03Servo Motors / Drivers / Controllers
We support various motion controls such as industrial robots, peripheral devices, and assembly equipment, which are essential for factory automation and labor saving with a variety of run-ups and excellent functions. We respond to wide range of needs with different variations.
AC Servomotor lineup
Drivers/Controllers
SV-NET
Servo Motors
TBL-i6 Series
- Size：□40 to 80 mm
- Output：30 W to 750 W
- AC type
- Sensor：
23 bit ABS Encoder
23 bit buttery-less ABS Encoder
TBL-iⅣ Series
- Size：□40 to 80 mm 、 □100 to 180 mm
- Output：30 W to 750 W、1 kW to 7.5 kW
- DC type / AC type
- Sensor：
Resolver
Incremental encoder（ to 750 W）
Absolute encoder
TBL-iⅢ Series
- Size：□100 to 220 mm
- Output：0.5 kW to 4.9 kW
- AC type
- Sensor：
Resolver
Absolute encoder
TBL-iⅡ Series
- Size：□40 to 80 mm
- Output：30 W to 750 W
- DC type / AC type
- Sensor：
Resolver
Incremental encoder
Absolute encoder
TBL-V Series
Servo motors of this series can replace step motors, contributing to high-speed system operation.
- Size：□20 to 86 mm
- output：5 W to 400 W
- DC type / AC type
- Sensor：Resolver
TBL-i mini Series
The smallest size in the industry.
- Size：□14.5、19.5、22 mm
- Output：3 W to 40 W
- DC type
- Sensor：
Resolver
Incremental encoder
Drivers / Controllers
Drivers
・Traceability with alarm recorder function
・Even if the load fluctuates it stops precisely with high speed and high precision
・Easy, convenient dedicated software (free of charge)
Controllers
・Max 16 axes control
・PC application ” Motion Designer “
Motion control can be easily programmed in C language.
Network Servo System
Our SV-NET servo system demonstrates simple yet highly functional motion control, made possible by its superb configuration that comprises the controller (I/O unit provided as standard), the driver featuring a superior network commanding capability, and a diverse line-up of motor variations.
As such, SV-NET achieves total cost savings for customers who use medium and smaller systems by guaranteeing their system’s optimal performance capability and best possible functions.
