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Leine & Linde Offers Model 500 Encoders with Stainless Steel Construction for Wash-down and Severe Environments

Schaumburg, IL - (August 2016) – For motion control applications in severe environments or where regular wash-down is necessary, Leine & Linde now offers the popular 500 series rotary encoders in stainless steel versions. Leine & Linde’s RXI and RXA 500 series are robust incremental and absolute encoders known for their durability and wide range of options. They are used in everything from forestry to windpower, with shaft and hollow-shaft options to suit virtually any application. The new versions offer these encoders offer models with a stainless steel enclosure, flange and shaft to

Leine & Linde Adds Speed Monitoring to Encoder

-Especially Useful for Heavy Moving Machinery-Schaumburg, IL - (July 2016) – The Leine & Linde 1000 series rotary encoder with speed monitoring capabilities is used in applications where secure speed feedback is critical in order to protect motors, machinery or operators from risk of failure.  This is especially useful on heavy moving machinery such as hoists, lifts, cranes and mining equipment, to name a few. Leine & Linde’s overspeed electronics on the 1000 series consist of a speed detection system that senses rotational speed and direction. These electronics control three different

Leine & Linde’s Robust New MRI 2850 Encoder Offers Enhanced Performance for Vector Motor Control

Schaumburg, IL - (June 2016) –  Leine & Linde introduces a new bearing-less encoder for high horsepower electric motor applications using vector control.  Called the MRI 2850, this encoder is of particular use as a motion feedback solution in applications such as large rotating machinery typically found in the construction, pulp & paper, oil & gas, wind and marine industries. The MRI 2850 is a particularly hardy encoder, offering stable outputs and robust line drivers with a unique code-wheel securing mechanism. The lightweight aluminum enclosure reduces the effort for installation and

Leine & Linde Inductive Encoder Technology For Reliable Motion Control

Schaumburg, IL - (April 2016) – Not all rotary encoders are created equal, and moving equipment in severe environments require components designed with that in mind.  To that end, the Leine & Linde 600 and 900 series of absolute rotary encoders are available utilizing inductive sensor technology designed for environments where temperature, strong magnetic fields, shock or vibration are extreme.  In these applications, encoders using magnetic or optical measurement standards may not support the expected reliability and availability goals. It is important to note that unlike glass disks

Leine & Linde Encoders Simplify Machine Safety Designs

-Redundant Incremental Encoders and Cables Eliminated-Schaumburg, IL - (March 2016) – As more and more automation finds its way into the manufacturing process, safety solutions are becoming necessary to protect operators. When the motion control relies upon feedback from incremental encoders this has, until now, usually resulted in a redundant encoder being introduced to assure reliable control. Leine & Linde’s innovative new technology allows incremental encoders to be applied where safe operation of machinery is necessary without requiring a redundant encoder or secondary sensing device.

Leine & Linde Offers Unique Component For Machine Speed & Safety Applications

Leine & Linde now has available a Compact Robust Gateway (CRG) Overspeed,  a unique combined overspeed and signal monitoring component intended for use in motion control applications where safe speed feedback is required. Coupled with an encoder, the CRG Overspeed component can be used to independently monitor whether machine’s speed is within allowable limits.  For example, when a crane lifts or lowers a load, the motion will be driven by a motor and an incremental encoder is used to monitor the speed to ensure that it stays within safe levels.  Leine & Linde’s CRG Overspeed is pre-

Magnetic Ring Encoder Offers New Benefits To Large Rotating Machinery

- Leine & Linde's MRI 2000 Rotary Encoder -Schaumburg, IL - (October 2014) – The Leine & Linde MRI 2000 rotary encoder is designed to provide feedback solutions for large rotating machinery, typically found in the Construction, Pulp & Paper, Oil & Gas, Wind and Marine industries.  Introduced two years ago, this encoder has now received significant performance upgrades. The MRI ring encoder is segmented into pieces, something that facilitates simple commissioning and service and is of particular benefit on large rotating machinery.  As a ring is often mounted on a shaft between other

LEINE & LINDE Brings On-Line Vibration Measurement to Wind Turbine Generators

Schaumburg, IL - (September 2014) – Planning maintenance activities on wind turbine generators, rather than dealing with emergencies, can result in significant reductions in operating expenses. To assist in that process, Leine and Linde offers rotary encoders equipped with a web-based Advanced Diagnostic System (ADS) providing real-time tracking of the generator condition. Especially well suited for use in wind turbine generators, Leine & Linde’s XHI 801 and XHI 803 rotary encoders provide position and velocity for the generator rotor. When equipped with ADS, these encoders are also able

Programmable Over-speed Function for L&L 800 Encoders

Schaumburg, IL - (July 2014) - Leine & Linde’s 800 rotary encoder series now includes an integrated over-speed capability with programmable switching speeds. In many industrial applications like wind turbines, steel plants or loading cranes, it is common for an incremental encoder signal to be complemented with a separate relay output for over-speed indication. This is typically used to protect equipment from damage due to loss of control, or personnel who might be in proximity to such equipment and where such a failure could cause injury. By incorporating the relay outputs into the encoder,

Leine & Linde Now Offers Siemens DRIVE-CLiQ Interface With Model 600 Encoder

Schaumburg, IL - (June 2014) – Leine & Linde introduced the use of Siemens DRIVE-CLiQ communication protocol into its rotary encoder product line in 2012, and is now offering this interface in its inductive 600 absolute rotary encoder series. DRIVE-CLiQ is an Ethernet-based protocol which interfaces with SINAMICS control systems. With a speed of 100 Mbit/s and a cycle time of 31.25 μs, DRIVE-CLiQ has the performance required for demanding applications. Motion control system components with DRIVE-CLiQ are automatically configured with each other since every component has an electronic

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