of lengths ranging from 1 m (3.3 ft) to 5 m (16.4 ft) and can also be customized to meet specific installation needs, such as the 330130 - 085 - 01 - 05 model with a cable length of 8.5 m (27.9 ft).Cable Material: For example, the extension cable of the 330130-085-01-05 model adopts a 75 ohm triaxial, perfluoroalkoxyethylene (PFA) insulated FluidLoc cable with good insulation performance and anti-interference ability.

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Kinetix-MP

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ControlLogix

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