3. Product Specification Manual

3.1 Basic Information

• Brand: Foxboro (Schneider EcoStruxure Foxboro)

• Model: P0916RH

• Matching FBM Module: FBM202 8-channel high-voltage thermocouple input module

• Product Category: High-Temperature TC Weak Signal Termination Assembly

• Wiring Type: Ring lug crimp terminal (Contrast compression screw terminal P0916RC)

• Supported Signals: K, S, R, B, J, E type high-temperature thermocouple millivolt signals

• Built-in Core Function: High-precision onboard cold junction compensation sensor

• Connection Port: 37-pin male D-subminiature connector

• Matching Cable: Standard Type 4 termination cable, maximum transmission distance 30m

3.2 Electrical Specifications

1. Thermocouple Signal Acquisition Performance

   Input millivolt range: −15mV ~ +120mV, compatible with ultra-high temperature TC measurement signals

   Onboard high-precision CJC sensor, cold junction compensation accuracy ±0.4°C

   Per-channel ultra-low frequency 0.01Hz RC filter to eliminate 50/60Hz furnace power frequency interference

2. Isolation & Surge Protection Performance

   Whole-group reinforced galvanic isolation, isolation withstand voltage 1000V AC for 1 minute

   Bidirectional high-current TVS components to absorb furnace ignition and power switching high voltage spikes

   High isolation barrier eliminates ground potential offset between furnace field site and control room cabinet

3. Terminal Layout: Double-layer ring lug terminals, independent dedicated positive/negative polarity terminal groups for thermocouple compensation wires, separate shared auxiliary power terminals

4. Operating Auxiliary Power: Cabinet standard 24VDC ±10% power supply for CJC and signal conditioning circuits

3.3 Mechanical & Environmental Parameters

1. Housing Material: UL94-V0 flame-retardant PA polyamide industrial plastic, dust-proof, resistant to weak flue corrosive gas

2. Wiring Mode: Standard copper ring lug crimp fixed wiring, stable contact without loose shift under long-term furnace mechanical vibration

3. Installation Standard: Vertical 35mm DIN rail snap mounting for Foxboro standard closed control cabinet

4. Operating Temperature Range: −20°C ~ +70°C

5. Storage & Transportation Temperature: −40°C ~ +85°C

6. Environmental Compliance: Meet ISA S71.04 G3 severe industrial environment standard (heavy dust, strong high-frequency electromagnetic interference)

7. Protection Grade: IP20, only permitted indoor cabinet installation, not applicable for open-air, damp or explosion hazardous sites

8. Net Weight: Approximately 456g

3.4 Installation & Operation Guidelines

1. Pre-installation Inspection

   Confirm model compatibility with FBM202 high-temperature thermocouple module; inspect housing for cracks, intact ring lug terminal bases and undamaged D-sub pins without bending or oxidation. Cut off cabinet 24VDC auxiliary power before all wiring and assembly operations.

2. Wiring Procedures

   • Crimp dedicated thermocouple compensation cables with certified copper ring lugs, fix lugs to corresponding channel polarity terminals strictly following positive/negative sequence; different TC types cannot share one signal channel;

   • Separate TC signal wiring and high-power AC power cables with dedicated cable ducts to avoid electromagnetic coupling interference;

   • Tighten all terminal fixing screws evenly with a flat screwdriver to prevent temperature reading drift caused by loose ring lug contact;

   • Connect Type 4 37-pin termination cable between P0916RH D-sub interface and FBM202 baseplate connector.

3. Power-on Debugging

   Restore cabinet auxiliary power, launch Foxboro Evo DCS configuration software; enter FBM202 module diagnosis page to configure corresponding thermocouple type for each channel, verify stable, noise-free temperature readings, calibrate cold junction compensation offset if measurement deviation exists. Extend digital filter time for severe high-interference furnace working conditions.

4. Routine Maintenance

   Clean dust and oxide layers on ring lug terminals every 3 months; re-tighten terminal fixing screws for high-vibration furnace workshop environments; fully replace P0916RH if persistent temperature reading drift, channel open-circuit alarm or permanent burnout of internal CJC conditioning circuit occurs.

5. Safety Precautions

   Live wiring and hot plug/unplug of D-sub connectors are strictly forbidden; never connect input AC high voltage exceeding 30V to avoid burnout of low-level thermocouple signal conditioning circuits; this product cannot be installed in humid, rainy, flammable or explosive hazardous atmospheres.

3.5 System Compatibility

4. Application Fields

1. Petrochemical & Natural Gas Industry

   Ultra-high temperature monitoring for cracking furnaces, reforming furnaces and process heating furnaces; centralized collection of S/B/K type thermocouple signals for over-temperature safety interlock of high-temperature reaction equipment.

2. Thermal Power & Energy Storage Power Stations

   High-temperature thermocouple signal acquisition for boiler furnaces, superheaters and reheaters, supporting boiler combustion optimization control and overtemperature protection interlock logic.

3. Metallurgy & Mining Automation

   Centralized signal collection of ultra-high-temperature thermocouples for blast furnaces, heating furnaces and continuous casting roller kilns, realizing closed-loop furnace temperature regulation and equipment safety protection.

4. New Energy Material Manufacturing

   Multi-point high-temperature temperature monitoring and interlock control for lithium battery sintering kilns, carbonization furnaces and rare earth calcination furnaces.

5. Pharmaceutical & Food Thermal Processing

   Precision temperature signal acquisition of K-type thermocouples for high-temperature sterilization kilns and baking furnaces on GMP-compliant production lines.

6. Pulp & Paper Manufacturing

   High-temperature thermocouple signal collection for recovery boilers and drying furnaces for safety monitoring of papermaking energy systems.

7. Industrial Heat Treatment Industry

   Real-time temperature monitoring and overtemperature alarm interlock for various heat treatment furnaces, quenching furnaces and tempering furnaces.

Technical Note

Content Confirmation

1. Determined content: Ring lug crimp terminal structure, matched FBM202 8-channel high-temperature thermocouple input module, reinforced 1000VAC group isolation, built-in high-precision cold junction compensation, dedicated anti-high-frequency furnace interference filtering circuit, 37-pin D-sub interface, DIN rail mounting, structural difference from compression screw terminal P0916RC, exclusive for industrial ultra-high-temperature furnace TC signal acquisition and safety interlock control.

2. Content requiring further verification: Ultra-long distance high-temperature TC compensation cable signal attenuation parameters, explosion-proof matching accessories for Class I hazardous furnace areas, customized cabinet wiring layout drawings for specific engineering projects.