DLPLC-SFDJ Servo Motor Module Technical documents
- Dolang
- Jinan
- 60 days
- 100 units per year
The DLPLC‑SFDJ Servo Motor Module adopts genuine Siemens 1FL6034‑2AF21‑1AA1 permanent‑magnet synchronous servo motor, perfectly matched with SINAMICS V90 servo drive to build a high‑performance servo motion system. Featuring low‑inertia rotor design, it realizes fast start‑stop action, excellent dynamic response and accurate positioning. It supports position, speed and torque multi‑mode closed‑loop control, equipped with 2500‑line TTL incremental encoder for real‑time precise position feedback. With 300% peak overload capability to resist instantaneous impact load and maintenance‑free operation, this industrial‑grade real‑component module offers authentic practical training for light‑load high‑frequency motion‑control teaching scenarios.
I. Equipment Overview
A Siemens 1FL6034-2AF21-1AA1 permanent magnet synchronous servo motor is used as the actuator, paired with a SINAMICS V90 series servo driver, to construct a high-precision, high-dynamic-response, and high-stability servo motion system. This motor is a 230V-class low-inertia, high-speed-response servo motor, featuring fast start/stop, accurate positioning, smooth operation, and maintenance-free operation. It is suitable for various light-load, high-frequency point-to-point, continuously speed-adjustable, and precision-feed automated equipment.
II. Technical Parameters
1. Electrical performance parameters
(1) Power supply system: three-phase AC 200~230V
(2) Rated power: 0.4kW
(3) Rated speed: 3000 r/min
(4) Maximum speed: 5000 r/min
(5) Rated torque: 1.27 N·m
(6) Peak torque: 3.82 N·m (300% overload capacity, meeting instantaneous impact load)
(7) Rated current: 2.6A
(8) Rotor inertia: 0.351 kg·cm² (low inertia design, excellent dynamic response)
(9) Encoder specifications: 2500-line TTL incremental encoder with high real-time position feedback
(10) Control adaptation: Supports closed-loop control of position, speed, and torque, perfectly matching the V90 PN bus driver.
