Storm Interface Storm 700 Series 4-Way Matrix Keypad Black

Storm Interface Storm 700 Series 4-Way Matrix Keypad Black is a black 4-way matrix input device rated IP67, designed for control and signalling applications in harsh, wet, or dirty environments. Its silicone rubber keypad surface and non-ferrous metal-coated chassis support durability and corrosion resistance.

Overview

The Storm 700 Series keypad is a modular input device engineered for reliability where standard components may fail. Its engineering-grade silicone rubber keypad surface provides tactile feedback and durability, while the non-ferrous metal-coated chassis contributes to corrosion resistance. The internal contact circuit uses a gold-on-nickel-plated FR4 PCB, providing electrical conductivity and long-term reliability.

Key Features

• IP67 protection rating, sealing the unit against dust and allowing temporary immersion in water
• Minimum operational life of 2 million cycles
• Nominal key travel of 1.5 mm with a typical actuation force of 160 grams
• Silicone rubber keypad surface and non-ferrous metal-coated chassis
• Gold-on-nickel-plated FR4 PCB contact circuit

Electrical Performance

The keypad features a maximum contact bounce of 5 ms for clean, definitive switch registration. Electrical specifications include a maximum contact resistance of 100 Ω, a minimum insulation resistance of 50 MΩ, and a breakdown voltage of 500 V AC. It is rated for a maximum contact current of 50 mA at a nominal DC voltage of 24 V.

Mounting and Applications

The keypad can be fitted to a flat surface or installed behind a suitable aperture in a fascia panel for an integrated appearance. It is suitable for washdown areas, outdoor applications, industrial control panels, machinery interfaces, and secure access systems. The unit weighs 90 g and measures 3.3 (width), 1.5 (depth) and 4.3 (height).

Choose the Storm Interface Storm 700 Series 4-Way Matrix Keypad Black when you need a sealed, durable matrix keypad for control and signalling tasks in harsh or outdoor environments.