Signal Converters

Frequency divider for error-free division of frequencies / pulses.;The FT frequency divider is used for error-free division of frequencies or pulses from conventional encoders, sensors, or other incremental measuring systems. Four easily-accessible DIL switches can be used to program division ratios from 1:1 to 1:4096 as well as the desired display of the direction of rotation. A separately adjustable divider is available for the zero signal.;The module is quickly and easily mounted in the control cabinet on a standard DIN rail.

Signal converter with parallel output.;The converter module for industrial applications where a sensor or encoder signal in SSI format needs to be converted into a parallel signal.;The device has 12 screw terminals and a 37-pin (parallel) Sub-D socket.;The module is quickly and easily mounted in the control cabinet on a standard DIN rail.

Level converter for separation and conversion of digital signals.;The PW 1D-1D universal level converter, directional decoder, and potential isolation amplifier accepts both single-track and dual-track incremental encoder signals on its input, which can be designed either as RS422 / TTL or as HTL level (10 to 30 V). If the signal is related to the direction of rotation, the direction can be specified either by a 90° phase shift of channels A and B or by a static direction signal.;The module is quickly and easily mounted in the control cabinet on a standard DIN rail.

SSI converter for special industrial applications.;The SK 1S-1A2RS signal splitter is specially designed for industrial applications where sensor or encoder information in SSI format is to be converted into an analog signal or a serial RS232/RS485 format. The device has 12 screw terminals and a 9-pin Sub-D socket.;The module is quickly and easily mounted in the control cabinet on a standard DIN rail.

Signal converter – converts, multiplies, and splits output signals.;The SK 1SC-1D signal converter converts, multiplies, and divides output signals from sine-cosine encoders and comparable measuring systems to produce incremental pulse signals. A corresponding number of output pulses is interpolated from each period of the incoming sine-cosine voltage signal, incorporating an adjustable multiplier. If required, these can also be divided before output. All settings are configured using an 8-pin DIL switch.;The module is quickly and easily mounted in the control cabinet on a standard DIN rail.

Signal splitter – distributes and controls different input signals.;The SP 2D-2D signal splitter is a universal encoder interface (without potential isolation) with 2 incremental encoder inputs for level conversion, distribution, and contactless and bounce-free switching of encoder signals in HTL or RS422 format.;The module is quickly and easily mounted in the control cabinet on a standard DIN rail.

Signal converter with independent pulse inputs.;This compact signal converter with pulse inputs for two incremental encoders or measuring systems, can convert both frequency and sum, difference, a product, or a ratio of two frequencies into an analog signal. The integrated RS232 interface mirrors the result of the connected inputs as a serial signal.;The module is quickly and easily mounted in the control cabinet on a standard DIN rail.

Signal splitter - distributes signals lossless to several terminal devices.;;The SP 1SC-2SC2D signal splitter is used to distribute signals from SinCos encoders or measuring systems to several terminals without loss and without problems. It has 2 SinCos outputs and 2 incremental outputs (HTL or TTL/ RS422).;Connected terminals can be controlled either with SinCos signals or with incremental pulses.;The module is quickly and easily mounted in the control cabinet on a standard DIN rail.

Fiber optic cables – reliable signal transmission under difficult environmental conditions.;These fiber optic modules are perfect for reliable signal transmission in interference-prone environments. The signal transmission takes place via a fiber optic cable, which can transmit absolute values up to 2000 m. The status LED on the front makes function monitoring simple.

Fiber optic cables – reliable signal transmission under difficult environmental conditions.;The system consists of a fiber-optic transmitter and a fiber-optic receiver. The fiber optic transmitter converts the electrical signals of a conventional incremental encoder into an optical signal. The receiver module converts the optical signal back into electrical signals. Up to 4 channels with inversion can be safely transmitted.