MITSUBISHI ELECTRIC QY40P Transistor Output Modul In Stock

Overview

The MITSUBISHI ELECTRIC QY40P module provides 16 transistor (sink) outputs for precise industrial automation control. It supports 12–24 V DC operation and ensures reliable switching with minimal voltage drop. Its compact and lightweight design allows seamless integration into control panels.

Key Features

16 transistor (sink) outputs with individual photocoupler insulation
Rated switching voltage from 12 V to 24 V DC per point
0.1 A per output, 1.6 A per module common rating
Fast ON/OFF response time of 1 ms for rapid switching
Maximum inrush current of 0.7 A for 10 ms
Low voltage drop of 0.2 V at full load
Minimal leakage current at OFF: 0.1 mA
Integrated Zener diode surge suppressor for signal stability
Screw clamp terminals for secure external connections
Supports external 12–24 V DC power supply, 10 mA current

Technical Specifications

Specification	Value
Model	QY40P
Manufacturer	MITSUBISHI ELECTRIC
Number of Outputs	16
Output Type	Transistor (sink)
Insulation Method	Photocoupler
Rated Switching Voltage	12–24 V DC
Rated Switching Current	0.1 A/output, 1.6 A/module
Voltage Range	10.2–28.8 V DC
Maximum Inrush Current	0.7 A, 10 ms
Voltage Drop ON	0.2 V at 0.1 A
Leakage Current OFF	0.1 mA
Response Time	ON/OFF 1 ms
Surge Protection	Zener diode
Terminals	Screw clamp
Outputs per Group	1/16
External Power Supply	12–24 V DC, 10 mA
Internal Current Consumption	65 mA
Weight	0.16 kg

Applications

Engineers use MITSUBISHI ELECTRIC QY40P in automation panels, production equipment, and laboratory systems. Its compact form reduces wiring complexity while delivering consistent signal switching. The module ensures high reliability and low maintenance in industrial environments.

Benefits

The QY40P module combines fast switching, low energy loss, and secure screw connections. Its photocoupler isolation prevents interference, and lightweight 0.16 kg construction simplifies panel installation. The module guarantees stable performance across multiple automation applications.