Logic Controllers & Displays on Applied Automation

Panasonic AFP7MC16EC is an I/O unit designed for 16-axes motion control with an additional 8 virtual axes, featuring a 0.5ms control cycle for rapid response times. It is engineered for DIN rail mounting, ensuring easy installation in various settings. This unit utilizes the EtherCAT communication protocol to facilitate efficient and seamless integration with existing automation systems.

Panasonic AFP7FCA21 is an I/O unit designed for analog current and voltage mixed input and output applications, available in a cassette form factor for DIN rail mounting. It features 2 analog outputs supporting 0-5Vdc, 0-10Vdc, and 0-20mA configurations, alongside 2 analog inputs with a resolution of 1/4096, compatible with 0-5Vdc, 0-10Vdc, and 0-20mA signals.

Panasonic AFP87424 is an I/O unit designed as an FP remote output unit. It operates with a supply voltage of 24Vdc and features 16 digital outputs, each capable of 24Vdc with a transistor output type, supporting up to 500mA.

Panasonic FP0RTD6 is an I/O unit designed for analog RTD temperature input, featuring 6 analog inputs that support 3-wire RTD sensors including Pt100, Pt1000, and Ni1000. These inputs can measure temperatures ranging from -200°C to +500°C with a resolution of 0.1°C.

Panasonic AIG12800 is a cover designed as a panel face protection sheet.

Panasonic AIG704WMN1S2 is a GT704M sub-range HMI / Display unit featuring high image quality with a programmable terminal (PT) and touchscreen functionality, encased in a silver frame. It operates on a 24Vdc supply voltage and offers various connection types including an RJ-45 port, SD card slot, and mini USB. This unit is designed with an IP67 degree of protection, ensuring its suitability for demanding environments. Communication is facilitated through RS-232C and Ethernet protocols. It comes with a 16MB RAM memory capacity and a display resolution of 640x240 pixels on a 4.6" TFT monochrome LCD, which supports white, pink, and red backlight options.

Panasonic AIG704WGNMB2 is a HMI / Display unit within the GT704G sub-range, featuring high image quality with a programmable terminal (PT) and touchscreen functionality, encased in a black frame. It operates on a 24Vdc supply voltage and offers multiple connection types including an RJ-45 port, SD card slot, and mini USB. This unit is designed with an IP67 degree of protection, ensuring its suitability for various industrial environments. It supports RS-422, RS-485, and Ethernet communication protocols, accommodating diverse system requirements. The AIG704WGNMB2 is equipped with 16MB of RAM for memory capacity and features a 640x240 pixel TFT 4.6" monochrome LCD, which provides a green/orange/red backlight for clear visibility under different conditions.

Panasonic AIG12MQ02D is a Programmable Terminal (PT) / Touchscreen HMI within the GT12M sub-range, featuring a black frame. This unit operates on a 24Vdc supply voltage and connects via an 8 pin terminal connector USB. It is designed with an IP67 degree of protection, ensuring its suitability for various industrial environments. Communication is facilitated through the RS-232C protocol. The AIG12MQ02D boasts a memory capacity of 12MB (RAM) and a display resolution of 320x120 pixels. Its LCD screen measures 4.6 inches, utilizing an STN monochrome display with a white/pink/red backlight for clear visibility.

Panasonic AFP7Y32P is an I/O unit designed as a DC digital output unit featuring a MIL connector for connections. It is engineered for DIN rail mounting, providing ease of installation in various settings. This unit is equipped with 32 digital outputs, each output operating at 24Vdc with PNP transistor output type, capable of handling up to 300mA.

Panasonic AFPRP1X16D2 is an I/O unit within the PHLS sub-range, designed as a remote slave DC input unit. It features screw-clamp terminal connections and has a standard shape. This unit is equipped with 16 digital inputs (24Vdc) that share a common polarity, facilitating streamlined integration and connectivity in automation systems.