Open loop elevator AC drive
Smooth ride performance
Integrated brake control
5-independent S-Ramps
Programmable DC-injection braking
Simplified parameters for easy start-up
Comprehensive trip diagnostics
Automatic torque boost
Slip compensation
Flexible programmable I/O connection
Output frequency: 100 Hz
Built-in dynamic braking unit
Enhanced reliability with conformal coating, protects against humidity and dust pollution
Operation in high ambient temperatures
UPS/ARD (sine & quasi square type) rescue light load direction sensing
Easy setup with default factory setting, gets you started quickly
Programmable DC injection braking
Onboard Modbus-RTU
Comprehensive trip diagnostics
Output frequency 0.00 ~ 100.00 Hz
The MD380L by Inovance is an open loop AC elevator drive designed for smooth and efficient elevator operation. This product offers a range of features to enhance performance and ease of use in elevator applications.
Key features include smooth ride performance, integrated brake control, and UPS/ARD rescue functionality with light load direction sensing. It utilizes 5 independent S-Ramps and offers easy setup with default factory settings for quick start-up. The drive supports programmable DC injection braking and has a removable cooling fan for simple maintenance.
The MD380L series comes in various models with power ratings from 3.7kW to 15kW. It operates on a wide input voltage range of 323 to 528 VAC and can handle output frequencies up to 100 Hz. The drive boasts enhanced reliability with conformal coating to protect against humidity and dust, and can operate in high ambient temperatures up to 45°C.
Additional features include automatic torque boost, slip compensation, flexible programmable I/Os, onboard Modbus-RTU communication, comprehensive trip diagnostics, and a built-in dynamic braking unit. The product is designed for easy integration and maintenance, with options like a hot-pluggable remote keypad available. Overall, the MD380L aims to provide a reliable and efficient solution for elevator drive applications.