InPneumatics

noreply@blogger.com (InPneumatics) — Mon, 11 Nov 2019 14:08:00 +0000

Murrelektronik's IO-Link basic hubs connect to an IO-Link master and allow you to easily expand your system. Hubs allow up to an additional 16 points of connectivity to non-IO-Link sensors and valves.

IO-Link version 1.1
IP67 Rated
Fully potted electronics in a robust housing
Shock and vibration resistant

Need More Info?

Floating Magnets vs Sliding Captive Magnets on Transducers

noreply@blogger.com (InPneumatics) — Fri, 11 Oct 2019 20:18:00 +0000

Magnetostrictive linear transducers are feedback sensors that give an analog or digital signal relative to the position of a magnet along the waveguide. One of the common questions we are asked is should I use a captive or floating magnet? The answer depends on the application and the environment.

Floating Magnets

Floating magnets are attached to the moving part with the transducer mounted parallel. The magnet is not directly coupled to the transducer and thus an air gap exists between the transducer and the magnet.

Floating magnets overcome the typical issue of debris and sticky fluid buildup overtime on the transducer track or rod. This is the main cause of mechanical failure on a sliding track magnet.
They can be mounted directly on the moving part, so machine wear is compensated, giving you a more realistic position over time. It allows you to monitor machine part wear.
They are easier to mount to the moving part versus a rod and possibly 2 ball or eye swivels- where you have 1 on the magnet and one on moving part.
Magnetostrictive technology has advanced to allow a greater gap between the sensor inside the track and the magnet itself. Distance is dependent on transducer and magnet type.
The technology advances have also allowed slightly more variance in magnet to transducer distance (X) over the length of the device within reason. Also, non- parallel movement (Y) is now more forgiving. Still should not allow both! The transducer should be mounted parallel to the moving part.
There are many options available for floating magnet types.
One issue is they cannot be mounted directly to steel or iron. Insulated mounting blocks are available with the magnets, or you can make your own non-ferrous mount.
EMF or high inductive local interference will also affect floating magnets. In these environments do not use a floating magnet.

Captive Magnets

Captive magnets ride in a track on the transducer and are linked with a mechanical linkage to the moving part.

Captive magnets are used in relatively clean environments.
They are used where you cannot put the transducer body close to the moving part.
A common perception is that the bearing surfaces and swivel eyes will wear with time. This is true only where direction change is sudden and at high speeds. Also -dirt/oil. Usually not an issue.
As position repeatability is the most typical and desired function of any transducer even if play develops it may not be an issue if measurement is only in one direction.
3 more parts to break.
The main reason for captive magnet use? X/Y variance of magnet distance to the transducer will never vary and a floating magnet will not work in the application.

Have questions on transducers? Contact us and we will be glad to assist with your application.

noreply@blogger.com (InPneumatics) — Mon, 23 Sep 2019 14:01:00 +0000

Mico Pro is Murrelektronik's innovative, new current monitoring system. This modular system enables you to adapt Mico systems to suit specific applications while meeting both space and cost requirements.

Proven Technology, Innovative Packaging

Modular system for 12 and 24VDC operating voltages
Tool-free assembly for a closed system
Fixed modules with 1, 2 or 4 channels for tripping currents of 2, 4, 6, 8, 10 and 16A
Flex modules with 1, 2 or 4 channels for tripping currents of 1-10A or 11-20A - adjustable in 1A increments with the press of a button
Minimum space required - modules are 8, 12, or 24mm wide

Need More Info?

Click on an image below to download related literature

noreply@blogger.com (InPneumatics) — Mon, 09 Sep 2019 13:51:00 +0000

IMPACT 67 & MVK

IODD ON BOARD

Now you can set up machines and systems with IO-Link devices even faster. Murrelektronik is the first manufacturer to offer "IODD on board" which allows you to "Plug & Play" when integrating IO-Link devices.

An IODD (IO Device Description) file describes sensors and valves. It contains information about the device's identity, parameters, process data, diagnosis data, communication properties and other details. Murrelektronik's new MVK Metal and Impact67 fieldbus modules will have the ability for IODD files (for participating manufacturers IO-Link devices) integrated into the GSD file. If those devices - like IO-Link sensors or valve clusters - are included in an installation, this database is available and can be quickly integrated. Prior to this each new IO-Link master had to be individually integrated into the software taking up valuable time. If a large number of identical sensors had to be connected, the process had to be repeated for each new device on the network - a time consuming and error-prone process.

Now, with "IODD on board", the IO-Link master is configured by the control - and the setup is complete. Just "Plug & Play" and the job is done. You also have the option to integrate IO-Link devices by asynchronous access.

All of Murrelektronik's new IO-Link modules correspond to IO-Link specification 1.1. and are equipped with IO-Link Class A and B ports.

For more information click the link below:

noreply@blogger.com (InPneumatics) — Tue, 03 Sep 2019 15:07:00 +0000

New from Datalogic - Stand Alone Laser Sentinel

Datalogic has released a new version of their fantastic Laser Sentinel product. The new Stand Alone Laser Sentinel is ideal for single scanner applications.

noreply@blogger.com (InPneumatics) — Tue, 03 Sep 2019 15:04:00 +0000

SMC's JSXFA Pulse Valve for Dust Collectors - Video Overview

noreply@blogger.com (InPneumatics) — Tue, 03 Oct 2017 13:04:00 +0000

New video overview from SMC highlighting their broad electric actuator offering.

noreply@blogger.com (InPneumatics) — Thu, 28 Sep 2017 13:12:00 +0000

New MACM - Centering Unit from:

SMC's new MACM contributes to space saving on conveyor lines. Heavy workpieces can now be aligned and positioned with small cylinders, resulting in compact conveyor lines.

Maximum allowable load weight 2205 lbs

Workpieces can be moved in any direction: forward/backward, right/left, at an angle, and even rotated (360 degrees). Ball bearings allow for smooth operation.

Table center has a moveable range of 100mm Max (MACM10-50)

Application Example: Conveyor Line

1. Transferred workpieces are stopped

Workpieces transferred at an angle are stopped at an alignment point (stops where the centering unit is installed).

2. Centering unit rises

Cylinder rises to lift the workpiece (separates roller conveyor from workpiece).

3. Workpiece alignment/table lock

Alignment cylinder correct skewed workpieces and realigns them. After alignment the table of the centering unit is locked to maintain the corrected position even after the adjustment cylinders are released.

4. Centering unit descends/workpiece is transferred to next step

Cylinder descends, places workpiece back on the roller conveyor, and transfers it to the next step.

Additional information available in SMC's New Products Guide Vol. 4

noreply@blogger.com (InPneumatics) — Fri, 18 Nov 2016 20:09:00 +0000

Lowering Dew Point to Protect Expensive Automation Equipment

Failure to remove water vapor from factory air can quickly become a costly maintenance headache.

Water vapor and the resulting water condensate are the foremost causes of costly downtime and maintenance, not the more visible culprit of oil or contaminants, which are easily removed with proper filtration.

Moisture in facility airlines can cause corrosion, rust and pipe scale which can break loose to block or adhere to air passageways that can lead to increased pressure drop and loss in machine performance.

Aftercoolers, drip legs and water separators are used to remove water condensate from factory compressed air. However, this air is still at 100% relative humidity and is still at risk of condensing into water should the surrounding temperatures drop to its dew point.

In order to increase protection of expensive automation equipment, factory compressed air must remove as much water vapor as possible to avoid any condensation further downstream.

This is done by lowering its dew point.

How is Dew Point Lowered in Factory Compressed Air?

Drying compressed air at the highest pressure consistent with the facility’s demands will result in the most economical dryer operation. For most industrial applications, the rule is to first set the pressure dew point to meet general requirements, then adjust it 20 °F lower than the facility’s lowest ambient temperature.

Hence, factory air dryness or dew point is relative to the application’s specific requirements.

SMC Refrigerated Dryer

Refrigerated dryers are the most common measure to lower dew point. A refrigerated dryer will further cool the compressed air by removing heat at its inlet side and lowering its temperature dew point down to 37 °F, then expelling the condensate through an automatic condensate drain. The dryer will then reheat the dried compressed air back to ambient temperature by recycling the previously removed heat using a heat exchange process. This reheating of the compressed air to ambient temperature will eliminate “sweating” cold pipes when working in humid factory conditions.

It is recommended that a coalescing filter be installed upstream from the refrigerated dryer to remove any compressor oil and other contaminants that may still be trapped in the compressed air to ensure the dryer’s proper functioning. Oil coating the cooling surfaces decreases efficiency while coalescing filters saturated with liquid water will reduce its drying capacity.

In circumstances where factory piping is exposed to ambient temperatures lower than the dew point achievable by refrigerated drying, alternate methods of drying must be considered.

SMC Membrane Dryers

Membrane dryers use hollow fibers composed of a macro molecular membrane through which water vapor passes easily, but is difficult for air (oxygen and nitrogen) to pass through. When humid, compressed air is supplied to the inside of the hollow fibers, only the water vapor permeates the membrane and is drawn to the outside due to the pressure differential between the moisture inside and outside the hollow fibers. The compressed air becomes dry air and continues to flow unimpeded out of the membrane dryer.

A portion of the dry air from the outlet side is passed through a very small orifice to reduce the pressure and purge the outside of the hollow fibers. The moisture that permeated to the outside of the hollow fibers is discharged to atmosphere by the purge air which in turn creates a low partial pressure allowing the dehumidification process to continuously perform.

By altering the air flow rate and membrane configurations, pressure dew points from +55 °F to -44 °F can be achieved. Membrane air dryers are a cost effective solution for point-of-use applications for pharmaceutical manufacturing, packaging, laboratory environments and other applications.

SMC Desiccant Dryers

Desiccant dryers pass air through beds of desiccant, an absorbent material such as silica gel or activated alumina, which adsorb water vapor to its surface to effectively lower dew points to temperatures well below that which a refrigerated dryer can achieve. Heatless regenerative models use a pair of desiccant beds which alternate in service while the off-line bed is regenerated via a pressure swing adsorption process. Pressure dew points from +16 °F to -40 °F and beyond can be achieved with a desiccant dryer.

Both membrane and desiccant dryers are adversely affected by the presence of oils or liquid water and must be protected with a quality coalescing filter.

What is the Appropriate Dew Point?

Over specifying an application’s or a facility’s dew point can be very costly due to exorbitant energy bills just as the maintenance costs for water vapor damage to product lines can be for an under specified dew point.

Drying the entire factory compressed air supply to -10 °F dew point is unnecessary and extremely wasteful. It is a sensible practice to dry the compressed air to a dew point 20 °F lower than the factory’s lowest ambient temperature then subdivide each compressed air supply by application using zone or point-of-use membrane or desiccant dryers to provide the appropriate level of dryness.

The costs of energy, downtime, replacing production components, end product defects or even loss of brand value are just a few factors to consider when determining an appropriate dew point.

For more on dryers and lowering your dew point, visit www.smcusa.com or contact Scott Equipment

Content from SMC Insider Best Practices 1.2

noreply@blogger.com (InPneumatics) — Wed, 31 Aug 2016 14:27:00 +0000

Hiwin Take 5

Now through the end of the year, mention Hiwin take 5, when you request a quote or place an order with Scott Equipment, and receive an extra 5% off your Hiwin guideway order. If you need assistance crossing over a competitive product let us help. Contact us to receive a quote or assistance in specifying your guideway.

About Hiwin Linear Guideway:

Linear guideways provide a type of linear motion that utilizes re-circulating rolling elements between a profiled rail and a bearing block. The coefficient of friction on a linear guideway is only 1/50 compared to a traditional slide and are able to take loads in all directions. With these features, a linear guideway can achieve high precision and greatly enhanced moving accuracy. Hiwin Corporation offers multiple linear guideway series and each series features different options for sizes, loading capabilities, accuracy, and more.

Special offer only valid for orders that are placed and scheduled for shipment with Scott Equipment Company, Inc. between 9/1/2016 and 12/31/2016. The Hiwin Take 5 promotion will appear on quotes, orders, and invoices as a single order discount. For example, if your order for Hiwin Guideway is $5,000, a line item “HIWIN TAKE 5 PROMOTION” with a negative sale amount of -$250 will appear on your order, invoice, and quote.

noreply@blogger.com (InPneumatics) — Tue, 23 Aug 2016 05:17:00 +0000

Scott Equipment is thrilled to announce the addition of the Murrelektronik line of products.

Murrelektronik is your system partner to help reduce your wiring effort.

Control Cabinet
Murrelektronik views power management as the starting point
for machine efficiency. Power conditioning, properly sized power
supplies, current monitoring, redundancy and energy
savings are all considered when we assemble a power
management solution for our partners.

The combined technologies offered by Murrelektronik help you
to achieve a power management solution tailored to your
application, your budget and your peace of mind.

Filter – Power – Redundancy – Current Monitoring - Buffer :

all available from Murrelektronik

Interfaces
Signal transferring and processing happens all over in industrial
machine environments. Communicating the signals between the
cabinet and field is where Murrelektronik has multiple solutions
for creating the right interface for your application. Convenient
service outlets, space saving control panel interface, Ethernet
switches, and signal convertors are all available from
Murrelektronik. Combining our array of cabinet signal interface
products with the rest of our connectivity solutions will help to
improve machine reliability and serviceability.

Modlink MSDD | Modlight | MIRO GSM | Ethernet Switch

Fieldbus
With Murrelektronik‘s fieldbus technology you can connect
sensors and actuators conveniently and systematically to a higher
control level. This allows cost-effective installation and
automation solutions in machines and plants for many industries.

Murrelektronik offers solutions for any application. Our fieldbus
modules enable convenient and thorough diagnostics. While the
principle of “changing the bus without changing the system”
provides flexibility.

Cube20 | Cube20S | Cube67+ | Impact20 | Impact67 | MVK

Connectivity
Versatile, easy to use, interchangeable M12 connectors for
industrial applications reduce your wiring effort and ease
installations.

Murrelektronik offers a wide variety of M12 & M8 components in
several color and cable choices for your applications. Distribution
boxes are available to handle up to 16 signals. The cost effective
overmmolded cable design will simplify your wiring and replace
junction boxes.

M8 | M12 | Valve Plugs | Distribution Boxes | Field Wireables

For more information about Murrelektronik visit their webpage: http://www.murrinc.com/

Contact Scott Equipment today to find out how Murr can help you reduce your wiring effort.

SMC Best Practices - Remove Water from Factory Air and Minimize Costly Downtime

noreply@blogger.com (InPneumatics) — Wed, 20 Jan 2016 19:47:00 +0000

One of the foremost causes of costly downtime and emergency maintenance is not oil or contaminants, which are easily removed with proper filtration, but water vapor and the resulting condensed water that is trapped in factory compressed air.

Water in facility airlines can cause corrosion, rust and pipe scale which can break loose to block or adhere to air passageways that can lead to increased pressure drop and loss in machine performance.

Machine components will suffer premature wear and parts deterioration from water:

pneumatic cylinders will have their pre-lubricants washed away, corrode and respond slower
solenoid valves’ rubber seals will stiffen, become more susceptible to rupturing and leaking
instrumentation can malfunction even with the presence of a small amount of moisture/water
air powered tools will likely stick, jam and perform less efficiently

End products are also at risk of suffering from quality deterioration because of water:

spray painting will be adversely affected by change in color, adherence and finish quality
industrial ink-jet printers will be adversely affected by change in adherence and finish quality
blow molding plastic bottles’ viscosity and material consistency could be adversely affect
gluing / taping adhesiveness of cardboard boxes could be adversely affected
pharmaceuticals compound mixing and integrity could be adversely affected
food processing may be contaminated because of micro-organism growth

How does Water Vapor Enter Factory Compressed Air?

All atmospheric air contains various contaminants and water vapor which is concentrated during the compression process. The heat generated during compression increases the capacity of the compressed air to hold moisture, thus avoiding condensation inside the compressor. Lubricants used to improve the efficiency and life of the compressor also become part of the contaminant load as do wear particles.

A compressor with a 100 hp capacity, operating at 86 °F ambient temperature, a relative humidity of 80%, compressing air to 100 psi, can produce approximately 30 gallons of condensate during an eight hour shift.

Removing Liquefied Water from Factory Compressed Air

Aftercoolers

The compressed air exiting the compressor can reach temperatures as high as 300 °F, which is unusable for industrial applications. This hot, saturated air will release 70-80% of its excess water vapor if simply cooled to near room temperatures. To achieve this type of cooling and bulk moisture removal, air or water cooled aftercoolers are often employed. Condensed liquid is removed from the aftercooler via automatic condensate drains and disposed.

The air exiting the aftercooler will still be saturated but at a much more manageable temperature. Because the air is at a dew point of 100oF or more, it is still very vulnerable to further condensation into liquid water should it be exposed to temperatures lower than this dew point. The piping in most industrial facilities would provide such temperatures and opportunities for condensation as the air moves throughout the plant.

Drip Legs
The next line of defense for removing the water vapor saturated compressed air is a drip leg. A drip leg is a vertical pipe plumbed at the air drop line (below the horizontal header pipe) to allow for water to be easily and efficiently drained away using the principle of rapid air expansion, or adiabatic expansion, to condensate water vapor into liquefied water.

To broadly summarize adiabatic expansion, temperature is the average heat or kinetic energy of all the particles divided by a given volume of air; if the volume of air is increased through expansion, the heat is divided by a larger volume number, therefore decreasing the air temperature. If the drop in air temperature falls below its dew point, then a condensate will form.

The condensate is then removed by a drain at the bottom of the drip leg which can be automatically or manually drained to avoid overflow of contaminants.

Water Separators
Water separators will use mechanical separation techniques to remove condensed water in bulk from factory air either by directing inlet air into a spiral and using centrifugal force to separate the water out from the compressed air or by passing the inlet air through a special resin filter element with large meshes to trap water particles that will drop down to a collection bowl allowing the compressed air to pass through.

SMC’s AMG Series water separator is capable of removing water droplets up to a 99% water removal rate, using a special resin filter to trap water droplets. The AMG is easy to install and requires no electrical power and can be either a standalone unit or integrated in to a modular air prep system.

However, the AMG water separator is not designed to remove water vapor or lower dew point which will require a refrigerated air dryer or desiccant dryer.

For more on refrigerated air dryer or desiccant dryer, visit www.smcusa.com or contact Scott Equipment

New from SMC - Vacuum Pad with built on Ejector Series ZHP

noreply@blogger.com (InPneumatics) — Tue, 14 Jul 2015 16:42:00 +0000

SMC's new ZHP series vacuum pad with ejector saves space and reduces piping labor. The two-stage ejector features a 50% increase in flow (over single stage ejectors) and a reduction in air consumption by 30%.

Other features:

One-touch fitting connection (4mm, 6mm, 5/32", 1/4")
Strainer
Built in silencer
Port for vacuum release, pressure sensor or daisy-chain piping

For additional information:
Contact Scott Equipment

Catalog Link

New Whitepaper: Introduction to accuracy and repeatability in linear motion systems

noreply@blogger.com (InPneumatics) — Wed, 17 Jun 2015 17:00:00 +0000

How accurate is an actuator?

The answer to this question is more than a number. Accuracy and repeatability are two important specifications of a linear motion platform. Though they are related, accuracy and repeatability in linear motion systems are not the same thing. The motor, drive and actuator itself all influence these specifications. Sometimes, repeatability is more important than overall accuracy. The relative importance of the two depends on a thorough understanding of your application.

To learn how accuracy and repeatability affect a rodless actuator platform, download the Tolomatic white paper.

New Hazardous Location Magnetic Proximity Sensor - 7HL

noreply@blogger.com (InPneumatics) — Fri, 29 May 2015 16:23:00 +0000

New from Canfield Connector - Hazardous Location Magnetic Proximity Sensor
This 7HL rugged magnetic proximity sensor is designed to sense actuator position in stringent, hazardous location applications. The switch features a robust, epoxy-filled, aircraft aluminum body, and has a vibration and shock resistant, electronic circuit. The 7HL is an expansion of the popular Series 7000 "floating" clamp design and will clamp on 2 to 8 inch bore NFPA tie rod linear actuators.

Canfield Magnetic Sensors are available in either reed or electronic sensing styles, the sensors are fully encapsulated for IP 67 service.

Additional Information:

Catalog Link: 7HL Catalog Page

Installation Guide: 7HL Installation Guide

SMC's New Modular Style FRL Combination - AC-B Series

noreply@blogger.com (InPneumatics) — Wed, 20 May 2015 16:51:00 +0000

SMC's new Modular AC-B Series is an addition to the popular AC-A series of air preparation, filter regulator lubricator (FRL) units. The AC-B series varies from the AC-A series in a couple of ways. It has an increased set pressure range of 125 psi. Additionally, the handle dimensions on the regulators and integral filter/regulators are interchangeable with the old AC series. Embedded gauge options are also available in the AC-B version but not in the AC-A.

Feature Overview:

Mounting interchangeable with existing model
Better visibility and safety from the Double Layer Polycarbonate bowl
Easy maintenance and installation with the new spacer
7 to 125 PSI set pressure range

Better Environmental Resistance

The inner bowl is protected by a transparent polycarbonate bowl guard for complete protection without the need for viewing windows. Even when the unit is exposed to chemicals or oil, the inner pressure retaining bowl does not come in contact with the external contaminants.

Selection of Pressure Displays

Modular Connection

SMC AC-B and AC-A units are available from stock in all configurations. Contact Scott Equipment and we will be glad to assist you with any FRL configuration your application requires.

New F-Guides from LinMot

noreply@blogger.com (InPneumatics) — Tue, 19 May 2015 16:24:00 +0000

LinMot USA F-Guides are available in single axis, with optional z-axis, and in gantry configurations as shown above. The F-Guides use LinMot's linear motors to deliver high speed and accurate positioning.

F-Guide Advantages:

Uses an industry standard high speed bearing and rail system.
Increased actuator stiffness and smoother operation
Stroke lengths from 5.5" to 74.7"
Guides are shipped from stock 2-3 week delivery.
Repeatability without an external sensor +/- 0.002 in
Repeatability with an external sensor +/- 0.0004 in
Uses LinMot's linear motors with an expected operating life on the motor of up to 2 billion cycles when properly applied**

Applications:

Synchronous Insertion or Cutting
Product Sorting
Product Rejection
Product Assembly
Product Repositioning including Rotation
Container / Bottle Capping
Conveyor Diverting / Positioning
Label Positioning - Application
Camera - Lighting Positioning
Pad Printing
Sealer Positioning and Control

For additional information including detailed information visit LinMot-usa.com. Detailed information can be found in the LinMot F01-37S Guide.

If you have a specific application, would like to see a demo, need sizing assistance please contact Scott Equipment.

Easily Integrate Tolomatic's ACS Servo and Stepper Drive into Studio 5000 Logix Designer

noreply@blogger.com (InPneumatics) — Wed, 06 May 2015 21:26:00 +0000

	Easily integrate the Tolomatic ACS Servo and ACS Stepper drive into Studio 5000 Logix Designer with Add-On Instructions.

	The addition of Add-On Instructions use for Rockwell’s Studio Logix 5000 Designer creates simple, quick to program functionality to the ACS Servo and ACS Stepper drive. The pre-configured Add-On Instructions allow for the full functionality of the drive including move types, homing, output control and more. Tolomatic also offers complete documentation and how to instructions for importing the Add-On Instructions into the Studio Logix 5000 Designer software suite as well as a variety of sample programs.

	This documentation along with Tolomatic's industry leading technical support ensures that the ACS drive is the shortest point between A and B to commissioning your project.
			ODVA Conformant Link to ODVA website

	Add-On Instructions Tech Note Add-On Instructions Download EtherNet/IP Example Program		EtherNet/IP Programmer's Guide ACS Servo Hardware & Installation Guide ACS Stepper Hardware & Installation Guide

SMC Catalog announcement for Compact Thermo-Chiller, Series HRS

noreply@blogger.com (InPneumatics) — Wed, 06 May 2015 19:21:00 +0000

A new catalog has been released for SMC Compact Thermo-Chiller, Series HRS

-A lightweight circulating fluid temperature controller that is easy to operate.

-Available in 6 cooling capacities from 1300 to 5900W -UL standard certification -Can maintain a temperature from 5 to 40 Celsius +/-0.1 Celsius -Refrigeration circuit can be cooled by air or facility water -Includes heating function using compressor discharge gas -Displays temperatures, pressures, and operating times -Conducts self-diagnosis with 35 types of alarm codes

Catalog Link: http://content2.smcetech.com/pdf/North_American_Catalog/SMC-NAS40-55F-HRS.PDF

LinMot's Direct Drive Linear and Rotary Motor Featured in Design World Magazine

noreply@blogger.com (InPneumatics) — Fri, 20 Mar 2015 18:04:00 +0000

LinMot's linear-rotary motor family PR01 was featured in the March 2015 issue of DesignWorld.

The PR01 family combines independent electric linear and rotary motion in one compact unit. For complex tasks such as closing bottles, threading, carton closing, and pick and place controlled linear and rotary motions are needed. Traditionally this has been done with mechanical solutions. Mechanical solutions lack the flexibility and control needed in automation today.

Using LinMot's PR01 family you have the flexibility to control torque, number of turns, stroke and linear force.

Stats:
Force: up to 1024 N
Peak Torque: 7.5 Nm
Max Speed: 2,000 rpm

Links:

Laser Sensor with OLED graphic display

noreply@blogger.com (InPneumatics) — Wed, 12 Nov 2014 22:21:00 +0000

SMARTEYE® SmartDot™

TRI-TRONICS® has introduced a unique Laser Sensor with an OLED graphic display that provides visible feedback of proper setup and continual monitoring of performance.

The SMARTEYE® SmartDot Laser Sensor is designed for General Purpose sensing applications, and can also be used for precise, small parts detection at long ranges. The consistently small laser beam is used to detect such things as a tab on a battery, a misaligned or missing bottle cap, or a cross-threaded can lid. The SmartDot Laser Sensor is easily aligned, easily set up, and designed for repeatability of performance from sensor to sensor. It is useful in general purpose applications such as a product detector for vision systems, and simple inspection applications. The sensor can also be used in high precision applications for small parts detection, critical identifying feature inspection, and detection of micro electronic packages.

The SMARTEYE® SmartDot Laser Sensor has an OLED display providing the kind of visual confirming information which makes setup a breeze, and instills confidence in the user as to the longterm performance of the sensor. Displaying all the necessary information to determine proper setup for maximum up-time was the ultimate deciding factor in including the OLED display in this highly capable sensing device. For any applications, either general purpose, or those requiring small spot precision, the SmartDot Laser Sensor from Tri-Tronics is an excellent choice.

Features

OLED Graphic Display
180° Rotating Connector
NPN and PNP Outputs
M12, 5 pin Connector, or Cable
240μs Response Time
Threshold and Set-Point Numeric Graphic
Timers; On Delay, Off Delay, One Shot
Sensor Scope Diagnostics
Built-in Digital Instructions

Benefits

Easily Align Replacement Sensors
See Through Tight Spaces at Long Distances
Easy Setup
Low Maintenance
Confident Setup
Robust and Durable
High Speed
Accurate
Repeatable

Applications

Edge Detection - Packaging, Wafers, etc.
Shaft Key Orientation
Small Parts Detection
Container Cap Alignment
Vision System Trigger
Metal Thread Detection on Machined Parts

Additional Information:
Brochure Link: SmartDot Brochure (PDF)
Tri-Tronics Website: http://www.ttco.com/
Contact us: 800-222-2903 / sales@scotteq.com

Minimizing Electrical Noise in Actuator Drive Systems

noreply@blogger.com (InPneumatics) — Fri, 11 Jul 2014 20:35:00 +0000

Electrical noise is common in industrial environments. Erratic movements, random system faults, and communications loss, are just a few of the symptoms. Proper system design and wiring can minimize electrical noise to the point where it doesn't interfere with system reliability. For more information check out Tolomatic's Whitepaper:

Minimizing electrical noise in actuator drive systems for maximum reliability and performance

Introduction:

Electric drives and actuators often need to operate in harsh factory conditions that subject the equipment to dust, moisture, heat and vibration. This same environment will also include electrical noise that can disrupt actuator control signals and cause erratic movements or precipitate complete system failure. By understanding electrical noise, system designers can take steps to minimize this interference and ensure higher reliability and maximum performance from electrical drives and actuators. This paper will discuss the
cause of electrical noise and its effects on communication loss, while also providing tips on how to minimize noise and maximize electric drive system performance.

Click here to continue reading the whitepaper

Smallest Volume VFD on the Market - WEG CFW100

noreply@blogger.com (InPneumatics) — Mon, 07 Jul 2014 13:33:00 +0000

WEG has released the smallest volume Variable Speed Drive (VFD) on the market. This tiny VFD is a single-phase variable frequency drive developed for simple applications ranging from 1/4 to 1 HP (0.18 kW to 0.75kW). This drive is an ideal solution for many OEMs. Connect this small drive to your induction motor and you get selectable scaler (V/F) or voltage vector control (VVW), along with a HMI for setup and monitoring. The CFW100 is built around a plug & play philosophy so that installation and operation is fast and easy.

Features & Benefits

Power range: 0,18kW, 0,25kW and 0,75kW (0,25, 0,50 and 1,0 HP)
Single phase
Power supply voltage: 200-240 V
Scalar (V / F) or sensorless (VVW)
Plug-in modules: I/Os, USB, Bluetooth®, Infrared and Fieldbus communication
SoftPLC function built-in
HMI with 2 Parameters built-in
Ambient temperature 122 ºC
All the electronic boards are conformally coated classified as 3C2 according to IEC 60721-3-3
Protection Degree IP20
External RFI Filter (optional)
Flash memory module: In few seconds, it is possible to download the programming from a CFW100 to others without powering them up
SuperDrive G2 free softwares

Easy Configuration

Human Machine Interface

Applications

Machinery
Centrifugal pumps
Process dosing pumps
Fans / exhausters
Stirrers / Mixers
Lift doors
Roller tables
Granulators / palletizers
Rotary flters
Small handling applications

Certifications

Downloads

Catalogs, Brochures, Manuals, CAD

Need assistance or more information?

Email Scott Equipment or call 1-800-222-2903

IP Ratings and the Manufacturing Environment

noreply@blogger.com (InPneumatics) — Fri, 20 Jun 2014 13:41:00 +0000

Gary Rosengren - Director of Engineering at Tolomatic has posted an excellent white paper that discusses environmental conditions and how IP ratings may be applied when rod-type and rodless linear actuators are used in these environments.

Click below for the full whitepaper:

IP ratings and the manufacturing environment: How to apply linear actuators for quality, safety and long service life. (pdf)

Application Spotlight - Ultrasonic Sensors

noreply@blogger.com (InPneumatics) — Sat, 01 Feb 2014 13:47:00 +0000

Ultrasonic Sensors - Sound solutions for object detection and measurement

Whether your application is position detection, distance measurement, or the detection of solid, powder, or liquid media: BUS ultrasonic sensors are precise all-around performers. They remain high-performance independent of color, transparency, and surface properties. Even poor lighting conditions and dark, transparent, or highly reflective objects pose no problem.

Ultrasonic sensors show their true strength when long operating ranges with high accuracy are needed. In dusty, humid, and hazy environments, they are sometimes the only alternative. Even in the case of heavy debris, BUS sensors have proven themselves.

Ultrasonic sensors can be used in many application areas

Foil tear monitoring Ultrasonic sensors
with switching output can be used for foil tear
monitoring. If large waves are formed in the foil,
the sensor should be operated as a diffuse
reflective sensor. This operating mode functions
reliably even if the sound is reflected by waves in
the foil.

Height and width measurement
Through the use of multiple BUS M30 or
BUS 18M ultrasonic sensors, three-dimensional
measurements can be made for everything from
small boxes to large cartons.

Presence verification BUS detect filled or
empty pallets and measure the content of
transport containers. If a box or a container is to
be inspected with multiple sensors, they can be
synchronized with each other.

Robot positioning Due to their small dimensions, BUS are
ideally suited for exactly positioning robot arms:
BUS 18M ultrasonic sensors in threaded
sleeve and BUS R06K in block-style housing.

Control foil sag and monitor roll diameter Using an ultrasonic sensor with analog output, the material on a roll or a coil is detected and the roll drive or a brake readjusted. Another sensor with analog output readjusts the material infeed at the dancer roller as a function of the cable loop.

Scott Equipment offers a complete line of ultrasonic sensors from Balluff. For additional information on Balluff ultrasonic sensors contact us or visit the Balluff Website.

Application spotlight provided by Balluff:
Balluff, Inc.
8125 Holton Drive
Florence, KY 41042
www.balluff.us