AV-ARES electric valve actuators deliver a reliable and efficient automation solution for a wide range of industrial valve applications. Built using high-quality materials and advanced engineering, they are designed to offer up to 50,000 operations with consistent performance and durability. These actuators are a smart investment, helping reduce downtime and maintenance costs over their service life.

Each unit features a robust aluminium alloy housing with a protective polyethylene coating, offering excellent resistance to wear and corrosion. With an IP67 ingress protection rating, AV-ARES actuators are fully weatherproof and ideal for both indoor and outdoor installations, even in demanding environments.

The AV-LITE series powered ball valves combine cost-effective performance with essential automation features, making them an ideal choice for standard on/off applications. As part of our exclusive range—featuring the AV-LITE electric actuator and Kingdom ball valve—this assembly offers reliable operation at a competitive price point. Each unit is equipped with a local visual position indicator and manual override as standard, ensuring easy status checks and control during power loss.

The actuator is housed in a durable IP67-rated resin enclosure, providing strong protection against dust and water ingress. Designed with modularity in mind, the AV-LITE allows for future upgrades such as battery backup systems or additional limit switches, giving users the flexibility to expand functionality as needed. With Open/Close feedback included, this unit is well-suited for general industrial and water-based systems.

The J&J J4C electric valve actuator is a next-generation solution that showcases the manufacturer’s commitment to innovation, reliability, and plug-and-play performance. Building on the success of the J3C model, the J4 series features a high-efficiency brushless motor that delivers increased torque output and improved energy performance. It’s engineered for smooth integration into modern automation systems, with a focus on flexibility and ease of use.

Equipped with smart connectivity options such as MODBUS and Bluetooth, the J4C actuator supports remote monitoring and control with advanced communication protocols. Optional features like a robust battery backup fail-safe and precise digital positioners ensure dependable operation, even during power outages or in applications requiring accurate valve modulation. This makes the J4C ideal for critical industrial processes where performance and control are non-negotiable.

Koei Unic actuated valves deliver a compact and robust electric actuation solution, ideal for both ball and butterfly valve assemblies. Designed with reliability and longevity in mind, the Koei Unic features a durable die-cast aluminium housing with an enamel-coated finish for added protection against harsh environments. A top-mounted sight glass provides clear visual indication of valve position, enhancing operational safety and ease of monitoring.

Proudly manufactured in Japan, the Koei Unic series is available in a range of voltage options including 24VDC, 24VAC, 110VAC, and 230VAC. Users can also choose between single or dual cable entry configurations, making installation flexible to suit a variety of control setups. Built to perform under demanding conditions, these actuators offer a dependable and space-efficient solution for precise flow control.

Valpes Electric Actuated Ball Valves offer efficient, precise automation for a wide range of fluid handling systems. Designed with reliability at their core, these valves combine the trusted performance of Valpes electric actuators with high-quality ball valves to ensure consistent flow control across industrial, commercial, and water-based applications. Their compact design, low power consumption, and advanced electronics make them a strong choice for modern process control.

Whether used in HVAC, water treatment, or manufacturing, Valpes actuated valves provide long-term durability and simple integration with control systems. Built to handle demanding environments, they support a variety of communication protocols and offer flexible options like fail-safe systems and modulating control for tailored performance.