Latest news with #Controllers
New York Post
4 days ago
- New York Post
One of the Nintendo Switch's most frustrating problems finally gets fixed with this Switch 2 accessory
Discover startups, services, products and more from our partner StackCommerce. New York Post edits this content, and may be compensated and/or receive an affiliate commission if you buy through our links. TL;DR: Get a Charging Dock for your Nintendo Switch 2 Joy-Con Controllers on sale for $18.99. One of the most frustrating things about the original Nintendo Switch was the tiny batteries on the Joy-Cons. Keeping them charged required juggling which ones were attached to the console itself. That's why it's so nice that Switch 2 gamers can hit the ground running with access to a dedicated Charging Dock for new Joy-Con Controllers, and it's only $18.99 (reg. $29.99). This vertical dock is designed specifically for the Nintendo Switch 2 and can charge up to four Joy-Cons at once. It uses a magnetic alignment system for smooth, secure docking, and the weighted base keeps it stable so it won't tip over when you're swapping out controllers. The reversible connector makes docking easy too, so there's no wrong way to plug them in. To add a little flair to your gaming setup, the dock also includes nine RGB lighting modes. You can match your lights to your game or your mood and give your station a little visual upgrade. A built-in LED lets you know when each Joy-Con is charging or ready to go. It's also smart about safety. A built-in chip automatically cuts off power once charging is complete to protect against overcharging and overheating, helping to preserve battery life long-term. Charging takes about two hours, and the dock connects via USB-C. It's compact, durable, and blends into most gaming setups easily. Just note that it's only compatible with Switch 2 Joy-Cons, not earlier models. Joy-Cons not included. It's only $18.99 to get a Charging Dock for your Nintendo Switch 2 Joy-Con Controllers, but it won't stay that way. StackSocial prices subject to change.
Time Business News
24-06-2025
- Time Business News
What is a BAS Control Panel?
A BAS Control Panel is a central component of a Building Automation System (BAS), which is used to monitor, control, and automate a building's mechanical and electrical systems such as HVAC (heating, ventilation, and air conditioning), lighting, security, fire systems, and more. The control panel acts as the nerve center that brings together field devices and communicates with a central BAS software platform. A typical BAS control panel includes the following components: Direct Digital Controllers (DDCs) are microprocessor-based devices. They receive input signals from sensors and send output signals to actuators and other devices. They execute programs that define how the systems should behave under various conditions. Converts incoming AC power to low-voltage DC power required by the controller and connected devices. Provide organized and secure connections for input/output wiring. Help in connecting sensors, actuators, and other field devices. Analog Inputs (AI) – e.g., temperature or humidity sensors. – e.g., temperature or humidity sensors. Digital Inputs (DI) – e.g., switch or contact closures. – e.g., switch or contact closures. Analog Outputs (AO) – e.g., variable frequency drives or modulating dampers. – e.g., variable frequency drives or modulating dampers. Digital Outputs (DO) – e.g., on/off controls for fans, pumps. Enable communication with other BAS devices and central monitoring systems. Common protocols: BACnet, Modbus, LonWorks, and KNX. Electrically operated switches used to control high-voltage equipment safely. Includes fuses, breakers, and surge protectors to safeguard internal components. A metal or plastic box that houses all components. May be rated for specific environmental conditions (e.g., NEMA 1, NEMA 4X). 1. Monitoring Collect data from sensors across the building. Provide real-time status updates for temperature, humidity, lighting levels, occupancy, etc. 2. Control Automatically adjust HVAC settings, lighting levels, and more based on programmed logic. 3. Scheduling Enable time-based control for lighting, HVAC, and other systems to improve energy efficiency. 4. Alarming and Notifications Trigger alerts for system failures, threshold breaches, or maintenance needs. 5. Trend Logging and Data Analysis Store historical data for energy reporting, fault diagnostics, and optimization. Energy Efficiency : Automates control for optimal energy use. : Automates control for optimal energy use. Comfort : Maintains consistent indoor conditions. : Maintains consistent indoor conditions. Cost Savings : Reduces operational costs via automation and predictive maintenance. : Reduces operational costs via automation and predictive maintenance. Scalability : Easy to integrate new systems or expand with additional zones. : Easy to integrate new systems or expand with additional zones. Remote Access: Enables building managers to monitor and control systems remotely. Label all wires and components clearly. Use structured and documented wiring layouts. Allow for future expansion with spare I/O points. Keep communication and power wiring separate to reduce interference. Perform routine inspections for dust, moisture, or loose connections. Commercial buildings : Offices, malls, hotels. : Offices, malls, hotels. Industrial facilities : Factories, warehouses. : Factories, warehouses. Educational institutions : Schools and universities. : Schools and universities. Healthcare: Hospitals and clinics. Panels should comply with standards like: UL 508A – for industrial control panels. NEC (National Electrical Code) ASHRAE standards for energy efficiency and control systems. BAS control panels are a vital part of modern building infrastructure. By serving as a centralized hub for automation and monitoring, they enhance building performance, reduce energy usage, and create comfortable, safe, and intelligent environments. TIME BUSINESS NEWS
