LENNOX 10Y53 Corporation PROGRAMMABLE MOTOR CONTROL

PROGRAMMABLE MOTOR CONTROL

Programmable Motor Control

A programmable motor control system for gas furnaces. Allows the comfort and convenience of two-stage heating, resulting in higher energy savings when compared to conventional systems with two independent single- stage thermostats. INCLUDES: Lennox 10Y53 Two-stage Motor Control installed on a D series System (D+), and includes a WIFI Module to remotely program and monitor the furnace from anywhere.

The 10Y53 is a programmable motor control, with a microprocessor which enables it to be programmed to provide custom control of the following:

Lennox's 10Y53, 3-wire, programmable motor control gives you advanced features in a simple and easy to use interface. It offers the perfect solution for increased comfort and energy efficiency in your home. It also features an extra-large LCD display, an adjustable arc, remote sync for quick installation and low voltage start feature.

Lennox's 10Y53 motor control provides the designer with the simple and convenient programming of ventilation fan motors. The flexible features make it easy to use programmed speed and centrifugal ventilator controls for specific HVAC requirements including constant volume, constant pressure, variable air volume, modulating, zone and multiple fan configurations.

A motor control system is a control system that uses feedback to automatically and continuously adjust the field current and thus the rotational speed of an AC induction motor. It is also sometimes called a "variable speed drive" (VSD) or "variable frequency drive" (VFD) or just "drive". A variable-frequency drive (VFD) is one type of programmable controller.

The industry's most flexible and configurable industrial automation system. With patented self-tuning PID and cycle-by-cycle self diagnostics, the programmable controller automatically adapts to a wide variety of processes operating in harsh environments. The patented "intelligent integrator" assures simple installation with reduced wiring, configuration, programming, and commissioning time.