Italian OEM HQL 80 L Variable Frequency Asynchronous Motor

NegotiableUpdate on 05/14

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Italian OEMER HQL 80 L variable frequency asynchronous motor is part of the OEMER HQL series of three-phase AC variable frequency asynchronous motors, with a shaft height of 80mm and a length code of L (long base). The HQL series adopts a quadrilateral shape design, integrating ventilation ducts directly into magnetic laminations, achieving a sturdy and compact structure and efficient heat exchange.

Product Details

＜ｍｅｔａ charset='UTF-8'/>＜ｍｅｔａ name='viewport' content='width=device-width, initial-scale=1.0, maximum-scale=1.0, user-scalable=yes'/>＜ Metaname='dDescription 'content='<strong>Italian OEMER HQL 80 L variable frequency asynchronous motor</strong>, shaft height 80mm, long base, suitable for high dynamic performance variable frequency drive. '/>

<strong>Italian OEM HQL 80 L Variable Frequency Asynchronous Motor</strong>

Italian OEM HQL 80 L Variable Frequency Asynchronous Motor

Italian OEM HQL 80 L motorBelonging to the OEM HQL series three-phase AC variable frequency asynchronous motor, with a shaft height of 80mm and a length code of L (long base). The HQL series adopts a quadrilateral shape design, integrating ventilation ducts directly into magnetic laminations, achieving a sturdy and compact structure and efficient heat exchange.

意大利OEMER HQL 80 L变频异步电机

Technical Specifications Table

Model and Series	OEMER HQL 80 L, HQL series shaft height 80mm long machine base
Rated power (580rpm)	1.3 kW
Rated power (1000rpm)	2.2 kW
Rated power (1800rpm)	3.7 kW
Rated torque (580rpm)	21.2 Nm
Rated torque (1000rpm)	21.0 Nm
Rated torque (1800rpm)	19.6 Nm
moment of inertia	0.0026 Kgm²
weight	21 kg
cooling method	IC416 Axial Fan (1-ph 230V 50/60Hz)

Structure and functional characteristics

The HQL 80 L motor adopts a quadrilateral frame design, consisting of two parts including front and rear covers and bearing supports. The cooling ventilation ducts are directly integrated into the magnetic laminations, achieving extremely efficient and uniform heat exchange. A low rotational inertia design is beneficial for the dynamic performance of the motor and allows for high operating speeds. The motor adopts a modular design, which facilitates the integration of accessories such as encoders, brakes, temperature sensors, etc.

Application fields:Precision machine tool feed axis, textile machinery, packaging equipment, industrial robots, automated production lines, material handling systems.