Eaton XVC-675-GTI10-DPM-V1 10.4-inch panel

• Brand
  Eaton
• Model
  XVC-675-GTI10-DPM-V1
• Product Name
  Industrial Process Monitoring Module
• Country of Origin
  United States
• HS Code
  8537109090
• Dimensions
  160mm(H)×80mm(W)×65mm(D)
• Weight
  0.82 kg
• Operating Temperature
  -27 ℃ to +98 ℃
• Storage Temperature
  -30℃ to +100 ℃
• Power Supply
  24 VDC ±10%
• Warranty
  12 month
• Product Status
  New and original

Eaton XVC-675-GTI10-DPM-V1 Product Introduction & Technical Specifications  

Technical Specifications

Input: 

Multi-channel analog/digital input; 

compatible with 4–20 mA, 0–10 VDC standard field signals

Output: 

Isolated digital relay output; 

analog retransmission output; 

industrial communication bus output

Power Supply: 

24 VDC ±10% industrial DC supply; 

max power consumption ≤ 14 W

Core Functions:

1.Field analog/digital signal collection and conditioning;

2.real-time process value monitoring and conversion;

3.isolated signal transmission; fault diagnosis and alarm output;

4.data communication with upper control system;

5.on-site parameter configuration and calibration

Product Advantages:

1.Isolated input/output design effectively suppresses electromagnetic interference and improves measurement accuracy

2.Compact DIN-rail structure saves cabinet installation space and simplifies wiring and maintenance

3.Standard 24 VDC power supply matches universal industrial control power system requirements

4.Seamless compatibility with PLC, DCS and SCADA systems for easy system integration

5.Rugged industrial design ensures reliable performance in dust, vibration and high-EMI environments

Application Cases:

Applied in petrochemical process control, power plant auxiliary system monitoring, water treatment automation, HVAC control, factory production line monitoring, and process parameter acquisition in energy, chemical, municipal and general manufacturing industries.

Key Characteristics:

1.DIN-rail mountable;

2.high-precision signal isolation;

3.industrial EMC compliance; wide operating temperature;

4.anti-interference circuit design;

5.support for mainstream industrial protocols;

6.compact structure; long-term stable operation