Wireless

Cattron, a Unit of Laird Technologies, Releases Enhanced MMCU-4 Modular Radio Remote Control Receiver

8th July 2011
ES Admin
0
Laird Technologies, Inc. has announced the release of its enhanced MMCU-4 radio remote control receiver.
As part of the CattronControl™ series of remote control systems, the MMCU-4 is a highly configurable modular radio remote control receiver that features four slots which can utilize a variety of I/O cards such as output cards with relays, analog outputs, opto-coupler outputs and input cards for analog and digital signals. These cards are used to transmit data back to the operator, which is displayed on the transmitter unit as numerical values, text information, or a combination of both. Serial interfaces such as Fieldbus or Ethernet are also available and can be combined with any of the aforementioned I/O cards. For applications requiring more than four cards, an optional enclosure for up to seven cards is available.

The enhanced MMCU-4 features the addition of a high selectivity RF module which can operate in a TDMA channel access method, allowing for several radio remote control systems to share a single RF channel with several other systems. Due to the limited number of licensed frequencies available, this new enhancement makes the receiver an ideal device for users operating highly critical applications on those licensed frequencies.

“Worldwide, Cattron is one of only a few radio remote control suppliers who are capable of offering machine interfaces with this type of functionality and complexity,” said Frank Martin-Vazquez, Cattron Sales Director of Material Handling. “The MMCU-4 receiver can incorporate standard modules into its design, resulting in highly engineered remote control solutions that can be realized fast and cost effectively.”

The MMCU-4 receiver can be used in combination with the CattronControl™ LRC-M1 and LRC-L1 transmitters. However, a combination with stationary control stations is also common.

Product Spotlight

Upcoming Events

View all events
Newsletter
Latest global electronics news
© Copyright 2024 Electronic Specifier