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ORMEC Systems Corp.
Motion Control Systems
ServoWire Motion & Logic Controllers (SMLC) offers an integrated, off-the-shelf solution for motion and I/O using IEC 61131-3 programming tools. Leverage standard network interfaces for connectivity with HMIs, PLCs, I/O and factory networks. The SMLC reduces system complexity and lowers total installed cost.
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ORMEC's ServoWire Motion & Logic Controller (SMLC) is at the center of a complete solution that can meet all of your motion control, I/O and operator interface needs. The SMLC is a fully-integrated control solution, providing hardware and software building blocks that are engineered to easily plug together and work as a system. This allows engineers to focus on solving their application instead of integrating control components. The SMLC, ServoWire Drive Network, Profibus DP and Modbus/UDP provide state-of-the-art I/O and motion control (for up to 16 axes), all programmed using the CoDeSys IEC 61131-3 standard languages including relay ladder logic.
The ServoWire Motion & Logic Controller (SMLC) features high performance computing capability combined with a true real-time operating system (RTOS). Using the industry standard family of Intel Pentium III 32-bit processors running the QNX RTOS provides plenty of cost effective, robust computing power for even the most demanding multi-axis motion and I/O control applications.
The SMLC provides a multi-tiered, flexible approach to meeting machine I/O requirements. It offers a unique ability to interface high-speed drive based I/O for microsecond position capture and single servo update response to sensor signals. It also provides sub-millisecond programmable limit switch outputs that are tightly coupled to the motion control. General purpose I/O options are fully supported using Profibus DP, Firewire or Modbus/UDP networked I/O from WAGO (750 Series). In either case, a wide variety of analog and digital I/O modules can be cost effectively connected to and controlled by the SMLC.
SMLC -- At A Glance
- Powerful and Robust: Pentium III class processors running the QNX RTOS.
- Compact Size:5.95" x 8.0" x 9.6" (W x D x H).
- IEC 61131-3 Application Programming: International programming standard for PLCs.
- PLCopen Motion Blocks: Standard compliant motion blocks, powerful ORMEC enhancements.
- ServoWire: High-bandwidth, synchronous, all-digital servodrive network based on IEEE 1394.
- Networking Options: Modbus/TCP and OPC Server.
- I/O Options: WAGO 750 Series I/O connected via Modbus/UDP, FireWire or optional Profibus DP interfaces.
Click on the Product Details web link on the right to access in depth specs, pdfs and datasheets and call or e mail us at Ormec to discuss your motion control applications and needs
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Star Micronics America
Tri-Axial Acceleration Sensor on a Single Element
Tri-Axial Acceleration Sensors are an addition to Star Micronics growing product line. Star offers both Capacitive and Piezo-Ceramic Sensors. The ACA302 & ACB302 3-Axial Capacitive Acceleration Sensor, and the APA300 is a 3-Axial Piezo-ceramic Acceleration Sensor.
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Tri-Axial Acceleration Sensors are an addition to Star Micronics growing product line. Star offers both Capacitive and Piezo-Ceramic Sensors.
The ACA302 & ACB302 3-Axial Capacitive Acceleration Sensors (with Amplifiers) are made up of two electrode plates of a fixed electrode and a flexible electrode. When an acceleration force acts on the flexible electrode plate, the distance between the two electrodes changes. This acceleration is detectyed by utlilizing the change in static capacitance occurring between the electrodes. A capacitor is formed on the opposing split electrode. When acceleration deforms the diaphram mounted with an electrode, the distance between it and the fixed electrode changes, and the resulting change in static capacitance is then detected. This sensor is unique in being able to detect static acceleration (tilt) by measuring the staic capacitance in the static state. Star Micronics has succeeded in making a 3-axis sensor that detects acceleration components along the three axes (X,Y and Z) with just one sensor.
Characteristics:
- 3-Axis Acceleration Sensor on a Single Structure
- 2.7 volts to 5.5 volts DC Power Supply - Low Cost
- Small & Light Size (Amplifier Circuit Loaded)
- Dynamic/Static Acceleration
- Low Current Consumption (ACB302)
The applications for this sensor are:
Titling Sensing, Automotive Alarm Systems,Electronic Game Devices,Automotive Navigation Systems,GPS Systems, Stability Control,Liquid Crystal Projectors,Virtual Games,Shipping & Transportation,Cellular Phones,Fragile Shipping Sensor Detector,etc.
The APA300 3-Axial Piezo-Ceramic Acceleration Sensors (without Amplifiers) take advantage of the principle that applying a force to a certain substance deforms or changes it, and generates an electrical charge in proportion to that deformation. A diaphragm can be made to deform (strain) by applying a weight to a disk-shaped diaphram. This deformation or strain is converted into an electrical signal. Since this piezo-ceramic sensor converts the diaphragm movement into an electrical output only when it deforms, it cannot detect static accleration (tilting. Star Micronics has succeeded in making a 3-axis sensor capable of detecting acceleration components along the 3 axes (X,Y and Z) with just one sensor element.
Characteristics:
- 3-Axis Acceleration Sensor on a Single Structure
- Small & Light Size (9.6 X 7.6 X 3.9 mm) - Low Cost
- Dynamic Acceleration (Vibration)
The applications for this sensor are:
Washing Machines,Data Loggers,Security Product Devices, Pedometers,Action Games,Seismic Sensors,HDD,DVD,Shipping & Transportation,Cellular Phones,Fragile Shipping Sensor Detector,etc.
For Detailed Specifications:
Star Micronics America, Inc.
Phone: 800-782-7636 ext. 109
email: audiocomponents@star-us.com
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Rockwell Automation / Allen-Bradley Essential Components
Photoelectric sensors - rugged, high performance
When your application requires the durability and performance of a full-featured photoelectric sensor but distances are shorter and space is tight, take a 90° turn to RightSight photoelectric sensors.
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Photoelectric Sensor:
Electronic device recognizing changes in light intensity and converting these changes into a change in output state.
42EF RightSight
When your application requires the durability and performance of a full-featured photoelectric sensor but distances are short and space is tight, take a 90° turn to RightSight photoelectric sensors. RightSight features a smaller, more adaptable package to deliver excellent detection capabilities where size and shape matter. These photoelectric sensors combine universal voltages (24–264 V AC/DC) with short-circuit protection across the full voltage range.
Diffuse, polarized retroreflective, fiber optic, transmitted beam, background suppression and clear object models available.
Features
¦ Patented superior housing design with 1200 psi washdown rating§
¦ 360° visible indicators
¦ Universal 18mm mounting at base and nose
¦ Short circuit protection across entire voltage range
¦ Variety of output types
Modes and Max Range
¦ Polarized retroreflective* 3m
¦ Retroreflective 4.5m
¦ Diffuse 500mm
¦ Background suppression 50mm, 100mm
¦ Transmitted beam 20m, 4m, 8m
¦ Glass fiber optic?
¦ Sharp cutoff diffuse 130mm
¦ Clear object 1.2m
Operating Voltage
¦ 10.8-30V DC
¦ 21.6-264V AC/DC (N-FET)
Response Time
¦ 0.5-8.3ms
To learn more click on the Product Details link on the right or e mail us for in depth information or to order
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Smith Systems, Inc.
Passive Speed Sensors, Passive Speed Sensor
Smith Systems, Inc. passive speed sensors (Magna-Tran ®)convert mechanical motion to an A/C voltage without the need of a power supply. These self-contained magnetic sensors produce a magnetic field which, when in the proximity of ferrous objects in motion, generate a voltage. The frequency of this voltage is directly proportional to the speed of the object in motion.
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Smith Systems, Inc. passive speed sensors convert mechanical motion to an A/C voltage without the need of a power supply. These self-contained magnetic sensors produce a magnetic field which, when in the proximity of ferrous objects in motion, generate a voltage. The frequency of this voltage is directly proportional to the speed of the object in motion.
Magna-Tran ® speed sensors are available in a variety of housing configurations and terminations. Housing configurations to accommodate high pressure and fluid submersion applications are available. These passive sensors are designed to accommodate a broad spectrum of temperatures and are resistant to oil, dirt and moisture.
Products include (click below for additional information and specifications):
If you have any questions on our your specific application or our Capabilities or to requst a quotation:
Smith Systems, Inc. is a company committed to meeting your unique requirements. We are here to assist with your integration of sensors into end products and systems. Whether the use is in process controls, aircraft gas turbine engines, critical speed controls and braking systems of rail cars, or in remote unmanned pumping and power generating stations. Smith Systems, Inc. can provide cost effective sensor solutions to meet your special application needs with quality and reliability designed into them.
Smith Systems extensive Transportation and Aerospace Products and Capabilities (click below for additional information):
About Smith Systems, Inc.
Smith Systems, Inc. is a privately owned manufacturer of sensors for speed, motion and temperature, as well as controls, custom instrumentation, cabling and harnessing associated with these devices. Our capabilities range from commercial standards (found in assembly and process machinery), to the high reliability devices used in aerospace applications, to durable products for reliable performance in harsh environments.
We are a qualified source for flight hardware and have supplied products for civilian, military applications and space flight. These products are designed to survive high vibration and extremes of thermal and mechanical shock.
Smith Systems, Inc. is a primary supplier of these environmentally protected products to railcar OEMs, transit authorities and private rail operators. Our products monitor axle speed as feedback for anti-skid braking control, journal bearing temperature, other fluid and gas temperatures, and other speed inputs for various aspects of train control. These products endure the worst of operating conditions – the underside of a railcar.
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Smith Systems, Inc.
Digital Speed Sensors and Active Speed Sensors
Smith Systems Digi-Tran ® Digital Speed Sensors utilize integral active signal conditioning electronics to provide constant amplitude output regardless of exciter speed. These speed sensors can be powered with a wide range of supply voltages and are compatible with digital equipment.
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Smith Systems Digi-Tran ® Digital Speed Sensors utilize integral active signal conditioning electronics to provide constant amplitude output regardless of exciter speed. These speed sensors can be powered with a wide range of supply voltages and are compatible with digital equipment. These speed sensors can be used to detect ferrous metal and magnets in motion. Smith Systems, Inc. offers three types of active speed sensors, standard digital, zero speed, and proximity. Please use the links to he right for additional information, specifications and Drawings or to ask a question or to request a quotation for your application.
Smith Systems, Inc features 3 types of active speed sensors:(Click here for more information):
- Standard Digital Speed Sensor
- Zero Speed Sensors
- Proximity Speed Sensors
Smith Systems extensive Transportation and Aerospace Products and Capabilities (click below for additional information):
About Smith Systems, Inc. Smith Systems, Inc. is a privately owned manufacturer of sensors for speed, motion and temperature, as well as controls, custom instrumentation, cabling and harnessing associated with these devices. Our capabilities range from commercial standards (found in assembly and process machinery), to the high reliability devices used in aerospace applications, to durable products for reliable performance in harsh environments. We are a qualified source for flight hardware and have supplied products for civilian, military applications and space flight. These products are designed to survive high vibration and extremes of thermal and mechanical shock. Smith Systems, Inc. is a primary supplier of these environmentally protected products to railcar OEMs, transit authorities and private rail operators. Our products monitor axle speed as feedback for anti-skid braking control, journal bearing temperature, other fluid and gas temperatures, and other speed inputs for various aspects of train control. These products endure the worst of operating conditions – the underside of a railcar.
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Smith Systems, Inc.
Digital Speed Sensor, Proximity Speed Sensors
Smith Digi-Tran ® Digital Speed Sensors utilize integral active signal conditioning electronics to provide constant amplitude output regardless of exciter speed. These speed sensors can be powered with a wide range of supply voltages and are compatible with digital equipment.
More >>
Smith Systems, Inc features 3 types of active speed sensors:
- Standard Digital Speed Sensor
- Zero Speed Sensors
- Proximity Speed Sensors
Please use the links to he right for additional information, specifications and Drawings or to ask a question or to request a quotation for your application.
To download our full Standard and Custom Catalog please use this link: http://www.smith-systems-inc.com/products_and_services/online_catalog/online_catalog.pdf
Smith Digi-Tran ® speed sensors are available in a variety of housing configurations and terminations. Housing configurations to accommodate applications with high pressure and fluid submersion are available. These sensors are designed to accommodate a broad spectrum of temperatures and are resistant to oil, dirt and moisture.
Smith Digi-Tran ® Digital Speed Sensors utilize integral active signal conditioning electronics to provide constant amplitude output regardless of exciter speed. These speed sensors can be powered with a wide range of supply voltages and are compatible with digital equipment. These speed sensors can be used to detect ferrous metal and magnets in motion. Smith Systems, Inc. offers three types of active speed sensors, standard digital, zero speed, and proximity.
Smith Systems, Inc. is a company committed to meeting your unique requirements. We are here to assist with your integration of sensors into end products and systems. Whether the use is in process controls, aircraft gas turbine engines, critical speed controls and braking systems of rail cars, or in remote unmanned pumping and power generating stations. Smith Systems, Inc. can provide cost effective sensor solutions to meet your special application needs with quality and reliability designed into them.
The standard digital sensors are passive sensors with integrated signal conditioning for operation in the 5 to 30 KHz range. Zero speed sensors utilize a special sensing element for operation in the 0 to 20 KHz range and for wide air gaps. Proximity sensors are used for detecting ferrous and non-ferrous metal. The typical operating frequency range for a proximity sensor is 0 to 2 KHz.
Why Smith Systems?
Specialists in difficult applications
The premium manufacturer of OEM and after market
Proven in-service reliability
Factory direct sales and engineering support
Competitive pricing and on-time delivery
Mission Statement
Smith Systems, Inc.is an innovative manufacturer of state-of-the-art sensing products serving the world
marketplace, dedicated to customer satisfaction, employee growth and community enhancement
Customer Satisfaction
Smith Systems, Inc.is firmly committed to the philosophy that quality and reliability make a product cost effective. To that end, Smith Systems, Inc.is not only concerned with customer wants, but customer needs and customer satisfaction. We are committed to service by providing the most reliable product possible.
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