Vibration Analysis  Manufacturers, Traders, Suppliers

Measuring, controlling, regulating and evaluating - when it comes to pioneering automation and digitalisation technology, the ifm group of companies is a pioneer and partner. Since the company was founded in 1969, ifm has been developing, producing and selling sensors, controllers, software and systems for industrial automation and digitalisation worldwide. Today, the ifm group of companies is one of the global industry leaders with around 9,055 employees.

• Inexpensive type of permanent vibration monitoring. * Reliable measuring principle due to structure-borne sound detection. * Condition-oriented maintenance increases machine availability. * Simple parameterization and commissioning. * Diagnostic display, switching outputs for further processing.

* Inexpensive type of permanent vibration monitoring. * Reliable measuring principle due to structure-borne sound detection. * Condition-oriented maintenance increases machine availability. * Simple parameterization and commissioning. * Diagnostic display, switching outputs for further processing.

Requirements Bottleneck machines such as homogenizers lead to high downtime costs in case of failure. However, changes in operating behaviour, for example caused by unacceptable unbalance or rolling bearing damage, always leave their dynamic fingerprint. Implementation The compact diagnostic system efector octavis evaluates the vibration behaviour using frequency analysis methods. A micromechanical acceleration sensor serves as a sensor. Data can be collected, processed and evaluated decentrally without expert know-how. The structure-borne noise is recorded, the frequency spectrum calculated and thus the rolling bearing condition and unbalance evaluated. The status can be read directly on site and is also signalled by binary switching outputs. Connection to a bus system is also possible. Customer benefits efector octavis is suitable for early detection of rolling bearing damage or unbalance. Continuous monitoring offers a reliable and cost-effective solution compared to intermittent methods. The device of type VE1001 enables the monitoring of up to five different objects or 20 individual frequencies. A rolling bearing or shaft is defined as an object. With efector octavis permanent vibration monitoring, there is now no longer any question of price.

The Balanset-1A is a professional dual-channel balancing and vibration analysis system, optimized for dynamic rotor balancing in both one-plane and two-plane configurations. Designed for use in industrial environments, it provides accurate diagnostics and correction of unbalance in a wide variety of rotating machinery.
This versatile system supports applications such as drive shaft balancing, fan balancing, impeller balancing, shaft balancing, and rotor balancing. Its compatibility with multiple types of balancing machines and soft-bearing setups makes it an essential solution for balancing services and machine maintenance teams.
Equipped with a laser tachometer, vibration sensors, and powerful software, Balanset-1A enables comprehensive vibration analysis, including 1x vibration, harmonic analysis, and FFT spectrum. The system simplifies both static and dynamic balancing, while complying with international standards such as ISO 1940.
Ideal for balancing fans, crushers, grinders, turbines, centrifuges, agricultural equipment, and other industrial rotors, Balanset-1A enhances machine performance and reduces downtime. It is widely used by vibration analysts, maintenance professionals, and balancing technology providers worldwide.
Whether used in a workshop or directly on-site, the Balanset-1A delivers fast, reliable, and repeatable results. Its ability to store and recall previous balancing sessions, calculate trial mass, and generate detailed reports makes it one of the most user-friendly and efficient tools in modern balancing systems.

Balanset-1A is a dual-channel device for rotor balancing and vibration diagnostics. It is suitable for fans, crushers, centrifuges, and other rotating machinery.
Specifications:

• Vibration velocity (RMS) range: 0.02–80 mm/s
• Frequency range: 5–550 Hz
• RPM measurement range: 100–100000 RPM
• Phase angle: 0–360°, accuracy ±1°
• Modes: Single-plane and two-plane dynamic balancing
• Charts: Polar, 1x, spectrum, harmonics
• ISO 1940: Tolerance calculation by G-class
• Trial mass: Manual input, automatic validity check
• Index balancing: Mandrel eccentricity compensation
• Data storage and repeat balancing
• Automatic report generation

Package includes:

• Balanset-1A device
• 2 accelerometers
• Laser tachometer
• Magnetic stand
• Digital scales, reflective tape
• Software on USB
• Protective carrying case

Case dimensions: 39×33×13 cm
Weight: < 5 kg
Temperature range: +5°C to +50°C
Humidity: up to 85% (non-condensing)

fans, crushers, centrifuges, turbines, mulchers, choppers on combine harvesters, pumps, grinding wheels, spindles, shafts, electric motors, generators, soft-bearing balancing machines, rotors in serial production, blowers, compressors, flywheels, impellers, couplings, belt pulleys, drilling heads, HVAC equipment, machine tool components, industrial mixers, agricultural machinery, woodworking machines, paper mill rolls, textile machinery, hydraulic pumps, marine propulsion systems, ventilation systems, industrial dryers, automotive components, conveyor rollers, dynamic test rigs, laboratory test benches

Stroboscopes cover a wide field of applications such as film applications, production, research and development or quality control. The human eye is not able to perceive single movements during quick and repeated moving processes. By the implementation of stroboscopes, these processes can be made perceivable. Light flashes produced synchronically to the movement illuminate thus the moving process continuously in the same position, leading to the creation of an apparent static picture. Vibrations, rotational and other periodical processes thus can be observed.