Description
Provide reliable and safe emergency control solutions with high-performance push button switches.
Industries – Secure Emergency Control with Push Button Switches
High Dielectric Strength (2000VAC)
Ensures electrical safety under high voltage conditions, preventing breakdowns and ensuring reliable operation.
IP67 & IK09 Rated
Dust-tight and waterproof design, ideal for harsh industrial and marine environments, ensuring long-lasting performance.
Long Mechanical Life (>200,000 cycles)
Reduces maintenance costs and downtime with extended durability, providing a cost-effective solution.
Customizable Crust Material
Options include Stainless Steel, Nickel-plated Brass, or Gold-Plated Brass for tailored solutions, meeting diverse industrial needs.
Features
Our Push Button Switches feature a 12V surface mount design with a panel thickness range of 1-10mm. It offers low contact resistance (<=50mΩ) and high insulation resistance (>=1000 MΩ). The switch operates at about 4N pressure with a 1.8mm stroke, mounted in a 22mm hole. It withstands temperatures from -20°C to +55°C and boasts a high torque range of 5-14Nm. The switch has an electronic life of over 1,000,000 times and a mechanical life of over 200,000 times.
Benefits
Benefit from enhanced safety and reliability in emergency situations. The switch’s robust construction ensures consistent performance even in demanding conditions, reducing the risk of electrical failures. Its long lifecycle minimizes replacement needs, saving time and money. Customizable materials allow for integration into various industrial setups, enhancing flexibility. Whether for boat emergency systems or industrial control, these push button switches provide a reliable and cost-effective solution.
Use Cases
Perfect for industrial control systems, emergency stop mechanisms, and elevator safety controls. Ideal in manufacturing plants, construction sites, and marine environments, especially for boats where durability and safety are paramount. The switch’s versatility makes it suitable for both indoor and outdoor applications, ensuring reliable operation in any setting. Whether it’s for push button switches for boat or general marine use, our product meets the high standards required in these challenging environments.
| Panel Thickness | 1-10mm |
| Contact Resistance | ≤50mΩ |
| Insulation Resistance | ≥1000 MΩ 4 pin push button switch |
| Torque | 5-14Nm |
| Operating Pressure | About 4N |
| Operating Stroke | About 1.8mm |
| Mounting Hole Size | 22mm |
| Dielectric Strength | 2000VAC |
| Electronic Life | >1,000,000 times |
| Mechanical Life | >200,000 times |
| Operating temperature | -20°c~+55°c |
| IP code | IP67 IK09 |
| Switch Rating | 2A /36VAC emergency push button switch |
| Contact Configuration | 1NO |
| Operating Type | Momentary elevator push button switch |
| The Front Shape | High Round |
| The Crust Material | Stainless Stell,Nickel-plated Brass or Gold-Plated Brass |
|
Material |
Contact : Sliver Alloy (Can be made to order) |
Why Choose Our Push Button Switches?
Our push button switches are designed to provide reliable and safe emergency control solutions. With high dielectric strength, IP67 & IK09 ratings, and a long mechanical life, they are ideal for harsh industrial and marine environments. Whether for boats or general industrial use, these switches ensure consistent performance and reduce maintenance costs.
Key Features of Our Push Button Switches
Our push button switches feature a 12V surface mount design, low contact resistance, and high insulation resistance. They operate at about 4N pressure with a 1.8mm stroke and can withstand temperatures from -20°C to +55°C. With a high torque range and long electronic and mechanical life, they are a cost-effective solution for emergency control.
Applications of Our Push Button Switches
Our push button switches are perfect for industrial control systems, emergency stop mechanisms, and elevator safety controls. They are ideal for manufacturing plants, construction sites, and marine environments, especially for boats. Their versatility makes them suitable for both indoor and outdoor applications, ensuring reliable operation in any setting.
