AFC 3000 Series Fixturized Nut Runner
- The innovation of the fastening process is here. This is a nut-runner system built for the future of the assembly process.
- A thread-fastening system in the assembly process that is “future proof” in a changing industry.
- Range Starting from 5Nm to 5000 Nm
Straight:
| Model | Max torque [Nm] |
Max speed [rpm] |
Weight [kgf] |
Applicable controller model |
|---|---|---|---|---|
| NFT-051RM1-S | 4.9 | 1100 | 1.9 | MFC-S024 |
| NFT-101RM1-S | 9.81 | 1100 | 1.9 | MFC-S024 |
| NFT-201RM1-S | 19.61 | 500 | 2.1 | MFC-S024 |
| NFT-401RM1-S | 39.2 | 250 | 2.1 | MFC-S024 |
| NFT-601RM3-S | 58.8 | 790 | 4.5 | MFC-S060 |
| NFT-801RM3-S | 78.5 | 500 | 4.5 | MFC-S060 |
| NFT-132RM3-S | 127.5 | 395 | 5.5 | MFC-S060 |
| NFT-152RM3-S | 147.1 | 315 | 5.7 | MFC-S060 |
| NFT-202RM3-S | 196.1 | 220 | 6.0 | MFC-S060 |
| NFT-302RM3-S | 294.2 | 150 | 9.0 | MFC-S060 |
| NFT-103RM5-S | 980 | 60 | 50 | MFC-S120 |
| NFT-153RM5-S | 1470 | 60 | 50 | MFC-S120 |
| NFT-203RM5-S | 1960 | 60 | 50 | MFC-S120 |
| NFT-303RM5-S | 2940 | 39 | 70 | MFC-S120 |
| NFT-403RM5-S | 3430 | 38 | 70 | MFC-S120 |
| NFT-503RM5-S | 4900 | 22 | 90 | MFC-S120 |
| Model | Max torque [Nm] |
Max speed [rpm] |
Weight [kgf] |
Applicable controller model |
|---|---|---|---|---|
| CFT-051RS1-S | 5.0 | 1330 | 1.16 | MFC-S024 |
| CFT-101RS1-S | 10.0 | 3000 | 1.26 | MFC-S024 |
| CFT-201RS1-S | 20.0 | 1293 | 1.42 | MFC-S024 |
| CFT-281RS1-S | 28.0 | 992 | 1.42 | MFC-S024 |
| CFT-401RS1-S | 40.0 | 712 | 1.42 | MFC-S024 |
| CFT-801RS3-S | 80.0 | 1015 | 3.4 | MFC-S060 |
| CFT-132RS3-S | 130.0 | 574 | 3.4 | MFC-S060 |
| CFT-202RS3-S | 202.0 | 387 | 4.3 | MFC-S060 |
| CFT-302RS3-S | 300.0 | 260 | 5.8 | MFC-S060 |
| CFT-502RM4J-S | 500.0 | 238 | 13.5 | MFC-S120 |
| CFT-802RM4J-S | 800.0 | 150 | 15.0 | MFC-S120 |
| CFT-113RM4J-S | 1100.0 | 120 | 22.0 | MFC-S120 |
| CFT-153RM4J-S | 1500.0 | 88 | 28.5 | MFC-S120 |
Offset
| Model | Max torque [Nm] |
Max speed [rpm] |
Weight [kgf] |
Applicable controller model |
|---|---|---|---|---|
| NFT-051RM1-O | 4.9 | 1100 | 2.5 | MFC-S024 |
| NFT-101RM1-O | 9.8 | 1100 | 2.5 | MFC-S024 |
| NFT-201RM1-O | 19.6 | 500 | 2.7 | MFC-S024 |
| NFT-401RM1-O | 39.2 | 250 | 3.0 | MFC-S024 |
| NFT-601RM3-O | 58.8 | 790 | 6.8 | MFC-S060 |
| NFT-801RM3-O | 78.4 | 500 | 6.8 | MFC-S060 |
| NFT-132RM3-O | 127.4 | 395 | 8.0 | MFC-S060 |
| NFT-202RM3-O | 196 | 220 | 9.5 | MFC-S060 |
| NFT-302RM3-O | 294 | 150 | 13.5 | MFC-S060 |
| NFT-502RM4J-O | 500 | 238 | 23.5 | MFC-S120 |
| NFT-802RM4J-O | 800 | 150 | 31 | MFC-S120 |
AFC 3000 Series Fixturized
Nut Runner
-
Production Process Flexibility
-
Quality & Traceability
-
Patented High Speed Seating Mechanism
-
Wide Range of Tools
Features
- Advance Controller with Ether cat, Ethernet, CC Link, Profinet connectivity.
- Input settings and data output result curves.
- Inbuilt Torque & Angle monitoring /controlling methods.
- Pressing result data storage on CF card and/or PC.
- Equipped with high-speed damper for seating inside the tools (optional)
- There is no overshoot, even when seating from a rotational speed of more than 1,000 rpm (patented products)
- A multi-unit of a higher-level (PC) communication function is integrated into the controller
- It will contribute to miniaturization and cost reduction of installations that require a small number of spindle units
- By utilizing designated high speed communication between controllers, the process speed of quality data becomes 3 times faster than our older model.(As fast as ethernet)
- Large amounts of data can be stored on a CF memory card including quality data even if there is no PC connected.(Optional MFC-CF module)
- Fastening control, communication between controllers, master PC communication, and all the PLCs can communicate with the all-in-one controller.
- The control power and the servo power are separated from each other, and there is a built-in hard-wired E-STOP circuit safety system
Features:
- Advance Controller with Ether cat, Ethernet, CC Link, Profinet connectivity.
- Input settings and data output result curves.
- Inbuilt Torque & Angle monitoring /controlling methods.
- Pressing result data storage on CF card and/or PC.
- There is no overshoot, even when seating from a rotational speed of more than 1,000 rpm (patented products)
- A multi-unit of a higher-level (PC) communication function is integrated into the controller
- It will contribute to miniaturization and cost reduction of installations that require a small number of spindle units
- By utilizing designated high speed communication between controllers, the process speed of quality data becomes 3 times faster than our older model.(As fast as ethernet)
- Large amounts of data can be stored on a CF memory card including quality data even if there is no PC connected.(Optional MFC-CF module)
- Fastening control, communication between controllers, master PC communication, and all the PLCs can communicate with the all-in-one controller.
- The control power and the servo power are separated from each other, and there is a built-in hard-wired E-STOP circuit safety system
Range Starting : From 5 Nm to 5000 Nm