Image shown may not reflect the final product

Mitsubishi QY41P

Google Review Badge
Price on Request
Marvo Stock ID: MV-OEN

Request a Quote

Get personalized pricing and availability information for this product.

What happens next? We'll review your request and get back to you within 24 hours with pricing and availability.

Trusted by 10,000+ companies worldwide

From Fortune 500 enterprises to innovative startups, leading companies choose Marvo for reliable automation and control components.

Procter & Gamble Saint-Gobain Apple Hershey's United Coca-Cola Michelin Bridgestone Golf
Verified Customer Review
"FIRST TIME WORKING WITH MARVO. THEY HAD WHAT I NEEDED AND TOOK GREAT CARE OF ME AND GOT MY ORDER OUT IMMEDITELY. WAS VERY IMPRESSED WITH THE SERVICE AND THE PERSON I SPOKE WITH. I WILL DEFINITELY WORK WITH THEM QGAIN IN THE FUTURE."
- Robert Cohen
Verified Purchase
Real Customer
Verified Purchase
5-Star Rating

Product Description

The Mitsubishi QY41P is a high-performance Digital Output Module from the renowned Q Series. This compact and efficient module is designed to operate with a power supply of 12-24V DC, making it a versatile choice for various industrial applications. It features a transistor output with a sink output logic, capable of handling 0.1A per point and 2A per common.

The QY41P is equipped with 32 integrated digital outputs, offering a response time of ≤1ms. This ensures rapid and accurate performance, crucial in fast-paced industrial environments. The module's dimensions are 27.4 x 98 x 90 mm, making it a compact solution that can easily fit into your existing PLC system.

This module is designed for durability and reliability, ensuring that your operations run smoothly and efficiently. Whether you're upgrading your current system or building a new one, the Mitsubishi QY41P Digital Output Module is a reliable and high-quality choice.

12 Month Warranty

Physical Specifications

2.000 kg
320.000 mm(L)
250.000 mm(W)
250.000 mm(H)

Latest from Our Blog

Fresh guides and insights to keep your lines running.

View all articles