140DAM59000 Schneider Discrete I/O module Modicon Quantum
Delivery time 3 days
Product origin New/used
Email plcru@foxmail.com
Mobile/wechat /WhatsApp +86 18185397189
140DAM59000 Schneider discrete I/O module Modicon Quantum1. Basic informationMod
140DAM59000 Schneider discrete I/O module Modicon Quantum
1. Basic information
Model: 140DAM59000
Brand: Schneider Electric
Series: Modicon Quantum (Quinten Series)
Type: discrete input/output module
2. Technical specifications
Structure: modular
LD instruction processor: hard PLC
Power consumption: 2 watts
Channel isolation: 30 volts DC
Country of Origin: USA
Operating environment: normal temperature and pressure
Warranty: One year
Three, functional characteristics
Input/output capability:
The module provides discrete input and output functions, specifically 16 inputs and 8 outputs.
Supports 115V AC input and is suitable for various industrial applications.
Protection mechanism:
It may be equipped with a protector with a built-in fuse for over-current protection to ensure stable operation of the module under abnormal currents.
Some models may provide dual failure protection with both overcurrent and overheat protection, improving system safety and reliability.
Scalability and compatibility:
As part of the Modicon Quantum family, the module can be seamlessly integrated with other modules in the same family, providing flexible scalability and strong compatibility.
Supports multiple configuration and addressing modes, such as plane addressing and topological addressing, for users to select and set based on actual requirements.
Reliability and durability:
Designed for long life, high reliability and durability, suitable for a variety of harsh industrial environments.
Rigorous manufacturing and quality control processes ensure that each module meets the highest standards.
Iv. Application scenarios
The module is widely used in the field of industrial automation, such as production line control, robot control, process control, etc.
It is especially suitable for scenarios that require high precision, high reliability and high flexibility of input and output control.