Electric Cylinders High Thrust with Gearbox Type E-ECTLT60
Brand :
MISUMI
Caution
Product Description
Product Overview
An electric cylinder refers to a device that uses a motor and a screw mechanism to convert rotary motion into linear motion, thereby driving the extension and retraction of a push rod.
Compared to traditional hydraulic and pneumatic devices, it features energy saving, space saving, low noise, pollution-free operation, and low maintenance costs, achieving the goal of overall cost reduction.
The structure of MISUMI electric cylinders consists of an aluminum alloy body, ball screw, and push rod. Machining and installation holes for general-purpose motor brands specified by the customer; motor and optional sensor switch are self-supplied.
Compared to traditional hydraulic and pneumatic devices, it features energy saving, space saving, low noise, pollution-free operation, and low maintenance costs, achieving the goal of overall cost reduction.
The structure of MISUMI electric cylinders consists of an aluminum alloy body, ball screw, and push rod. Machining and installation holes for general-purpose motor brands specified by the customer; motor and optional sensor switch are self-supplied.
Dimensional Drawing
| ■ Motor Position BC(Direct Coupling) | RC(Parallel) | ■ Basic SPEC
| |||||||||||||||||||||
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Material
Surface Treatment
| E-ECTLT60 Effective Stroke S | 50 | 100 | 150 | 200 | 250 | 300 | 350 | 400 | 450 | 500 | 550 | 600 | |
| L | Direct Connection | 359 | 409 | 459 | 509 | 559 | 609 | 659 | 709 | 759 | 809 | 859 | 909 |
| Parallel | 329 | 379 | 429 | 479 | 529 | 579 | 629 | 679 | 729 | 779 | 829 | 879 | |
| Weight kg (Reference) | Direct Connection | 4 | 4 | 4 | 5 | 5 | 6 | 6 | 7 | 7 | 8 | 8 | 9 |
| Parallel | 4 | 4 | 5 | 5 | 6 | 6 | 6 | 7 | 7 | 8 | 8 | 9 | |
| Reducer | 1.1 | ||||||||||||
When GD is specified, the overall length L is L-17Specification Table
Please order after selecting part number and parameters according to the selection steps 
to 
.
*1 The maximum speed is a reference value based on the maximum servo motor speed of 3000 rpm. When the stroke exceeds 300, the speed must be reduced accordingly to avoid resonance.
This product does not include a motor; customers need to purchase the motor separately. When specifying motor code Z, please provide the motor shaft diameter and installation dimensions.
It is recommended to set the motor acceleration/deceleration time to at least 0.2 seconds.
RA0 means the customer will prepare the reducer. Please refer to the 3D drawing to confirm the installation dimensions (standard reducer retained). If not consistent, please provide the gearbox dimensions. A gearbox mounting plate will be included with the shipment.
■ Recommended Servo Motor Compatibility List
■ Accessories
■ Gear Reducer Dimension Diagram
■ E-ECTLT Inductive Switch Parameters
■ Sensor Wiring Diagram
■ Proximity Switch Parameters
to 
. | Part Number (Type) | - |  Lead | - | Stroke S | - |  Motor Position | - |  Reducer | - |  Motor Code | - |  Mounting Method | - | Number of Sensors | |
| E—ECTLT60 | - | 20 | - | S600 | - | RC | - | RA3 | - | Z | - | HA | - | C2 |
| Part number |  Stroke S | Motor Position | Reducer | Motor Code | Mounting Method | Sensor Quantity | Reduction Ratio | Rated Thrust (N) | Maximum Speed (mm/s)※1 | Maximum Transportable Weight (kg) | Repeatability Positioning Accuracy (mm) | Body Width | Ball Screw | |||
| Type | Lead (mm) | Specify 50 mm Unit | Code | Power W | Horizontal Use | Vertical Use | ||||||||||
| E—ECTLT60 | 05 | 50 to 600 | BC (Direct Connection) RC (Parallel) | RA0 (Do not) RA3 (3 comparisons) RA5 (5:1 ratio) | P (Panasonic) M (List) Z (Specified) | 400W | NA (Main Unit Installation) FA (Front Flange) HA (Horizontal) GD (With Guide Mechanism) | C0 (Do not) C1 (1 piece) C2 (2) C3 (3 pcs) | 3:1 | 4080 | 83 | 324 | 116 | ±0.01 | □64 | ⌀16 (C7) |
| 10 | 3:1 | 2040 | 166 | 162 | 58 | |||||||||||
| 5:1 | 3400 | 100 | 270 | 97 | ||||||||||||
This product does not include a motor; customers need to purchase the motor separately. When specifying motor code Z, please provide the motor shaft diameter and installation dimensions. It is recommended to set the motor acceleration/deceleration time to at least 0.2 seconds.RA0 means the customer will prepare the reducer. Please refer to the 3D drawing to confirm the installation dimensions (standard reducer retained). If not consistent, please provide the gearbox dimensions. A gearbox mounting plate will be included with the shipment.■ Motor Code to Brand Reference Table
| Code | Brand |
| P | Panasonic |
| M | MISUMI / Mitsubishi / Yaskawa / Delta / Siemens / Inovance / Xinje / Leadshine / Omron / Hiconics |
| Z | Optional |
■ Motor Mounting Hole Diagram
| Brand | Motor Code | With or without brake | Motor Power | Power Voltage | Servo Motor Model | Servo Drive Model |
| Panasonic | P | No Brake (Horizontal Installation) | 50W | 220V | MSMF5AZL1U2M | MADLN05SE |
| With Brake (Vertical Installation) | MSMF5AZL1V2M | |||||
| No Brake (Horizontal Installation) | 100W | MSMF012L1U2M | MADLN05SE | |||
| With Brake (Vertical Installation) | MSMF012L1V2M | |||||
| No Brake (Horizontal Installation) | 200W | MHMF022L1U2M | MADLN15SE | |||
| With Brake (Vertical Installation) | MHMF022L1V2M | |||||
| No Brake (Horizontal Installation) | 400W | MHMF042L1U2M | MBDLN25SE | |||
| With Brake (Vertical Installation) | MHMF042L1V2M | |||||
| No Brake (Horizontal Installation) | 750W | MHMF082L1U2M | MCDLN35SE | |||
| With Brake (Vertical Installation) | MHMF082L1V2M | |||||
| No Brake (Horizontal Installation) | 1000W | MDMF102L1G6M | MDDLN45SE | |||
| With Brake (Vertical Installation) | MDMF102L1H6M | |||||
| No Brake (Horizontal Installation) | 1500W | MDMF152L1G6 | MDDLN55SE | |||
| With Brake (Vertical Installation) | MDMF152L1H6 | |||||
| No Brake (Horizontal Installation) | 2000W | MDMF202L1G6 | MEDLN83SE | |||
| With Brake (Vertical Installation) | MDMF202L1H6 | |||||
| MITSUBISHI | M | No Brake (Horizontal Installation) | 50W | 220V | HG-MR053 | MR-J4-10B |
| With Brake (Vertical Installation) | HG-MR053B | |||||
| No Brake (Horizontal Installation) | 100W | HG-KN13J-S100 | MR-JE-10A | |||
| With Brake (Vertical Installation) | HG-KN13BJ-S100 | |||||
| No Brake (Horizontal Installation) | 200W | HG-KN23J-S100 | MR-JE-20A | |||
| With Brake (Vertical Installation) | HG-KN23BJ-S100 | |||||
| No Brake (Horizontal Installation) | 400W | HG-KN43J-S100 | MR-JE-40A | |||
| With Brake (Vertical Installation) | HG-KN43BJ-S100 | |||||
| No Brake (Horizontal Installation) | 750W | HG-KN73J-S100 | MR-JE-70A | |||
| With Brake (Vertical Installation) | HG-KN73BJ-S100 | |||||
| No Brake (Horizontal Installation) | 1000W | HG-SN102J-S100 | MR-JE-100A | |||
| With Brake (Vertical Installation) | HG-SN102BJ-S100 | |||||
| No Brake (Horizontal Installation) | 1500W | HG-SN152J-S100 | MR-JE-200A | |||
| With Brake (Vertical Installation) | HG-SN152BJ-S100 | |||||
| Yaskawa | M | No Brake (Horizontal Installation) | 50W | 220V | SGM7J-01AFC6S | SGD7S-R90A00A002 |
| With Brake (Vertical Installation) | SGM7J-01AFC6E | |||||
| No Brake (Horizontal Installation) | 100W | SGM7J-01AFC6S | SGD7S-R90A00A002 | |||
| With Brake (Vertical Installation) | SGM7J-01AFC6E | |||||
| No Brake (Horizontal Installation) | 200W | SGM7J-02AFC6S | SGD7S-1R6A00A002 | |||
| With Brake (Vertical Installation) | SGM7J-02AFC6E | |||||
| No Brake (Horizontal Installation) | 400W | SGM7J-04AFC6S | SGD7S-2R8A00A002 | |||
| With Brake (Vertical Installation) | SGM7J-04AFC6E | |||||
| No Brake (Horizontal Installation) | 750W | SGM7J-08AFC6S | SGD7S-5R5A00B202 | |||
| With Brake (Vertical Installation) | SGM7J-08AFC6E | |||||
| Delta | M | No Brake (Horizontal Installation) | 100W | 220V | ECM-B3L-C20401RS1 | ASD-B3-0121-L |
| With Brake (Vertical Installation) | ECM-B3L-C20401SS1 | |||||
| No Brake (Horizontal Installation) | 200W | ECM-B3M-C20602RS1 | ASD-B3-0221-L | |||
| With Brake (Vertical Installation) | ECM-B3M-C20602SS1 | |||||
| No Brake (Horizontal Installation) | 400W | ECM-B3M-C20604RS1 | ASD-B3-0421-L | |||
| With Brake (Vertical Installation) | ECM-B3M-C20604SS1 | |||||
| No Brake (Horizontal Installation) | 750W | ECM-B3M-C20807RS1 | ASD-B3-0721-L | |||
| With Brake (Vertical Installation) | ECM-B3M-C20807SS1 | |||||
| P | No Brake (Horizontal Installation) | 1000W | ECM-B3M-E21310RS1 | ASD-B3-0121-L | ||
| With Brake (Vertical Installation) | ECM-B3M-E21310SS1 | |||||
| No Brake (Horizontal Installation) | 1500W | ECM-B3M-E21315RS1 | ASD-B3-1521-L | |||
| With Brake (Vertical Installation) | ECM-B3M-E21315SS1 | |||||
| No Brake (Horizontal Installation) | 2000W | ECM-B3M-E21320RS1 | ASD-B3-2023-L | |||
| With Brake (Vertical Installation) | ECM-B3M-E21320SS1 |
■ Accessories
| Name | Shape | 400W | |||
| Direct Connection | Coupling | With keyway Fastening bolt type | Outer Diameter | Screw Rod End | Motor End |
| ⌀40 | Φ10 | ⌀14 | |||
| Parallel | Screw Shaft End Timing Pulley | With Keyway, Steel + Ferroferric Oxide Protective Film | 5GT—25 Teeth × ⌀12 | ||
| Motor Side Timing Pulley | With Keyway, Iron + Nickel Plated | 5GT—25 Teeth × ⌀14 | |||
| Timing Belt | Rubber + Glass Fiber | 275-5GT-15 | |||
| Sensor (Optional) | 2-wire DC Normally Open DMST-020-2M | ||||
■ Gear Reducer Dimension Diagram
■ E-ECTLT Inductive Switch Parameters
■ Sensor Wiring Diagram
■ Proximity Switch Parameters
| Part number | Output Method | Mounting Method | Sensing Method | Operating Voltage | Current Consumption | Output Current | Repeatability | Switching Frequency | Indicator Lamp | Operating environment temperature | Wiring Length | Protection Rating |
| DMST DMSE | D: DC 2-wire Normally Open | Groove/Fixture | Magnetic Ring NS Center | 5 to 30 V DC | ≤ 0.05 mA | ≤ 100 mA | < 0.2 mm | ≤ 2000 Hz | Output Red Indicator Light | -20 to +70°C | 2 m | IP67 |
Product Features
■ Structure
Feature 1: Repeat positioning accuracy is ±0.01
Feature 2: The structure of the electric cylinder consists of an aluminum alloy body, ball screw, and push rod. Custom motor, optional sensor switch.
Feature 3: The motor mounting plate is machined with mounting holes according to the specified general-purpose motor brand
Feature 4: Uses a high-precision ball screw for smooth movement
Feature 5: Commonly used for vertical installation, can replace cylinders to achieve lifting, extending, and other functions
Feature 1: Repeat positioning accuracy is ±0.01
Feature 2: The structure of the electric cylinder consists of an aluminum alloy body, ball screw, and push rod. Custom motor, optional sensor switch.
Feature 3: The motor mounting plate is machined with mounting holes according to the specified general-purpose motor brand
Feature 4: Uses a high-precision ball screw for smooth movement
Feature 5: Commonly used for vertical installation, can replace cylinders to achieve lifting, extending, and other functions
| Main Unit Installation | Front Flange Mounting |
 |  |
| Horizontal Mounting | With Guide Mechanism Installation |
 |  |
Usage Method
■ Motor Installation and Timing Belt Adjustment Method
Standard Type Direct Coupling_E-ECTL
1) Open the plastic hole cover and manually rotate the coupling bolt to the position of the round hole in the plastic cover
2) Use a wrench through the round hole to loosen the bolt on the coupling, then tighten it again after installing the motor
3) Finally, put the plastic hole cover back in place to complete the motor installation
Standard Type Parallel_E-ECTL
1) Remove the cover, install the motor, and note that the motor screws should not be tightened yet so that the motor can move up and down
2) Install the timing pulley on the motor side, making sure it is parallel to the timing pulley on the screw shaft end
3) Tighten the screws on the timing pulley and put on the timing belt
4) Adjust the belt tension using the adjustment screw on the main body
5) Use a tension tester to measure the belt tension and ensure it is within the reference range (see table below)
6) Finally, tighten the motor mounting screws to complete the motor installation and timing pulley adjustment
Parallel Electric Cylinder Tension Value (Reference)
Standard Type Direct Coupling_E-ECTL
1) Open the plastic hole cover and manually rotate the coupling bolt to the position of the round hole in the plastic cover
2) Use a wrench through the round hole to loosen the bolt on the coupling, then tighten it again after installing the motor
3) Finally, put the plastic hole cover back in place to complete the motor installation
Standard Type Parallel_E-ECTL
1) Remove the cover, install the motor, and note that the motor screws should not be tightened yet so that the motor can move up and down
2) Install the timing pulley on the motor side, making sure it is parallel to the timing pulley on the screw shaft end
3) Tighten the screws on the timing pulley and put on the timing belt
4) Adjust the belt tension using the adjustment screw on the main body
5) Use a tension tester to measure the belt tension and ensure it is within the reference range (see table below)
6) Finally, tighten the motor mounting screws to complete the motor installation and timing pulley adjustment
Parallel Electric Cylinder Tension Value (Reference)
| Motor Power W | Electric Cylinder Model | Belt Specifications | Belt Width (mm) | Belt Center Distance (mm) | Belt Mass (M) | Tension Value N (Reference) |
| 100W | E-ECTL40/E-ECRL5 | 2GT | 12 | 55 | 1.3 | 12 to 17 |
| 200W | E-ECTL50/E-ECRL8 | 3GT | 15 | 81 | 2.5 | 32 to 42 |
| 400W | E-ECTL60/E-ECRL8 | |||||
| E-ECTLT60 | 5GT | 75 | 4 | 60 to 75 | ||
| 750W | E-ECTL75/E-ECRL10 | 107 | ||||
| E-ECTLT75 | 8YU | 25 | 104 | 5.2 | 125 to 155 | |
| 1000W | E-ECTL90/E-ECTLT90 | 8M | 30 | 128 | 6.1 | 409 to 450 |
| 1500W | ||||||
| 2000W | E-ECTL90 | |||||
| E-ECTLT110 | 50 | 160 | 573 to 630 |
Precautions
■ Precautions for Use
(1) The operating ambient temperature should be normal (—20°C to 40°C). Do not use in environments containing corrosive or flammable gases, electromagnetic interference, or humidity.
(2) The installation surface must be vibration-resistant and able to withstand pressure. The flatness requirement is within ±0.05 mm/500 mm.
(3) When the electric cylinder is installed vertically, a motor with a brake device must be selected.
(4) Prevent the electric cylinder from being subjected to vibration or impact. The operating conditions must ensure that the push rod avoids rotation and prevent deformation of the cylinder body.
(1) The operating ambient temperature should be normal (—20°C to 40°C). Do not use in environments containing corrosive or flammable gases, electromagnetic interference, or humidity.
(2) The installation surface must be vibration-resistant and able to withstand pressure. The flatness requirement is within ±0.05 mm/500 mm.
(3) When the electric cylinder is installed vertically, a motor with a brake device must be selected.
(4) Prevent the electric cylinder from being subjected to vibration or impact. The operating conditions must ensure that the push rod avoids rotation and prevent deformation of the cylinder body.
Example of Use
■ Standard Electric Cylinder Usage Example
Application: Transfer Mechanism
· By utilizing the telescopic function of the vertically mounted electric cylinder, transfer items between conveyors at different heights
· The transplanting mechanism uses an electric cylinder for smooth and fast lifting, preventing damage to items during pick-and-place operations.
Application: Transfer Mechanism
· By utilizing the telescopic function of the vertically mounted electric cylinder, transfer items between conveyors at different heights
· The transplanting mechanism uses an electric cylinder for smooth and fast lifting, preventing damage to items during pick-and-place operations.
Application Industries
| Smart phone | Electronic & Electrical Appliances | Lithium battery | ||
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| Automotive | Robotics | Medical | ||
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Related Products
| Economic type Aluminum alloy embedded module | Economy Type Module KS Series | (Economy series) Electric cylinder Standard type | ||
 |  |  | ||
| Representative Model: E-MGT5-L10-100-BC-P10-C | Representative Model: C-KS4001-B1-100-F1-W2 | Representative Model: E-ECTL60-05-S100-BC-P100W |
Related Documents
■ Regular Grease Lubrication Method
· The electric cylinder requires regular lubrication. After the initial 300 hours of operation, replenish the grease. Ensure to add grease every 2,000 hours of operation from now on.
· It is recommended to use GB7324-1994 general lithium-based grease No. 3, and Mobil lithium-based grease EP3 is recommended.
· It is recommended to lubricate with an oiler; liquid lubricants are prohibited.
Standard
1) Remove the silencer and lubricate the ball screw
2) Manually extend and retract the push rod several times to ensure the entire screw is lubricated
*Standard type E-ECTL75 and above, as well as high thrust type, come with an oil nozzle and can be used for bearing lubrication
· The electric cylinder requires regular lubrication. After the initial 300 hours of operation, replenish the grease. Ensure to add grease every 2,000 hours of operation from now on.
· It is recommended to use GB7324-1994 general lithium-based grease No. 3, and Mobil lithium-based grease EP3 is recommended.
· It is recommended to lubricate with an oiler; liquid lubricants are prohibited.
Standard
1) Remove the silencer and lubricate the ball screw
2) Manually extend and retract the push rod several times to ensure the entire screw is lubricated
*Standard type E-ECTL75 and above, as well as high thrust type, come with an oil nozzle and can be used for bearing lubrication