DC motor LFE-260SA/LFC-260SA

1. Application: Toys and Models, 2. High quality, compact size, 3. Low noise, 4. Customized performance - details see: https://www.machineto.com/dc-motor-lfe-260sa-lfc-260sa-10237699

Place of Origin:Guangdong China (Mainland)	Brand Name:Lotus	Model Number:LFE-260SA/LFC-260SA	Usage:Toys and Models
Certification:CCC,ROHS,TUV	Type:Micro Motor	Torque:17.8-31.4g.cm	Construction:Permanent Magnet
Commutation:Brush	Protect Feature:Drip-proof	Speed(RPM):9240-20620rpm	Continuous Current(A):0.6-1.94A
Output Power:1.69-5.55W	Voltage(V):3.0-9.0V	Efficiency:Unspecified

contact supplier for DC motor LFE-260SA/LFC-260SA

DC motor LFE-260SA/LFC-260SA withlow noise and reliable performance applied in Toys and Models, which require compact size and high performance. As the main stream product for Toy motor, LFC-260 dc motor get high reputation among customers such as Hasbro and Zhentai.

Manufacturer profile

Lotus Motor has dedicated on manufacturing micro-motor for more than 10 years.
Headerquartered in Shenzhen, Guangdong, China.
With 18 experienced engineers on micro-motor.

Shape and dimensions

Flat iron motor housing with diameter 24.0mm and flat 18.3mm.
Motor length 26.9mm.
Standard resin end cover.
Shaft diameter 2.0mm.
Tapped holes showed on picture below.

Performance

Operating range from 3.0V to 9.0V.
No load speed range from 11200rpm to 25000rpm.
Compact size and high reliability.
Performance data can be modified according to customer's requirements if feasible.

Datasheet

LFE260/LFC260
Model	Voltage		No load		At Maximum Efficiency					Stall
	Operating Range	Nominal	Speed	Current	Speed	Current	Torque		Output	Torque		Current
	Operating Range	Nominal	r/min	A	r/min	A	mN.m	g.cm	W	mN.m	g.cm	A
LFE-260RA-20120	3.0-6.0V	4.5V	11200	0.11	9240	0.6	1.75	17.8	1.69	10	102	2.9
LFE-260SA-22100	6.0-9.0V	6.0V	14000	0.05	3488	0.14	0.525	5.36	0.19	2.1	21.4	0.42
LFC-260SA-2670	3.0-6.0V	4.5V	14000	0.27	11550	1.4	3.08	31.4	3.72	17.6	180	6.7
LFC-260RA-2670	6.0-9.0V	6.0V	25000	0.36	17740	1.15	2.57	26.2	4.77	13.5	137.7	1.68