MicroLogix 1400 controller is programmed using a * new version RSLogix 500 the first-class programming software, and the MicroLogix and SLC 500 families adopt unified programming instructions. RSLogix 500Starter (basic edition), Standard( standard edition) and Professional( professional edition) as well as RSLogix Micro software all support MicroLogix 1400 controller, including online editing function.
each controller has 2 serial ports, support DF1/DH485/Modbus RTU/DNP3/ASCII protocol, built-in ethernet port, support EtherNet/IP peer information transmission.
Advantages of MicroLogix 1400 Controller
0 Large storage space (10 KB user programs and 10 user data) can meet the requirements of most applications.
0 Real online editing feature that changes programs online, including PID, without offline.
0RSLogix Micro and RSLogix 50RSLogix Micro 0RSLogix Micro Professional( Professional Edition), Standard( Standard Edition)
0Starter( Basic Edition) Software 8.1 and later versions support online editing of MicroLogix 140Starter(0Starter( controllers.
0 Switch between run/remote/programming modes via LCD keyboard.
0 Data recording function based on time or event, optional timestamp. the controller data is stored in a separate 128 K storage space for analysis (e.g. trend and I/O data at alarm).
A 0-configuration store (up to 64 KB of storage space contained in the data log storage space) can be accessed through a ladder diagram, which can change the timer, counter, and other data types of program data more quickly and easily in batches.
0 High performance I/O extension options ,(up to 16 I/O modules that can be combined arbitrarily).
The 012 high-speed inputs (except the 1766- L32AWA and 1766- L32AWAA controllers) can be used separately as automatic shutdown device (pulse capture) inputs, time interruptions or combinations as 100 Hz high-speed counters in 10 modes of operation.
Two built-in 0-10 V DC analog inputs (for controllers with analog I/O options) with 12-bit resolution (non-isolated).
Three high-speed outputs can be configured as 100 kHz pulse sequence output (PTO) or as 40 kHz.
pulse width modulation (PWM) output (directory numbers 1766- L32BXB and 1766- L32BXBA only).
The 0 multi-point input and output common end, which allows for filling in and pulling out the input mode, while providing an isolated common end for multiple voltage level input devices.
0 One ms optional timing interrupt (STI).
0 High resolution timer ,1 ms accuracy.
The communication channel 0 provides isolated RS-232 or RS-485 electrical compatibility (selected via communication cable).
0RS-232 port supports all serial port protocols.
Through the RS-485 port, you can directly access DH-485、DF1 semi-duplex master/slave, ASCII.
0Modbus RTU master/slave networks. the access DNP slave network uses the 1763- NC conversion interface (no 1761- NET-AIC conversion interface is required).
The 0 communication channel 1 contains a built-in RJ45 port that supports EtherNet/IP networks for transmitting peer-to-peer information. The 10/100 Mbps ports support BOOTP and DHCP..
Communication Channel 2 is a 9-pin, non-isolated RS-232 serial port that supports all serial communication protocols.
The 0 communication switch button allows the controller's channel 0 port to switch between user-configured communication parameters and factory default settings, easily switching from a Modbus RTU or ASCII protocol (no programming support) to a DF1 full-duplex protocol (for uploading/downloading, monitoring or editing programs). So even if the communication parameters of the controller are not configured correctly, the programming computer can still connect the controller.