GE XMTC-62-11-0 Thermal Conductivity Binary Gas Transmitter

--- PLEASE CONTACT FOR DETAILS

Sales manager : Yuki Huang

Email : sales6@askplc.com

WhatsApp : +86 17359287459

--- Item specifics

The XMTC-62-11-0 is a microprocessor-based, online gas analyzer designed for rugged industrial applications. This specific model variant features a robust explosion-proof, two-port measuring cell package constructed with an FEP-coated aluminum cell body and a sealed reference gas chamber. It utilizes high-stability glass-coated thermistors arranged in a Wheatstone bridge circuit to safely measure gas concentrations without moving parts, providing exceptional resistance to shock, vibration, and sample flow variations. The fluid-contacting components (wetted materials) are crafted from high-grade 316 stainless steel combined with durable Viton O-rings to ensure high chemical resistance. This precise hardware configuration is factory calibrated for measuring hydrogen concentrations in a nitrogen balance gas spanning a full range of 0 to 100%. 

---Data Info

·Measuring Cell Design: Explosion-proof, 2-port, sealed reference gas

·Measurement Cell Range: 0% to 100%

·Temperature Control Set Point: 131°F (55°C)

·Power Requirements: 24 VDC nominal, 25 Watts maximum

·Analog Output Signal: 4-20 mA linear output

·Standard Sample Flow Rate: 0.5 SCFH (250 cc/min)

---FAQ

Q1: What is GE's legacy in the industrial automation industry?

A1: GE (General Electric), founded by Thomas Edison in 1889, was a global leader in PLC systems, including the famous Series 90-70, PACSystems RX3i/RXi, and VersaMax I/O platforms. While GE's industrial automation division was acquired by Emerson in 2019, these products remain widely used in factories worldwide .

Q2: Does GE support hot-swapping of I/O modules?

A2: Yes, most GE PACSystems and VersaMax I/O modules support hot insertion (hot-swapping) when used with compatible Network Interface Units. This allows module replacement without powering down the entire system. However, always verify your specific NIU configuration before performing hot-swap .

Q3: What is the most common failure mode in GE PLC modules?

A3: Power supply aging (capacitor failure) and communication faults (Ethernet/Profibus dropouts).

Q4: What is GE's proprietary communication protocol for PLCs?

A4: GE developed SRTP (Service Request Transport Protocol) for Ethernet communication with PLCs, succeeding the serial SNP/SNPX protocols. It uses default port 18245 .

---About Our Company

✅Staying ahead for over 23 years, and counting.

✅We help keep the World's Production Running!

✅Approaching 2 Million Parts

✅Emergency Shipping Available

---More Items

Email : sales6@askplc.com

WhatsApp : +86 17359287459