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PA-3000 ICP® (IEPE) signal conditioner - Description
The PA 3000 is a portable 3-channel ICP® ( IEPE ) signal conditioner. It has 4mA/24V supplies for sensors with integrated amplifiers. For low level signal amplification it features three selectable gain ranges and individually selectable highpass- and lowpassfilters for all three channels. Indicators for sensor condition and signal overload further minimize the risk of handling errors. The integrated rechargeable battery ensures a long operating time and the unit may be charged and operated at the same time. It is also possible to control all settings via PC using RS-232 interace.
The PA 3000 has a durable aluminum housing and a membrane keypad withstanding dust and moisture.
The low noise, wide dynamic range and excellent accuracy make the PA 3000 an excellent choice for demanding measurement applications.
ICP® is a registered trademark of PCB Group, inc., Depew, New York |
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Our AD-4541-V/I is a remarkable miniature device that seamlessly relays signals from a sensor to a PLC, chart recorder, servo instrument, etc. The AD-4541-V/1 converts an analog signal received from a bridge type sensor, such as a load cell, into a control output in the form of voltage (AD-4541-V / -2V to +2V) or current (AD-4541-I / 4-20mA). The AD-4541-V/I is easy to install since it is equipped with a DIN rail mounting feature and a spring clamp terminal block (no crimping terminal is necessary).
The AD-4541-V/I provides a wide-range zero adjustment (±1.6mV/V) / span adjustment (0.4~3.2mV/V) for use with various bridge type sensors. Calibration can be performed with the ZERO / SPAN volume controls or the CAL switch. The AD-4541-V/I uses a 24VDC power supply. |
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ATX series Multi-Channels DC Transmitter
The transformer isolation among any input and output, the multi-channel designed and variety of in/out selection, DIN rail mounting and wall mounting, Accurate and low cost
It is perfect for DC signal conversion for PLC or recorder, or for isolation between input and output
Specifications:
AccuracyF }0.1% FS. ( at 23Ž )
LinearityF }0.1% FS.
Response TimeF ƒ 0.2 sec ( 0 - 90% )
Temp. CoefficientF }0.015% FS / Ž
Insulation ResistanceF† 100 Mƒ¶ with 500 VDC ( Input to Output to Power )
Dielectric StrengthF IEC 688
AC 2 KV 50/60 Hz,1 Min. ( Input to Output to Power )
AC 2.8 KV 50/60 Hz,1 Min. ( Input,Output,Power) to case
Impulse SurgeF Common Mode & Differential Mode
IEC255-4,ANSI C37.90a 5KV ( 1.2x50 ƒÊs ) |
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eNod 3 : Digital measurement power 3 !
· 24 bits conversion, up to 1 600 meas./s.
· Digital filters
· RS485/232 and CANBus outputs, MODBus-RTU and CANOpen
ENod3 offers a low-cost and powerful solution to convert any strain-gauge sensor into an intelligent digital system:
- Digital high speed transmitter
- Dynamic weighing controller (Checkweigher)
- Peak value detection
Control the power of numerical filtering with eNodView freeware:
· Complete eNod setting up
· Measurement acquisition and displaying
· Signal analysis
· Digital filters simulation |
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The K-Line is SENECA's latest and most complete product range,comprising analogue transmitters and converters,temperature transmitters, serial converters and accessories.
Main features
-14 bit resolution measure converter
- Precision class 0.1%
- 3 ways isolation
- Tiny dimensions (102,5 x 93,1 x 6,2 mm)
- Spring-cage terminal block and/or DIN bus connection system
- Power bridging terminal - DIN rail bus connector
- Easy installation and maintenance
- Paramaters setup via DIP Switches
- Low power consumption
- Digital separation of input signal
- Protection circuit against output overcurrent |
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Analog
Channel Expansion & Signal Conditioning
ISO-5B Analog Input Module Racks
ISO-5B Analog Output Module Racks
ISO-5B Series Modules
Simultaneous Sample & Hold Boards
Digital
DIN Rail Mounted Solid State I/O Modules
Electro Mechanical Relay Racks
Solid State Relay Racks
Solid State Relays for SSR-RACK48 Products
Solid State Relays for all other products
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| Our latest range of Signal Conditioners offer solutions for virtually every application. The SEM1600 and the all-new SEM1700 ( coming soon ) are highly cost effective conditioners, featuring our unique USB interface for super-fast configuration. MEDACS goes even further, offering many advanced features such as customized functions to suit your specific application. With Modbus RS485 comms as standard, MEDACS can easily be intergrated into larger control systems. |
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We offer a variety of displays from simple single-channel devices
to networked multi-channel MODULAR 600 systems.
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Solartron Metrology produces a range of versatile electronic conditioning units for their range of LVDT and Half Bridge transducers.
Unit shown is the OD2
• True two wire transmitter
• 4 to 20mA output
• Power and signal on same wires
• Environmentally sealed (IP65)
• Ideal for remote measurements
• Wired in connectors
• Power Supply 13 to 48V dc, 30mA |
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VI-DC-ILP-CFG (603 300)
• 6,2 mm. Housing width
• DIP switch configurable input ranges
• 2 port 1500 VRMS isolation
• High precision conversion
• Wide operating temperature range
• Low power consumption
Input Signal Range: 0-20mA, 4-20mA, 0-10V, 2-10V0-5V,1-5V, 0-1V, 0.2-1V
Output Signal: 4-20mA normal or inverted
The VI-DC-ILP-CFG precisely converts the process signals generated by field sensors and transmitters to standard 4-20mA current signal or its inverted version. The converted output interfaces to PLCs, RTUs, analog displays or chart recorders.
Input range and output behavior are field configurable by means of easily accessible dip switches or can be specified when ordering. |
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| Signal conditioners for strain gauge, inductive transducer (LVDT, RVDT and 1/2 bridge, threshold detection...) |
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| The SX500 system consists of programmable analog conditioners and filters that are used in computer-based measurement systems. The basic components of this system are the mainframe, a chassis housing the power supply and multi-pin cable connectors, and the filter and conditioning modules. Each of these components also has provisions to accept a variety of factory-installed options that can extend the capacities of the components or further determine specific functional attributes. The SX500 is a fully programmable system with communications via a RS-232/422 serial port. The below list introduces the available products. |
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VI-DC-I-CFG (603 300)
• 6,2 mm. Housing width
• DIP switch configurable input ranges
• 3 port 1500 VRMS isolation
• High precision conversion
• Wide operating temperature range
• Low power consumption
Input Signal Range: 0-5V,0-10V,0-1V,1-5V, 2-10V, 0.2-1V, 0-20mA, 4-20mA
Output Signal: 0-5V, 0-10V, 0-20mA, 4-20mA
The VI-DC-I-CFG precisely converts the process signals generated by field sensors and transmitters to standard current signal or voltage signal or its invert. The converted output interfaces to PLCs, RTUs, analog displays or chart recorders.
Input range and output behavior are field configurable by means of easily accessible dip switches or can be specified when ordering. |
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Your measurement is only as good as the signal path, so why compromise on signal conditioning? Genesis signal conditioners are daughter cards mounted integrally with the acquisition module in the same slot. This concept allows for future plans and expansions while maintaining the standardized feature set without compromise.
The basic amplifier signal conditioners give you 8 channels with single-ended or unbalanced differential, isolated inputs on one board. With 200 kS/s or 1 MS/s digitizing rate at 16-bit resolution, they are ideally suited for high definition transient recording.
The 200 kS/s and 1 MS/s bridge amplifier versions comprise everything that you would expect from LDS Nicolet. They offer isolated and differential inputs, high gain, and extremely good SNR even at the maximum 400 kHz bandwidth. Both versions come with on-board software, selectable shunt calibration and bridge completion resistors, a bridge wizard for error-free setup and fast auto balance.
The unique high-end universal amplifier serves a variety of needs, ranging from differential and/or isolated measurements to ICP®-based vibration or shunt-based current measurements. Apart from the differential mode, the amplifier supports any type of 'constant current' vibration and acceleration sensors. In "current mode", the built-in shunt can be used to measure up to 1 ampère in a safe, isolated and fused manner, without the need for external shunt resistors.
As a special input board, the binary marker input CT enables up to 64 "digital" channels to be recorded as well. This board can be used to record status signals from the process or test like high/low, open/closed or left/right. It also offers three counter/timer inputs to do frequency or RPM measurements as well as to record quadratur encoder signals.
A special variant of this board is the binary marker input HV. This is similar to the CT version, but offers fibre-optic isolated inputs and a fiber-optic SYNC line for use in HighPower/HighVoltage environments.
For ultra fast signals, the 25 MS/s and 100 MS/s fast digitizers are equipped with four channels sampling at an incredibly high speed. With selectable anti-aliasing filtering and 14- or 15-bit resolution, these inputs turn the Genesis into the fastest transient recorder ever seen. The fast digitizers are available in single-ended versions or with fully differential inputs.
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DEMOD-DVRT
- Designed for ease of use and general versatility, these printed circuit cards provide complete conditioning for DVRTs.
DEMOD-DVRT-TC
- Designed for ease of use and general versatility, these printed circuit cards provide complete temperature compensated conditioning for DVRTs.
DEMOD-DC®
- Advanced microelectronics are packed within a miniature connector to provide complete conditioning of MicroStrain's DVRT® sensors.
Motherboards, Enclosures and Power Supplies
- Multichannel enclosures designed to easily house, power and control DEMOD-DVRT and DEMOD-DVRT-TC cards.
DEMOD-DIN
- Designed for ease of use and general versatility, these enclosed DIN rail mountable cards provide complete temperature compensated conditioning for DVRTs. |
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The Vulcain 420I communicates digitally with Vulcain transmitters within a true daisy chain network, converting the transmitters’ digital signals to analog outputs. This allows each transmitter to provide a 4-20mA signal to a BMS from one central location. The unit can accommodate up to eight transmitters installed at distances of up to 2 000 feet from the unit.
To avoid expensive DDC hook-ups and BMS software upgrades, the unit even comes with internal logic that will provide averaging/minimum/maximum reading for up to 16 transmitters. |
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Models 781 and 786 Signal Conditioning Units These reliable signal conditioners deliver peak performance from your Miniature Tilt Sensors. The compact Model 781 operates one dual-axis sensor or two single-axis sensors and uses an external power supply (not included). The rack mountable, AC-powered, Model 786 operates from two to sixteen sensor channels, expandable two channels at a time. Both Signal Conditioning Units provide two switch-selectable gains and two low-pass filter settings for every channel. |
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Chart SX9130 (format Europe) makes it possible to condition all the types of sensors LVDT and RVDT: Half bridge 3 wire, differential 4,5 or 6 wire, ratiometric 5 and 6 wire
It is entirely personnalisable according to your application:
- Tension excitation (until 7,5V rms)
- Frequency of excitation (between 900Hz and 15.000Hz)
- Correction of dephasing |
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The Fredericks Company has a variety of electronics products based on our industry leading tilt sensors. These high-accuracy, microprocessor based electronics can range from printed circuit assemblies to fully integrated packages, as well as remotely mounted sensors and assemblies.
Our dual axis electronics are highly configurable and provide the user with an output signal proportional to tilt. These electronics can be used with any of our TrueTiltTM, glass, or ceramic tilt sensors.
For users requiring special features, The Fredericks Company can design and manufacture electronics tailored to your application. The electronics can be packaged in a variety of ways to provide the user with easy mounting, multiple output options and environmental protection. |
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Signal Conditioners
Our wide variety of signal conditioning systems are designed around leading edge technology, allowing for low noise, high speed operation, flexible configuration, and ease of expandability. Our signal conditioning systems are designed to ensure high performance and seamless interoperability with our DDR data acquisition systems and our Test Management software packages. Regardless of the number or type of sensors that you are using, we can offer a full signal conditioning solution which suits your budget. |
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The Fredericks Company has a variety of electronics products based on our industry leading tilt sensors. These high-accuracy, microprocessor based electronics can range from printed circuit assemblies to fully integrated packages, as well as remotely mounted sensors and assemblies.
Our dual axis electronics are highly configurable and provide the user with an output signal proportional to tilt. These electronics can be used with any of our TrueTiltTM, glass, or ceramic tilt sensors.
For users requiring special features, The Fredericks Company can design and manufacture electronics tailored to your application. The electronics can be packaged in a variety of ways to provide the user with easy mounting, multiple output options and environmental protection. |
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