Three-phase motor FLO-70-15
48 Vcompact

Three-phase motor - FLO-70-15 - A2V Mécatronique - 48 V / compact
Three-phase motor - FLO-70-15 - A2V Mécatronique - 48 V / compact
Three-phase motor - FLO-70-15 - A2V Mécatronique - 48 V / compact - image - 2
Add to favorites
Compare this product

Characteristics

Type
three-phase
Voltage
48 V
Configuration
compact
Power

200 W
(0.27 hp)

Intensity

0.21 A, 4.4 A

Torque

0.8 Nm
(0.59005 ft.lb)

Rotational speed

2,400 rpm
(15,079.6447 rad.min-1)

Diameter

70 mm
(2.76 in)

Description

Product Details The FLO-70-15 motor is the optimized integration version of the FL7015 motor: powerful, compact, and customizable for robotic, medical, or embedded systems. - Nominal Torque: 0.8 Nm - Nominal Speed: 2400 RPM - Voltage: 48 V Technical Characteristics: - No-load Current (A): 0.21 - Efficiency (%): >84% - Back-EMF Constant/Effective Value (V/Krpm): 17 - Torque Constant (Nm/A): 0.18 - Resistance (ohms@20°C): 0.5 - Inductance (mH): 0.55 - Number of Pole Pairs: 13 - Cogging Torque (Nm): 30.83 - Three-phase Connection: Y - Encoder: Absolute - Weight (kg): 0.33 - Insulation Class: F Coding: - RMD: Brand Name - FLO: Series Name - 70: Stator Diameter - 15: Rotor Height - 200: Nominal Power Technical Specifications: - Motor Type: FLO-70-15 - Input Voltage: 48 V - Nominal Speed: 2400 RPM - Nominal Torque: 0.8 Nm - Nominal Power: 200 W - Nominal Current: 4.4 A - Peak Torque: 2 Nm - Peak Current: 13.2 A - No-load Current: 0.21 A - Efficiency: >84% - Back-EMF Constant: 17 V/Krpm - Torque Constant: 0.18 Nm/A - Resistance: 0.5 ohms@20°C - Inductance: 0.55 mH - Number of Pole Pairs: 13 - Cogging Torque: 30.83 Nm - Three-phase Connection: Y - Encoder: Absolute - Weight: 0.33 kg - Insulation Class: F

Catalogs

No catalogs are available for this product.

See all of A2V Mécatronique‘s catalogs
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.