NRS-585 RC Servo Motor

Product ID: NRS-585
Weight: 50 gms
Price: Rs.742.61

Ask a question about this product

Introduction

NRS-585 is a low cost, high performance servo motor. It can provide 4kg-cm torque. This servo motor is suitable for robotics and RC hobby applications.

Servo motor has built in motor, gearbox, position feedback mechanism and motor controller. It can be controlled to move to any position just by using simple pulse controller. This motor has three wire interface for control and power supply. All the robots from NEX Robotics support this servo motor.

Specifications

Dimension: 40mm x 20mm x38mm
Torque: 4kg-cm at 6V
Stall current: 900mA
Idle current: 5mA
Operating voltage: 4.8V to 6V
Motor weight: 50gms
Operating speed: 0.15sec/60 degree
Temperature range: -20°C to 55°C
0.6 ms for 0 degree Rotation
2.2 ms for 180 degree Rotation

Motor Pinout

Brown cable ---- Gnd
Red cable ---- 5V Supply Voltage
Orange cable ---- PWM Signal

Dimensions

A (mm)	46
B (mm)	40
C (mm)	38
D (mm)	20
E (mm)	55
F (mm)	26

Visit forum for Online Discussion on this product

ROHS Compliant : NO

Customer Reviews:

There are yet no reviews for this product.
Please log in to write a review.

Contact Us

Tel: +91-9833553020

09.30 AM to 06.00 PM IST, Monday - Saturday

Address :
Nex Robotics Pvt Ltd.
Unit No. 13,
Building No. 2 (A3), Sector 1,
Millennium Business Park,
Mahape, Navi Mumbai 400 710,
Maharashtra, INDIA

NEX Robotics location on map

Login

RESEARCH

Find out more about latest research work being done at NEX Robotics. Here you will find links/papers demonstrating research done on our latest development platforms.

NEWS

Nex robotics has added support for Microsoft Robotics Developer Studio (MRDS) on FireBird V research platform. FireBird V is one of the most widely deployed research platforms designed by Department of CSE, IIT Bombay and Nex robotics.

Read more...

NEX Robotics has designed Intelligent autonomous transport vehicle for transporting personals autonomously inside the campus and for advance research in mobile robotics.

Read more..