Solutions with Perceptiv™ Intelligence
The quarry de-watering pump monitoring system provides peace of mind around the clock and during times of inclement weather when you need to be sure your pump systems are operating. With remote access and alerting, you will never need to guess whether or not your critical assets are safe from flooding.
Technology has brought us many fantastic monitoring and troubleshooting tools such as vibration measurement, ultrasonic testing, power quality measurement, oil sampling, torque monitoring using strain gage technology, thermal imaging cameras, laser alignment equipment et. al.
The market for wireless technologies has exceeded $1B annually and is expected to grow as global competition in manufacturing pushes facilities to ensure that their operation is performing at optimal levels and at the lowest total cost of ownership.
A focus on monitoring critical asset health provides the basis to decrease life cycle costs of assets. The objective is to use reliability centered maintenance (RCM) methodologies to not only find the defects, but to eliminate as many defects as possible. A dynamic defect elimination program will analyze the failures and attempt to eliminate the defects.
The Regal HVAC industry specialist and application engineering used Perceptiv to provide a two-step solution. First, an HVAC unit was selected as a test unit and the existing belt was analyzed. Application Engineering selected an “optimized” drive using notched v-belts. This allowed for a reduction in the number of belts required for the drive.
Torsional vibration describes the angular movement of a shaft(s) in a drivetrain, which is superimposed on the steady-state rotational movement of a rotating or reciprocating machine1 . More simply, torsional vibration refers to the angular or ‘twisting’ movement of the rotating shafts that connect the various pieces of equipment in a drivetrain.
Low cost wireless systems are easy to deploy and capable of covering a large variety of equipment types. Vibration and temperature are most common parameters measured.
Facility experienced (2) catastrophic failures of motor-driven ID fan, losses of $100k /day
Occurred after facility replaced fluid drive with VFD
Diagnostics performed to identify and correct harmful torsional vibrations
Strain gage telemetry system to measure transient torques
Bearing Vibration Rotational speed
A large North American mill was suffering coupling failure on one of their hot rolling reversing aluminum mills every 5 to 7 months due to premature wear on the coupling gear teeth. The wear on the gear teeth was caused by a coupling retaining ring that would crack.
Regal® associates installed Kop-Flex® torque monitoring equipment on Roughing Mill 1 and Roughing Mill 5 to monitor live torque as the mill operates. The collected data reflects transient (occurring very fast) torque spikes during production.
Regal offered a unique technical solution with complete turnkey installation services that met the customer’s available scheduled maintenance period. The solution consisted of System Plast SpeedSet™ brackets and Valu Guide® side rails with installation by Regal’s Perceptive team.
The widespread adoption of predictive maintenance (PdM) technologies is a testament to the early adopters who pioneered their use in industrial applications. These technologies transformed the way we think about maintenance by providing the ability to ascertain the health of an asset without interfering with its operation.
Regal team members installed a state-of-the-art Perceptiv™ monitoring system on the shaker screen. The monitoring system detected changes in the operation, reliability and performance of the equipment. This information helped the quarry operations team schedule a shutdown to clear the blocked screen and address other problems.