Success Story - Laird Remote Control Systems - Modernizing the World's Aerospace Industry
The world relies on air travel. From commercial jetliners to military aircraft and even aerospace; the importance of using the latest technology advancements is paramount to ensuring the safety of manufacturing processes and the clients end-user passengers—human or scientific.
Laird remote control solutions is key component in today’s most advanced processes.
Challenge — Modernizing custom production processes that meet high standards of quality and reliability
Each piece of aeronautics is built to exacting precision ensuring the safety of the passengers it will carry through its useful life. The process in production of these machines needs to also be precise and exacting, while also keeping pace with the modernization of technology.
Legacy equipment that is not upgradable or future-proofed doesn’t provide the compatibility with advancing processes that one industry leader required. Flexible solutions require flexible ideas — Laird flies above the rest in both.
Adaptable Solutions that Provide Safety and Innovation Compatibility
As a means of updating its facility, a leading manufacturer searched for automation solutions that would allow feedback from its PLC drives to its remote control units. As a result of an existing relationship, Laird was chosen for its ability to provide the technology needed in the timeframe required with the industry-leading support competence for such a critical implementation.
Laird’s technical capabilities allowed the manufacturer to implement Ethernet IP interface with a RF management process that allows up to six operators to share one frequency using Time Division Multiple Access (TDMA) technology. In addition, Laird's system allows the use of sub-addressing so operators at the facility can safely control any one of 100 MCUs in the plant by inserting RFID keys into the OCU.
The implementation is ongoing at the production facility that houses 150 carriers, each with their own Machine Control Units (MCU), 50 Bridges with their own MCU and 40 operator control units that will be able to safely select any of the MCUs in the plant. Although the plant is very clean and organized, the use of these units demands precision reliability with no operational lags or drop-outs.
Seamless Integration with Ongoing Production
Production at the facility was uninterrupted as a result of Laird being able to design a system to replace the obsolete units simultaneously while providing the added operator feedback and Ethernet IP interface.
The manufacturer has been able to continue to operate their carriers throughout their facility seamlessly with modern equipment, adding the ability to provide information back to the operators thru Laird's LCD screen and most importantly; Laird was able to provide a much more secure method of selecting the carriers thru the use of the RFID keys. Future work on these installed systems include the addition of a security features and predictive analytics system software.
Ability to Provide Real-Time Information
The technology used in this instance is available to other applications, providing the ability for two-way information flow between the machine being controlled and the radio.
This Laird capability allows for data collection and dissemination where and when its needed. Controller alerts, position data, faults, and other real-time information allows for better operations and management of the production, overall.