Systems for precision laser shaft alignment and industrial measurement.
Showing 1–20 of 58 results
Our line of 4-20 mA vibration transmitters will interface directly to your PLC, DCS or SCADA control system. Scaled in inches per second velocity or g’s acceleration, these sensors provide 24/7online protection for key plant machines, reducing downtime.
We have a wide range of the following:
ALIGNMENT RELIABILITY CENTER 4.0 is a Windows based software platform for PRUFTECHNIK alignment instruments. Connected to the PRUFTECHNIK cloud, prepared alignment jobs can be send immediately via internet to every ROTALIGN touch worldwide that has a connectivity package. After the measurement, the files will be uploaded back directly into the software. Therefore, it is the perfect solution to manage your assets, track and monitor the alignment history of your machinery as trend.
Furthermore, the measurements can be analyzed in detail.A library with customizable templates and an automatic suggestion of measurement modes for different bearings makes the alignment more than convenient. A powerful reporting capability is of course also part of the software.
The Portable OilCMS utilizes breakthrough digital imaging technology which providesa greater insight into the size and type of particulate in any oil system.Air bubble elimination and shape recognition gives root cause particle analysis. A water content sensor and stepper motor pump for high viscosityoils completes the package.
Giving ISO 4406 counts as well as 4, 6, 14, 21, 38, 70 100 micron sizing and bubble elimination. Digital imaging combined with advanced algorithms sorts particles into fatigue wear, cutting wear and sliding wear categories to give root cause analysis.
This powerful technology, when coupled with additional sensors for measuring water content and oil life, gives unprecedented on the spot insight into the condition of your oil.
All Atten technology functionalities available
Based on advanced optical principles, this sensor precisely determines the status of lubricant oil, providing invaluable insights into its degradation and contamination throughout its lifespan.
By accurately assessing the deterioration of lubricant oil, our online monitoring sensor significantly reduces the frequency of oil changes required. This not only enhances operational efficiency but also has a positive impact on the environment and promotes process sustainability.
Our sensor’s probe format design allows seamless integration into lubrication systems or storage sumps, eliminating the need for bypass and minimizing disruptions. With real-time connectivity, it enables prompt incident resolution and integrates easily with SCADA, PC, PLC, or CMS systems for proactive maintenance and process optimization.
Experience the future of lubricant oil monitoring with our online sensor solution.
The OilWear® online sensor stands out as a one-of-a-kind device in its category. Its exceptional capabilities allow it to identify particles and bubbles larger than 4 microns present in machine fluids, effectively sorting them into six different size ranges. The sensor’s primary functionality revolves around the online operation, ensuring that it provides instantaneous and up-to-date information about the machine’s condition.
By gauging fluid contamination levels, it offers valuable insights into the real-time status of the equipment. The sensor’s design is both robust and modular, making it incredibly adaptable and seamlessly integrated into any asset CMS or data acquisition system. This versatile feature allows it to be effortlessly incorporated into various industrial machinery setups, boosting their overall efficiency and reliability. In the realm of industrial machinery maintenance and monitoring, OilWear® takes the lead with its advanced solution.
By facilitating preventive maintenance, it helps prevent potential issues before they escalate, minimizing downtime and maximizing productivity. With its cutting-edge technology, this sensor offers an indispensable tool for ensuring the smooth operation and longevity of critical machinery.
There are two different Cardan bracket sets available that cater according to the shaft rotation degree. There are two different Cardan bracket sets available that cater according to the shaft rotation degree. Cardan shafts are used to compensate for parallel misalignment (offset) between the driving and driven shaft. However, they cannot absorb angular misalignment between…
It fits onto nearly any shaft or coupling approximately 5 mm to 500 mm or 5/8″ to 20″ in diameter. Easily mounts in less than 1 minute!
The Fluke compact magnetic bracket ALI 2.112 set can be used for instant mounting of shaft alignment equipment onto any ferromagnetic surface. The bracket is solid and stable, but easy to adjust.
Instant mounting on any ferromagnetic surface: just place the compact magnetic brackets
onto coupling flanges or shaft faces and you’re all set!
Four powerful magnets hold sensors firmly in place for measurement – even on narrow coupling flanges – yet allow extremely easy and flexible adjustment.
The EDDYTHERM 2x induction heater is suitable for heating small and medium-sized bearings and other metallic, ring-shaped workpieces up to 80 kg. It uses the same induction principle as in transformers – its core and windings are used as the primary side, but the workpiece acts as a short-circuited secondary winding, which rapidly heats up due to its great electrical resistance.
EDDYTHERM 2x controls the heating by continuously monitoring the workpiece temperature and adjusting its own heating power accordingly. This ensures that the workpiece is heated evenly and the selected temperature is achieved precisely. The crossbar itself remains cool to the touch.
Proper shrink fitting extends the life of roller bearings by several times. EDDYTHERM Portable operates in the high-frequency range to heat roller bearings with an inner diameter as small as 20 mm up to an outer diameter of 160 mm and a weight of up to 10 kg.
The workpiece is placed onto the cone shaped heating surface. The integrated time and temperature regulation capability ensures that the workpiece is heated evenly with no risk of overheating.
The ALI 2.109 set is suitable for shaft/coupling diameters from approx. 80 mm (3 1/8″) and up. Only 8 mm (5/16″) thick, this bracket offers an ideal solution to those occasional tight squeezes between coupling and machine housing. The case includes one complete set for both sides of the shaft or coupling, including various threaded rods and quick-mounting slip nuts. For shafts of diameter up to 6 5/16″.
The ANURA Field Diagnostics Kit provides a portable, high-precision solution for temporary vibration measurements in industrial equipment, including vibrating screens, feeders, and rotating machinery. Available in FK14 (4 sensors) or FK18 (8 sensors) configurations, the kit includes VS10-C sensors and a TR11-USB transceiver, delivering reliable, real-time data for diagnostics, testing, and analysis.
Key Features
Customizable configuration – Use 1–8 sensors to tailor measurements for your application
Portable system – Lightweight, easy to transport, and quick to set up
Real-time insights – Analyze vibration data directly with Vibreshark software or the ANURA Connect mobile app
High data accuracy – <5 μs time synchronization between sensors ensures precise measurements
System Overview
The Field Diagnostics Kit is designed for a variety of industrial applications, including:
Factory/Site Acceptance Testing (FAT/SAT)
Maintenance rounds and machine commissioning
R&D and troubleshooting of mechanical equipment
The kit delivers high-quality, time-synchronized vibration data, compatible with laptops or tablets, enabling technicians and engineers to make informed, data-driven decisions quickly and efficiently.
It is a flexible, configurable solution built to meet the unique needs of automation customers across a broad range of industries. When used as a system component for cloud and Industrial Internet of Things (IIoT) solutions, the FLIR A40 can help companies protect assets, improve safety, maximize uptime, and minimize maintenance costs.
Quickly access thermal characteristics with the wide-area, non-contact temperature sensor, which provides up to 320 × 240 (76,800 pixels) resolution and ±2°C accuracy and FLIR patented MSX® Image Enhancement (*Not available in the A40 95°version)
Simplify integration efforts with thermal smart sensors that communicate with standard industrial protocols and video management systems including HMI and SCADA.
Easily install the lightweight, IP66 rated camera with M8/12 connectors in any location – with multiple mounting options.
These kits are the right choice for researchers who need to fully understand the thermal profiles of their designs or require defensible thermal data to support critical decisions. Users can quickly view, record, analyze and share thermal data with the included FLIR Research Studio software or take advantage of industry-standard connections to integrate into custom software applications when needed. The Research & development Kits are available in the below configurations, with respect to detector resolutions and optics. All kits are built around a camera and a 24° lens, and professional kits include an additional macro lens. Kits may be ordered with any combination of additional lenses. Lenses are manually interchangeable with motorized / manual focus. The specification sheet provided is for a specific camera model, with that and temperature range being the major differences. For a specific datasheet please contact us!
These kits are the right choice for researchers who need to fully understand the thermal profiles of their designs or require defensible thermal data to support critical decisions. Users can quickly view, record, analyze and share thermal data with the included FLIR Research Studio software or take advantage of industry-standard connections to integrate into custom software applications when needed. The Research & development Kits are available in the following configurations, with respect to detector resolutions and optics. Each camera is configured with a specific, manual focus lens, that is not user interchangeable. The specification sheet provided is for a specific camera model and lens, with that being the major differences. For a specific datasheet please contact us!
Assetlink is a browser-based software that connects thermal images to asset hierarchies, enabling instant trending, dashboards, and report generation. It simplifies inspections, eliminates reporting time, and empowers teams to make faster, smarter decisions—helping organizations do more with less.
Applicable Products:
Delivering a unified experience across PC, Mac, Linux, and Android that ensures your workflows remain consistent and accessible where you work.
With Assetlink, you and your team can:
Flir C8 is a infrared thermal imaging camera designed for electrical and mechanical maintenance, vehicle inspections, and other troubleshooting applications. Featuring 320 × 240 thermal resolution with MSX® detail enhancement, the C8 captures sharp thermal images for accurate diagnostics. Identify hidden problems with isotherm, which instantly detects if a temperature is exceeding a threshold. Built-in Flir Ignite™ cloud connectivity allows direct data transfer, storage, and backup, so images are always available on all your devices, as well as live streaming via USB.
The 3.5 inch integrated touchscreen is simple to use, so you can quickly inspect, document repairs, and share evidence with customers. With the Flir C8 in your pocket, you’ll be ready anytime to find hot fuses, air leaks, plumbing issues, and more.
The FLIR CM276 Thermal Imaging Clamp Meter combines advanced thermal imaging technology with precise electrical measurement capabilities, making it an ideal tool for inspecting and troubleshooting electrical systems, solar installations, pumps, and motors. Equipped with FLIR’s innovative IGM™ (Infrared Guided Measurement) technology, the CM276 enables users to quickly identify hot spots, overloaded circuits, and potential faults from a safe distance.
Designed to enhance efficiency and safety, the CM276 integrates seamlessly with the MeterLink® app, allowing users to capture, analyse, trend, and share readings, thermal images, and videos with ease. This powerful combination of thermal diagnostics and electrical testing helps maintenance professionals detect issues faster, reduce downtime, and improve overall system reliability.
The FLIR CM276 Thermal Imaging Clamp Meter combines advanced thermal imaging technology with precise electrical measurement capabilities, making it an ideal tool for inspecting and troubleshooting electrical systems, solar installations, pumps, and motors. Equipped with FLIR’s innovative IGM™ (Infrared Guided Measurement) technology, the CM276 enables users to quickly identify hot spots, overloaded circuits, and potential faults from a safe distance.
Designed to enhance efficiency and safety, the CM276 integrates seamlessly with the MeterLink® app, allowing users to capture, analyse, trend, and share readings, thermal images, and videos with ease. This powerful combination of thermal diagnostics and electrical testing helps maintenance professionals detect issues faster, reduce downtime, and improve overall system reliability.
| IR Resolution | 160 × 120 (19,200 pixels) |
|---|---|
| Display Size | 2.4 in, TFT screen |
| Jaw Opening | 35 mm (1.37 in) |
| AC/DC Voltage | Range 1000 V / Basic accuracy ±1.0% |
| Data Logging & Storage | 10 sets of 30K scalar measurements, 100 images |
| Connectivity | Bluetooth® |
The FLIR CM57-2 is a versatile clamp meter designed for challenging current measurements. Its 18-inch (45.72 cm) flexible coil lets you easily measure in tight spaces, making it ideal for multiple-conductor and double-wrap applications. Equipped with dual LED work lights and AC current ranges from 30 A to 3000 A, it ensures accuracy and visibility in any environment. Stream live data to your mobile device via Bluetooth® and use the METERLiNK® app to compare logs, set alarms, generate reports, and share readings with your team in real time.