Industrial - Exlar
| Models | Frame Size in (mm) | Stroke in | Max Peak Force lbf (kN) | Max Continuous Force lbf (kN) |
Max Speed in/s (mm/s) |
| T2X090 | 3.54 (90) | 3, 6, 10, 12, 18 | 2,700 (12.1) | 1,488 (6.62) | 33.33 (847) |
| T2X115 | 4.53 (115) | 4, 6, 10, 12, 18 | 5,400 (24.0) | 3,224 (14.3) | 37.5 (953) |
By combining the latest electronic power technology with advanced thermal management technology, Exlar sets the benchmark for performance and size. Tritex II Series linear drive actuators integrate an AC powered servo drive, digital position controller, brushless servomotor and roller screw linear actuator in a compact, sealed package. Now you can precisely control motion and solve all of your application requirements with a single, fully integrated device. Simply connect AC power, I/O and communications, speeding up installation and commissioning time resulting in a lower total cost of ownership when compared with other system solutions.
Tritex II electric actuators are the standard for compact, power dense, servo driven devices. These linear actuators incorporate planetary roller screw designs, resulting in envelope sizes that match hydraulic cylinders and 15X the life of comparable ball screw technologies. Whether you are replacing existing fluid power systems or are looking for extending the life if existing electric solutions, Tritex II products can meet your needs.
Significantly Reduce Required Space and Operating Costs
Since the servo drive and digital positioner are housed in a single, sealed package, space requirements are reduced as the need for a control cabinet is eliminated. Without the need for a control cabinet, you can also eliminate the costs and labor-intensive efforts of long cable runs.
Other Advantages
AC LINEAR ACTUATORS: APPLICATIONS & OPERATION
Related Industries
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Actuator Type |
HH = Feedback Type Standard Features |
NOTES:
1. Chrome-plated carbon steel. Threads not chrome-plated.
2. 0.75 lead not available above 12 in stroke.
3. For extended temperature operation consult factory for model number.
4. Limit switch option requires AR option.
5. This option is not sealed and is not suitable for any environment in which contaminants come in contact with actuator and may enter the actuator.
6. N/A with 0.1 in lead
7. Requires customer supplied Ethernet cable through I/O port for Class 1 Division 2 compliance only.
8. Not available with 4 inch stroke.
* Some options are not available with every configuration. For options or specials not listed above contact your local Exlar representative.
L1, L2, L3 = Adjustable External Travel Switch(es)
External travel switches indicate travel to the controller and are adjustable for either the home or end position.*
AR = External Anti-rotate Assembly
This assembly restricts the actuator output rod from rotating when the load is not held by another method. Shorter actuators have a single anti-rotation mechanism; longer lengths have a mechanism on both sides.
RB = Rear Electric Brake
This is a rear, internal holding brake. The rear brake is spring activated and electrically released.
SR = Splined Main Rod
A ball spline shafting main rod with a ball spline nut that replaces the standard front seal and bushing assembly. This rod restricts rotation without the need for an external mechanism. The rod diameter will be the closest metric equivalent to our standard rod sizes. Since this option is NOT sealed, it is not suitable for environments in which contaminants may enter the actuator.
Note: Adding this option affects the overall length and mounting dimensions.
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| Units | 0.1 Inch Lead | |||
|---|---|---|---|---|
| 1 Stack | 2 Stack | 3 Stack | ||
| Continuous Force | lbf (N) | 1,130 (5062) | 1,488 (6619) | NA |
| Peak Force | lbf (N) | 2,260 (10053) | 2,700 (12010)*** | NA |
| Max Speed | in/sec (mm/sec) | 6.67 (169) | 6.67 (169) | NA |
| T2X - C_a (Dynamic Load Rating) |
lbf (N) | 5516 (24536) | 5516 (24536) | NA |
| T2M**** - C_a (Dynamic Load Rating) |
lbf (N) | 3310 (14724) | 3310 (14724) | NA |
| Units | 0.2 Inch Lead | |||
| 1 Stack | 2 Stack | 3 Stack | ||
| Continuous Force | lbf (N) | 640 (2847) | 843 (3750) | 1,113 (4951) |
| Peak Force | lbf (N) | 1,281 (5698) | 1,687 (7504) | 2,225 (9897) |
| Max Speed | in/sec (mm/sec) | 13.33 (338) | 13.33 (338) | 10.00 (254) |
| T2X - C_a (Dynamic Load Rating) |
lbf (N) | 5800 (25798) | 5800 (25798) | 5800 (25798) |
| T2M**** - C_a (Dynamic Load Rating) |
lbf (N) | 3570 (15880) | 3570 (15880) | 3570 (15880) |
| Units | 0.5 Inch Lead | |||
| 1 Stack | 2 Stack | 3 Stack | ||
| Continuous Force | lbf (N) | 271 (1205) | 357 (1588) | 471 (2095) |
| Peak Force | lbf (N) | 542 (2410) | 714 (3176) | 942 (4190) |
| Max Speed | in/sec (mm/sec) | 33.33 (846) | 33.33 (846) | 25.00 (635) |
| T2X - C_a (Dynamic Load Rating) |
lbf (N) | 4900 (21795) | 4900 (21795) | 4900 (21795) |
| T2M**** - C_a (Dynamic Load Rating) |
lbf (N) | 3016 (13416) | 3016 (13416) | 3016 (13416) |
| Units | Universal Specifications | |||
| Speed | RPM @ 240 VAC | 4000 | 4000 | 3000 |
| Drive Current @ Continuous Force |
Amps | 5.7 | 7.5 | 7.5 |
| Available Stroke Lengths | in (mm) | 3 (76), 6 (152), 10 (254), 12 (305), 18 (457) | ||
| Inertia (zero stroke) | lb-in-s^2/ Kg-m^2 | 0.002655 (0.000003000) | 0.002829 (0.000003196) | 0.003003 (0.0000033963) |
| Inertia Adder (per inch of stroke) | lb-in-s^2/in/ Kg-m^2/in | 0.0001424 (0.0000001609) | 0.0001424 (0.0000001609) | 0.0001424 (0.0000001609) |
| Approximate Weight | lb (kg) | 14 (6.35) for 3 inch stroke, 1 stack. Add 1 (0.5) per inch of stroke.Add 3 (1.4) per motor stack. Add 3 (1.4) for brake. | ||
| Operating Temperature Range* | -20 to 65˚ C (-40˚C available, consult Exlar) | |||
| Continuous AC Input Current** | Amps | 6.3 | 6.3 | 6.3 |
* Ratings based on 40˚C ambient conditions
** Continuous input current rating is defined by UL and CSA
*** T2X peak force for 0.1 inch lead is 1980 lbf (8808 N). T2M peak force for 0.1 inch lead limited to 1620 lbf (7206 N).
**** M products restricted to reorders only, no new configurations
Printable view
| Units | 0.1 Inch Lead | |||
|---|---|---|---|---|
| 1 Stack | 2 Stack | 2 Stack - 1500 RPM | ||
| Continuous Force | lbf (N) | 2,060 (9,163) | 3,224 (14,341) | NA |
| Peak Force | lbf (N) | 4,120 (18,327) | 5,400 (24,020)*** | NA |
| Max Speed | in/sec (mm/sec) | 5.00 (127) | 3.33 (84) | NA |
| T2X - C_a (Dynamic Load Rating) |
lbf (N) | 7900 (35141) | 7900 (35141) | NA |
| T2M**** - C_a (Dynamic Load Rating) |
lbf (N) | 4736 (21067) | 4736 (21067) | NA |
| Units | 0.2 Inch Lead | |||
| 1 Stack | 2 Stack | 2 Stack - 1500 RPM | ||
| Continuous Force | lbf (N) | 1,177 (5,235) | 1,843 (8,198) | 2,380 (10,586) |
| Peak Force | lbf (N) | 2,354 (10,471) | 3,685 (16,392) | 4,760 (21,174) |
| Max Speed | in/sec (mm/sec) | 10.00 (254) | 6.67 (169) | 5.00 (127) |
| T2X - C_a (Dynamic Load Rating) |
lbf (N) | 8300 (36920) | 8300 (36920) | 8300 (36920) |
| T2M**** - C_a (Dynamic Load Rating) |
lbf (N) | 4890 (21751) | 4890 (21751) | 4890 (21751) |
| Units | 0.5 Inch Lead | |||
| 1 Stack | 2 Stack | 2 Stack - 1500 RPM | ||
| Continuous Force | lbf (N) | 530 (2,358) | 829 (3,688) | 1,071 (4,764) |
| Peak Force | lbf (N) | 1,059 (4711) | 1,658 (7,375) | 2,142 (9,528) |
| Max Speed | in/sec (mm/sec) | 25.00 (635) | 16.67 (423) | 12.50 (317) |
| T2X - C_a (Dynamic Load Rating) |
lbf (N) | 7030 (31271) | 7030 (31271) | 7030 (31271) |
| T2M**** - C_a (Dynamic Load Rating) |
lbf (N) | 4218 (18763) | 4218 (18763) | 4218 (18763) |
| Units | 0.75 Inch Lead | |||
| 1 Stack | 2 Stack | 2 Stack - 1500 RPM | ||
| Continuous Force | lbf (N) | 353 (1,570) | 553 (2,460) | 714 (3,176) |
| Peak Force | lbf (N) | 706 (3,140) | 1,106 (4,920) | 1,428 (6,352) |
| Max Speed | in/sec (mm/sec) | 37.5 (953) | 25 (635) | 17.75 (450) |
| T2X - C_a (Dynamic Load Rating) |
lbf (N) | 6335 (28179) | 6335 (28179) | 6335 (28179) |
| T2M**** - C_a (Dynamic Load Rating) |
lbf (N) | 3328 (14804) | 3328 (14804) | 3328 (14804) |
| Units | Universal Specifications | |||
| Speed | RPM @ 240 VAC | 3000 | 2000 | 1500 |
| Drive Current @ Continuous Force |
Amps | 8.5 | 8.5 | 8.5 |
| Available Stroke Lengths | in (mm) | 4 (102), 6 (152), 10 (254), 12 (305), 18 (457) | ||
| Inertia (zero stroke) | lb-in-s2/ Kg-m2 | 0.01132 (0.000012790) | 0.01232 (0.00001392) | 0.01332 (0.00001505) |
| Inertia Adder (per inch of stroke) |
lb-in-s2/in/ Kg-m2/in | 0.0005640 (0.0000006372) | 0.0005640 (0.0000006372) | 0.0005640 (0.0000006372) |
| Approximate Weight | lb (kg) | 34 (15.5) for 6 inch stroke, 1 stack. Add 2 (1) per inch of stroke. Add 8 (4) per motor stack. Add 4 (2) for brake. | ||
| Operating Temperature Range* | -20 to 65˚ C (-40˚C available, consult Exlar) | |||
| Continuous AC Input Current** | Amps | 8.3 | 8.3 | 8.3 |
* Ratings based on 25˚C conditions.
** Continuous input current rating is defined by UL and CSA
*** T2X peak force for 0.1 inch lead is 5400 lbf (24,020 N). T2M peak force for 0.1 inch lead limited to 3966 lbf (17,642 N)
**** Legacy Product.
Printable view
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Tritex actuators have similar capabilities as a comparably sized hydraulic cylinders but without the cost or maintenance issues. High force, fast speeds, and precise movements make it a superior substitute for hydraulic applications
Tritex actuators have the same capabilities as a hydraulic equivalent but without the cost or maintenance issues. High force, fast speeds, and precise movements make it a superior substitute for hydraulic applications.
The Tritex II Series actuators are intelligent actuators incorporating on-board control and communications capabilities, enabling support for distributed control and IIoT architectures
Electric actuators offer high speed and force, are flexible and easily programmable for a variety of load conditions, have high accuracy and repeatability, are efficient, simple to install, require little maintenance, and are environmentally friendly.
By not using a hydraulic system, the user can eliminate oil leaks, reduce pollution, and improve worker safety. Electric actuators are also a non-toxic solution, especially in the food industry
The AC-powered Tritex II actuators contain a 1.5 kW servo amplifier and an on-board motion controller. With standard features such as analog following for position, compound moves, move chaining, and individual force/torque control for each move, the Tritex II can solve many of your motion control challenges.
The Tritex II with AC power electronics operates with maximum reliability over a broad range of ambient temperatures: -40˚C to +65˚C.
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