The Horner Electric APG series includes several interface modules. Some APG modules can exist in conjuction with GBCs or Genius Bus Controllers, and some can replace GBCs completely. APG interface modules can be used in network systems containing up to 32 devices that are wired in a daisy-chain formation. APG interface modules include several dip switches for configuring the Genous interface, user mode, I/O addresses, and interrupts. Additionally, these interface modules feature several ports for connecting to different devices, and many models support color graphics and touchscreens.
Browse available units in our catalog of APG.
This module operates with a power consumption of 0.38 W during inrush and 0.17 W under steady-state conditions, drawing 16.2 mA and 7.15 mA at 24VDC respectively. It supports a single axis and communi
This module supports key communication functions and is built with a multilayer printed circuit board that incorporates drive electronics. It includes a factory-applied protective coating for durabili
This module supports up to 8 channels and is compatible with bridged strain gage types. The device allows for configurable input ranges of ±25mV, ±50mV, and ±100mV. It offers a high-resolution perform
The HE660CGM424 coprocessor connects seamlessly with GE / Fanuc Series 90-30 and 90-70 PLCs, enhancing system capabilities through its programmable architecture. It operates with an input voltage of 5
The stepper module is designed for stepper motor indexing and features an output frequency of 245 kHz with voltage levels of 2.5 VDC for high outputs and 0.5 VDC for low. Power consumption is rated at
The HE693IBS100 operates within a temperature range from 0 to 60 °C, with storage capabilities extending from -40 to 85 °C. This module can accommodate up to 500 kHz communication speeds over the Inte
This motion control module operates effectively in environments with humidity levels between 5% and 95% without condensation. It supports an encoder input frequency of up to 1.0 MHz and can output ste
This module is designed primarily for controlling stepper motors and is programmable using ASCII BASIC. It can handle high-speed encoder inputs with a frequency of 1.0 MHz and achieves a step output f
This stepper positioning module features a significant step output frequency of 245 kHz and an encoder input frequency of up to 1.0 MHz. It is programmable in ASCII BASIC, allowing for comprehensive o
As a part of its functional capabilities, this data access unit does not have an instruction set or direction output voltage specifications. It operates efficiently within a power consumption of 250 m