How LORRIC’s AxleSense technology improves the efficiency of routine maintainance

In the manufacturing industry, with the mindset of improving yield rate and manufacturing efficiency, for extending equipment life, stabilizing equipment effectiveness, and preventing accidental losses and equipment shutdown caused by sudden failures, routine maintenance is very important and necessary to be implemented solidly for proper factory management.

Pulse V2.0- Each pulse output is fixed to a volumetric unit: A pioneering new innovation for pulse technology

Based on LORRIC's original patented AxleSense technology, LORRIC’s R&D team keeps improving and elevating its software and firmware performance for more perfect integration with the hardware to provide better usability, more reliability, and accurate flow measurement for users. This leads LORRIC's paddlewheel flowmeter to become one of the best flowmeter options in the market with innovative solutions to users’ problems.

Firmware 2.0 from LORRIC paddle wheel flowmeter

LORRIC Brand-new Firmware 2.0 provides functions to highly improve the usability of our paddle wheel flowmeter which are never seen in the market, such as PulseV2.0, easy and clear flow monitoring under sunshine, improve the readability of real-time flow rate, easy setting their demand digits displayed, password protection for parameter setting, all the communication ports are default off.

How process signal meter improves the usability of flowmeters and other kinds of sensor

The industrial pipeline arrangement for factories or any related site is usually designed and constructed according to a lot of factors and mindsets which may lead to the installation of monitoring equipment, like flowmeters, that have to be located in a place where it is difficult to monitor. To solve this pain point, the process signal meter was invented.

How to assemble and disassemble union nuts?

Most commonly, union fittings are to be used on small size flowmeters for convenient installation. For larger size flow meters, the union fitting is relatively difficult to assemble or disassemble by hand. Therefore, wrenches or pliers are recommended to tighten and loosen large size unions.

Relationship between flowmeter, measuring range, and linearity

Turndown Ratio:The ratio of maximum measure capacity to minimum measure capacity. Each flow measuring principle has its own physical limitation, which leads to different measurement ranges. Thus, users are recommended to select a suitable flowmeter based on their required measuring range and environment. Under a wider measuring range 0.3 ~ 10 m/s, the best linearity of all paddle wheel flow meters in the market is 0.5% FS (Full-scale error). If narrower measuring range is acceptable, the user can have better linearity in a smaller measuring range.

The difference between ultrasonic and paddle wheel flowmeters

The difference between ultrasonic and paddle wheel flow meters 1. Necessity of pipe cutting. 2. Effects to measuring accuracy and attrition by the variety of fluid’s physical properties.

Common on-site monitoring issues with the transit-time ultrasonic flowmeter

Ultrasonic flow meters mainly rely on the sound velocity of the liquid to be measured to calculate the flow rate. However, sound velocity of the liquid will be affected by two common factors, liquid temperature and chemical concentration.

Hysteresis function for alarm output of paddle wheel flowmeters

Hysteresis is the dependence of the state of a system on its history. For example, a magnet may have more than one possible magnetic moment in a given magnetic field, depending on how the field changed in the past. (Citing source: Wikipedia)
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