Solutions Cubed digital motor PID position controller

END OF YEAR SALE -
All products except the Motion Mind 2 and 300CPR encoder (MOTM2, ENC300) are approximately 30% off while supplies last. Discounted pricing will be displayed in shopping cart and order form.

Get	Type	Title	Description

	PDF	ICON_PIDDS	Datasheet and communication protocol for ICON Position Controller
	PDF	Addendum	Document describing additional functionality and hidden command sets
	ZIP	SOL3PC	PID programming and test software (2.7MB) WIN9x/NT/2000 software
	PDF	AN800-802	Controlling the ICON PID Position Controller with the Parallax BASIC Stamp™ II
	ZIP	AN800-802	Files Associated with AN800-802
	ZIP	AN803	Software and PDF for generating ramps and sinusoidal position control for use with WIN9x/NT/2000 (1.6MB)
	PDF	AN804	Important information regarding motor-encoder connections


requires ICON_HB
serial/analog/velocity/trap control
up to 12A 40VDC
4.1" x 1.9" footprint
32 bit PID position control


1 to 49 units	NA
50 to 99 units	$70
100 to 249 units	$68
250 to 499 units	$65
500 or more	call for pricing
Special order of 50+ units required, pricing TBD due to obsolescence.


The ICON Position Controller is a DC motor position controller designed to interface and control the ICON H-Bridge. In addition to the ICON H-Bridge, it requires a DC motor equipped with a 2-channel quadrature encoder. PID test software (located below) may be downloaded for use with a Windows™ based PC. When used in conjunction with the ICON Serial Adapter (ICON_AD) or the ICON Communication Module (ICON_CM), direct connection to a PC is possible. Additionally, the ICON Communication Module may be used to create an RS485 bus for controlling multiple ICON modules with a single serial interface. The ICON Position Controller can be operated in 4 control modes. The modes are direct serial control, trapezoidal control, analog control, or velocity control. Two limit switch inputs, and a brake input are supported. Up to 16 trapezoidal movement profiles may be stored in non-volatile memory. A variety of programmable PID (and other) settings make this unit a very affordable component of a servo position control system.