Catalog excerpts
Product Segments • Industrial Motion Both the TA2 and the TA2P are compact, robust, and capable of performing well in certain outdoor environments. A more powerful motor makes the TA2P capable of handling load ratings up to 3500N (787 pounds) while retaining its compact size. In addition to the high power motor, the TA2P linear actuator is available with multiple choices for feedback sensors. General Features Max. load Retracted length ≥ Stroke + 108mm (with Hall sensors or without output signals) Output Signals Mechanical pot., NPN Hall sensor Operational temperature range Operational temperature range
Open the catalog to page 1Dimensions without Output Signal or with Hall Sensors (mm) Dimensions with POT or Reed Sensor (mm)
Open the catalog to page 2Load and Speed CODE Self Locking Force (N) Motor Speed (5200RPM, duty cycle 25%) A Motor Speed (6600RPM, duty cycle 25%) F Motor Speed (3800RPM, duty cycle 25%) S Motor Speed (2200RPM, duty cycle 25%) T Note 1 Please refer to the approved drawing for the final authentic value. 2 This self-locking force level is reached only when a short circuit is applied on the terminals of the motor. All the TiMOTION control boxes have this feature built-in. 3 The current & speed in table are tested with 24V DC motor. With a 12V DC motor, the current is approximately twice the current measured in 24V DC....
Open the catalog to page 3Motor Speed (5200RPM, duty cycle 25%) Speed vs. Load 60.0 Note 1 The performance data in the curve charts shows theoretical value.
Open the catalog to page 4Motor Speed (6600RPM, duty cycle 25%) Speed vs. Load 60.0 Note 1 T he performance data in the curve charts shows theoretical value.
Open the catalog to page 5Motor Speed (3800RPM, duty cycle 25%) Speed vs. Load 60.0 Note 1 T he performance data in the curve charts shows theoretical value.
Open the catalog to page 6Motor Speed (2200RPM, duty cycle 25%) Speed vs. Load 60.0 Note 1 T he performance data in the curve charts shows theoretical value.
Open the catalog to page 7Rear Attachment (mm) See page 10 1 = Aluminum, slotless, hole 6.4, one piece casting with 4 = Aluminum, U clevis, slot 6.0, depth 10.5, hole 6.4, gearbox one piece casting with gearbox 2 = Aluminum, slotless, hole 8.0, one piece casting with 5 = Aluminum, U clevis, slot 6.0, depth 10.5, hole 8.0, gearbox one piece casting with gearbox 3 = Aluminum, slotless, hole 10.0, one piece casting with 6 = Aluminum, U clevis, slot 6.0, depth 10.5, hole 10.0, gearbox one piece casting with gearbox Front Attachment (mm) See page 11 1 = Aluminum, slotless, hole 6.4 2 = Aluminum, slotless, hole 8.0 6 =...
Open the catalog to page 8TA2P Ordering Key Appendix Retracted Length (mm) 1. Calculate A+B+C = Y 2. Retracted length needs to ≥ Stroke + Y A. Attachment Front Attachment B. Load V.S. Stroke Stroke (mm)
Open the catalog to page 9TA2P Ordering Key Appendix Voltage 5 = 24V DC, PTC 4 = Aluminum, U clevis, slot 6.0, depth 10.5, hole 6.4, one piece casting with gearbox 5 = Aluminum, U clevis, slot 6.0, depth 10.5, hole 8.0, one piece casting with gearbox 15 6 = Aluminum, U clevis, slot 6.0, depth 10.5, hole 10.0, one piece casting with gearbox 15 3 = Aluminum, slotless, hole 10.0, one piece casting with gearbox 2 = Aluminum, slotless, hole 8.0, one piece casting with gearbox 1 = Aluminum, slotless, hole 6.4, one piece casting with gearbox
Open the catalog to page 10TA2P Ordering Key Appendix Front Attachment (mm) 2 = Aluminum, slotless, hole 8.0 ø8 4 = Aluminum, U clevis, slot 6.0, depth 16.0, hole 6.4 5 = Aluminum, U clevis, slot 6.0, depth 16.0, hole 8.0 3 = Aluminum, U clevis, slot 6.0, depth 16.0, hole 10.0 6 = Aluminum, slotless, hole 10.0 1 = Aluminum, slotless, hole 6.4 Direction of Rear Attachment (Counterclockwise) 1 = 90°
Open the catalog to page 11TA2P Ordering Key Appendix Functions for Limit Switches Wire Definitions CODE extend (VDC+) retract (VDC+) extend (VDC+) retract (VDC+) extend (VDC+) upper limit switch retract (VDC+) lower limit switch extend (VDC+) upper limit switch medium limit switch retract (VDC+) lower limit switch Terms of Use The user is responsible for determining the suitability of TiMOTION products for a specific application. TiMOTION products are subject to change without prior notice.
Open the catalog to page 12