Product Overview – Built for OEMs Who Want to Launch Faster
Who is this for?
If you are an OEM manufacturer of temperature transmitters, a system integrator, or an automation brand looking to expand your product line, these electronic boards are your shortcut to market.
What problem does it solve?
Developing a multi-protocol, high-accuracy temperature transmitter from scratch takes 18–24 months of R&D, extensive certification testing, and ongoing firmware maintenance. The MS0210/MS0213/MS0207 eliminates that burden. It is a field-proven, off-the-shelf temperature transmitter electronics platform that you can simply integrate into your own housing, configure, and start shipping.
Why Microcyber?
Backed by the Chinese Academy of Sciences (Shenyang Institute of Automation) and a key contributor to IEC international fieldbus standards (EPA, WIA-PA), Microcyber brings over 15 years of industrial communication expertise. We are ISO 9001 certified, have delivered 200+ large-scale automation projects worldwide, and our boards are already deployed in thousands of transmitters across oil & gas, chemical, and power plants. When you choose our module, you are leveraging proven technology – not building it from zero.
Why This Board for Your OEM Project?
| OEM Priority | How MS0210/MS0213/MS0207 Delivers |
|---|---|
| ✅ Protocol Coverage | One hardware platform supports HART (4‑20mA + digital), FOUNDATION Fieldbus (FF), y PROFIBUS PA. Stock one board, serve multiple market segments. |
| ✅ Customization Flexibility | We support custom sensor polynomials (TC/RTD) , custom calibration curves, y OEM branding (firmware tag, default settings). You retain your unique selling points. |
| ✅ Proven & Mass-Production Ready | Factory-calibrated for all common sensors (Pt100, Cu50, T/C B/E/J/K/N/R/S/T). No tweaking required. Just connect your sensor, configure, and go. Over 10,000+ units in field operation. |
| ✅ Replace In-House R&D | Avoid the high cost of hiring embedded engineers, writing HART/FF/PA stacks from scratch, and obtaining protocol certifications. This board gives you instant time-to-market at a fraction of the cost. |
Technical Highlights – What’s Inside the Board
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Universal Sensor Inputs – Works as both an RTD temperature transmitter board (Pt100, Cu50, Pt1000, Ni, 2/3/4‑wire) and a thermocouple transmitter board (B, E, J, K, N, R, S, T, plus mV and resistance).
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Dual‑Channel Design – Measure two sensors simultaneously. Compute average, difference, or redundant (hot backup) values inside the board – perfect for differential temperature or safety-critical redundancy.
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Alta precisión – ±0.1°C for Pt100, ±0.4°C for K‑type TC, with current output accuracy of 0.03% (HART). Low temperature drift ensures stable performance in harsh environments.
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Local Configuration – Built‑in support for optional dot‑matrix LCD (90°/180°/360° rotatable) and three push‑buttons ([M], [S], [Z]) for on‑site range, unit, and damping adjustments.
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Comprehensive Diagnostics – Open/short circuit detection, hardware fault monitoring, and communication error alarms. HART versions support NAMUR NE43 saturation/alarm currents (3.8mA / 20.5mA).
Supported Protocols – One Board, Three Options
| Protocolo | Key Features | Target Markets |
|---|---|---|
| HART 7 | 4‑20mA loop‑powered, Burst mode, multidrop (up to 64 devices), configurable alarm/saturation currents | Retrofit, analog‑to‑digital upgrades, legacy plant integration |
| FOUNDATION Fieldbus (FF) | Standard function blocks (RES, AI, PID, DSP, etc.), peer‑to‑peer communication, DD files provided | Greenfield projects, advanced process control, chemical/pharma |
| PROFIBUS PA | Profile 3.02 compliant, 4 AI blocks, cyclic/non‑cyclic data exchange, GSD files for Siemens PDM/Step7 | European‑origin systems, power generation, water/wastewater |
Configuration & Integration Tools
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HART: Microcyber HartMPT / Emerson 475 handheld / AMS
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FF: NI‑FBUS Configurator / Emerson DeltaV / NCS4000
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PA: Siemens Simatic PDM / Step7 (GSD provided)
All tools allow full parameter read/write, diagnostic access, and calibration routines.
OEM Customization Options (What We Can Tailor)
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Default sensor type and engineering units
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Custom TC or RTD polynomial coefficients (up to 5 segments)
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Pre‑loaded user defaults (saves your factory settings as default)
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LCD display content and rotation preferences
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OEM label/descriptor in firmware
Especificaciones técnicas
| Parámetro | Valor |
|---|---|
| Input Types | RTD (Pt100/Cu50/Pt1000), TC (B/E/J/K/N/R/S/T), Resistance (0‑4000Ω), mV (±100mV) |
| Canales | 2 (independent) |
| Accuracy (RTD Pt100) | ±0.1°C at 25°C |
| Accuracy (TC K‑type) | ±0.4°C at 25°C |
| Current Accuracy (HART) | ±0.03% |
| Compensación de Unión Fría | Internal / External / Sensor2 (±0.5°C) |
| Amortiguación | 0 ~ 32 s (adjustable) |
| Aislamiento | 1000V AC |
| Potencia | HART: 11.5~45V DC / FF/PA: 9~32V DC |
| Operating Temp | -40°C ~ 85°C (no display) / -20°C ~ 70°C (with display) |
| Dimensiones | Ø45 mm (head‑mount) – fits standard thermometer housings |
Typical OEM Use Cases
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Launch your own branded smart temperature transmitter without investing in protocol stack development.
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Upgrade your existing analog transmitter lineup to digital HART or fieldbus capability with minimal redesign.
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Build dual‑sensor average/differential transmitters for reactor temperature control or furnace profiling.
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Replace unreliable third‑party modules with a more stable, better‑supported alternative.
Ordering Information
| Option | Choices |
|---|---|
| Protocolo | HART / FOUNDATION Fieldbus / PROFIBUS PA |
| Pantalla | With LCD + buttons / Without display |
| Custom Calibration | Standard / Custom polynomial (please specify) |
Ready to accelerate your product development?
Contact our OEM support team for samples, technical datasheets, and integration guidance.
