Welcome to Controls Traders, located in Adelaide, South Australia. We are a supplier of quality building automation controls and peripheral products for the HVAC industry. We stock a full range of controllers, sensors, valves and actuators, damper actuators and accessories to suit any application. Our aim is to provide our customers with the highest level of service, from sales to delivery and after sales support. With our extensive in-house knowledge and expertise in the industry, we can advise you on selection and application of our wide range of controls products.
Backed by 40 years industry experience. When you just need to be sure.
No, we’re serious. Anywhere. Anytime.
We stock all major global brands. And if we don’t have it, we’ll find it.
We warehouse the stock so you don’t have to wait.
$150.00 ex GST
Helpful guys over the counter, prompt responses and stock a wide variety of HVAC equipment. One of my go-to stores for parts and advise.
08/10/23
Huge range of HVAC controls readily available off the shelf with excellent customer service and knowledge amongst all staff!? If it's not on the shelf they can get it for you quick!
02/10/23
Great service, great products. The guys are always very helpful and will try to get whatever you need.
19/09/23
Have been using Control Traders for a while now. Peter and the team have been very helpful. Great prompt service
28/10/23
Stand-alone controllers and thermostats are essential components in modern building automation systems. These smart HVAC controllers control various aspects of a building, such as temperature, humidity, and lighting.
This comprehensive guide will discuss everything you need to know about a stand-alone controller and thermostats and why they improve energy efficiency.
Stand-alone controllers are designed to manage HVAC systems without installing a Building Management System (BMS). They control temperature, humidity, and air quality by directly interfacing with heating and cooling units. These standalone controllers are particularly beneficial in smaller buildings or remote locations where centralised control is impractical. However, larger systems tend to have issues with scalability to offer a balanced view.
Some of the critical features of a stand-alone access control system include:
There are various types of stand-alone controllers.
Thermostats are integral components within HVAC systems that monitor and regulate temperature. Stand-alone thermostats function independently, allowing users to set up desired temperatures without interfacing with a central control system. Smart thermostats have gained popularity recently due to their advanced features and benefits.
One of the main advantages of smart thermostats over traditional ones is their energy efficiency. They can automatically adjust the temperature based on usage and occupancy patterns, making them more efficient and convenient.
Stand-alone controllers and thermostats are widely used across the world in different sectors:
When selecting a stand-alone thermostat for your HVAC system, consider the following factors:
Feature/Controller Type |
Basic On/Off Controller |
Programmable Thermostat |
Smart Thermostat |
Cost |
Low |
Moderate |
High |
Control Type |
On/Off |
Programmable |
Adaptive Learning |
User Interface |
Simple |
Moderate |
Advanced (App Control) |
Energy Efficiency Features |
None |
Basic (e.g., vacation mode) |
Advanced (usage reports) |
Compatibility |
Limited |
Most HVAC systems |
Requires C-wire for smart features |
Installation Complexity |
Easy |
Moderate |
It may require professional installation |
Remote Access |
No |
No |
Yes |
Learning Capability |
No |
No |
Yes |
Stand-alone controllers and HVAC thermostats are essential for managing indoor climates effectively and efficiently. Their independence from centralised systems allows for greater flexibility in operation, cost savings, and user convenience. By understanding the various types available and their specific applications, users can make informed decisions that enhance comfort while optimising energy use in their buildings.
Most stand-alone controllers are compatible with various HVAC systems, but it's always best to check for compatibility before purchasing.
Stand-alone thermostats operate independently and can be installed in various locations without extensive wiring or integration with existing systems. In contrast, centralised control systems require more complex installation and management processes.
Like any other HVAC equipment, stand-alone controllers and thermostats require regular maintenance to ensure optimal performance and longevity. The manufacturer's guidelines provide specific maintenance recommendations.
Stand-alone controllers and thermostats can sometimes be integrated into a centralised control system for more comprehensive management. However, this may require additional equipment and professional installation.
Many stand-alone controllers and thermostats offer energy-saving modes or advanced features to optimise energy use within the HVAC system. Be sure to research different options to find the most suitable one for your needs.
Smart HVAC controllers for commercial use are increasingly vital in commercial settings. They provide enhanced energy efficiency, cost savings, and improved comfort. These systems leverage advanced technology to optimise heating, ventilation, and air conditioning, addressing the significant energy consumption typical of commercial buildings.
Smart HVAC controllers offer a range of advantages that enhance energy efficiency, comfort, and overall system performance in commercial buildings. Here are the key benefits:
Smart HVAC controllers are integral to modernising heating and cooling systems in commercial buildings. They enhance energy efficiency and comfort and extend the lifespan of equipment while providing cost savings and improved security through advanced monitoring capabilities.
Smart HVAC controllers come in various types, each offering unique features to enhance energy efficiency and user convenience:
Here are the key features of Smart HVAC controllers.
Smart HVAC controllers are a crucial component of energy-efficient commercial buildings. They offer a range of benefits, including energy efficiency, comfort, and security. Various smart HVAC controllers are available, each with unique features and benefits. Building management systems (BMS) offer comprehensive control and monitoring of HVAC systems. Implementing smart HVAC controllers requires careful planning and execution but offers long-term benefits and savings.
They utilise real-time data from sensors to adjust heating and cooling based on occupancy and environmental conditions, potentially saving up to 20% on energy costs compared to traditional systems.
Common types include Wi-Fi-enabled thermostats, smart thermostats with built-in sensors, integrated building management systems (BMS), cloud-based controllers, and voice-controlled thermostats
Yes, many innovative HVAC systems offer remote monitoring capabilities, allowing facility managers to control and adjust settings via mobile apps from anywhere
Key features include advanced scheduling, geofencing, remote control, integration with other smart devices, and customisable settings that adapt to user preferences
While some systems can be easily installed by users, others may require professional installation for optimal integration with existing building systems
Read more
Nowadays, when energy efficiency is paramount, commercial buildings increasingly turn to technology to optimise their heating, ventilation, and even air conditioning unit (HVAC) systems to save money. The intelligent HVAC controller is one of the most significant advancements in this area.
This piece by Control Traders explores the role of intelligent HVAC controllers in home climate and enhancing energy efficiency, their benefits, types, features, installation, maintenance, and their integration into smart home systems.
A smart HVAC controller is an intelligent device that allows users to manage their HVAC systems remotely through smartphones or tablets. These energy-efficient HVAC devices, including heat pumps and ducted systems, can be integrated with air conditioners. By leveraging advanced algorithms and real-time sensor data, intelligent HVAC controllers optimise the performance of heating and cooling systems to maintain comfort while minimising energy consumption.
One of the core advantages of smart HVAC controllers is their ability to reduce energy consumption significantly. By optimising system performance through real-time adjustments to the right temperature based on occupancy and weather conditions, businesses can expect a reduction in energy bills ranging from 10% to 40%. In addition to reducing operating costs, this contributes to sustainability efforts by reducing carbon footprints.
By using air quality sensors regulating temperature, humidity, and ventilation rates, smart HVAC controllers monitor air quality within buildings. These air conditioning systems contribute to better indoor environments by lowering allergens and pollutants by maintaining ideal conditions. Increased worker happiness and productivity can be attributed to better air quality.
With remote access capabilities, users can easily monitor and adjust temperature settings from their devices. This flexibility allows for personalised climate control that accommodates varying preferences among occupants. Scheduling features enable businesses and family members to set specific temperature profiles for different times of the day or week, ensuring comfort during working hours while saving energy during off-hours.
Integration with smart home systems adds another layer of convenience. Users can remotely control their HVAC systems alongside other smart devices through one app, single interface or voice commands via platforms like Amazon Alexa or Google Home. This interconnectedness simplifies management and enhances user experience.
Understanding the different types of intelligent HVAC controllers available can help businesses choose the right solution for their needs:
These devices can be retrofitted onto existing HVAC units to enable remote control capabilities without replacing the entire system. They serve as a bridge between traditional units and modern innovative technology.
Smart thermostats are designed specifically for smartphones. They can be used to control temperature settings and schedule adjustments. They often come equipped with learning capabilities that adapt to user preferences over time.
These systems integrate multiple climate control components into one cohesive unit, allowing for advanced heating, cooling, intelligent air conditioning, and ventilation management across large commercial spaces.
When selecting an intelligent HVAC controller, consider the following essential features:
Remote Control Capabilities: Ensure the controller allows easy monitoring and adjustments via smartphones or tablets.
Scheduling and Automation: Look for features that enable users to set schedules based on occupancy patterns or specific times of day to optimise energy efficiency.
Air Quality Monitoring: Controllers with sensors that detect pollutants or humidity levels can automatically adjust settings to maintain healthy, sensible air quality.
Smart Home Integration: Compatibility with popular smart home platforms enhances convenience and allows for seamless control and management alongside other devices and accessories.
Versatility: Choose a controller that supports various HVAC systems to ensure compatibility with your house and existing infrastructure.
Smart HVAC systems connect with HVAC systems using wireless technologies such as Wi-Fi or Zigbee. They gather data from various sensors, monitoring factors like temperature, humidity, room occupancy levels, and even external weather conditions to make real-time informed adjustments.
Users can program these controllers to operate under specific conditions; for example:
Selecting the appropriate energy-efficient AC systems involves several considerations:
The installation process varies depending on the type of intelligent HVAC controller:
Always refer to manufacturer instructions during setup to ensure proper configuration.
To keep smart HVAC controllers functioning optimally:
The financial benefits of implementing smart HVAC controllers are significant:
According to the U.S. Department of Energy, buildings with smart controls can achieve substantial energy savings without sacrificing comfort, making them an attractive investment for commercial property owners.
Smart HVAC controllers can seamlessly integrate into broader smart home ecosystems:
For building managers, remote monitoring is a game-changer:
Smart HVAC controllers play a pivotal role in enhancing energy efficiency within commercial buildings by optimising climate control systems while improving comfort levels for occupants.
Their ability to provide total control, remote access, automation features, sensible air pro monitoring capabilities, and integration with smart home technologies make them invaluable tools in modern building management strategies.
Don't miss out on smart HVAC controllers' potential cost savings and convenience—consider implementing them in your commercial building today. For more information, contact us at 1300 740 140.
Smart HVAC, or intelligent climate control, refers to using technology, such as sensors and automation, to optimise the performance of building heating, ventilation, and air conditioning (HVAC) systems. This can include features like remote access, scheduling and automation, air quality monitoring, and integration with other smart home devices.
The average cost to set up a new system would be about $10,000. Prices range considerably, from luxurious installations that cost up to $15,000 to more affordable choices that cost $5,000.
You will need a compatible intelligent HVAC controller to make your smart HVAC control system smart. This device connects wirelessly to your existing HVAC system and enables it to be controlled through automation and remote access. Ensure that the controller is compatible with your current system before purchasing. Once installed, follow the manufacturer's instructions for setup and programming.
Yes, you can make your ducted air conditioner a thoughtful air by installing a compatible Smart HVAC controller. This device will allow you to control your indoor unit and air conditioning system through automation and remote access.
Before purchasing, check the controller's compatibility with your specific ducted air conditioner model. Once installed, follow the manufacturer's instructions for setup and programming.
Read more
Our sales team tend to field a lot of questions about control valves. Not surprising really, considering a fair chunk of our customers work in the building maintenance field. Most of these customers are looking for a direct drop-in to replace a tired old plug and seat valve, installed in a bygone era when TV was monochrome, and Elton John had hair (real hair).
But, just as Elton’s hair has moved on, so too has control valve technology. Enter stage right, the Pressure Independent Control Valve (PICV).
The Unsung Hero
Imagine stepping into a room where the air kisses your skin with the perfect hint of warmth or coolness - that's the artistry of the PICV at work. Think of it as your building's silent ninja, masterfully balancing the yin of energy consumption with the yang of thermal nirvana. These marvels of engineering are becoming the bedrock of modern buildings, where complexity is the norm, and energy efficiency is not just nice to have - it's a must-have.
The Inner Workings of a PICV
Understanding a PICV is like realizing your boring coworker is actually a wizard. A PICV merges two functionalities: flow regulation and differential pressure control.
Internals of a PICV. Credit: Siemens.
In a traditional system with fixed balancing valves, we're essentially playing a game of darts, where the board (the system pressure) is continuously moving. The PICV is that hustler who keeps hitting the bullseye.
When installed, the PICV is set to a desired flow rate. As water flows through the system, the valve measures the differential pressure across itself. If the pressure rises above the set point, the valve constricts, ensuring the flow rate remains consistent. Conversely, if the pressure drops, the valve opens wider to maintain the flow.
This dual action ensures that each part of a building receives the exact amount of heated or cooled water it needs, irrespective of changes in system pressure or demand from other parts of the building. It's the Goldilocks of building management: always keeping things just right. Ahhhh.
Temperature Control: It's Not Sexy, But It's Everything
Here's something you don't hear at cocktail parties: "Man, the PICV’s in my building are kicking ass." Why? Because nobody cares... until they're sitting in a pool of sweat or shivering like a Scottish nudist. A PICV, is the unsung hero in the shadows of our plantrooms, quietly balancing our comfort with the voracious energy appetite of modern buildings.
SmartX PIBCV. Credit: Schneider Electric
Saving Green by Going Green
PICVs aren't just about avoiding jumper weather indoors. They're about green - saving energy and cash. They slice through energy bills like a hot knife through butter, making building managers look like financial gurus and Mother Nature's BFFs.
Blueprints for the Future
The building game is changing. We're not just stacking bricks; we're crafting complex ecosystems. PICVs are the linchpins in this new world, where engineering marvel meets environmental stewardship. They're not just control valves; they're so much more than that.
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