Features
- Fits all Laureate 1/8 DIN size instruments
- Allows Laureate instruments to be polled using Modbus commands
- Can be polled every 10 msec via WiFi
- Provides updated analog readings at up to 60 times/sec
- Includes external 2.4 GHz WiFi antenna and 30" (76 cm) antenna cable
- Meets IEEE 802.11 b/g/n wireless standard for data rates up to 72.2 Mbits/sec
- Includes Mini-USB port for programming or for operation as a Modbus slave at up to 38400 baud
- Isolated from meter and power grounds
Certificates of Compliance
The Laureate WiFi and USB communication board P/N LWIFIX allows a Laureate 1/8 DIN digital panel meter, counter or timer to be interfaced to an external PC or HMI via WiFi or USB. The use of WiFi, which is standard with most computers, avoids the need for communication cables. In addition to wireless operation, high data and polling rates are a major advantage compared to Laurel's first-generation communication boards.
WiFi operation complies with the IEEE 802.11 b/g/n wireless standard for data rates up to 72.2 Mbits/sec. The board can be polled every 10 msec using Modbus TCP commands as document in our Gen 2 Communications Boards user manual. Analog readings retrieved via WiFi can be updated 50 or 60 times per second, depending on the meter's 50 Hz or 60 Hz AC line noise rejection setting.
Cached operation is a key feature of the LWIFIX board. That board polls its host meter at the maximum rate allowed by the meter's main board, and it can in turn be polled asynchronously as a Modbus slave at a much faster rate using WiFi, USB or RS485.
An external 2.4 GHz antenna with an antenna gain of 5 dBi is connected to the meter by a 30" (76 cm) low-loss RG174 cable. Use of an external antenna allows the meter to be installed in a metal cabinet and the top of the cabinet to serve as the ground plane for the antenna. Use of an external antenna increases signal strength by about 10 dB compared to that of the internal antenna used in our LWIFI WiFi board. Note that LWIFI and LWIFIX equipped meters can be mixed in the same system.
A mini-USB connector is standard and can be used for meter programming or for data polling as a Modbus slave at 38400 baud in parallel with polling via WiFi. To connect to the USB port of a PC, use our cable CBL07 or another readily available A-male to Mini-B USB cable.
Setup of WiFi and USB communications uses our free Laurel Network Setup (LNS) utility. That software allows users to enter the WiFi system's SSID and password, which is then be stored in the WiFi board. It automatically discovers the board's IP address assigned by the WiFi router, the COM port used for USB communications, the meter type, and the signal conditioner type. LWIFI board setup and available Modbus commands are documented in our Gen 2 Communications Boards user manual. The USB port can also be used with Laurel's free Instrument Setup (IS) software to set up the host instrument.
LWIFIX Meter Operation
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WiFi Operation | |
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Included with LWIFIX | WiFi board, external antenna, 30" antenna cable, USB 2.0 port |
WiFi module | ATWINC1510-MR210UB (for external antenna) |
Connector to antenna | Hirose male U.FL |
Antenna cable | 50 ohm RG174, 76 cm (30") long |
Cable loss at 2.4 GHz | 2 dB |
Cable connectors | Female U.FL to circuit board, RP-SMA to antenna |
Antenna | External omnidrectional 2.4 GHz dipole |
Antenna polarization | Vertical |
Antenna gain | 5 dBi |
Antenna height | 200 mm (8") |
Antenna location | Top horizontal surface of metal cabinet |
Wireless LAN standard | IEEE 802.11 b/g/n |
Transmit/receive frequency | 2.4 GHz license-free ISM band |
Maximum data rate | 72.2 Mbits/sec, MCS index 7, with 802.11 n |
Maximum radio range | 90 m (300 ft) unobstructed outdoors |
USB Operation | |
USB applications | Laurel Network Setup, host meter programming, or operation of host meter as a Modbus slave. |
USB connector | Mini-USB Type B jack |
USB cable | Mini-USB Type B to USB Type A (CBL07) |
USB data rate | 38400 baud |
COM port | Discovered by Laurel Network Setup (LNS) utility |
Cache Operation | |
Data written into cache | Display value or set of 6 values (user selectable) |
6 values for analog in DPMs | Alarm status, display value, peak, valley, display value, display value |
6 values for scale meters | Alarm status, display value, peak, net weight, gross weight, display value |
6 values for counters | Alarm status, item 1 (display value), peak, valley, item 2, item 3 |
Write interval for 1 value | 16.666 msec or 20.000 msec (filtering set for 60 Hz or 50 Hz noise rejection) |
Write interval for 6 values | 100 msec or 120 msec (filtering set for 60 Hz or 50 Hz noise rejection) |
Read interval from cache | Set by external Modbus Master, 10 msec minimum |
Measurement Update Intervals | |
Analog input meter | 16.666 msec or 20.000 msec (filtering set for 60 Hz or 50 Hz noise rejection) |
Totalized pulse readings | Signal period or gate time from 10 msec to 199.99 sec |
Frequency/rate readings | Gate time + 30 msec + 1-2 signal periods |
Communication Protocols | |
Data I/O via WiFi | Modbus TCP/IP (same command set as Modbus RTU) |
Data I/O via USB or RS485 | Modbus RTU |
Meter programming | Front panel keypad or Laurel's free Instrument Setup (IS) software |
Mechanical | |
Board dimensions | 79 x 39 mm |
Mounting location | Middle slot of Laureate Series 2 panel meter or counter |
Environmental | |
Operating temperature | -40°C to 85°C |
Relative humidity | 95% from 0°C to 85°C, non-condensing |
What is a WiFi Board with External Antenna and USB for Laureate Meters, Counters, and Timers?
The WiFi Board with External Antenna and USB is a cutting-edge option board developed to enhance the connectivity of Laureate Meters, Counters, and Timers, providing extended-range wireless WiFi communication and USB interfacing in industrial automation environments. This advanced board, equipped with a detachable external antenna for superior signal coverage and a USB port, leverages WiFi protocols to integrate these precision instruments into wireless networks, while the USB port ensures local data transfer, making it an ideal solution for challenging and distributed industrial applications.
How Does a WiFi Board with External Antenna and USB Work?
1. Input Signal Integration
The WiFi Board interfaces with Laureate devices, capturing digital signals from their internal processors that reflect real-time measurements from meters, counters, and timers. These signals are prepared for WiFi and USB transmission, leveraging the external antenna for enhanced signal reach and stability.
2. Analog-to-Digital Conversion and Transmission
Utilizing WiFi protocols (e.g., 802.11n) and USB 2.0 standards, the board converts measurement data into a dual-format digital stream, incorporating advanced encryption and error correction for wireless transmission via the external antenna and high-speed USB output. This process ensures secure and reliable data exchange over extended distances.
3. Display and Data Output
The board transmits real-time data to wireless systems like cloud platforms via WiFi, and to local devices via USB, supported by LED indicators for status monitoring across both interfaces. The external antenna extends coverage, allowing operators to verify connectivity and troubleshoot effectively in remote locations, enhancing system accessibility.
4. Additional Connectivity Features
Offering configurable WiFi channels, security protocols (e.g., WPA3), and USB data logging options, the WiFi Board with External Antenna and USB adapts to diverse needs. This versatility supports advanced applications, including remote diagnostics, integration with IoT platforms, and comprehensive performance tracking in wirelessly connected industrial environments with extended range requirements.
Where Are WiFi Boards with External Antenna and USB for Laureate Meters, Counters, and Timers Used?
WiFi Boards with External Antenna and USB are highly adaptable components that significantly expand the operational scope of Laureate Meters, Counters, and Timers across a wide array of industrial and commercial domains. Their ability to provide reliable, extended-range wireless WiFi and USB communication makes them essential in settings where precise data monitoring, control, and remote integration are critical for operational success.
1. Industrial Automation and Control Systems
In industrial automation, these boards enable detailed monitoring of production metrics via Laureate devices, integrating WiFi data with USB control panels. In a remote oil refinery, the external antenna extends coverage to monitor pump counters, ensuring consistent output across expansive facilities.
2. Power Generation and Distribution
Power facilities use these boards to monitor voltage and current data from Laureate meters, connecting WiFi to supervisory systems and USB to local diagnostics. In a rural wind farm, the antenna enhances signal reach to monitor turbine performance, optimizing energy distribution in isolated areas.
3. Renewable Energy Systems
In solar and wind energy installations, WiFi Boards with External Antenna and USB transmit data from Laureate counters and timers, linking WiFi to cloud platforms and USB to field devices. In a desert solar array, the extended range monitors panel outputs, maximizing energy yield under harsh conditions.
4. Automotive and Transportation Industry
These boards support voltage monitoring in electric vehicles and trains, connecting WiFi diagnostics to fleet management and USB to onboard systems. In a cross-country freight train, the antenna ensures reliable data from timers, enhancing safety across long routes.
5. Laboratories and Research Facilities
Research environments rely on these boards for precise data logging from Laureate timers and counters, integrating WiFi with research networks and USB with lab PCs. In a polar research station, the external antenna tracks ice core data, supporting climate change studies in remote regions.
6. HVAC and Building Automation
In building management, WiFi Boards link Laureate meters to HVAC controls, monitoring temperature and airflow data via WiFi and USB. In a sprawling airport terminal, the antenna extends coverage for climate optimization across concourses, improving passenger comfort.
7. Marine and Aerospace Applications
In marine and aerospace, these boards ensure stable voltage monitoring for navigation and life support, connecting WiFi to mission control and USB to onboard systems. On a deep-space probe, the external antenna maintains data links, ensuring mission reliability in interstellar conditions.
Conclusion
The WiFi Board with External Antenna and USB for Laureate Meters, Counters, and Timers stands as a cornerstone of advanced industrial connectivity, delivering exceptional precision and flexibility in data communication. Its cutting-edge features, including extended-range wireless WiFi networking, high-speed USB transfer, and real-time monitoring capabilities, empower industries to achieve superior levels of automation, efficiency, and safety. From enhancing production accuracy in manufacturing to optimizing energy output in renewable energy systems, and from ensuring robust diagnostics in transportation to advancing pioneering research in laboratories, this board drives transformative outcomes across diverse sectors. The integration of WiFi with an external antenna and USB connectivity not only supports seamless interaction between modern wireless systems and local devices but also paves the way for future innovations in smart industrial ecosystems. As industries increasingly adopt digital transformation, the demand for such dependable and versatile communication solutions will grow, solidifying the WiFi Board’s status as an indispensable asset. Its ability to connect precise measurement devices with sophisticated control systems enables businesses to secure competitive advantages, reduce operational costs, and elevate product quality, positioning it as a strategic investment for any forward-thinking industrial operation. The ongoing technological evolution, coupled with the board’s proven performance, underscores its enduring relevance and potential to catalyze significant progress in the industrial landscape, extending its impact to emerging fields like construction for site monitoring networks, retail analytics for customer flow systems, and disaster management for emergency response coordination for years to come.
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