These sensors contain a chain of equally spaced magnetic switches and resistors in sensing lengths to 96 inches.  When activated by the moving magnetic float, the switch chain creates a variable resistance signal that is then converted to a proportional voltage (1-5VDC) or current output, (4-20 mA) through a 24VDC powered circuit board located within the compact stem.  The output can then be routed to a meter, programmable controller or other readout or receiver.  The float transducers can also be equipped with separate high and/or low float switches for independent alarm signals.

Unlike many solid state level transmitters, this series is unaffected by conductivity or dielectric properties of the liquid.  “If it floats…it works!”  The integral circuit board design and robust brass or stainless tube resists shock and vibration, making it ideal for off-road vehicle fuel tanks, generator tanks and more.

The series offers a low-cost, buoyancy-based alternative to other level sensing technologies and compliments an ever-growing selection of dependable OEM-priced products.

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The series is ideal for integration into photovoltaic renewable energy systems, which can be designed into the system’s combiner box or main disconnect. 

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Designed to meet the backlighting needs of LED TVs and room lighting applications, this new family of connectors is the first of its kind on the market to provide a full range of both board-to-board and wire-to-board solutions.

These connectors are designed for LED TVs and standard room-lighting applications requiring the placement of LEDs on interconnecting panels across the full width of the display or lighting fixture.

The design meets the need for flexibility and space savings and includes coplanar board-to-board connectors used to snap together small panels containing LED lights.  The system includes a wire-to-board option to connect the LED boards to the main power board; a terminating connector is available and is used as a shorting device to complete an open-loop signal.

Key features of the 3.00mm (.118”) mated height family include a dual-contact terminal design for secure electrical contact, space-saving positive side locks for wire-to-board connections, and mating guide features that help facilitate mating and protect terminals during mating and unmating.

Currently, the system is available in a two-circuit design.  Additional components such as a wire-to-board adapter that allows a signal line to be carried from one LED panel module grouping to another are in the planning stages to add even further flexibility to the system.

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The pre-assembled, fully-submersible connector system is a high-performance connector system; offering a reduced package size and is ideal for SAE- and ISO-style wire in single- and dual-row configurations up to 22.0A supporting both signal and power applications for on-engine automotive to off-road construction equipment applications

Based on the 1.50mm ISO blade-type terminal system, the connector system consists of matte- and cable-sealed connectors, receptacles and terminals.  Available in tin, gold or silver contact finishes, the connector system provides cost savings by eliminating the need to purchase, handle and crimp individual wire seals.  The single silicone-based seal in the plug and receptacle has individual wire openings and a seal cap to protect, securely retain and provide strain relief.  Integral terminal position assurance (TPA) and optional connector position assurance (CPA) components eliminate time-consuming and costly assembly operations.  Many of these products employ ring-seal technology to meet IP6K7 and IP6K9K sealing requirements.

The expanding product line consists of several product groups including:

• Twist-Lock Connectors ensure simplified and reliable connector mating and assembly by eliminating the need for additional fasteners
• Panel Mount Connectors feature a gasket seal and require self-tapping screws to mount the header to the connector
• Shrouded Headers offer superior sealing and electrical performance to simplify direct wire-to-board connections
• Unshrouded Breakaway Headers allow rapid-design revisions while reducing work in process
• M3 Grip Terminals prevent potential leaks in wet environments
• Unsealed Connector System provides simplified harnessing and cost efficiency for mid-power unsealed applications (this system is not sealed)

Tooling solutions include crimp-press applicators for high-volume production, as well as hand tools for low-volume production and field repairs.

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Manufactured with reliable screw-clamp connection technology, UT 2.5-3L modular terminal blocks feature three terminal levels with corrosion-resistant copper alloy components.  The innovative Reakdyne design prevents screws from backing out, and these triple-level blocks support robust FBS push-in bridging for power distribution, the UT 2.5-3L series conserves valuable space on DIN rail and supports mission-critical applications in control systems across many industries.  UT 2.5-3L terminal blocks have current ratings of 300 V at 20 A or 600 V at 5 A* with 26-12 AWG under UL file # E60425.

The UT series supports numerous mission-critical applications in control systems across many industries.  Ideal for use within industrial automation and machine building sectors, UT is famous among users in energy, process/oil & gas, and water treatment industries.

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Building on the success of its interconnect system, the second generation sealed, hybrid, high-density and modular connector system has been introduced.  The sophisticated design of the fully protected seal offers the ultimate in sealing performance, making the connector system particularly well suited for transportation powertrain applications, such as those found in engine control units, automatic gear boxes, suspension controllers and electrical parking brakes.

Based on over a decade experience with the product line, our next-generation interconnect system offers significant improvements in product performance while remaining cost competitive,” says Selvan Wilhelm, Global Product Manager.  “The unique feature for all new connectors is the sophisticated design of the interfacial seal protection, which ensures the connector remains protected before mating, and during mating and unmating operations.”

The first two circuit sizes of the family, which meet the demands of the transportation market, is a compact 5-row 55-circuit connector and a 5-row 65-circuit connector.  Additional circuit sizes to extend the family are already in development.  Both connectors support low and medium current using .635mm (.025″) and 1.50mm (.059″) terminals.  The new matte seal is designed for the ultimate high performing sealing function of the terminals, and can be used with ISO and JASO wires.  The terminal system features a clean-body type design that performs well in harsh environments, while serving low, medium and high current applications.  The use of high conductivity copper alloy allows excellent stress relaxation and current carrying properties.

The rear seal cover, which can be molded with breakable dummy-plugs for the terminal cavities, helps to reduce cycle time and applied costs for harness manufacturers.  It also allows customers more flexibility for unused cavities.

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The intelligent battery modules answer common reliability questions such as: Is the battery fully charged?  How long will the battery backup last?  Does the battery need replacement?  Can the aging battery still supply the proper amount of energy?

The IQ technology manages the battery status and displays all of the relevant data on the UPS’s front panel, or transmits it to a computer.  As a result, the user always knows the charge state, remaining buffer time and expected lifetime.

For 24 V loads, the Quint UPS-IQ has output currents of 5, 10, 20, and 40 A.  The AC version has an output power of 500 VA.

Other system features include alarm contacts, PC shutdown and re-start, triggering e-mails and event-logging.  The entire system, including the battery modules, is UL 508 and 1778 Listed.

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Current ratings up to 10 A at 250 VAC/125 VDC, the UMF 250 has a breaking capacity of up to 200 A at rated voltage.  The UMF 250 maximizes circuit protection while its extremely compact size saves space and facilitates assembly in applications such as power supplies, medical equipment, and devices for home and industrial use.  The UMF 250 is RoHS compliant and carries cURus and VDE approvals.

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Specifications

It is available in fixed current ratings from 1 A to 10 A, and provides selective load protection – ensuring exclusive disconnection of the current path in the event of an overload or short circuit in the field load device without compromising the DC 12 V power source (i.e. battery drain).  This limits the short circuit current to 1.3 to 1.8 times rated current and disconnects 100 ms after the fault has been detected.  Inrush peaks are tolerated from capacitive loads of more than 20,000 μF, and is designed with an auxiliary output to provide individual alarm capabilities for critical process flow applications.  This space-saving device has a width of only 12.5 mm and 80 mm in height and depth.  Its low power consumption makes it ideally suited for battery-buffered DC 12 V applications, specifically in the solar industry.  It is Din rail ready and can be mounted either individually or in a group side-by-side with a simplistic bus bar system for +12 V DC and ground.  Also utilizes the same screw terminals as its 24 V DC counterpart which allows up to a 10 mm² conductor to be wired directly to the device, this ensures reliable and safe wiring connections.

Approvals

The product family carries the UL1604 and UL508 approval for use in Class I, Div. 2, Hazardous Location and General Automation applications, respectively.

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In order to fulfill the need for a small and easy to install E-Stop, Smile has been developed.  This device is much like a common quick disconnect proximity switch which is engineered into the design of a machine.  The connector allows for the use of premolded cables, eliminating labor and improper wiring.  Disconnecting this device results in the safe prevention of the machine to operate.  With M12 connection/s or cable and centralized mounting holes, Smile is very easy to install, especially on aluminum extrusions.

The Smile E-Stop has been engineered to lower the labor costs associated with installation and troubleshooting while improving machine safety.  Plug and play technology with multiple connect/disconnect options reduce installation costs by up to 60% compared to conventional machine wiring methods.  Troubleshoot more efficiently with built in LED diagnostics that eliminate the need to individually cycle and test each e-stop after a fault.  This easy-to-install design improves safety by eliminating the need for contact blocks, which may loosen and cause the e-stop button to fail in an unsafe mode.  Reduction of installation costs, downtime, and error proofing make the Smile E-Stop the ideal way to reduce costs while increasing safety for your e-stop applications.

Smile is available for E-Stops in both dynamic and static safety circuits—i.e. for interfacing to Vital/Pluto and Safety Relays.  Each version is available with either one or two M12 connections or cable. In the top of the Smile E-stop unit LEDs show the actual status:

• Green = protection is OK
• Red = this E-Stop has been pressed
• OFF = an E-Stop earlier in the circuit has been pressed

Regulations and Standards

The Smile Emergency Stop is designed and approved in accordance with appropriate standards.  Examples of such are: EN ISO 13850, EN 60204, EN 60947-5-1 and EN 60947-5-5.

Applications

• To stop a machine or a process

Features

• Several E-Stops in series up to Category 3 according to EN 954-1/E ISO 13849-1
• LED indication at every E-Stop
• Robust construction
• IP65

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