Connectivity matters
– interfaces for all industries
Leine Linde provides a variety of different incremental and absolute output signals as well as fieldbus interfaces – all to fulfil the industrial automation needs for feedback and control.
Incremental output signals | |
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HTL | Incremental output signal with voltage level 9-30 Vdc and encoder supply voltage 9-30 Vdc. |
HCHTL | Incremental output signal with voltage level 9-30 Vdc and encoder supply voltage 9-30 Vdc for long cables |
TTL | Incremental output signal with voltage level 5 Vdc and encoder supply voltage 5 Vdc. |
1 Vpp | Sinusoidal incremental signal with amplitude of typically 1 V peak-to-peak. |
RS422 | Incremental output signal with voltage level 5 Vdc and encoder supply voltage 9-30 Vdc. |
Absolute signals and fieldbus interfaces | |
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SSI | Absolute synchronous serial interface for point-to-point communication. |
EnDatTM | Absolute serial bi-directional interface for both reading and writing values from the encoder. |
BiLLTM | Absolute bi-directional master/slave interface developed by Leine & Linde. |
Analogue | Absolute interface represented by an output current between 0-20 mA or 4-20 mA. |
Parallel | Absolute output that provides real-time absolute position values. |
PROFIBUS DP® | A standard for fieldbus communication in automation technology. |
PROFINET IRT® | A standard for Industrial Ethernet communication based on PROFIBUS. |
EtherNet/IPTM | Fieldbus communication based on Ethernet standard combined with Common Industrial Protocol (CIP). |
EtherCAT® | An open real-time Ethernet network originally developed by Beckhoff. |
CANopen® | A CAN-based communication system. |
DeviceNetTM | A multi-drop network that connects and serves as a communication network between industrial controllers and I/O devices. |
DRIVE-CLiQTM | Ethernet based interface from Siemens for connection of different kinds of components, like motors, frequency converters and encoders. |