Product Highlights
The IWTxT transforms any standard 4-20 mA transmitter into a wireless unit with ease. Its operation involves activating power to the 4-20 mA transmitter, allowing a suitable settling time, and then transmitting the data to one of our standard wireless receiver units.
Specifically engineered for prolonged battery life, the IWTxT typically exceeds 12 months of usage in a standard application. Users can customize the data update rate to optimize battery longevity, with options including 1 second, 10 seconds, 60 seconds, or 1 hour. Additionally, the system provides a signal strength indicator and displays the time since the last transmission, both of which can be remotely monitored.
Designed to seamlessly integrate with the IWR range of receivers, the IWTxT complements devices like the IWR-1, capable of outputting a 4-20 mA or 1-5V signal, and the IWR-PORT, which can store up to 128 variables for transmission to industrial Ethernet or RS-232/485 communications links.
Key Features of the IWTxT
- Battery powered wireless transmitter
- Supplies excitation to 4-20 mA transmitters
- Long battery life
- Turns transmitters into wireless sensors
- Complete thermocouple, RTD, Pressure and Level wireless probes are available
Applications
The OEM installations application highlights the IWTxT Wireless Transmitter’s suitability for integration into original equipment manufacturer (OEM) products. Its compact design and robust wireless communication capabilities make it ideal for embedding directly into machinery or systems during the manufacturing process. This allows OEMs to offer advanced wireless monitoring and control features as part of their standard product offerings, enhancing value and flexibility for end users.
When it comes to storage tanks and vessels, the IWTxT Wireless Transmitter provides a reliable solution for monitoring pressure, level, or other critical parameters without the need for extensive cabling. Its wireless nature simplifies installation on tanks and vessels, especially in large facilities or remote locations where running cables would be costly or impractical. This enables operators to maintain real-time oversight of storage conditions, improving safety and operational efficiency.
The transmitter is also well-suited for cable replacement systems, where it serves as a modern alternative to traditional wired connections. By eliminating the need for physical cables, the IWTxT reduces installation time, minimizes maintenance requirements, and allows for greater flexibility in system layout. This is particularly beneficial in environments where cables are prone to damage or where mobility and ease of reconfiguration are important.
In hydraulic/pneumatic installations, the IWTxT Wireless Transmitter excels by providing accurate, real-time data transmission from pressure sensors or other instrumentation. Its wireless operation is especially advantageous in systems with moving parts or where hoses and pipes make cable routing difficult. This ensures that critical measurements are reliably communicated to control systems, supporting safe and efficient operation of hydraulic and pneumatic equipment.
Finally, for remote test systems, the IWTxT offers a practical solution for transmitting measurement data from locations that are difficult to access or hazardous for personnel. Its wireless capabilities allow for the collection and monitoring of test data from a safe distance, reducing risk and enabling more flexible test setups. This is particularly valuable in field testing, research, and development environments where adaptability and safety are paramount.
