ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ModelTransfer speed set rangeTransfer speed acceleration set rangeNote 1), Note 2)Maximum load massAcceleration and deceleration methodMoving directionPositioning spotsRepeated positioning stopping precisionAllowable Note 3)external resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalLowMediumStandardNominal size: 16Nominal size: 253

ACTUATOR, GE, 16MM LE ELECTRIC ACTUATOR, 6.83433 lb, ModelTransfer speed set rangeTransfer speed acceleration set rangeNote)Maximum load massAcceleration and deceleration methodMoving directionRepeated positioning stopping precisionAllowableexternal resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalNominal size: 16Nominal size: 253

ACTUATOR, GE, 16MM LE ELECTRIC ACTUATOR, 7.93664 lb, ModelTransfer speed set rangeTransfer speed acceleration set rangeNote)Maximum load massAcceleration and deceleration methodMoving directionRepeated positioning stopping precisionAllowableexternal resistanceIntermediate stopping point positioning methodPositioning setting spotDisplayInput signalOutput signalNominal size: 16Nominal size: 253