Found 4 product(s) for Motor Controllers with LCD Port (1-4 of 4)
Motor Controllers with LCD Port
Si14HyATMC1-50V-20A The Si14HyATMC1-50V-20A is a single, microprocessor based, Hybrid, Adjustable Ramp-Time, Unidirectional, Motor-Controller board that uses pulse-width modulation (PWM) to efficiently control the power flow (or motor speed) to a brush type DC motor, from 0 to 1000W in 8.33W steps. The motor acceleration deceleration is adjustable (using the Ramp-Time input) from 100ms to 25.6s in 100ms steps. An optional 2 line by 20 characters long LCD (with HITACHI HD44780 Interface Standard) is used for Set-RPM, Measured-RPM and Ramp-Time data display.
Price: $139.00
Si14HyUdMC1-50V The Si14HyUdMC1-50V-20A is a single, microprocessor based, Hybrid, Unidirectional, Motor-Controller board that uses pulse-width modulation (PWM) to efficiently control the power flow (or motor speed) to a brush type DC motor, from 0 to 1000W in 8.33W steps. An optional 2 line by 20 characters long LCD (with HITACHI HD44780 Interface Standard) is used for Set-RPM and Measured-RPM data display.
Price: $129.00
Si15NeUdMC1-30V-20A The Si15NeUdMC1-30V-20A is a 30V 20A, networkable, microprocessor based, high-power, Unidirectional, Motor Controller that uses a single (9V to 30V at 0 to 20A) DC power supply to control the speed of a DC motor in forward direction. An onboard microprocessor generates a 5kHz or 20kHz PWM carrier signal, controls the load-power (or motor speed), controls the load-current rate (or motor acceleration and deceleration), updates the 4-Digit Display, monitors the user inputs and controls the RS232 Network Port.
Price: $139.00
Si15NeUdPC1-30V-20A The Si15NeUdPC1-30V-20A is a 30V 20A, networkable, microprocessor based, high-power, Unidirectional, Power Controller that uses a single (9V to 30V at 0 to 20A) DC power supply to control the average current to load (or DC motor) in one direction. An onboard microprocessor generates a 5kHz or 20kHz PWM carrier signal, controls the load-power (or motor speed), controls the load-current rate (or motor acceleration and deceleration), updates the 4-Digit Display, monitors the user inputs and controls the RS232 Network Port. The PWM carrier frequency is user selectable by the jumper J2, 5kHz when J2 is short and 20kHz when open.