Banner Engineering R45C and R90C IO-Link Masters

Banner Engineering’s new R45C and R90C serial IO-Link Masters seamlessly connect IO-Link devices to a Snap Signal IIoT ecosystem.

FEATURES

• Transmits machine data, process parameters, and diagnostic information directly to any Modbus RTU interface, which can then send data to cloud platforms or an HMI.
• Features a compact, lightweight housing ideal for robotic end-of-arm tooling.
• The R45C connects two IO-Link devices, while the R90C connects four IO-Link devices.
• Rugged design meets IP65, IP67, and IP68.

Banner Engineering R45C and R90C IO-Link Masters
Banner Engineering Technical Datasheets

Advantech Automation IMC-595 Three-in-One Mega PoE Media Converter

Advantech Automation’s new IMC-595 media converter can serve as a fiber-to-Ethernet media converter, a 90W PoE injector, and a light management Ethernet switch.

FEATURES

• This compact, industrial-grade solution comes with 2 x Gigabit 90W PoE ports in a compact housing.
• An ideal solution for users seeking to update network infrastructure, expand network coverage distance, or pursue light network management functions.
• Its fiber and RJ45 connectivity enable it to convert between fiber and copper cables, and the RJ45 ports can deliver 90W power and Gigabit data on the same cable to two devices.
• Supports LLDP and Modbus TCP protocols, and Jumbo Frames up to 9,216 bytes and Broadcast Storm Control ON/OFF.

Advantech IMC-595 Three-in-One Mega PoE Media Converter

Advantech Technical Datasheets

Banner Engineering S15C/R45C Snap Signal Converters

Banner Engineering is expanding its line of plug-and-play in-line converters to easily incorporate existing legacy sensors into standard protocols to enable process monitoring.

FEATURES

• The S15C and R45C converters take various types of signals such as discrete, analog, and RTD and convert them to smart protocols like IO-Link, PICK-IQ, and Modbus.
• The S15C is designed to connect directly to a sensor, indicator, or other device and begin operating immediately.
• The R45C enables discrete sensors to be added to PICK-IQ and Modbus networks, enhancing pick-to-light installations and delivering the data needed for predictive maintenance and operational improvements.
• Both have rugged, over-molded designs that meet IP65, IP67, and IP68 standards.

Banner Engineering S15C/R45C Snap Signal Converters

Banner Engineering Technical Datasheets

Phoenix Contact MACX MCR IDS

Phoenix Contact's new, improved portfolio of MACX MCR 4-10mA/HART output modules are now available in both 1- and 2-channel versions.

FEATURES

• Widened operating temperature range of -40° to +70°C.
• Approved for safety-related applications up to SIL 2 (1oo1) and SIL 3 (1oo2), where the options to use two 1-channel IDSs or one 2-channel IDS are available.
• All versions have open circuit and short circuit detection.
• Output load up to 700 ohms.

Phoenix Contact MACX MCR IDS
Phoenix Contact Technical Datasheets

Banner Engineering S15C-BB-MTGQ In-Line Converter Expands Capabilities of T-GAGE Non-Contact Temperature Sensors

Banner Engineering's new S15C-BB-MTGQ is a plug-and-play in-line converter that presents T-GAGE temperature data over the RS-485 Modbus network. This converter is compatible with all T-GAGE models and allows access to additional sensor values such as relative temperature readings and core/ambient temperature.

FEATURES

• Plug-and-play, in-line installation with no programming required.
• Converts T-GAGE temperature information to Modbus registers.
• Access additional sensor values such as relative temperature readings in °C or °F, threshold settings, and core/ambient temperature.
• Rugged over-molded design meets IEC IP65, IEC IP67, and IEC IP68 environmental ratings.
• Interface to the RS-485 Modbus RTU network through a 4-pin or 5-pin M12 connection.

Banner Engineering S15C-BB-MTGQ In-Line Converter

Banner Engineering Technical Datasheets

Turck IM12/IMX12 Interface Devices

Introducing the Turck IM12 & IMX12 interface device series, a new generation of certified isolated barriers for use in hazardous areas. These devices are used to protect, isolate and convert electrical signals and connect them into controllers or remote I/O. Key features include a state-of-the-art design, including more high channel density than previous Turck solutions, ensuring a smaller footprint. Plus, a power rail reduces wiring and ensures easy installation. Featuring slim 12.5mm housings, the hazardous area isolated barriers and ex-analog signal isolators offer the highest signal density on the market.

The IM12 product series is ideal for the pharmaceutical and chemical industries as well as other manufacturing applications such as temperature monitoring, fluid treatment or speed monitoring. The incredible speed, accuracy and flexibility of the IMX12 devices also makes them well suited for process automation applications including oil/gas, chemical, and pharmaceutical. The isolating switching amplifiers offer a maximum switching frequency of up to 15,000 Hz.


Turck IM12/IMX12 Interface Devices

Turck Technical Datasheets

Phoenix Contact MACX-MCR Universal Temperature Transducers

The Phoenix Contact INTERFACE group introduces six new universal temperature transducers. These new additions to the MACX MCR family are loop-powered and have two channels.

The new modules include two non-Ex and two Ex i versions in two different mounting formats: head-mount and DIN rail-mount. The temperature transmitters support more than 28 different temperature sensors, plus the modules will also accept -20mV to 100mV and linear resistance ranges from 10 ohms to 2 kohms.

On the output side is a dedicated 4-20mA signal with HART communication. At just 12.5mm wide, the DIN railmountable modules save space in the cabinet. Also available is a head-mount, hockey-puck format with the same wide operating temperature range of -40 to +85 degrees C. Both Ex and non-Ex DIN-rail mount versions can be ordered preconfigured by the factory, along with certificates of calibration.

The intrinsic safety versions can safely transmit electrical signals from simple temperature sensors in Div. 1 and zone 0 hazardous locations. Because it’s a best practice to convert small, easily distorted temperature signals to a more robust 4-20mA signal as soon possible, the Ex ia versions designed to sit in a Div. 1, zone 0 are close to the sensors themselves. If used in this manner, these modules require another Ex ia 4-20mA repeater (2865340) to get the signal safely out of the Div. 1, zone 0 area.

The MACX Analog isolating transducers were designed for exact conversion, isolation, filtering, and amplification of analog signals. MACX Analog was developed and produced consistently in all phases of the product lifecycle according to SIL specifications for functional safety: That means the highest reliability and safety.

FEATURES

• Up to SIL 2 according to IEC/EN 61508
• Keyed, plug-in connection terminal blocks
• Screw or spring-cage connection technology (Push-in technology7)
• 2.5kV isolation
• Installation in Ex, Div. 2, and zone 1 and 2 permitted
• 12.5-mm-wide housing
• Conformance and approvals: CE, FM, CSA, ATEX, IECEx, EAC, and UL Class I, Div. 2

Phoenix Contact MACX-MCR Universal Temperature Transducers

Phoenix Contact Technical Datasheets

Banner Engineering HLS27 LED Strip Light Illuminates Division 2 Hazardous Locations

Banner's HLS27 bright, sealed strip light is a versatile illumination option that improves visibility, safety, and efficiency in Division 2 hazardous areas such as cabinets, machines, or shelters. The rugged, water-resistant IEC IP66 and IP67 construction means they can be used indoors, outdoors, and in wet environments. UL certified for use in North America.

FEATURES 

• Easy-to-Install Design: The HLS27 does not require an additional enclosure and has a slim, robust design that fits easily into new and existing applications. Two bracket options simplify installation. The LED lights are bright enough to replace bulky fluorescent fixtures.


• Versatile for a Wide Range of Applications: Eight different lengths from 145 mm to 1130 mm mean that the HLS27 can work in a wide variety of Division 2 applications. The integral ITC-ER rated cable is also available in multiple lengths for direct connection to the junction box without expensive conduit.


• Tailored Illumination for New Solutions: Dimming and color options make the HLS27 an ideal fit for advanced lighting applications such as signaling or inspection. Light intensity is controlled with Hi/Lo/Off wiring or PWM dimming. Single- and dual-color models are available for purchase.

Banner Engineering HLS27 LED Strip Light Press Release  

Banner Engineering Datasheets

Phoenix Contact EAGLEi Remote Monitoring

Phoenix Contact's EAGLEi Cellular RTU is a remote monitoring solution offered jointly by Phoenix Contact and EAGLEi Data LLC. This solution uses secure cloud-based data management to allow access to remote systems via a cellular network. The EAGLEi Cellular RTU is great for industries such as water/wastewater, oil and gas, or any remote application that needs monitoring. 

This is effectively gather data from your distributed assets without the large capital investment. No software purchases or maintaining of data servers is required.

With the flexibility you can cut your ties to the control room and make your data available wherever an Internet connection exists. View your remote assets via computer, tablet, or smartphone. Be notified of alarms via e-mail or text message.

Have peace of mind through protected connection, collection, storage, and retrieval of your data. All data is secured through a next-generation security platform and stored on redundant servers. Retrieval of data requires user/password authentication. 

Phoenix Contact EAGLEi Remote Monitoring Press Release

Phoenix Contact Datasheets

Pizzato Buzzer EROUND Line

Pizzato's EROUND line of signaling and control devices widens its range with the monolithic buzzer series E6.

The buzzer features a high sound intensity that makes a clearly audible signal both from a distance or in very noisy places and it can be purchased in continuous or pulsed sound versions.

Designed to be used in hard environmental conditions, its lens is available with or without holes. The version without holes has an IP67 protection rating.

The compact shape of the buzzer incorporates all the components necessary for operation. The wiring is now fast and intuitive by the use of screw clamps without needing any further part.

Pizzato Buzzer EROUND Line Press Release

Pizzato Buzzer EROUND Line Technical Datasheets

PEPPERL+FUCHS Reliable Limit Monitoring with SC-System's New Trip Amplifier

The SC-System’s signal conditioner product family from Pepperl+Fuchs includes numerous modules for digital and analog field signals. The modules ensure that process communication is safe and efficient. In addition to transmitter power supplies, isolating amplifiers, passive isolators, and temperature and signal converters, the trip amplifier now joins the ranks of this portfolio of compact analog modules. Use the new trip amplifier to reliably control security-related parameters, recognize and fix faults, and optimize plant safety.

Clear signals, no workaround 

The SC-System trip amplifier monitors measurement signals based on a previously determined limit value. If the actual value deviates from the limit value, the module sends a signal that activates an emergency trip or an alarm, as an example. Due to the module’s parameterizable outputs, switch signals are available at the relay contact outputs without the user having to refer to a central control panel. 

Variety of applications for greater flexibility  

In addition to its parameterizing options, the SC-System’s trip amplifier enables analysis of diverse input variables. The module processes incoming standard signals from 2-wire-transmitters, unipolar and bipolar signals from 2-wire-transmitters, as well as unipolar and bipolar current and voltage sources. The module can be adapted precisely to a specific application, providing users with utmost flexibility. Additionally, a supply of 2-wire-transmitters is available. 

Safe limit value monitoring

With a separate input at the trip amplifier, a start-up override may be activated. This is useful if high pressure is necessary for a manufacturing process, but during the start-up phase its value is below the set point. The integrated start-up override enables increasing pressure without the limit indicator setting off the alarm. In another application example, pressure may be too high during operation, leading to a switch-off of the pump drive. The pressure continuously declines until finally reaching the valid range. A restart inhibit prevents the pump drive from re-starting prior to identifying and correcting the switch-off event. 

SC-System—reliability in its most efficient form 

The SC-System's 1- and 2-channel signal conditioners are especially designed for use in non-hazardous areas. With a width of 6 mm and a height of 97 mm, the compact modules are ideally suited for retrofitting in tight spaces. The SC-System offers high-quality three-way isolation between input, output, and supply, withstanding a working voltage of up to 300 V and a test voltage of up to 3.0 KV. The signal conditioners are designed for an operating temperature from -25 °C to +70 °C, and can be mounted horizontally or vertically without distance and reducing operating values. The SC-System modules are supplied with 24 volts via terminals or power bus, an insert for 35-mm DIN rails. 

SC-System trip amplifier at a glance: 

• Reliable limit monitoring (min and max) 
• Parameterizable switching outputs 
• Various input quantities can be evaluated 
• Integrated start-up override and restart inhibit 
• Compact housing design 
• High-quality three-way isolation 
• Convenient installation, power supply and error reporting via power bus 
• Operating temperature from -25 °C to +70 °C

PEPPERL+FUCHS Reliable Limit Monitoring with SC-System's New Trip Amplifier Press Release

PEPPERL+FUCHS Technical Datasheets

Phoenix Contact MINI Pro Output Loop-Powered Isolators

Phoenix Contact's MINI Pro analog family now includes an output loop-powered 2-way isolator for the electrical isolation, conversion, and filtering of analog signals. The output loop-powered isolator is powered via the current loop of the controller. On the input side, standard analog signals and non-standard analog signals can be connected, ranging from 2 mA or 50 mV up to 40 mA or 30 V. These are then converted to a 4 mA ... 20 mA signal. Module configuration is done via DIP switches.

Like other MINI Pro signal conditioners, the new output loop-powered isolator's housing is pluggable with integrated current loop test points. And measuring just 6.2-mm wide makes it easy to install in tight spaces. With an operating temperature range of -40 to +70 C and 3 kV of isolation, MINI Pro signal conditioners are suitable for nearly every industrial application. All MINI Pro Signal Conditioners support NFC communication and a smart device app. For DIP switch programmable modules this includes a DIP switch programming aid to help make programming quick and easy.


Phoenix Contact MINI Pro Output Loop-Powered Isolators

Phoenix Contact Technical Datasheets

Phoenix Contact MACX MCR-VDC Voltage Transducers

The new MACX MCR-VDC voltage transducers replace the previous DC voltage transducer MCR-VDC-UI-B-DC (part number 2811116). Enhancements to the new modules include optional PT push-in connection technology, an improved programming experience, and an aesthetically pleasing gray housing. Users of the previous module will find that the new modules feature the same footprint, identical technical capabilities, and a lower list price to ease the transition from the older design to the new design.

In addition to these product improvements, Phoenix Contact is excited to announce that the MACX MCR-VDC transducer family has recently secured “UL/cUL Listed” approval status. The UL approval — combined with tweaks to the design and user experience — helps to make MACX MCR-VDC transducers the ideal solution for accurate DC voltage measurement in a wide range of applications.

FEATURES

• SAME: bipolar input voltage measurement from 0...±20VDC to 0...±660VDC
• SAME: ±20% zero/span adjustment available
• SAME: high degree of accuracy; less than 1% error throughout published operating ranges
• NEW: unipolar input voltage measurement from 0...20VDC to 0...660VDC
• NEW: selectable analog outputs: 2-10V/4-20mA (unipolar) or ±10V/0 to ±20mA (bipolar)
• NEW: optional teach-in function simplifies zero/span adjustments
• NEW: internal jumpers no longer required for input range selection
• NEW: expanded operating temperature range of -25°C to +60°C
• NEW: available PT push-in connection technology

Phoenix Contact MACX MCR-VDC Voltage Transducers

Phoenix Contact Technical Datasheets

Phoenix Contact MINI Analog to Frequency Transducer

Phoenix Contact introduces a new configurable, freely adjustable, analog-to-frequency transducer with additional switching output and limit-value functionality. This latest addition to the MINI Pro Analog family can convert standard analog signals to frequency signals or to pulse-width-modulated signals (PWM signals). Current signals between 0-24mA and voltage signals between 0-12V can be processed on the input side. Frequency signals between 0-11kHz and PWM signals between 0-100% are possible on the output side.

In addition, the output can also be operated as a switching output, which means that two switching thresholds can be set independently of one another. The minimum measuring span is 1mA and 0.5V. Full accuracy is maintained with a measuring span greater than 10mA and 5V. You can configure the device using one of the free software solutions. Default settings can also be made directly on the device by simply using the DIP switches. The measuring transducer supports fault monitoring and NFC communication.

FEATURES

• MINI Pro housing features
• Frequency output can be used as second switching output as an option
• Freely adjustable input and output
• Screw or push-in connection available
• Can be supplied with customer-specific configuration or default configuration
• Reinforced Safe isolation (3kV) according to IEC 61010-1
• Wide power circuit input range of 9.6 to 30VDC makes for easy implementation into 12V battery-powered or remote systems
• Conformance and Approvals: CE, UL CID2, ATEX, EAC

Phoenix Contact MINI Analog to Frequency Transducer

Phoenix Contact Technical Datasheets

Honeywell Sensing and Control PX2 Heavy Duty Pressure Transducers

Honeywell (NYSE:HON) expands its Heavy Duty Pressure product portfolio with the PX2 Series Heavy Duty Pressure Transducer. These new highly configurable, stainless steel pressure measurement solutions are engineered to be resistant to moderately harsh media such as refrigerants, brake and hydraulic fluids, engine oil, tap water, and compressed air.

The PX2 Series is designed to monitor performance and efficiency in a wide range of potential industrial applications including HVAC/R equipment, air compressors, system pressure, factory automation, pneumatics, valves, pumps, packaging/laminating equipment, sprayers, lasers, foam dispensing, solar energy, and emissions monitoring. Potential transportation (heavy equipment, alternative fuel vehicles) applications include system pressure, pneumatics, light hydraulics, brake and engine oil pressure, transmissions, and truck/trailer air braking.

“With the PX2 Series, our customers can truly have it their way,” said AJ Smith, director of global product marketing for Honeywell Sensing and Control. “We designed the PX2 Series to be highly configurable and durable, with a wide pressure range, so customers can select the form factor and functionality they want to help them reduce their design and implementation costs while still meeting challenging application requirements.”

The PX2 Series use piezoresistive sensing technology with ASIC (Application Specific Integrated Circuit) signal conditioning. Their compatibility with varied media, combined with up to IP69K protection and CE compliance, allow for reliable performance in tough environments.

Designed for configurability, the PX2 Series’ numerous standard or custom connectors, ports, pressure types and ranges, and output options allow customers the ability to configure devices to meet their specific application needs, and to obtain product samples quickly. By configuring the transducer to meet system requirements, the PX2 Series reduces the design and implementation costs of the end product. New standard configurations are regularly being added to the Series.

The PX2 Series is fully calibrated and compensated for transducer offset, sensitivity, temperature effects, and non-linearity using an on-board ASIC. The industry-leading Total Error Band of ±2% over the compensated temperature range of -40 ºC to 125 ºC [-40 °F to 257 °F] provides excellent interchangeability due to minimal part-to-part variation in accuracy, eliminates individual transducer testing and calibration, and supports customer system accuracy and warranty requirements.

These transducers measure absolute or sealed gage pressure. The absolute versions have an internal vacuum reference and an output value proportional to absolute pressure. The sealed gage versions have an internal pressure reference of one atmosphere at sea level. They are available in 7 bar to 34 bar [100 psi to 500 psi] pressure ranges with additional pressure ranges coming soon. Good EMC protection means that the transducer will not be damaged by environmental electromagnetic interference.

The PX2 Series is designed to Six Sigma standards, providing the highest level of product quality, performance, and consistency. Honeywell’s knowledgeable application engineers are available to answer customers’ specific design questions during the development, launch, and production of this product. Honeywell’s global presence offers customers immediate product and application support throughout the development cycle from design to global manufacturing.


Honeywell Sensing and Control PX2 Heavy Duty Pressure Transducers

Honeywell Sensing and Control Technical Datasheets

Turck UL Certified Class I, Division 2 IMS Modules

TURCK announces that its compact IMS interface modules are now UL certified for Class I, Division 2, Groups A, B, C and D hazardous locations. The 6.2 mm wide IMS modules provide complete galvanic isolation with signal conditioning that are now available for hazardous industrial automation installations, such as those found in wastewater management.

The IMS modules may be used for analog signal transmission or for temperature detection with signal conditioning. Analog modules are DIP-switch selectable for a dead-zero to live-zero signal; one and two channel modules are also available without signal conditioning. The temperature models are suitable for type J or K thermocouples and 2, 3 or 4 wire Pt-100 RTD’s. These temperature signals are converted to either a voltage (0-10 V) or current (0/4-20mA) output.

Turck UL Certified Class I, Division 2 IMS Modules

Turck Technical Datasheets

Phoenix Contact MINI V8 Adapter for MINI Signal Conditioners

Why run 16 wires to your PLC when you can run one cable?

The MINI V8 adapter
• Reduces discrete wiring and installation time by more than 67 percent
• Uses pre-made cables to eliminate wiring errors
• Quickly deploys the highest density signal conditioning system in the market


MINI V8 together with VARIOFACE cabling saves time

At a slim 6.2mm, signal conditioners isolate, amplify and convert your analog signals and work on top of a T-Bus system. T-Bus allows you to remove individual signal conditioners without disrupting your entire process-saving you costly downtime.

Now the easily adaptable MINI V8 can be work together with the slim design of mini signal conditioners and flexibility of T-Bus. The new MINI V8 easily integrates with MINI analog signal conditioners. Replacing the wires with the V8 adapter lowers your installation costs as well as installation time. No longer will you have to take unnecessary time to cut, strip, run, bundle, and verify every single conductor from your signal conditioners to our controllers.

For technical data on Phoenix Contact products, please visit Steven Engineering at http://stevenengineering.com/tech_support/phoenix_contact1.htm

Product Information from Red Lion Controls

Universal Signal Conditioners

The easily programmable IAMS signal conditioner can do it all. Red Lion's new universal signal conditioners accept voltage, current, RTD, thermocouples, linear resistance, potentiometers, and process signals. The unit provides 3-way isolation, while the output can be a retransmitted voltage or current signal. 

The IAMS has over 100 input to output combinations and three models are available. The setpoint model (IAMS0010) allows dual setpoint capability through dual Form A relays. The analog model (IAMS0001) provides a retransmitted analog signal. A third model (IAMS0011) provides both an analog output and relay control. The IAMS has a universal power supply 21.6 to 253 VAC / 12.2 to 300 VDC.

To program the unit, add the detachable module (PGMMOD00), which easily connects to the front of the IAMS. For applications requiring more than one IAMS, only one module is needed. The PGMM0D00 can store programming from one unit and load it to another reducing set-up time. When the programming module is not being used to enter or adjust programming, it can indicate input parameters. The display can be configured in seven different languages. 

Red Lion Controls IAMS Signal Conditioners

USB Cards Now Available for Panel Meters

There is no faster way to program panel meters than with Red Lion's free Crimson® software. Now it's even easier with the release of USB programming cards for the CUB5 and PAX® meters. These programming cards allow quick connection to almost any computer without the use of serial converters or other external devices. With one of these option cards installed, you can effortlessly set-up the meter and even store the program for later use. Just simply plug-and-play. 

Crimson's menu style programming easily guides you through all parameters of the meter set-up. Once completed, just download the configuration to the meter and save the file for future reference.

A CUB5 or PAX programming kit is also available. The kit comes complete with the appropriate USB card, USB connecting cable and the latest version of Crimson software.

Red Lion Controls USB Card for PAX Meters

Red Lion Controls USB Card for CUB5 Meters

Red Lion Panel Meters Chosen #1 for Eighth Straight Year

The readers of Control Design magazine have again selected Red Lion as their number one choice in panel meters for the eighth consecutive year. Red Lion has won the panel meter category of the Reader's Choice Award every year since 2001, the first year the award was given. The meters won by a resounding margin, receiving more than twice as many votes as the closest competition.

The balloting for this survey went to machine builders and systems integrators who reported to Control Design that they had the authority to specify, recommend, or purchase industrial automation and control products for industrial machines. Vendors were not included in the balloting, and any known responses from vendors were not counted. The voting was completely un-aided, therefore no lists of vendors or product brands were provided. Readers were simply asked which was the one best company for products in the panel meter category.

In addition to the panel meter category, Red Lion also received recognition in the loop controller category and was voted as having very good to excellent service and support.

Control Design Awards

Red Lion Controls Technical Datasheets

New Products from Tyco Electronics

New Additions to the HTS Connector Family

For over 50 years, the HTS connector family has met the most rigorous environmental and technical requirements. Traditionally used in industrial and railway applications due to their excellent electrical and mechanical features, these robust products have migrated to other demanding applications such as traffic management, white goods, wind energy, solar and lighting.

This heavy duty connector system is a highly modular system of inserts and shells that allow designers to configure an interconnection to meet specific application needs. The wide range of selections allows EMI shielding, various levels of sealing, different latching mechanisms and cable entries — in essence, the ability to construct a connector custom-tailored to the application.

Recently Tyco Electronics has significantly expanded the HTS connector product portfolio with several new product families. 

High Variable System is Very Flexible

One of the key new products is the HVS modular system. This high variable system offers a choice of more than 25 different connector modules that can be quickly and easily mounted to or dismounted from a metal frame without tooling. Up to six single modules or three double modules can be used within a single shell. 

Interface modules include high-voltage contacts (up to 3000 V nominal), high-current contacts (up to 250 A) and high-density signal contacts (up to 25 contacts in a single module). Coaxial contacts, RJ-45 modular plugs, USB and IEEE1394 (FireWire) contacts are offered within the HVS system. Other available modules support Quadrax contacts for operation to 1 GHz, subminiature-D interfaces and also pneumatic connections.

The populated HVS connector systems can be used in a broad range of heavy duty connector enclosures.

Plastic Connectors Expand Range

The availability of plastic HTS connectors is another recent development. Traditionally, only metal housings were available in this family. A growing range of HG-Q series plastic connectors has been developed for industrial machinery, motor drives and other industrial applications. These highly reliable and cost-effective connectors are offered in standard and EMV shielded versions.

HG-Q.4/2, HG-Q.8 and HG-Q.10 series connectors are designed for operation from -40ºC to +125ºC. They conform with Desina and ISO 23570-3.4 standards and meet IP65 protection class specifications in their locked positions. A variety of accessories are available for use with these robust connectors.

HG-Q.10 motor connector housings are specifically designed for direct mounting on motors. HG-Q.4/2 and HG-Q.8 connectors are available with straight and right-angled hoods and cable-to-cable coupler housings.

Combination Inserts

Another recent addition is the HMX hybrid insert. These inserts combine power and signal interface within one insert. Space-saving HMX inserts require 30 percent less space than traditional inserts. They permit reductions in cost and component count, as they require no frames. HMX inserts are designed for use with the broad array of HTS hoods and housings and find application in many instances where both signal and power connections are required.

HTS Connector Series

Fully Shrouded Headers Help Eliminate Mismating

New fully shrouded post headers, available in 2 through 12 positions, have been added to the popular Economy Power (EP) connector family. Intended for secondary power circuit applications, the through-hole headers have a current-carrying capacity of 7.5 A maximum per contact. To lessen the chance of mismating, the full four-sided shroud aids proper alignment during engagement of the plug connector. The new headers are compatible with existing EP connectors. 

Contacts are on a 0.156-inch [3.96-mm] pitch. The header includes a positive-lock feature. During mating, the positive locking lever on the outside of the plug housing engages the mating header housing to provide greater retention. Housings are 94V-0-rated nylon; contacts are tin-plated brass. The connectors are UL Component Recognized, CSA Certified, and RoHS compliant. 

Fully Shrouded Post Headers

Tyco Electronics Technical Datasheets

Schneider Electric OsiSense XMLG Pressure Transmitter

The most versatile, reliable and easy to use solution for fluid control application, the OsiSense XMLG pressure transmitter by Schneider Electric is a necessary part of any pumping system. 

The XMLG pressure transmitter converts applied pressure to an electrical signal that can be used to control and/or monitor a process variable. With pressure ranges from -14.5 to 8700 psi, analog current output (4-20mA), and voltage output from 0-10V the XMLG pressure transmitters can be used anywhere exact pressure measurement is required. 

The ceramic sensor technology meets stringent requirements for high impact mechanical performances and the compact, rugged, robust construction provides years of uninterrupted service and long-term stability. In addition, the XMLG pressure transmitter is designed with excellent immunity to electromagnetic interference and offers verified environmental protection with IP66 and IP67 ratings. Short-circuit and reverse polarity protection are standard features and the product will not leak in the event the destruction pressure is exceeded. 

OsiSense XMLG Pressure Transmitter

Schneider Electric Technical Datasheets