Zhejiang Kacon Electric Co., Ltd.

Zhejiang Kacon Electric Co., Ltd. 71 years Korea brand history, specializing in industrial auto control device.

11/06/2026

⚡ Choosing the right SSR trigger mode can significantly impact system performance. In this video, we explore the practical differences between zero-crossing and random-trigger solid state relays, helping engineers and equipment manufacturers select the best solution for their applications. 🔧

From reducing electrical noise to achieving precise power control, understanding trigger characteristics is key to optimizing automation systems, heating equipment, and industrial control applications. Watch the comparison and find the right SSR for your project! 🚀

09/06/2026

⚡ How reliable is a 3-phase solid state relay in real industrial conditions?

In this test video, we evaluate the KACON 3-Phase SSR under multiple demanding scenarios to verify its performance and stability for industrial automation systems.
The first test shows stable switching with no arcing and low noise for safe operation. The second confirms long-life performance under repeated high-frequency switching. The third proves stable operation in dusty and harsh environments.

Designed for industrial furnaces, drying systems, three-phase equipment, and 380V power applications, this SSR delivers reliable control and enhanced system safety in automation environments.

📩 Contact us to learn more about industrial control solutions.

04/06/2026

⚡ DC input or AC input SSR—which one is right for your application? In this video, we take a closer look at the key characteristics of different SSR input types and how they fit into various industrial control systems. 🔧

From PLC-controlled automation and sensor integration to motor control and power switching, selecting the right SSR can improve system stability, responsiveness, and reliability. Watch the video to discover how different input options help optimize your automation solutions. 🚀

02/06/2026

⚡ See the Kacon KSR-N2 Single-Phase SSR in action! In this video, we demonstrate the complete wiring and installation process, highlighting its user-friendly design, stable switching performance, and reliable operation. 🔧

Featuring excellent heat dissipation, corrosion-resistant construction, clear status indication, and flexible triggering options, the KSR-N2 is built to enhance control system efficiency and long-term reliability in industrial applications. 🚀

27/05/2026

Why Bimetal Thermostats Have ±5°C Error | Explained Simply 🌡️
Why do bimetallic thermostats typically have a control deviation of ±1–5°C? 💡 The answer lies in thermal inertia.

Bimetal thermostats work based on the expansion and contraction of a bimetal strip. However, during heat transfer, the strip cannot instantly match changes in ambient temperature. 🔍 Its response always lags slightly behind or reacts ahead due to differences in heat transfer efficiency.

This delay affects the timing of contact switching, leading to a natural deviation between actual and target temperatures. 🔥 As a result, an error range of ±1–5°C is considered normal in such systems.

Understanding this helps in selecting the right temperature control solution for your application, especially when precision requirements are critical. 🚀

👋 Hey industrial professionals in Thailand & Southeast Asia!Looking for reliable industrial control components for your ...
27/05/2026

👋 Hey industrial professionals in Thailand & Southeast Asia!
Looking for reliable industrial control components for your automation projects? We’ve got you covered! 🛠️

Come meet the KACON team at Manufacturing Expo 2026 in Bangkok (June 17-20)! 🎉
📍 Booth 8E20~22

✅ What we’re showcasing:
·Safety & limit switches
·Emergency stop buttons
·Foot switches
·Relays & more industrial-grade control solutions

KACON is a China-based manufacturer dedicated to delivering safe, durable, and easy-to-use industrial control products, trusted by customers worldwide for automation systems.
Stop by our booth to say hi, test our products, and chat about how we can support your business goals. We’d love to connect with you!

26/05/2026

Reliable wireless control made simple.
The Kacon HD6P2 wireless foot switch works seamlessly with the receiver for stable and responsive operation in industrial and medical equipment applications. Featuring quick pairing, flexible control modes, and a replaceable battery design, it helps improve convenience, efficiency, and long-term usability in daily operation.

20/05/2026

Why Bimetal Thermostats Drift Over Time | Causes of Temperature Deviation 🌡️
Noticing wider temperature gaps in your bimetal thermostat after long-term use? 💡 Here’s why it happens.

Bimetallic thermostats rely on thermal expansion and contraction of a bimetal strip. After repeated exposure to high temperatures, micro-level changes occur inside the metal structure, reducing its elasticity. 🔍

This leads to two key issues: slower response time when detecting temperature changes, and weakened “temperature memory.” As a result, the operating temperature gradually rises while the reset temperature drops—creating a larger control deviation over time. 🔥

In real applications, this means less precise control and a wider effective temperature range. Understanding this helps you plan maintenance, replacement cycles, and ensure system reliability.

19/05/2026

HD6P2 Wireless Foot Switch | Smart Low Battery Alert & Durable Design

⚙️ HD6P2 wireless foot switch provides reliable hands-free control for medical and industrial equipment.

It features a cast aluminum alloy housing with baked coating, offering strong resistance to wear, aging, and harsh environments. A spring-type cable lock ensures high tensile strength and stable protection.

🔋 Compared with M5TRF, HD6P2 uses a replaceable battery design for easier maintenance. When power is low, the receiver’s red light flashes as a smart reminder for replacement.

Supports waterproof IP68 micro switch, multiple interfaces (USB, serial, aviation plug), and CE/UL/CQC certified gold-contact switching for stable performance.

13/05/2026

PID Control in Thermostats | Achieving Stable Temperature Without Overshoot 🌡️
How does a thermostat reach the exact target temperature without constant fluctuation? 💡 This is where PID control makes the difference.

Starting with a setpoint of 100°C and an initial temperature of 20°C, the controller first uses proportional control (P) to quickly reduce the error by increasing heater power. 🔥 But P alone can’t eliminate steady-state error, so integral control (I) steps in—accumulating past errors to push the temperature precisely toward the target.

However, this may cause overshoot. That’s where derivative control (D) comes into play—monitoring the rate of change and reducing power in advance to prevent exceeding the setpoint. 🚀

By combining P, I, and D, the system achieves fast response, minimal overshoot, and stable temperature control—essential for modern industrial applications.

Address

NO. 211 Weft Twelve Road, Yueqing Economic Development Zone, Yueqing City
Wenzhou
325600

Opening Hours

Monday 08:00 - 17:30
Tuesday 08:00 - 17:30
Wednesday 08:00 - 17:30
Thursday 08:00 - 17:30
Friday 08:00 - 17:00
Saturday 08:00 - 17:00

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