Flex M Receivers
The versatile Flex M wireless receiver features a modular plug-and-play design (similar to a PLC) which allows one plant to use the same type of receiver component for any size application. Ideal for Crane and Hoist and Fluid Power applications.
Features & Benefits
Features and Benefits
Each essential part of a wireless receiver is built into compact, machine mountable modules. The family of modules can then be combined together to form a complete system. The versatile Flex M can provide digital, analog, or serial interfaces, and is capable of one-way or two-way communication. It can manage systems ranging from simple relay outputs to complex I/O and communication networks.
SYSTEM STRUCTURE
- Each module is connected by an integral side connector that supplies internal communications and power.
- Consists of a RF/CPU serving as the brains of the system
- Another component is the selected power module
- As many output (relay or other) or input modules as needed for the application can be added
- LED lights provide diagnostics for each individual module
- Each module has up to four removable connectors for easy wiring and replacement of any modules
VERSATILE AND CUSTOMIZABLE DESIGN
- Engineered system offers the choice of I/O and RF power
- System can expand for different applications, making it ideal for plant wide use
- Features 35mm din rail mountable modules
- Systems requiring data feedback such as load weight are available
- Can be coupled with a user-operated transmitter or configured with another Flex M for point-to-point communications
RANGE OF MODULES AVAILABLE
- A variety of RF modules available including two-way and high power
- 24-48 VAC, 110-240 VAC, 6-36 VDC
- Digital and analog input modules
- RS-232, RS-422, and CAN-BUS serial communication modules
- Mechanical relay output modules
- Analog (0 to +/- 10 VDC) output modules
- CPU module available with USB, infrared, and PL d rated machine stop outputs
- Radio Control Programmer (RCP) function allows user to make changes to parameters and save for future use, so spare units can be brought into use faster