The KNC-PLC-KS105 is a small and thin PLC with high performance. It includes 16 digital I/O, 4 high-speed counters, 4 high-speed pulse outputs, 256 timers, 256 counters, RTC (Real Time Clock), 4 interrupts, one RS485 communication port, one RS232 programming port, optional CANopen port, and is expandable with up to 14 I/O modules. The high-speed counters come in 9 operation modes and support a single-phase or dual-phase frequency up to 200 kHz. In the 9 different modes, each counter has its own inputs for clock, direction control, start and reset, and has a 32-bit preset value. Three of the four high-speed pulse outputs - channels 0,1, and 2 - can reach a maximum frequency of 200 kHz, while channel 3 can reach a maximum frequency of 10 kHz. All four high-speed output channels support both PTO and PWM. The KNC-PLC-KS105C1-16DT and KNC-PLC-KS105C2-16DT support CANopen protocol. The free KincoBuilder software provides absolute and relative positioning, homing, jogging, and quick stop instructions. The KNC-PLC-KS105 Series is an ideal hub for data processing with field devices such as temperature modules, servo drives, field busses, and more.

The K5 series is a cost-effective micro integrated PLC equipped with diverse functions for high performance. The PLC provides special I/O functions (high-speed counters and PTO/PWM output), CANopen master, multiple RS485 ports, integrated analog input and output channels, and more. Equipped with diverse extension modules, Kinco-K5 is capable of meeting the requirements of small devices and process control.

The K5 Digital I/O Modules are offered in multiple different configurations; modules are available with inputs only, outputs only or both inputs and outputs. Their modularity and expandability make them ideal for most applications. The units are available in either sinking or sourcing with either transistor or relay-type outputs. The K5 series is capable of handling up to 136 I/O points. All modules are photo-coupler insulated so that units are not damaged.

The K5 Analog I/O Modules are offered in 2 or 4 channels, allowing for extreme flexibility in a number of different applications. The analog to digital modules are available in a 12-bit resolution, and can output 0 to 10VDC, 1 to 5VDC, 0 to 20mA, or 4-20mA. These modules are ideal for use with Anaheim Automation’s Brushless Drivers, which can take up to a 5VDC signal for speed control.

Control Area Networks (CAN) were created in 1985 for in-vehicle networks to replace point-to-point wiring systems, which resulted in bulky wire harnesses. CAN was adopted quickly as a high-integrity serial bus system and became the standard known as ISO 11898 in 1993. Each device on the network is equipped with a CAN controller chip, and each device sees all the transmitted messages. Each device decides if a message is relevant or if it should be filtered allowing for structure modifications to CAN networks with minimal impact. CAN messages are given priorities so if two nodes try and communicate simultaneously, the one with the higher priority gets transmitted and the one with the lower priority gets postponed. Since CANs introduction it has proven its dependability allowing for integration in a wide variety of applications. CAN is now integrated in railway systems, aerospace applications, medical equipment, lifts and escalators and even non industrial applications such as laboratory equipment, sports camera and even coffee machines.