WAZIPOINT Engineering Science & Technology: Air Control Unit
Showing posts with label Air Control Unit. Show all posts
Showing posts with label Air Control Unit. Show all posts

Wednesday, March 8, 2023

How Does Condenser Fan Speed Controller Work?

What Is Condenser Fan?

A condenser fan in an HVAC system is part of a heat pump or central air conditioning system that circulates air across the system's condenser coil to increase the transfer of heat. Generally, you will find some condenser fan motors in sealed bearings, whereas others are lubrication systems. In either case, though, fan functionality is vital.

Condenser fan speed controllers are used to control the speed of condenser fans in order to maintain optimal cooling efficiency. By controlling the fan speed, the controller can reduce energy consumption and noise levels while ensuring that the condenser is operating at its most efficient. This article will discuss how a condenser fan speed controller works and how it can be used to improve energy efficiency in a wide range of applications.

A Comprehensive Guide to VFD66 Series Condenser Fan Speed Controls and How They Can Help Your Business

Monday, February 15, 2021

Technical Specification of HVAC Temperature Elements

Technical Specification of TE-6700 Series 2nd Generation Temperature Elements

The second-generation Johnson Control TE-6700 Series temperature elements main feature is as below:
  1. Temperature Sensor Time Response Improvement (TRI)- Improves temperature control of the space, increases employee productivity and comfort, and reduces energy consumption 
  2. Controller Configuration Switch- Allows users to adjust room comfort and to choose occupancy features that match the application and controller 
  3. Occupancy Light-Emitting Diode (LED) Indicator- Displays the controller’s current operating mode 

Sunday, January 26, 2020

Digital Room Sensor for HVAC System with LCD Display-Johnson Control

How to Fix the Digital Room Sensor for HVAC System?

HVAC equipment manufacturer offer now a wide range of temperature sensors for room, duct, pipe and outdoor applications. The professionals have designed the range for ease of installation, pleasing aesthetics, and more compatibility with man and machine community.

Friday, April 19, 2019

How Does VSD Work In Building HVAC System?

Download the quick reference full manual for installation wiring and troubleshooting: 
VSD full manual ðŸ”»DOWNLOAD pdf (free)
AC Drive full manual ðŸ”»DOWNLOAD pdf (free)


What is VSD in HVAC System?

VSD- a Variable Speed Drive in HVAC (Heating, Ventilating and Air-Conditioning) system is an important device that controls the electric motor speed. The variable speed drive (VSD) or variable frequency drive (VFD) also known as adjustable frequency drive (AFD), micro-drive, AC drive, inverter drive etc.

Complete Guide of HVAC Duct Terminal Control Units

Energy Efficient Complete Guide for HVAC Air Duct Terminal Control System

The HVAC professional team has designed a whole new VAV range with the professional property owner, architect, consulting engineer and mechanical contractor in mind heading the energy efficient variable air volume (VAV) and air duct terminal and junction control system . 

As a result recently dramatic step forward ensuring building owner economies through air control systems based on the latest direct digital control technology. 

You will be introduce here with the systems have been designed by professionals with an aim to produce flexibility and simplicity and economical cost with a single source responsibility. 

Download the full Energy Efficient Complete Guide for HVAC Air Duct Terminal Control System from the link below:


Johnson Controls: Single Duct Terminal Units

Engineering Guide for Variable Air Volume Modular Assembly: Johnson Control VMA

Complete Engineering Guide for Variable Air Modular VMA-1200 & VMA-1400 Series. 

The only variable air system is a zone system in HVAC engineering system. This VMA or Variable Air Volume controls dampers to allow maximum to minimum airflow in any given branch air handling network.

When it closes, the air has to be dumped somewhere else to maintain the minimum airflow for the system.

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