KAWASAKI 50817‑1457 Membrane

Teach Pendant Replacement Keypad Overlay

High‑Quality Rubber Membrane for Kawasaki Teach Pendant

Product Overview

The KAWASAKI 50817‑1457 Membrane is a precision‑made replacement keypad membrane designed for Kawasaki teach pendants. This durable membrane acts as the touch interface between the operator and the pendant’s internal switches, restoring tactile feel and responsiveness when the original surface becomes worn, sticky, or unresponsive. Ideal for maintenance teams, technicians, and robot integrators seeking a cost‑effective service part to extend the life of Kawasaki teach pendants in industrial applications.

Key Features

• OEM‑Compatible Replacement: Direct replacement for Kawasaki 50817‑1457 teach pendant membrane.

• Enhanced Tactile Response: Restores crisp button feedback to improve operator control.

• Long‑Lasting Durability: Made from high‑quality elastomer for abrasion resistance and reliable repeat use.

• Easy Fitment: Designed for straightforward replacement with accurate alignment in the pendant housing.

Detailed Application Scenarios

This membrane is essential in various robot control and maintenance environments:

• Teach Pendant Daily Use: Restores proper button responsiveness in high‑frequency operation environments.

• Maintenance & Repair Shops: Replaces worn or damaged keypads during routine service.

• Factory Automation Lines: Helps technicians quickly bring pendants back into operation to avoid production delays.

• Spare Part Inventory: Ideal as a stocked spare to minimize downtime when pendant interfaces fail.

Technical Specifications

Why Choose InRobots?

At InRobots, we focus on supplying dependable industrial robot replacement parts, including hard‑to‑find service components. Our KAWASAKI 50817‑1457 Membrane is quality tested and ready to install, helping restore your teach pendant’s control interface quickly and effectively.

Pro Tip: When installing the membrane, ensure the pendant’s switch board is clean and free of debris for smooth tactile response and long‑term reliability.