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The LCIC-WIM allows to connect most load cells and scales to a PC via the popular USB or RS232/485 ports.
The LCIC-WIM was designed to fit all real-time weighing and force measurement applications, like:Checkweigher, Weighing In Motion (trucks and rails),Batching and filling systems, Testing machines etc. this product helps our customers to easily design their controllers saving them engineering time and money.
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Weighing amplifiers and transmitters are available, for example, for networking platforms in control and automation systems. A choice of versions is supplied for the diverse hazardous area zone classifications and approvals.
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Offering a wide choice for all the components of a weighing chain (load cells in capacities from 1kg to 200t, junction boxes, cables, analog or digital transmitters and zener barriers), SYSTEX is a comprehensive solution to ensure a complete compliance with the ATEX requirements for weighing applications in hazardous areas.
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Transmitter of entirely numerical weighing AST3-P with, out of standard:
Presentation: Assembly on rail DIN
Food: 24 Vcc + - 20%
Assembly: Rail DIN
Port serial: Addressable RS 485 with protocol MODBUS
Analogical exit: 0 - 10 V or 4 - 20 my isolated galvanically
Thresholds/relay: Two thresholds on adjustable relays 0 - 100%
Dimensions: 75 X 110 X 100 mm
Connections: On screw connector blocks likely to be stripped
Functions integrated multimeter & calibrator
Visualization & parameter setting via B.P. and indicator opposite front
Version WST3 is equipped with an additional port serial in PROFIBUS DP
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Transmitter AST3 Is a transmitter of weighing for gauge sensors entirely numerical counsel ATEX II (1) GD for danger zone.
AST3 Is team out of standard of:
An analogical exit 16 bits - 4-20 my
An exit RS485 MODBUS RTU
Two exits skeletal relays
AST3 IS comprises functions integrated multimétries and calibration: visualization of the analogical value of exit; visualization of the signal mV/V of the sensors; generation of a signal 4-20 my.
Food 24 Vcc and assembly on rail DIN
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T010E is a weight transmitter amplifier that uses a modern microcontroller. Four push buttons and one display that shows the guide messages, help the operator in the configuration and weight calibration.
T010E is an instrument with high modularity. The base configuration is equipped with a display to show the weight data and two relays thresholds can be programmed as required. The options foresees one serial line available in RS232 or in RS485 mode, a radio transmission for remote data weight transfer (with R010E serial repeater), an analog output 0-10 V or an analog output 4-20 mA.
In the overload control modality (option) the instrument can be associated to category 1 as a security device (UNI EN 954-1 12-98 norm). The smaller dimensions, the best ratio quality price, make the T010E the best solution for many applications.
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Flintec Electronics program offers a wide range of components for load cell and others strain gauge based sensors,
- Digital Junction Boxes
- Weighing Indicators
- A/D converters
- Analogue Amplifiers
- Remote display Terminals
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Magtrol Load Measuring Pins are temperature-compensated transducers used to measure load and force and provide overload protection. The pins are mounted into machines in place of normal shafts and fitted with strain gauges, allowing them to produce a signal proportional to the measured load.
Features:
From 2.5 to 1250 kN (0.28 to 140 tons)
Admissible overload: 150% of the nominal load
Overload at rupture: 350% to 700% of nominal load (according to the model)
Pin made of high resistance stainless steel.
Insensitive to external mechanical and chemical effects (strain gauges inside the pin)
Ideal for use in hostile environments
Rugged and tight construction; maintenance-free
For new or refitted installations
ISO 9001 Certified
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SENSY is one of the most experimented companies in the load limitation for hoisting devices business, because of its 20 years experience in this field of activity. This is why we offer one of the largest product range on the market with strain gauge technology load cells and load pins, electronic load limiters and displays and also dynamometric shackles and wedge sockets.
When it goes about setting in conformity a hoisting equipment, you think about load limitation equipment for production or expedition department overhead cranes (EOT), harbour cranes, … We talk then about heavy loads, Crane classification (FEM) and big investments. Men think that hoisting devices for smaller capacities do not deserve such investment. Therefore, we have developed a range of load cells and electronic load limiters for lower capacities hoisting equipments. We talk about load cells with fast and easy implementation combined with load limitation electronic with 1 or 3 set points. A cost effective solution for equipping your low and medium capacity overhead crane.
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SCAIME offers all the electronic composants to pressure the right measuring chair accuracy:
- Analogical Transmitters with output 0 +10V or 4-20mA
- Digital Transmitters with output in RS485, modbus-RTU and Profibus-DP
- Panel indicators
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The ADPLC interfaces are a series of small instruments with microprocessor electronic for direct reading of any analog input using only two digital I/O lines, whatever PLC you have.
How to use ADPLC
The use of the ADPLC 'interface requires only a simple program made by the user for it's own PLC.
Interfacing for reading a single analog signal, the Programmable Logic Controller must output 16 clock pulses (CLOCK ADPLC input) at which the interface replies with 16 data bits (SDATA ADPLC output) that represent the direct reading of the analog signal.
For the simultaneous reading of two analog signals, 16 more clock pulses are required.
The ENABLE PLC input allows more devices to be interfaced in parallel mode.
Each model can be interfaced also to PLC's with relay outputs: in this case the interface itself provides the syncronization clock output.
Why ADPLC?
ADPLC is the only instrument on the market that can read an analog signal directly with one PLC digital input and ouput, without any analog interface on the PLC. So it is very profitable for little PLC's or when the analog inputs are remote.
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XYR 5000 Wireless Transmitters
Honeywell's award-winning XYR 5000 wireless transmitters deliver value beyond wiring savings, optimizing the plant with data previously unavailable to the control system.
XYR 5000 Absolute
Honeywell WG/A510 wireless transmitters cover a wide pressure range, and can be used to monitor a variety of processes and assets in hazardous and remote areas.
XYR 5000 Acoustic
Honeywell's WN571 acoustic transmitter is used to monitor applications that may generate high frequency noises when they malfunction. It can be configured to detect abnormal asset conditions and contains a built-in temperature sensor.
XYR 5000 Analog Input
Honeywell's WI550 Analog Input Field Transmitter is used to add wireless capabilities to new or existing analog transmitters, such as pressure, temperature, level, flow meters, pH meters or any device that has voltage (0-10 V) or current (4-20 mA) outputs.
XYR 5000 Base Radio
Honeywell's Wireless Base Radio (WBR) combines an RF transceiver and the interface to a SCADA, DCS or data acquisition device.
XYR 5000 Base Radio Antenna
The Wireless Base Radio (WBH) is part of the XYR 5000 family of wireless products. It combines an RF transceiver and the interface to a SCADA, DCS or data acquisition device.
XYR 5000 Differential
Honeywell's WD520 wireless transmitters can be set to operate in four modes: differential pressure, orifice flow, open channel flow and level.
XYR 5000 Dual Discrete
The WW591/592 Dual Discrete Input Field Transmitter is part of the XYR 5000 family of wireless products. It is used to transmit the status of contact switches.
XYR 5000 Gateway
Honeywell's Gateway enables recognition of the XYR transmitters by the Honeywell TDC/TPS system. Setup, receipt and presentation of data collected from the XYR Base Radio is completed with minimal effort.
XYR 5000 Temperature
The WT530 Temperature Transmitter is part of the XYR 5000 family of wireless products. These wireless temperature transmitters can be used to monitor a variety of processes in hazardous and remote areas.
XYR 5000 Wireless Toolkit
Honeywell's Wireless Management Toolkit is the services management software for the wireless product family, including XYR 5000 component management, process monitoring in real time and data acquisition.
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XYR 5000 Wireless Transmitters
Honeywell's award-winning XYR 5000 wireless transmitters deliver value beyond wiring savings, optimizing the plant with data previously unavailable to the control system.
XYR 5000 Absolute
Honeywell WG/A510 wireless transmitters cover a wide pressure range, and can be used to monitor a variety of processes and assets in hazardous and remote areas.
XYR 5000 Acoustic
Honeywell's WN571 acoustic transmitter is used to monitor applications that may generate high frequency noises when they malfunction. It can be configured to detect abnormal asset conditions and contains a built-in temperature sensor.
XYR 5000 Analog Input
Honeywell's WI550 Analog Input Field Transmitter is used to add wireless capabilities to new or existing analog transmitters, such as pressure, temperature, level, flow meters, pH meters or any device that has voltage (0-10 V) or current (4-20 mA) outputs.
XYR 5000 Base Radio
Honeywell's Wireless Base Radio (WBR) combines an RF transceiver and the interface to a SCADA, DCS or data acquisition device.
XYR 5000 Base Radio Antenna
The Wireless Base Radio (WBH) is part of the XYR 5000 family of wireless products. It combines an RF transceiver and the interface to a SCADA, DCS or data acquisition device.
XYR 5000 Differential
Honeywell's WD520 wireless transmitters can be set to operate in four modes: differential pressure, orifice flow, open channel flow and level.
XYR 5000 Dual Discrete
The WW591/592 Dual Discrete Input Field Transmitter is part of the XYR 5000 family of wireless products. It is used to transmit the status of contact switches.
XYR 5000 Gateway
Honeywell's Gateway enables recognition of the XYR transmitters by the Honeywell TDC/TPS system. Setup, receipt and presentation of data collected from the XYR Base Radio is completed with minimal effort.
XYR 5000 Temperature
The WT530 Temperature Transmitter is part of the XYR 5000 family of wireless products. These wireless temperature transmitters can be used to monitor a variety of processes in hazardous and remote areas.
XYR 5000 Wireless Toolkit
Honeywell's Wireless Management Toolkit is the services management software for the wireless product family, including XYR 5000 component management, process monitoring in real time and data acquisition.
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Corrosion
Honeywell's SmartCET transmitters interface real-time corrosion measurement with process information to provide insights on the true economic impact of corrosion and methods to achieve improved process control and efficiency.
SmartCET Multivariable Transmitter
The patented Honeywell SmartCET corrosion transmitter uniquely provides on-line, real-time corrosion information that enriches the information in a process knowledge system.
SmartCET Single Variable Transmitter
The patented Honeywell SmartCET corrosion transmitter uniquely provides on-line, real-time corrosion information. The single variable version is factory configured to output one of two types of corrosion measurements, either a general corrosion rate or a localized (pitting) corrosion indicator.
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Corrosion
Honeywell's SmartCET transmitters interface real-time corrosion measurement with process information to provide insights on the true economic impact of corrosion and methods to achieve improved process control and efficiency.
SmartCET Multivariable Transmitter
The patented Honeywell SmartCET corrosion transmitter uniquely provides on-line, real-time corrosion information that enriches the information in a process knowledge system.
SmartCET Single Variable Transmitter
The patented Honeywell SmartCET corrosion transmitter uniquely provides on-line, real-time corrosion information. The single variable version is factory configured to output one of two types of corrosion measurements, either a general corrosion rate or a localized (pitting) corrosion indicator.
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JUMO dTRANS T02 Ex Programmable 4-wire transmitter (70.7025/95.6525)
The JUMO dTRANS T02 Ex transmitter incorporate a microprocessor for digital signal processing.
Input and output are electrically isolated. It can be mounted on a DIN rail, the electrical connection is by screw terminals for stranded or solid wire up to 2.5mm² conductor cross-section.
The 0/4 - 20mA or 0/2 - 10V output signal is available either linearized (linear with temperature) or inverted (option). The transmitter can be programmed via the PC setup program, which is supplied as an accessory.
Current and voltage outputs are available directly on terminals. No hardware alterations are required.
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- Transfer Data with accuracy, reliability and simplicity using our new uDockTM Model U2CI through the instrument's IR port
- Easy to install software from CD or www.myronl.com
- The uDock application will operate on Windows XP and Vista*; and Macintosh OS9.2 and OSX**
- Automatic organization of data (record number, type of measurement, value and unit measurement, solution, temperature, date stamp, and time).
- Exports to Office software (Word*, Excel*, Works*...etc) using universal formatting (.CSV) files
- Control your Ultrameter IITM and PoolProTM time and date setting though our uDock software.
- Clear instrument memory through our uDock software
- Self powered by USB portor eve
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The iT Transmitter is a signal conditioning module that interfaces with a traditional IEPE accelerometer to provide a 4-20 mA output signal and a buffered dynamic signal. This allows the user to interface an accelerometer with a PLC/DCS system for condition trending, while still providing a dynamic output for more extensive vibration analysis through the BNC connector on the front of the module. The iT Transmitter is ordered with custom settings to meet user-specific requirements.
With unique high- and low-pass filters - and a host of options for customizing the transmitter to your specific needs. By utilizing your existing sensor infrastructure, Wilcoxon's Total Lower Cost (TLC) Approach reduces the expense of online monitoring.
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Extremely Versatile
The L-Dens 313 Density Transmitter is a powerful and flexible measuring instrument for the continuous determination of liquid density and concentration - from the milliliter to the hectoliter scale. The wide range of application programs makes the instrument extremely versatile. The L-Dens 313 is ideal for applications requiring a density measuring accuracy of 1x10-3 g/cm3.
Easily integrated
The L-Dens 313 Density Transmitter can be quickly and easily built into measuring systems and plants. Installation and cleaning are simple: The L-Dens 313 is connected to the production line via a standard flange (G 1/8“). The density sensor consists of one smooth tube. This design simplifies the cleaning process. All wetted parts are made of stainless steel. The settings can be defined quickly via the intuitive user interface or RS232.
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ALMEMO transmitters are ideally suitable for a decentralised, networked data acquisition. Measuring data can be locally acquired using short sensor signal lines and small modular measuring instruments and can be evaluated together on a measuring computer. As a result, this does not only minimise the wiring efforts but it also significantly reduces EMC problems. This allows for measurement setups with a very flexible application of the devices, so even the most demanding measuring tasks can be solved. To ALMEMO transmitters various sensors can be adapted for the measuremt of all kind of physical, chemical and electrical variables.
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Rotating Consistency Transmitter (SDP)
Major Markets: Paper
Design Features: Consistency range from 0.75% to 10% at velocities from 0.1 to 10 feet (.03 to 3 meters) per second. Motor-driven sensor located in pulp stock flow is highly sensitive to consistency changes and insensitive to flow changes. Capable of measuring ± .0025% or larger.
Chamber Size: 12 to 36" (300 - 900mm)
Chamber Pressure Rating: 125 psi (860 kPa)
Chamber Material: 304, 316 or 317L stainless
Shaft, Sensor Material: 316 or 317L stainless steel
Chamber Style: Horizontal, vertical, open, pan
Output: Pneumatic, electronic
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