GE

GE Analog Input Module PTAI216 104W4188P001 40mA 18-34VDC

SKU: RAMA167290
Product type: Industrial Automation > Control Systems > Input Modules
$999.00
In Stock
Order soon or ask us about restock timing.

Need More Details?

If you'd like to check stock availability, request the latest price, or view more product images, simply click the "Request for Price" button and our team will assist you promptly.

WhatsApp

Related Search: 104W4188P001, Analog Input Module, GE, GE Control Systems, Industrial Automation, PLC Module, PTAI216, Wind Turbine Control

OEM-Verified Parts
15+ Years Experience
Worldwide Shipping
Marine & Offshore Ready

Enhance your industrial control systems with the GE ANALOG INPUT PLC PTAI216 104W4188P001. This vital component delivers precise analog signal acquisition for GE turbine applications, ensuring reliable data for monitoring and control processes. Its robust design and specified performance make it an essential part of sophisticated automation setups.

Engineered for demanding environments, the GE 104W4188P001 module operates within an 18-34VDC voltage range and handles a 40mA current rating. It is specifically designed for integration into GE wind turbine control units, providing seamless communication and accurate input for optimal turbine performance. For users seeking dependable automation components, this GE module offers superior functionality.

What makes this analog input module a top choice for industrial automation? Its advanced technology ensures high accuracy and durability for long-term operation. It is built to meet stringent industry standards, guaranteeing consistent performance. This GE 104W4188P001 is an ideal solution for maintaining peak efficiency in your wind turbine systems.

  • High Precision Analog Input for accurate data acquisition
  • Robust Construction for industrial durability
  • Wide Voltage and Current Range suitable for various applications
  • Optimized for GE Wind Turbines ensuring seamless integration
  • Reliable Performance enhancing operational efficiency