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Functional principle
The PLICSRADIO series is used for easy wireless transmission of 4 … 20 mA/HART signals and switching conditions. An emitting unit receives the measured values and can also serve as (Ex) power supply for sensors connected via cable. Individual 4 … 20 mA/HART sensors of all manufacturers can be integrated. A receiving unit receives the measured values via the radio distance and dependent on the version transmits them to a 4 … 20 mA output or a processing unit. An indicating unit in radio range can also show the requested measured values.
Applications
By using a license and registration free transmission range, a simple and reliable radio connection is available for industrial application areas. The instruments are used when wiring of a signal cable from the sensors to the processing is not possible or too complex. Obstacles such as streets, railways, rivers and buildings can be overcome without problems and in a price-favourable way. The use in mobile system parts such as conveyor belts, rotating vessels or in tankers are further application areas. PLICSRADIO series is best suited for quick and interference-free extension of existing plants or permanently changing plant constellations.
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Wireless interface products provide a cost effective alternative to expensive hard wired connections. The wireless product provides continuous, 24/7 communication using the FCC licenses free 900MHz frequency. Using Frequency Hopping Spread Spectrum (FHSS) technology, a robust signal is provided that is virtually free from disruption due to interference. This technology has been proven in thousands of installations worldwide.
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Wireless I/O solutions from Phoenix Contact offer flexible and reliable data transmission for your applications. Monitoring and controlling your processes is reliable with point to point, and multipoint to point industrial radios.
These industrial radios can be incorporated into controlling pump stations, monitoring tank levels and sensors as well as a variety of additional industrial applications.
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Measurement Specialties has done pioneering work in the development of ultrasound sensing using Piezo film. Piezoelectric film ultrasound transmitters and receivers offer unique advantages for two-dimensional positioning applications such as:
- Digitizers
- Object detection
- Distance measurement
Piezo Sensor - 40kHz Digitizer Transmitter_Receiver
Description: Piezoelectric film (PVDF) ultrasound transmitter and receivers offer unique advantages for air ranging applications. Depending on the application, resonance frequency and vertical beam directivity of the transmitter and receiver can easily be customized by changing the diameter and length of the PVDF cylinder. The receiver has a very wide horizontal beam angle and it can be reduced by changing the housing design if necessary. PVDF transmitters and receivers also have very low resonance Q value of 5 and PVDF receivers have Q value of 4. This means that the rising time and the signal decay time are much faster than the conventional ceramic transmitters. This characteristic is suitable for high speed data acquisition or high speed digitizer applications. Cylindrical 40kHz PVDF transmitters exhibit omni-directional horizontal beam directivity and broad band characteristics. Cylindrical 40kHz PVDF receivers exhibit very wide horizontal beam directivity and broad band characteristics. These characteristics lend unique solutions in many applications such as two-dimensional positioning, digitizer, object detection, and distance measurement.
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WiFi Radiomodem Transmitter WMT-1000
RS-485 Serial Interface (RS-232 or USB)
For field mounting and 85..265 Vac power supply
WiFi 2.4 GHz
IP-65
The WMT-1000 is a LAN radiomodem transmitter destined to data transmission from devices with serial RS-485 (RS-232 or USB) byWi-Fi 2.4 GHz with 40 mW output power.
Appropriate to be used in industrial applications for control, data supervision and in any application requiring wireless data transmission with high reliability and speed, for devices with RS-485 (or RS-232/USB) serial ports.
WiFi radiomodem transmitter for devices with RS-485
DBPSK, DQPSK and CCK modulation
16 dBM typical transmission power
Up to 15 km with external antenna under appropriated conditions
Antenna´s connection by rp-sma connector
RS-485 modbus communications as standard
Enclosure rating IP65 for field mounting
Power supply 85...265 Vac or 12 / 24 Vdc (option)
Mounting on wall or on pipes up to 2" (50 mm)
Programmable by RS-485 or by local area network
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Honeywell’s OneWireless universal mesh network supports multiple industrial protocols and applications simultaneously, providing a single industrial wireless mesh network that is simple to manage and efficient to operate. OneWireless helps optimize plant productivity and reliability, improve safety and security, and ensure regulatory compliance.
Supporting both transmitters such as Honeywell's XYR 6000 and XYR 5000 and Wi-Fi applications such as IntelaTrac PKS, Experion Mobile Station, vibration sensors, personnel/asset location devices, this network delivers a global solution with robust security, predictable power management and multi-speed monitoring.
The universal plant-wide OneWireless network supports mutliple applications. Click here to view creative ways to solve problems.
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Switch Radiotransmitter RRT-1000
For remote relay drives
Transmission by radio 868 MHz
868 MHz
IP-65
The RRT-1000 Radiotransmitters are devices destined to the transmission of logic contacts by radio in the unlicensed ISM 868 MHz band. Designed to activate up to 5 relays in a remote module, when activating its 5 corrseponding switches in the local module.
Remote control of logic contacts via radio
When a contact is switched on in a local module, the relay of the same position in the remote module is activated
25 mW, 100 mW or 500 mW power transmission
SMA connector for external antenna
Up to 10 km under appropriated conditions
Anticross system for several devices in the area
Standard version for 5 activation points
Versions for 3 inputs and 2 outputs and vice-versa
Enclosure rating IP65 for field mounting
Power supply 85...265 Vac or 12 / 24 Vdc (option)
Mounting on wall or on pipes up to 2" (50 mm)
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Rolling-Code coded transmitters Type-approved for Europe - Frequency 433.92 MHz
D111750 - MITTO 2 12V
Two-channel transmitter, 12V, with rolling code.
N999321 - MITTO 2 12V/100
MITTO 2 100 remote control block ready for fast programming on RTD receiver or using the programmer Proxima on all the receiver of the Clonix series.
D111841 - MITTO 2 REPLAY 12V
Two channel rolling code copiable transmitter 12V
D111751 - MITTO 4 12V
Four-channel transmitter, 12 V, with rolling code.
N999322 - MITTO 4 12V/100
MITTO 4 100 remote control block ready for fast programming on RTD receiver or using the programmer Proxima on all the receiver of the Clonix series.
D111842 - MITTO 4 REPLAY 12V
Four-channel rolling code copiable transmitter 12V
P121016 - RB
Four channels wall radio control with rolling code.
Radio controls with programmer’s feature
D111840 - MITTO 4 WLINK 12V
4 channell transmitter with programmer’s feature. For control board with built in display.
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EASYROLL transmitters are equipped with the E.R.P.A. function (which allows a valid copy remote to be inserted in place of a lost or stolen unit).
E.R.P.A. is the third evolution of PRASTEL’s Rolling code technology, allowing the insertion and simultaneous cancellation of a lost transmitter. In existing installations this easy to function to perform,simply pressing the transmit button on the copy remote (within 4-5 m of the receiver) enters the new remote into the system memory and removes the old transmitter. Once this simple operation has been performed, the new transmitter will be ready for use.
multi-signal LED
2 channels
battery safe function
cordino portachiavi
nominal range 100 m
280000 miliardi di codici utente sequenziali
433.920 MHz frequency
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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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The Wi.M868T-R™ 868-870MHz transmitter module is a microcontroller-less version of our popular Wi.232DTS-R™ and Wi.232FHSS-25-R™ modules. It offers the same excellent RF performance, yet allows the design engineer to control the radio at the physical level using any microcontroller.
The module is footprint compatible with the many of the Wi.232 family of radios, including the 900MHz Wi.232DTS-R, Wi.232FHSS-25-R, Wi.M900X-R, and the European 868MHz Wi.232EUR-R, and Wi.M868X-R. The Wi.M868T-R supports wide-band mode, where the channel width is 600kHz and also a narrow-band mode where the channel width is 200kHz.The module is configured via a simple SPI style serial interface. Data is transmitted and received using a separate digital serial interface that includes pre-amble and start-of-packet detection.
Maximum transmit power is +15dBm. Maximum receive sensitivity is -112dBm. The transmitter draws 62mA typical at +15dBm. The module has 32 wideband and 84 narrowband channels available.
A footprint compatible module companion version is available in 902-928 MHz for the North American market Wi.M900T-R.
A typical circuit consists of a low-cost microcontroller, a power source, a Wi.M868T-R module, and an antenna. The RK-Wi.M868X development kit is available to support evaluation of this product with separate Wi.M868X-EVM-R evaluation modules for additional wireless node development. The Wi.M868X-R is very similar to the Wi.M868T-R except the Wi.M868T-R is configured as a uni-directional transmitter only device where the Wi.M868X-R is a bi-directional transceiver module. For production, order the Wi.M868T-R.
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Ready to use radio modules make life easier for the design engineer who has to develop a complete system containing a radio link. Radio modules are an interesting option for low to medium quantities up to several 1000 pcs per year.
Thanks to our SMD production plant we also have optimized parameters according to the customers need. We support you individually in integrating the modules successfully into the final application.
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The TriQuint TGA2803-SM is an ultra- linear, packaged TIA/Gain Block which operates from 40MHz to 1000MHz.
The TGA2803-SM typically provides flat gain along with ultra-low distortion. It also provides high output power with low DC power consumption.
This amplifier is ideally suited for use in CATV distribution systems or other applications requiring extremely low noise and distortion.
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InTouch Wireless Monitoring System
When the alarm sounds you need to be inFormed immediately. You need a device that can inTelligently tell you the exact location, exact time and exact reason for the shutdown. You need a device that works in today's technology 24 hours a day, 7 days a week and not be a financial burden.
The inTouch Wireless Monitoring System was developed to communicate directly to you through the nationwide cellular network, AMPS (Advanced Mobile Phone System), eliminating the need for costly telephone lines. And because inTouch is a cellular device, inStallation time is greatly reduced.
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SATELNODE X8SR is the basic VHF receiver of the SATEL local area transfer system. Together with SATELCODE alarm transmitter from SATEL, it provides the easiest way of setting up a wireless alarm transfer system.
The SATELNODE X8SR comprises of a high quality radio receiver with excellent selectivity and stability.
It is capable of processing coded messages from SATELCODE transmitter.
The SATELNODE X8SR is also equipped with an RS-232 interface, which provides a flexible means of programming the radio modem with a PC, to meet the varying needs of applications.
By means of the SATELCODE / SATELNODE alarm transfer equipment, SATEL has drastically lowered the threshold of setting up a local alarm transfer system.
SATELCODE is a versatile VHF radio transmitter from SATEL's extensive selection of radio modems. Together with its counterpart, the SATELNODE receiver, it provides the easiest way of setting up a wireless alarm transfer connection between two points.
The SATELCODE transmits a message that includes both address and alarm information. The number of possible different messages amounts several tens of thousands.
The configuration of a SATELCODE / SATELNODE system is straightforward and the installation quick and easy. The user benefits from minimum time spent in planning and materialization fo an alarm system. The radio modems are extremely reliable. The operation costs of the alarm transfer system are low, as there are practically no network charges.
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