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Statistical Process Control
Monitoring, controlling and, ideally, improving a process through statistical analysis.
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Data Management
The world of manufacturing gives utmost importance to the availability of qualified data. Marposs' solutions generate data that accurately represents the product features and the status of the processes running underneath. Through our technologies of measurement collection, archiving and of applied statistical process control a wealth of reliable information is pooled. Our networking and clouding solutions make that information retrievable and consumable.
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Plastic InspectionSystems
With the plastic inspection systems, you achieve a 100 % inspection rate for your manufactured products, thus ensuring high product quality and lower manufacturing costs. Reacting quickly to faults also reduces the number of rejects. It is possible to provide reliable and objective fault detection that is broken down by the fault types. Because the inspection results are calculated and displayed immediately, they can be used for process control and optimization. Furthermore, a subsequent statistical evaluation of the production process is provided.
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Small Spot Advanced EDXRF Spectrometer
NEX DE VS
Applied Rigaku Technologies, Inc
Specially designed and engineered for heavy industrial use, whether on the plant floor or in remote field environments, the superior analytical power, flexibility, and ease-of-use of the NEX DE VS adds to its broad appeal for an ever-expanding range of applications, including exploration, research, RoHS inspection, and education, as well as industrial and production monitoring applications. Whether the need is basic quality control (QC) or its more sophisticated variants — such as analytical quality control (AQC), quality assurance (QA) or statistical process control like Six Sigma — the NEX DE VS is the reliable choice for routine elemental analysis.
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VisualIMPACT Software
CEAST VisualIMPACT software is designed to control CEAST Pendulums and Drop Tower Series, manage tests and offer a user-friendly interface when using the Data Acquisition System. It records force and absorbed energy data related to impacts, visualizes and helps analyze the results and calculates resilience. The operator is guided through parameters setup by means of tables describing strikers and specimens that are filtered according to the test type and international standard selected. In the case of instrumented tests, many possibilities for data analysis and visualization are made available. The results are shown through comprehensive and customizable graphs and can be filtered by break type (only specimens with a selected break type are shown). Working with groups of test, the software performs a statistical analysis, and the operator can pick and discard single test results. Different measurement units can be selected. It is possible to print reports and to export data totally or partially. Recent improvements include the possibility to set a number of user profiles, including graphic settings, default printing options, advanced parameters for data analysis and so on, switching quickly from one another when looking at results. The introduction of a new Data Acquisition System (CEAST DAS 64K) in the Impact product line has also triggered a number of new capabilities for the SW, which is now able to process a more comprehensive calibration file for instrumented tups and hammers and manage DAS configurations with a wider range of data acquisition channels.
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Voltage Maintenance Program
VoltRef
VoltRef provides the power of automation formaintaining statistical control of the volt in yourlaboratory. This program controls a low thermalscanner and voltmeter to compare voltagestandards using the process recommended by NISTand other national laboratories.
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Digital Signal Processor
FalconX
The FalconX is a radically new digital signal processor that combines a cutting-edge hardware platform with patented SITORO® signal processing technology, uniting unprecedented technical performance with an innovative “plug & play” design.
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PCI-8361, PCI Host, 100 MB/s, Copper Cable MXI-Express Device for PXI Remote Control
781394-01
The PCI‑8361 is an MXI‑Express remote controller for devices or systems over cabled PCI from a computer with a PCI slot. The PCI‑8361 card provides a PCI link over a copper cable to the PXI‑8360 remote control module when used for PXI system control. This link is transparent to software applications and drivers, so computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.
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PCI-8366, PCI Host, 100 MB/s, Fiber-Optic Cable MXI-Express Device for PXI Remote Control
781400-01
The PCI‑8366 is an MXI‑Express remote controller for devices or systems over cabled PCI from a computer with a PCI slot. The PCI‑8366 remote controller provides a PCI link over a fiber-optic cable to the PXI‑8368 remote control module when used for PXI system control. Fiber-optic remote control solutions are ideal for long‑distance‑device control and electrical isolation. This link is transparent to software applications and drivers, so computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.
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PCIe-8361 , x1 Gen1 PCI Express Host, 208 MB/s, 1-Port, Copper Cable MXI-Express Device for PXI Remote Control
779504-01
The PCIe‑8361 is an MXI‑Express remote controller for devices or systems over cabled PCI from a computer with a PCI Express slot. The PCIe‑8361 remote controller provides a x1 PCI Express link over a copper cable to the PXIe‑8360 remote control module when used for PXI system control. This link is transparent to software applications and drivers, so computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.
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PCIe-8362, x1 Gen1 PCI Express Host, 208 MB/s, 2-Port, Copper Cable MXI-Express Device for PXI Remote Control
779502-01
x1 Gen1 PCI Express Host, 208 MB/s, 2-Port, Copper Cable MXI-Express Device for PXI Remote Control - The PCIe‑8362 is an MXI‑Express remote controller for devices or systems over cabled PCI from a computer with a PCI Express slot. The PCIe‑8362 remote controller provides a x1 PCI Express link over a copper cable to the PXIe‑8360 remote control module when used for PXI system control. This link is transparent to software applications and drivers, so computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.
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PCIe-8371, x4 Gen1 PCI Express Host, 832 MB/s, Copper Cable MXI-Express Device for PXI Remote Control
779723-01
The PCIe‑8371 is an MXI‑Express remote controller for devices or systems cabled over PCI from a computer with a PCI Express slot. The PCIe‑8371 remote controller provides a x4 PCI Express link over a copper cable to the PXIe‑8370 remote control module when used for PXI system control. This link is transparent to software applications and drivers, so computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.
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PCIe-8381, x8 Gen2 PCI Express Host, 3.2 GB/s, Copper or Fiber-Optic Cable MXI-Express Device for PXI Remote Control
782361-01
The PCIe‑8381 is an MXI‑Express remote controller for devices or systems cabled over PCI from a computer with a PCI Express slot. The PCIe‑8381 remote controller provides a x8 PCI Express link over a copper or fiber-optic cable to the PXIe‑8380 remote control module when used for PXI system control. Fiber‑optic MXI‑Express solutions are ideal for long‑distance‑device control and electrical isolation. This link is transparent to software applications and drivers, so industry‐standard desktop computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.
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PCIe-8398, x16 Gen3, PCI Express Host, 13.6 GB/s Device for PXI Remote Control
784179-01
The PCIe-8398 is a host interface card used to control a PXI Express chassis over a software-transparent PCI Express Gen 3 x16 link. The PCIe-8398 is installed into a x16 PCI Express slot of a desktop or rackmount PC and is connected to a PXIe-8398 or PXIe-8399 PXI remote control module using Gen 3 x8 copper cables.
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PCIe Remote Control Interface
51-924-001
The kit is supplied with this PCIe card which can plug into any PC PCIe slot, a PXI module for insertion into Slot 1 of a PXI chassis and 3m lead to connect the two parts together. The interface uses a single lane PCIe connection from the PC to provide a software transparent link from the PC PCIe backplane to the PXI backplane. The supplied 3m shielded lead ensures the system has robust operation and an adequate separation distance between the PC and the PXI chassis.
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PCIe Remote Control Interface Card
53-921-001
The 43-921 PCI Express-to-PXI Express expansion kit provides control of PXI Express modules installed in a PXI Express chassis using high bandwidth PCI Express technology. The extension kit can provide up to 4GB/s using PCIe Gen 2 x8 signalling. The 43-921 PCI Express-to-PXI Express expansion kit provides additional PXI instruments slots to the host computer by implementing a PCI Express-based control of PXI modules.
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PCI to PXI Remote Control Kit
41-921-001-KIT
This kit provides a seamless connection between a control PC’s PCI interface and a PXI chassis. The PCI to StarFabric module (51-921) resides in one of the controllers PCI slots and provides two independent StarFabric serial interfaces, each capable of driving a separate PXI chassis.
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PXIe-8301, Thunderbolt™ 3 PXI Remote Control Module
785679-01
Thunderbolt™ 3 PXI Remote Control Module—The PXIe-8301 enables laptop control of a PXI Express chassis over a Thunderbolt™ 3 connection. Using a Gen 3 x4 PCI Express link, the PXIe-8301 allows up to 2.3 GB/s of sustained data throughput between the chassis and laptop over a Thunderbolt 3 USB Type-C cable. An additional Thunderbolt 3 port allows for connecting additional Thunderbolt or USB-C devices. Thunderbolt and the Thunderbolt logo are trademarks of Intel Corporation or its subsidiaries in the U.S. and/or other countries.
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PXIe-8383MC , x8 PCI Express 2.0, PXI MultiComputing Remote Control Module
782971-01
The PXIe‑8383mc is an adapter module that allows two or more intelligent systems to exchange data via PCI Express. Because of the excellent data transfer characteristics of PCI Express, the PXIe‑8383mc enables PXI systems to transfer data at multi-gigabytes per second of practical data throughput with only a few microseconds of latency.
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PXI MultiComputing Remote Control Module
PXI MultiComputing Remote Control Modules enable PXI systems to transfer data at multigigabytes per second with only a few microseconds of latency. You can use these models in applications such as real-time tests, hardware-in-the-loop (HIL) tests, and structural tests that need a large number of distributed PXI systems to share data with low latency.
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Remote Controller
ADLINK Bus expansion is a technology that increases the number of slots of the same or different bus type for a host computer system. ADLINK bus expansion product provides variety of interface options, including PCI, PCI Express, PXI, and ExpressCard to increase bus slots and leverage the latest computing power of both desktop and server-grade computers for a variety of applications. The interoperability of different bus interface devices, such PCI, PXI and PCI Express, is also a great benefit for those facing complicated system integration tasks. ADLINK bus expansion products also provide complete hardware and software transparency, without the need for additional drivers or software.
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4x 3U OpenVPX MOSA Flight Control Computer
SIU34-FCCVARM-01
SIU34-FCCVARM-01 is a Modular Open Systems Approach (MOSA) DO-178C & DO-254 Certifiable Flight Control Computer (FCC) with low power high performance OpenVPX Xilinx UltraScale+ SBC with Quad Core ARM Cortex -A53, 8 GB DDR4 SDRAM, 32 GB SATA Flash, 2 x 10/100/1000Base-T Ethernet, USB 3.0, FIPS-140-3 Level 3 Cyber Security, and Single Event Upset support.
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Autonomous Driving AI Decision Making ECU
ADM-AL30
ADM-AL30 is dedicated to Autonomous Driving Applications. Powered by Intel® 12th Gen Core i9/i7 CPU and the NVIDIA RTX 4000 SFF Ada GPU, this AI computing platform can process huge amounts of data and make crucial decisions for autonomous vehicles. Equipped with 2 x 10G Base-T and 8 x 1G Base-T1 automotive ethernet ports, as well as 8 x CAN FD and 4 x CAN 2.0 interfaces, it seamlessly integrates into any automotive ecosystem. Plus, its ISO 16750-2 and ISO 7637-2 ensure reliability and safety under the most demanding conditions.
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Integrated AI-ADAS ECU And Cameras For Large Commercial Vehicle
ADM-TJ30
The integrated AI-ADAS ECU is connected to 8 cameras and powered by the vision-AI algorithm. It can detect and classify different kinds of vehicles/ pedestrians/ two-wheeler riders/ lane marking and other objects to perform multiple ADAS functions.
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NVIDIA GPU And Intel® Xeon® AI Computing Platform For Autonomous Drive Applications
AVA-3510
The AVA-3510 Series is powered by an Intel® Xeon® E processor coupled with workstation-grade Intel®C246 chipset to support up to 64 GB ECC DDR4 memory. The system incorporates one 2.5" SSD 256G for easy installation as optional accessories for fast read/write performance.
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Blender Process Control
BlenderLink
BlenderLink is a customized blender process control that is highly configurable for a variety of sand & dry chemical augers, and tub types.
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Post-Diffusion Process Control
Suns-Voc MX
Perfect for paste-firing optimization and process control. Open-circuit method indicates the upper bound of efficiency for any solar cell precursors
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Process Control Actuators
SM-1700/SM-5000
The SM-1700/5000 Series of rotary actuators are internally geared to produce up to 12,500 ft.lbs. (16,950 Nm) of torque, and offer continuous modulation. They are ideally suited for dampers, vanes, valves and other process control applications requiring exact positioning control.
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Process Control Actuators
CVA Range
The CVA range of linear and quarter-turn actuators provide an electrically powered process control operator suitable for most control valve types and sizes. The CVA sets a new standard for process control and valve actuation. Rotork has proven expertise in applying new technologies in the automation of valves to bring enhanced performance and innovative features. This philosophy has now been applied to a new range designed specifically for the exacting demands of process control, specfically continuous modulating control valve applications.
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Process Control Actuators
Control valve actuators for control of flow or pressure in a process and motion control in other applications.
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Process Control Actuators
SM-6000
*Torque range up to 35,256 Nm (26,000 lbf.ft)*Up to 313° rotation*Double O-ring sealing*Continuous unrestricted modulating duty*Manual override standard*HART®, Profibus® & Foundation Fieldbus® available*Automatic torque limiting*Self-locking drive system to hold in last position and prevent backdriving up to 125% of torque rating*AC input power (1-phase and 3-phase)*Temperature range from -40° F to 185° F (-40° C to 85° C)*Manual override standard
