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The EX600 serial interface offers a full suite of diagnostics and programmable parameters to meet the most stringent requirements. The EX600 offers excellent flexibility including digital input, digital output and analog input unit options. With the use of D-sub output blocks, a maximum of 9 remote D-sub manifolds can be attached to one EX600 communication module. This serial interface is compatible with series SV1000/2000/3000, VQC1000/2000/4000, S0700 and the new SY series valves. Available protocols include Profibus-DP, DeviceNet, CC-Link, Ethernet I/P and now EtherCat.
SMC Pneumatics EX600 Fieldbus System for Input/Output
SMC Pneumatics Technical Datasheets
A focus on a simple set-up and configuration, stable performance, and competitive pricing guided Banner Engineering's development of the DF-G1 Expert Dual Display Fiber Amplifier. An updated mechanical design, with an improved fiber clamp and a sleek look-and-feel, makes the DF-G1 a compelling upgrade to the D10 product line.
FEATURES
- Easy to read dual digital displays show both signal level and threshold simultaneously
- Lever action fiber clamp provides stable, reliable, and trouble free fiber clamping
- Simple user interface ensures easy sensor set-up and programming via displays and switches, remote input teach wire, or IO-Link (coming soon)
- Expert TEACH and SET methods ensure optimal gain and threshold for all applications, especially low contrast applications
- User has full control over all operating parameters: switch point threshold, Light Operate or Dark Operate, output timing functions, gain level, and response speed
- Thermally stable electronics minimize warm-up drift and reduce the effect of side-by-side mounting of multiple fiber amplifiers
- Multiple amplifiers can be mounted side-by-side with no reduction in maximum operating temperature
- ECO (economy) display mode reduces amplifier power consumption by 25%
- Cross talk avoidance algorithm allows two fiber assemblies to operate in close proximity for many applications
- Response speeds of: 200 μs (High Speed), 500 μs (Standard Speed), 2 ms (Long Range), and 5 ms (Extra Long Range) allow operator to optimize for fast or long distance applications
- High performance 32 bit microprocessor with a 12 bit ADC
- Sleek 10 mm wide housing mounts to standard 35 mm DIN rail
- Visible red LED sensing beam for easy alignment to the target
- Banner’s extensive experience developing custom fiber assemblies and advanced detection algorithms
TURCK announces a new long-range inductive
proximity sensor using FDA rated materials for wash
down applications. The Q42—available in a top-facing
model and front-facing model—is an addition to
the uprox+ family of factor one sensors that require
no correction factor to detect any metal type. The
Q42 is designed to deliver optimal performance in
applications that require frequent cleaning with
chemicals found in food and beverage applications
or where the sensor is exposed to wet environments,
such as car washes or outdoor applications.
The Q42 features an improved design with a durable
stainless steel connector and PA12 thermoplastic
housing that delivers resistance to chemicals and
caustic cleaning agents, as well as shock from impact.
Additionally, the upgraded housing materials are
food-safe and meet FDA Regulation 21CFR 177,
1500(9) for the U.S. and FDA/EGVO 1935/2004 for the
E.U. The Q42 features integrated predamping that
gives the designer flexibility to partially recess the
sensor into their design.
The existing uprox+ washdown family is comprised
of 12, 18 and 30mm diameter barrels with sensing
ranges between 4 and 30mm. The Q42 offers a
sensing range of 50mm to all types of metals. This
not only eliminates the need to change the position
of the sensors for different metal applications, but
also reduces the number of sensor types needed for
plant operations. In addition to an extended sensing
distance, the Q42 delivers reliable operation in
temperatures ranging from -40 to 100 degrees Celsius.
Turck Q42 Inductive Sensor
Turck Technical Datasheets
The RTY Series Hall-Effect Rotary Position Sensors provide angle monitoring in harsh transportation and industrial applications at a competitive cost.
These products use a magnetically biased, Hall-effect integrated circuit (IC) to sense rotary movement of the actuator shaft over a set operating range. Rotation of the actuator shaft changes a magnet’s position relative to the IC. The resulting flux density change is converted to a linear output.
The IC, together with conditioning and protection circuitry, and the permanent magnet, is sealed in an IP67-qualified rugged package for durability in most harsh environments.
Eight operating ranges (50°, 60°, 70°, 90°, 120°, 180°, 270° and 360°) are tolerant to over-travel and allow use in most common applications. Low voltage and high voltage versions cover an input voltage range of 4.5 Vdc to 30 Vdc.
Most applications require no lever, and no brackets are necessary.
Honeywell Sensing and Control RTY Hall-Effect Rotary Position Sensors
Honeywell Sensing and Control Technical Datasheets
SMC Pneumatics has added PROFINET and CC Link protocol versions to their EX260 series of Fieldbus System for controlling 5-port solenoid valves.
FEATURES
- Space-saving fieldbus unit is only 28mm wide.
- For use with valve series SY, SV, VQC, and S0700.
- Applicable protocols: Profibus, Profinet, DeviceNet, EtherCAT, CC Link.
- IP67 enclosure rating is achieved when configured with the SY valve series, connecting base type.
SMC Pneumatics has made a number of additions to their LEF series of Slider Type Electric Actuators:
- Now available in 3 motor types: step motor (24VDC), servo motor (24VDC), and new AC servo motor.
- AC servo motor is ideal for high thrust / high acceleration applications (up to 5000mm/sec/sec)
- Additional 40mm bore size is now available for 24VDC step motor, ball screw type.
- Now offering two types of controllers: Simple setting type and programless type.
Early UPS solutions for industrial control cabinets were only basic units that performed a battery back-up function in the event of a main line power loss. These units could not indicate the condition of the connected battery. The new QUINT UPS-IQ from Phoenix Contact brings the market an intelligent product with extended visibility into the status of the batteries.
The QUINT UPS-IQ provides a robust, pure sine wave output in contrast to other UPS products that are only a modified step wave output. The pure sine wave ensures a high quality, clean output that can reliably power 120 V AC industrial components. This AC unit auto-detects the input voltage of either 120 V AC or 240 V AC, making this a product for global use.
To simplify system troubleshooting or startup, this AC UPS can start independent of an AC input. This allows users to power up an industrial PC or controller during a blackout to simplify system diagnostics. Basically, users can switch to battery mode anytime they want with no AC present.
The AC voltage QUINT UPS-IQ solution is a truly industrial UPS platform. It is UL 1778-recognized, which is specific for industrial AC UPS products. With this approval and its small size, the QUINT UPS is ideal for factory floor installations.
The QUINT UPS-IQ (AC) is also a truly scalable system with the batteries. By having external batteries, the solution can be built up using the size battery needed for the runtime required. This eliminates buying a large, self-contained unit just for the runtime. This solution uses the same batteries as the currently available QUINT UPS- IQ DC UPS product range. Using these new batteries allows for easy, “tool-less” battery replacement making maintenance easy.
This product will be utilized wherever and whenever battery backup is needed and in mission-critical
systems that cannot lose power. IQ technology makes QUINT UPS-IQ unique by providing adaptive
battery management on several levels:
- State of Charge (SOC): Indicates the remaining backup time and level of charge on the battery.
Customers will be able to see the amount of available time left at a quick glance.
- State of Health (SOH): Indicates the remaining service life of the battery module(s). The history of the
battery module(s) is recorded and an indication is provided of when the battery needs to be replaced
before it becomes a concern.
- State of Function (SOF): Indicates the capacity of the battery module(s). The available capacity of
the battery is provided giving indication as to how well the battery is accepting the charge and if the full
capacity is still available.
