Properties for product/family

• Allow you to expand with as many as five additional serial ports
• LCD display and keypad for Micro810® controller
• Address even the most intensive serial communications tasks with Modbus RTU and ASCII protocol support
• microSD™ card for Micro820®, Micro830®, Micro850®, and Micro870®controllers
• Remote LCD display and keypad for Micro820 controller
• Include trim potentiometer modules (6-channel, analog input) that are low-cost method of adding six analog presets for speed and position control and can also be embedded into controllers to avoid casual access by operators
• Operates in -20…65 °C (-4…149 °F) temperatures
• Provide one-touch back-up, supports removal and insertion under power
• Double the amount of I/O without increasing the controller size
• Include resistance temperature detector/thermocouple (2-channel, non-isolated) modules that support temperature control when used with PID
• USB adapter plug for Micro810 controller
• Include motion high speed counter modules that support touch probe input in hardware for exact registration of axis and also provide position verification for servo and encoder feedback modes
• Allow you to customize your controller in a cost-effective manner for input-intensive or output-intensive applications
• 120/240VAC to 24VDC Power Supply for Controller and Expansion I/O modules
• Snaps easily into controller without expanding the footprint
• Provide isolated serial port to support RS-232 and RS-485 communications
• Provide high-accuracy real-time clock function without need to calibrate or update
• 120/240VAC to 24VDC Power Supply for Controller, 12W only
• Support analog input and output (2-channel, 4-channel, non-isolated)
• Allow you to expand with as many as 20 analog inputs
• Reduce the need for external relays with flexibility to add as many as 20 relay outputs
• Include DeviceNet® scanner modules that enhance communication capabilities up to 20 nodes of PowerFlex® AC drives or CompactBlock LDX I/O and also reduce wiring and installation costs for larger standalone machines that have distributed drives and I/O