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The new, XCSR contactless RFiD safety sensor from Telemecanique Sensors provides a
high level of protection in a compact, highly tamper-proof, and easy-to-install device.
The XCSR sensor is TüV certified with a
Cat4/PL e - SIL3 rating. This essentially means that when you install the XCSR RFiD safety sensor,
your dangerous machine area is sealed off by a product with the highest rated safety level.
The XCSR contactless RFiD safety sensor not only enhances safety because of it’s extremely
high performance rating, it also enhances safety because it is highly tamper-proof. The ready-to-use
transponder and reader are factory-paired and sold together with a unique, high-level coding. It is
virtually impossible to bypass or tamper with this safety system.
Installing the new XCSR safety switch is as easy as the decision to take advantage
of its safety benefits. The XCSR allows different mounting configurations, comes with an adjustable
transponder sensing face, and allows three different connection types (STANDALONE, SERIES, and
SINGLE). A highly-rated safety solution in a highly adaptable, easy-to-implement package!
FEATURES
High Level of Safety
- TüV
certified
- Cat4/PL e - SIL3 rating
Three Available Models
- STANDALONE
models for
possible direct connection to the
contactors (embedded start/restart and EDM monitoring).
- SERIES models with integrated
M12 connectors for direct series
cabling. No need of T or Y
connectors. Possible connection
to a simple safety relay. Series
diagnosis is available thru a
diagnostic module.
- SINGLE models for point to point
connection to a safety controller.
Easy to Install and Adapt
- Transponder comes with two
possible orientations of the
sensitive face.
- Numerous possible
mounting configurations.
- Three different connection
types (STANDALONE,
SERIES, and SINGLE).
The new WLS15 from Banner Engineering is a professional grade LED strip light that makes it easy and very
cost-effective to illuminate equipment and work spaces for improved efficiency, productivity, and safety. It
installs in just a few minutes and has a sleek, low-profile design that fits into very tight spaces. Once installed,
the WLS15 will provide years of bright, even illumination with no hot spots.
FEATURES
- Compact, Low-Profile Design: The slim, space-saving 15mm profile of the WLS15 enables
installation in confined areas without disrupting the work environment, or obstructing sightlines.
- Rugged IP67 Construction:
Built with a sturdy aluminum inner frame and sealed
in shatter resistant,
UV-stabilized, polycarbonate shell, the WLS15 resists impact and vibration and will tolerate wet and
dirty conditions for reliable use in challenging indoor and outdoor environments.
- Easy to Install: The ability to cascade lights together combined with flexible mounting options, such
as endcap mounting holes and a wide range of available brackets, simplifies installation and wiring
and makes it easy to deploy and power one or multiple lights within a short amount of time.
- Global Support and Certification: The WLS15 is certified for use around the world and is supported
by Banner’s global network of offices and partners.
This simplifies repair and replacement by
ensuring that access to service, support, and spares—if ever needed—is always close at hand.
Honeywell is pleased to announce an upgrade to the MICRO SWITCH SZL-VL Series Limit Switch effective May 16, 2017, offering the potential use in a wide variety of applications.
The new product features include the addition of positive opening contacts (side rotary version only), enhanced sealing level to IP67; NEMA 1, 12, 13, extended the temperature range, and added CCC certification.
The upgraded design includes modified seals, housing and a new design cable gland to improve seal performance. The housing design and mounting hole pattern remain the same. Any dimensional changes do not exceed more than 1mm.
The SZL-VL-S Series miniature-type limit switch is designed for
use in applications where limited mounting space is available.
With IP67 seal rating, these switches are suitable for OEM
machinery that requires a rugged and reliable limit switch
capable of being mounted in space restricted applications. Its
design enhances ease of wiring with ample wiring space, and
has an optional cable gland for faster and more efficient wiring
termination.
The SZL-VL-S Series switches have a split-housing design
made of a die-cast body and head with glass-filled, flame-retardant thermoplastic cover. The cover is removable for easy
access and ease of installation. Modular actuator head design
allows for configurations to meet a variety of application
needs. The SZL-VL-S are available globally and carry
certifications for applications around the world.
FEATURES
- Approvals: CCC, CE, oculus
- Sealed to IP67, NEMA 1, 12, 13
- Snap-action contacts
- Die-cast metal housing with glass-filled, flame-retardant
thermoplastic cover
- Stainless steel levers with either steel and nylon rollers
- Variety of actuators
- Positive-opening contacts (side rotary version only)
- RoHS compliant
- Utilization category: AC-15 A300 (380 Vac/0.5 A)
DC-13 Q300 (220 Vdc/0.05 A)
- Mechanical life rating: 10 million cycles
- Electrical life rating: 0.5 million cycles
Banner Engineering's A-GAGE MINI-ARRAY measuring light screens are now available in cost-effective, easy-to-install two-piece models that feature 9.5mm (3/8 inch) beam spacing. This two-piece system consists of an emitter and receiver and requires no separate controller.
FEATURES
- Two-piece (emitter and receiver) array system simplifies installation and reduces the downtime and costs associated with deploying arrays that require a separate controller
- 9.5mm (3/8 inch) beam spacing is capable of resolutions as small as 12.7mm (1/2 inch) to provide finer levels of detection than previously possible using two-piece MINI-ARRAY Series light screens
- Pre-configured interlaced optical pattern provides the smallest minimum object detection capability
- Strong optical excess gain overcomes dust, dirt, and other environmental challenges to ensure reliable performance and minimize downtime for cleaning and maintenance
HARTING’s Mini-Industrial-Computer MICA®, winner of the prestigious 2016 HERMES Award for industrial innovation, now is available with an EtherCAT board, allowing data to be collected directly from industrial production networks, preprocessed and forwarded to IT systems via standard protocols such as OPC UA or MQTT. Thanks to MICA®s modular hardware concept, which allows you to incorporate individual function boards, the other advantages of this mini-industrial PC are retained, like compliance with important industrial standards.
MICA®s modular Open Source Software Architecture makes it the ideal solution for developing edge and cloud applications in production. Creating the EtherCAT functionality as an internal function module enables MICA® to deliver further benefits, such as protection class IP67, and connectors suitable for industrial use.
MICA® also has been certified for Microsoft Azure for IoT. Microsoft’s certification process places certain demands on end devices so that they work seamlessly with Microsoft Azure services. As a result, the MICA® went through a series of tests provided by Microsoft to evaluate the functionality of the hardware. The results validated by Microsoft mean MICA® meets the requirements of the "Microsoft Azure Certified for IoT" program.
The "Microsoft Azure Certified for IoT" program is intended to help speed up IoT projects with Azure by providing a set of available sensors and devices that are tested for usability and compatibility with the Azure IoT Suite. With Azure, Microsoft provides a collection of integrated Cloud services to create, deploy, and manage applications across a global network of data centers.
Harting MICA Mini-Industrial-Computer w/ EtherCAT Board
Harting Technical Datasheets
With its new angular housing, HARTING’s Han-Modular® Twin provides users with a particularly compact and customizable connector solution that’s ideal for applications like motor connection, especially for larger motors up to 70A. The Han-Modular® Twin has the appearance of a small format IP65 connector. Fitted at a right angle to the motor, the 39x44mm angular housing takes the place of the terminal box, making for a very user-friendly connection. The hood is in two parts – an upper part with the cable inlet and the carrier housing underneath. This design feature makes it easier to fit the inserts into the hood and the cable can be fitted faster and more securely.
The Han-Modular® Twin is designed to hold two modules from the extensive Han-Modular® lineup, so it can be configured as a power-only connector or as a hybrid with a power insert and either a signal or data insert. A hybrid configuration makes an excellent connection option for servo motors in combination with two circular connectors. Such a hybrid might include a 4x40 A power module and a second module for 25 signal or data contacts. In servo motor connection, the plug and play Han-Modular® Twin makes motor changes quicker if you have a faulty drive – which can minimize production downtime.
Harting Han-Modular Twin Connector
Harting Technical Datasheets
Banner Engineering’s popular long-range L-GAGE® LTF laser sensor is now available in models featuring two independently configurable discrete outputs and the IO-Link industrial protocol, which enables robust two-way communication between the sensor and a master device. LTF series sensors offer tremendous accuracy over long distances and provide reliable detection regardless of target color, material or reflectivity.
FEATURES
- Remote configuration: Device parameters can be read and altered remotely, even while inspections are ongoing, enabling quick configuration and minimizing downtime for product changeover.
- Remote monitoring: You can access sensor level data in real-time, make decisions based on that data, and receive real-time status alerts for rapid identification and resolution of problems.
- Extended diagnostics: IO-Link provides visibility into errors and health status for each device, allowing you to evaluate machine performance and diagnose problems without shutting down equipment.
- Simple device replacement: An IO-Link master device saves configuration data and automatically updates new sensors; you can easily replace sensors without expert knowledge for configuration.
- Interface versatility: Measurement data is regularly sent from the LTF to an IO-Link master device, enabling analog output capabilities in a sensor with dual discrete outputs and no analog output.
