Zancot Electronics

"CP1L-EM" and "CP1L-EL" have complete with a Ethernet port.Pulse output for two axes. Advanced power for high-precision positioning control.High-speed Counters. Single-phase for four axes.Six interrupt inputs are built in. Faster processing of instructions speeds up the entire system. Serial Communications. Two ports. Select Option Boards for either RS-232C or RS-485 communications."CP1L-M" and "CP1L-L" have a peripheral USB port.The Structured Text (ST) Language. Makes math operations even easier. Can be used for the CP1W series Unit. The extendibility of it is preeminently good. LCD displays and settings. Enabled using Option Board.

"CP1L-EM" and "CP1L-EL" have complete with a Ethernet port.Pulse output for two axes. Advanced power for high-precision positioning control.High-speed Counters. Single-phase for four axes.Six interrupt inputs are built in. Faster processing of instructions speeds up the entire system. Serial Communications. Two ports. Select Option Boards for either RS-232C or RS-485 communications."CP1L-M" and "CP1L-L" have a peripheral USB port.The Structured Text (ST) Language. Makes math operations even easier. Can be used for the CP1W series Unit. The extendibility of it is preeminently good. LCD displays and settings. Enabled using Option Board.

"CP1L-EM" and "CP1L-EL" have complete with a Ethernet port.Pulse output for two axes. Advanced power for high-precision positioning control.High-speed Counters. Single-phase for four axes.Six interrupt inputs are built in. Faster processing of instructions speeds up the entire system. Serial Communications. Two ports. Select Option Boards for either RS-232C or RS-485 communications."CP1L-M" and "CP1L-L" have a peripheral USB port.The Structured Text (ST) Language. Makes math operations even easier. Can be used for the CP1W series Unit. The extendibility of it is preeminently good. LCD displays and settings. Enabled using Option Board.

The NX1 can utilize information, take safety measures, and control quality while at the same time improving production efficiency through high-speed, high-precision control.This contributes to continuous improvement in productivity.The NX1 provides high-speed control while utilizing information.For example, the NX1 used for a packaging machine with the capability of handling 1,000 products per minute can collect all traceability data in synchronization with the production cycle while performing motion control.The NX1 is the frst in the world* to integrate two different open networks: EtherNet/IP™ for scalable safety control in production lines and EtherCAT® for fast and reliable redundant safety control in machines. Furthermore, it integrates safety control into machine control in lines that require fast cycle times.This integration allows you to standardize machines and build fexible lines. Based on Omron investigation in March 2018.Although special inspection machines with built-in PC are widely used for high-speed inspections, they require special maintenance skills.Therefore, acceptance sampling is often carried out offline to prevent line stoppages.The NX1 can be used in conjunction with the High-speed Analog Input Unit to collect measurement data within a fixed cycle time of 5 μs. This standard controller eliminates the need for special machines with PC and can be maintained by on-site engineers. Inline inspections of all products can also be conducted easily.The NX1 Controller integrates inputs, logic, outputs, safety, and robotics, offering a wide variety of applications that leverage information to boost productivity and measures for quality and safety.Three industrial Ethernet ports and a power supply are housed in a compact design with a width of 66 mm.The NX1 provides key functionality to integrate control and information for advanced manufacturing applications.The new controller contributes to the pursuit of productivity improvements.Even if a part of the EtherCAT network is disconnected, Cable Redundancy provides continuous connectivity.This function allows you to fix disconnection without stopping the machines and production line where one controller provides both machine control and safety control.

Two types to choose from: open collector output and line driver. Because both open collector output and line driver types feature 1-, 2-, and 4-axis models, the most appropriate model can be selected for the application at hand.Positioning START occurs within 2 ms (maximum speed) after receiving a command from the Programmable Controller.High-speed data transfer is possible using INTELLIGENT I/O WRITE (IOWR) and INTELLIGENT I/O READ (IORD) instructions.Fine control from low to high speed (500 kpps max.) is possible in 1-pps units.Positioning can be done from memory, by writing an operating pattern into the PCU memory in advance. Three position patterns − Terminating, Automatic, and Continuous − can be set with completion codes to respond to a wide range of operations. Positioning of up to 100 patterns (sequential data) per one axis can be possible. Positioning (direct operation) can be done by direct PLC ladder commands for position data, speed data, and acceleration data. This simplifies control in situations when the target position and speed cannot be decided until immediately before operation begins, or when the target position and speed change due to other circumstances. The target position and speed can also be changed during operation.Interrupt feeding moves the axis a specified amount, then stops it, in accordance with an interrupt input. High-speed (0.1 ms max.) processing of the interrupt input signal ensures high-precision interrupt positioning. This helps to maximize feeder precision.Easy-to-Use positioning can be possible with versatile functions such as Teaching, Override, Backlash compensation, Zones, Forced interrupt and Acceleration/Deceleration curve.