LECPA Step Motor Driver, Pulse Input Type for LEY Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA PLC Pulse Input for Incremental Encoders
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range AREA output signals.
LECPA Step Motor Driver, Pulse Input Type for LEY Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA Step Motor Driver, Pulse Input Type for LEYG Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA Step Motor Driver, Pulse Input Type for LEFS Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA Step Motor Driver, Pulse Input Type for LEFB Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA Step Motor Driver, Pulse Input Type for LESH Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA Step Motor Driver, Pulse Input Type for LES Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA Step Motor Driver, Pulse Input Type for LER Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA Step Motor Driver, Pulse Input Type for LEPY/LEPS Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…
LECPA Step Motor Driver, Pulse Input Type for LEH Series
The LECPA is a driver for LE’s 24VDC step motors. This driver controls motion by interpreting a pulse input signal from the PLC instead of calls to a step data table. Separate control and motor power enable the motor to be turned off without losing the encoder position. Additional features include alarm detection and in-range…