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MG2110 Series
● Sensors default to 6mm diameter for all styles and lengths. Beyond this standard geometry, the physical dimensions and process connections are fully customizable to match your specific site infrastructure. We engineer these probes with optional non-standard lengths and premium anti-corrosive wetted materials—including PTFE linings, Tantalum (Ta), and Hastelloy (HC)—ensuring a precise mechanical fit and uncompromising chemical compatibility for your unique operational realities.
● State-of-the-art manufacturing procedures provide robust component packaging for increased reliability. Each unit undergoes strict standardized assembly and individual pre-shipment calibration. The heavy-duty housing provides a tactile, substantial build quality that protects sensitive internals, ensuring long-term measurement stability and minimizing sensor drift over years of continuous, heavy-duty operation.
● Optional Class A accuracy for critical temperature measurement points. When thermal precision dictates process success, this configuration delivers the exactitude required for tight thermal control loops. This high-fidelity data collection prevents process deviations, safeguarding your product quality, reducing material waste, and maximizing overall production yield.
● Terminal block, flywire and compression spring threaded connectors allow for remote or integrated transmitter mounting configurations. Designed for intuitive field deployment, this modular architecture significantly reduces downtime during maintenance. It allows technicians to quickly swap, calibrate, or inspect components without disrupting the broader mechanical system or requiring extensive specialized tooling.
● Full range of single point and high density temperature measurement solutions. Offering seamless system integration, these devices bridge the gap between field sensing and central control rooms. Utilizing standard 4-20mA outputs coupled with HART communication protocols, they integrate effortlessly into mainstream DCS and PLC infrastructures for stable, uninterrupted data transmission.
● Application assurance provided by experienced product consultants and a comprehensive service program. Our dedicated engineering team delivers end-to-end technical support—from initial schematic review and precise sensor selection to on-site commissioning guidance and long-term warranty protection, ensuring your instrumentation performs exactly as specified.
● Various enclosure and junction box options. Engineered to endure punishing industrial climates, you can select between a high-pressure cast aluminum body or a solid stainless steel enclosure. Rated at IP67/IP66, the physical casing effectively repels moisture, heavy washdowns, dust, and corrosive airborne particulates commonly found in demanding processing facilities.
● Hazardous location approvals worldwide. Mitigate procurement compliance risks with comprehensive CEX explosion-proof and CEI intrinsically safe certifications. This thermometer meets the rigorous safety mandates required for safe deployment in highly volatile, combustible, and restricted environments globally.
The MG2110 Industrial Resistance Thermometer is meticulously engineered to capture precise thermal data across a wide spectrum of demanding operational conditions. The parameters outlined below detail the exact physical, electrical, and mechanical tolerances that empower this instrument to perform reliably in the field. From the robust input voltage protections to the expansive process temperature range spanning -328°F to 932°F (-200℃ to 500℃), every specification reflects a commitment to measurement integrity and equipment longevity. Please review the comprehensive technical data sheet below to confirm exact compatibility with your specific site infrastructure, control systems, and environmental variables.
General Specifications | |
Product Name | MG2110 Type Thermal Resistance Thermometer |
Measuring Parameters | Temperature |
Housing Type | Single chamber |
Housing Material | High-pressure cast aluminum or stainless steel |
Cable Entry | 1/2"NPT or M20×1.5 |
Material | 316LSST, 304SST, 316SST, Ta, HC, PTFE lining |
Electrical Parameters | |
Input Voltage | 13.5~30VDC, with polarity reverse protection |
Output Signal | Three-wire or four-wire, 4~20mADC, HART |
Damping | 0.2~30s |
Lightning Protection Device | Meet the requirements of EN61000-4-4 (GB/T17626.4) severity level4 And EN61000-4-5 (GB/T17626.2) severity level 4 |
Ambient | |
Process Temperature | -328°F~932°F (-200℃~500℃) |
Ambient Temperature | -40~185°F (-40~85℃) |
Storage Temperature | -40~185°F (-40~85℃) |
Humidity | 0~80% Relative humidity |
Accuracy | |
Graduation | Pt100, Pt1000, Cu50 |
Accuracy | Pt100 (ClassA, ClassB) Basic error with temperature transmitter: ±0.1％, ±0.2％ |
Explosion-proof Certification | |
CEX | Explosion proof |
CEI | Intrinsically safety |
Mechanical | |
Ingress Protection | IP67/IP66 |
EMC | If the probe is installed in a metal container or guide tube,in accordance with EN61326-1 (1997), the revised provisions specificlly for Class AlA equipment in the workplace shall apply |
The following are the application scenarios of MG2110 Resistance Thermometer. Deployed across diverse industrial sectors, this instrument excels where thermal accuracy directly impacts operational safety, product yield, and energy efficiency. Its rugged construction and versatile material options allow it to thrive in environments characterized by extreme heat, corrosive media, and heavy mechanical vibration
Essential for upstream extraction, midstream transport, and downstream refining processes. The explosion-proof certifications ensure safe, continuous monitoring of volatile hydrocarbons and refining distillation columns without risking ignition.
Built to withstand the aggressive nature of chemical reactions and smelting operations. The optional PTFE and Hastelloy linings provide exceptional resistance against corrosive acids, while the robust housing endures the intense, constant vibrations of heavy machinery lubrication systems.
Crucial for maintaining optimal thermal efficiency in high-pressure boiler systems, steam turbines, and cooling towers. It helps facilities maximize energy output while preventing critical overheating and costly equipment failures.
Provides accurate thermal profiling necessary for optimizing biological treatment phases, chemical dosing temperature control, and sludge processing facilities, ensuring environmental compliance.
Maintains strict hygienic temperature control required during pasteurization, fermentation, and cold storage. The reliable data output ensures full compliance with stringent food safety and quality regulations.
Delivers the indispensable Class A accuracy required for critical batch processing, active pharmaceutical ingredient (API) synthesis, and cleanroom environmental monitoring where even minor temperature deviations are unacceptable.
Engineered to endure high humidity and corrosive chemical washes while precisely monitoring digester temperatures and drying cylinder profiles, contributing to consistent paper quality and reduced web breaks.
