TURCK Introduces Compact FEN20 Industrial Ethernet I/O Module with IO-Link

TURCK’s IO-Link portfolio has again expanded with the addition of the FEN20-4IOL that offers 4 IO-Link channels. In addition to the device functioning as an IO-Link master, each of the IO-Link (C/Q) pins can optionally be configured as digital input or output.

Benefits of an IO-Link variant include more streamlined configuration, device monitoring, and simpler device replacement. The compact FEN20 with IO-Link is ideal for a wide range of industries, including manufacturing where space is at a premium, on robot end-effectors where small I/O is needed and in automotive manufacturing and Tier 1 plants.

The FEN20-4IOL is also a Field Logic Controller (FLC). As an FLC, the modules can
carry out control tasks at the field level itself. This enables users to implement simpler applications without the need for an additional PLC. In more complex applications,
the FLC function provides the processing requirement on the parent control system. Configuration and programming are carried out via the ARGEE web-based engineering system.

Thanks to the multiprotocol plug-and-play functionality, the FEN20 devices are immediately ready for use in PROFINET®, Modbus® TCP or EtherNet/IPTM systems. The device detects the protocol used by listening to the communication traffic during the startup phase. The FEN20 device measures just 55x62.5x30 mm, and fits in small control boxes, control panels or other existing housings.

The FEN20-4IOL is equipped with an integrated EtherNet Switch and a built-in web server to display diagnostic information, and provide access to device configuration parameters. The web page was created to offer a responsive design so that even a smartphone can be used for simple diagnostics.

Turck introduces Q25 Linear Transducer with Longer Range

The Li-Q25L non-contact inductive linear position sensors with IP67 protection
not only withstand harsh environmental conditions such as humidity and dirt – the devices also reliably output a position signal during vibrations and shocks of up to 200 g. These non-contact linear position sensors are also available for a wide range of applications. The sampling rate of 5 kHz reduces tracking errors to a minimum. The resolution has also been further increased with a 16-bit D/A converter.

The Li-Q25L inductive sensors, which are insensitive to magnetic fields, are ideal for metalworking, since the metal chips

produced during this application do not adhere to the position sensor and do not cause any linearity errors. Thanks to their shock resistance, positions in all types of presses and punches can be easily detected at any time, but also in woodworking or plastic injection molding machines.

The Li-Q25L linear position sensors produce two output signals in the same device in both 0...10 V as well as in 4...20 mA. This reduces the number of device variants needed in stock. Turck offers these sensors in measuring lengths from 100 to 2000 mm.

Turck introduces RFID Module with OPC UA

Turck has added an RFID module with an OPC UA server to its TBEN-L family, paving the way for the integration and implementation of RFID systems for the Industrial Internet of Things.

The TBEN-L5-4RFID-8DXP-OPC-UA provides large volumes of data quickly and simply without requiring fragmentation or a reduction of the data volume. Additionally, the module supports optional commands of the Companion Specification, such as lock, kill, and password functions for UHF.

OPC UA (Open Platform Communication Unified Architecture) is a global industry protocol for use on any platform or device, regardless of operating system or programming language. The protocol offers numerous advantages, including:

• Direct provisioning of information to higher-level systems (MES, ERP, Cloud, PLC, etc)
• A simple and seamless integration process, independent of manufacturer or platform
• Built-in security protocols to protect data from unauthorized users

Turck introduces Linear Position Sensors for Mobile Hydraulics

Turck has expanded its portfolio of linear position sensors for mobile hydraulics with the introduction of the LTE series. 

The LTE is a rugged, accurate, programmable zero and span, auto-tuning, non-contact linear position sensor in a compact embedded rod-style package. The embedded package style allows the unit to be completely installed inside of a hydraulic cylinder, which protects the transducers from outside conditions.

Turck introduces Compact Ultrasonic Sensors with IO-Link Technology

To further diversify our ultrasonic sensor portfolio, Turck has released a compact ultrasonic sensor with IO-Link technology. The cost-effective design of this sensor still offers the advantages of a standard ultrasonic sensor as well as communication and advanced functions via IO-Link (Version 1.1).

The new device can be taught as a standard sensor via teach-by-wire or programmed and used via IO-Link. Advanced functions such as synchronization allows multiple sensors to be synchronized together without the risk of interfering with each other. When used in this mode, all sensors will transmit and receive information together, which increases the coverage area and provides a single output from multiple sensors.

Additionally, multiplexing mode allows several sensors to be mounted close together without interference while providing individual outputs.

These sensors are offered in front and side sensing models, rated to IP67, and available with M18 threaded barrel housings and M12x1 Eurofast connectors.

Turck introduces New BEEP, Backplane Ethernet Extension Protocol, Allows a Network of Devices to Communicate as a Single Device

Turck introduces BEEP, the Backplane Ethernet Extension Protocol. BEEP is a new technology that has been integrated into many of our multiprotocol digital block I/O modules.

BEEP allows a network of up to 33 devices (1 Master + 32 Slaves) or 480 bytes of data to appear to the PLC as a single device on a single connection using a single IP address. By reducing the number of connections the PLC sees, the user will be able to create high density I/O networks and still utilize their low cost PLC.

Turck Introduces PT2000 Pressure Transmitters for Hydraulic Systems

Turck has expanded its line of PT2000 pressure transmitters with the release of a variant for use in hydraulic systems.

“With a list of features that includes an SAE fitting, stainless cell, gel filled housing, and an integrated snubber to reduce the damaging effects of pressure spikes, these transmitters provide an ideal solution for demanding hydraulic applications,” explained Rich Tallant, product manager for sensors.

“The SAE #4 and SAE #6 process connections are particularly important, as they are commonly used for hydraulic equipment in North America.”

The new transmitters, which offer a welded stainless steel measuring cell for increased durability and increased chemical compatibility, have no elastomer seals and all wetted materials are 316L stainless steel. Additionally, the housing is more compact than existing solutions, suiting it for applications with space constraints. The transmitters are available in multiple pre-scaled pressure ranges from 30 to 14,500 psig.

The new variant also offers multiple output signals, allowing the sensor to adapt to users’ existing control circuitry, including 4-20 mA, 0-10 V, ratiometric, 1-6 V, and 0-5 V. Additionally, it carries an IP67 rating and works with media temperatures up to 135 °C.

Turck Introduces IM12 Cabinet Condition Monitor for Non-Hazardous Areas

Turck announces the IM12-CCM (Cabinet Condition Monitor) cabinet guard, a device capable of monitoring moisture and temperature limits while also detecting incorrectly closed doors. As an added benefit, the device monitors unauthorized access to switch cabinets, providing protection against manipulation in compliance with IT security regulations. The slim 12.5 mm DIN-rail cabinet guard can be easily installed in existing switch cabinets due to its compact design.

The IM12-CCM features an internal data logger with time stamp and stores data for up to two years, allowing users to detect creeping changes over long periods of time. An interface enables two cabinet guards to be operated in master-slave mode simultaneously, monitoring correct door closing and other limit values at two points within the control cabinet. The master processes the data of the slave and sends a signal to the controller.

The standard IM12-CCM comes with two switch contacts and an IO-Link interface. Quick teach mode enables the user to set the limit values easily in the field. Alternatively, parameters can be set via IO-Link or an FDT framework such as PACTware.

The IM12-CCM is the second cabinet guard in the Turck portfolio, serving as a supplement to the IMX12-CCM module, which is intended for use in hazardous areas.

Turck Introduces New Deutsch Connector Offerings for Mobile Equipment

Turck is expanding its Deutsch offering with the LED 12 VDC and 24 VDC 2-pin style Deutsch DT overmolded connectors. Designed for the mobile equipment industry, the connectors feature an integrated LED circuit on the wedgelock, allowing for multi-direction troubleshooting indication. Rugged contact design ensures longevity in demanding environments, while the overmolded design, TPE jacket, and IP67 rating provide additional reinforcement, abrasion, and oil resistance in a ready-to-use solution.

Part numbers for the LED variant are as follows:

• DT06-2S-2125-*M/LED24V
• DT06-2S-2125-*M/LED12V

Turck has also released the first of a new series of DTM Deutsch overmolded connectors. The newly designed 3-pin offering provides an ideal solution for mobile equipment and oil and gas applications, where environmental factors such as shock, vibration, cold temperatures, moisture, and oils can affect performance.

The DTM series features the same environmentally robust advantage of the DT connector series, but is intended for smaller wire gauge and lower current applications.

Part numbers for the DTM series are as follows:

• DTM06-3S-2303-*M
• DTM04-3P-2303-*M
• DTM06-3S-2303-*M-DTM04-3P

TURCK INTRODUCES NEW HYBRID SAFETY I/O MODULE FOR CIP SAFETY

Turck is pleased to announce the addition of the Hybrid Safety Block I/O Module for CIP Safety over EtherNet/IP to our industry leading lineup of fieldbus technology products.

The hybrid safety concept from Turck combines both safety I/O and general purpose I/O in a single, rugged, on-machine, remote I/O device. The CIP Safety (TBIP) module expands the existing hybrid safety offering, which already includes an option for PROFIsafe over PROFINET.

Both IP67 hybrid modules can be adapted to the actual signal requirements of an installation through the use of configurable input/output points and by leveraging the flexibility of IO-Link. On the safety side, the hybrid modules offer two safety inputs for connecting safety sensors, such as light curtains or emergency stop buttons. Two additional safety channels can be used as either inputs or outputs. The general purpose (non-safety related) side includes four configurable discrete inputs/outputs capable of switching up to two amps when used as outputs. Two IO-Link master ports are also available, which offer an additional 32 points of configurable discrete I/O when used with Turck IO-Link hubs.

These devices can be used as remote safety I/O, or even operated as a standalone safety controller for local safe I/O; this allows the implementation of safety functions without the need for a safety PLC while still providing safety diagnostics and general purpose I/O data to a higher level non-safety PLC.

The high IP65/IP67/IP69K degrees of protection allow use in the most demanding environments. Decentralized plants and modular machine concepts can be implemented without the need for additional control cabinets.