Fibre Optic Modules
The Optic Fiber Modules from Motrona ensure the reliable transmission of encoder signals over distances of up to 3000 m. Optical Fiber Modules are resistant to extremely strong electromagnetic fields and disturbances. They can be used in potentially explosive environments.
Fiber Optic (Send) Module for RS422 / HTL Signals (up to 3000m) LW213:
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Short description on LW213: The LW213 and LW214 fiber optic modules together form an optical transmission system for the data transmission of incremental sensor or encoder signals via an optical waveguide. One can connect to differential signals of any other source with RS422 or push-pull HTL levels (eg. incremental length measuring systems, glass scales, etc.).Transmitter and receiver modules each have four completely independent channels with differential inputs and outputs. Signals can be transmitted on all four channels with a maximum data rate of 2 Mbit/s. The component with the designation LW213 serves as a transmission module for a light wave transmission up to 3000 meters. It converts the incremental signals of conventional sensors, measuring systems or rotary encoders into optical fiber signals.
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Optical Fiber (Receiver) Module with Incremental Output LW214:
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Short description on LW214: The optical transmission modules LW213 and LW214 together form a system for reliable and fast data transmission of industrial signals via an optical fiber. Like the send module, the receive module has 4 independent channels with differential inputs and outputs. Signals with a maximum data rate of 2 Mbit/sec. can be transmitted on all four channels. These LW modules are equipped with their technical features for the signal transmission of incremental encoders, measuring systems and sensors. However, differential signals from any other sources with RS422 or push-pull HTL levels can also be connected. The receiver module LW214 converts the optical signals transmitted by the transmitter over a fiber optic line up to 3000 meters back into the original incremental signals, whereby the output levels can be executed in the HTL or RS422 format depending on the order. The conversion time from the send module to the output of the receive module is extremely short and less than 300 ns.
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Optical Fiber (Send-) Module for RS422 / HTL Signals (up to 2000 m) LW215:
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Short description on LW215: The optical fiber optic waveguide modules LW215 and LW216 together form an optical transmission system for the data transmission of incremental sensor or transmitter signals via an optical waveguide. It is also possible to connect differential signals of any other sources with RS422 or push-pull HTL levels (for example incremental length measuring systems, glass scales, etc.). Transmitter and receiver modules each have four completely independent channels with differential inputs and outputs. Signals with a maximum data rate of 2 Mbit/sec. can be transmitted on all four channels. The component with the designation LW215 serves as a transmitting module for a light transmission of up to 2000 meters. It converts the incremental signals from conventional sensors, measuring systems or rotary pulse encoders into optical fiber signals. The LW receiver (see LW216) then converts the optical signals back into the original incremental format.
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Optical Fiber (Receiver-)Module with Incremental Output LW216:
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Short description on LW216: The optical transmission modules LW215 and LW216 together form a system for reliable and fast data transmission of industrial signals via an optical fiber. Like the send module, the receive module has 4 independent channels with differential inputs and outputs. Signals with a maximum data rate of 2 Mbit/sec. can be transmitted on all four channels. These LW modules are equipped with their technical features for the signal transmission of incremental encoders, measuring systems and sensors. However, differential signals from any other sources with RS422 or push-pull HTL levels can also be connected. The receiver module LW216 converts the optical signals transmitted by the transmitter over a fiber optic line up to 2000 meters back into the original incremental signals, whereby the output levels can be executed in the HTL or RS422 format depending on the order. The conversion time from the send module to the output of the receive module is extremely short and less than 300 ns.
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Optical Fiber Send-Module for SSI Absolut Encoder LW217:
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Short description on LW217: The fiber optic modules LW217 and LW218 together form a transmission system for data transmission of SSI signals by means of optical fibers. The system ensures a reliable optical fiber-optic signal transmission up to 2000 meters (also due to explosive areas) and consists of an LW transmitter and an LW receiver. The component with the designation LW217 serves as a transmitting module for the transmission of optical fibers. It converts the absolute SSI signals of a conventional sensor, measuring system or encoder with a synchronous serial interface (SSI) into optical fiber signals. The LW receiver (see LW218) converts the optical signals back into SSI signals.
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Optical Fibre (Receive-) Module for SSI-Signals LW218:
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Short description on LW218: The optical fiber module LW218 is the receiving module of the transmission system for the optical transmission of industrial signal data via an optical fiber. The LW receiver converts the optical signals transmitted from the transmitter module to the receiver via a fiber optic line up to 2000 meters in length back into the original SSI format. The output absolute SSI data thus corresponds to the signal or absolute value originally applied at the input of the transmitter module. The conversion time from the input (transmitter) to the output (receiver) is less than 300 ns.
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