FOXBORO P0916KM Operation & Specification Manual

1. Basic Product Information

• Brand: FOXBORO (Schneider Electric Process Automation, former Invensys)

• Model: P0916KM

• Product Category: Thermocouple/mV Compression Termination Assembly (TA)

• Matching DCS Platform: I/A Series Distributed Control System

• Compatible FBM Module: FBM202 (8-channel isolated thermocouple/mV input module)

• Certifications: CE, UL, ISO9001

• Mounting Method: Standard 35mm DIN rail installation inside control cabinet

• Protection Class: IP20 (indoor cabinet use only)

• Overall Dimension: 135mm × 162mm × 43mm

• Net Weight: Approx. 290g

• MTBF: ≥55,000 working hours

2. Electrical Technical Parameters

• Auxiliary Power Supply: DC 24V, power consumption ≤7.5W

• Signal Channel Quantity: 8 independent isolated thermocouple/mV input channels

• Supported Input Signals: All standard thermocouple types (K, S, B, E, J, T, R), 0–100mV micro-voltage analog signals

• Temperature Measurement Precision: ±0.1℃ within 0–500℃ measuring range

• Cold Junction Compensation: Built-in high-precision CJC temperature sensor, automatic ambient temperature correction

• Channel Isolation Strength: 1500Vrms AC isolation between each channel and ground

• Compression Terminal Wiring Spec: Applicable wire 0.2–4mm² solid/stranded wire, 24–12AWG ferrule wire

• Built-in Protection Circuit: Reverse connection prevention, channel surge absorption filter, overvoltage suppression

• Matching Connection Cable: 37-pin shielded special cable, optional length 0.5m–30m, LSZH low-smoke halogen-free cable optional

• Redundancy Compatibility: Supports dual FBM202 redundant hot standby, zero signal interruption during module fault switching

3. Environmental Operating Conditions

• Continuous Operating Temperature: 0℃ ~ +60℃ (ventilated sealed control cabinet)

• Storage & Transportation Temperature: -40℃ ~ +85℃

• Relative Humidity: 5%–95% RH, non-condensing

• Anti-Interference Standard: Complies with IEC G3 industrial vibration and EMI standards, adapts to high-dust, high-frequency inverter interference workshop environment

4. Installation & Operating Procedures

1. Snap P0916KM onto 35mm DIN rail in control cabinet, lock the side fixing buckle tightly to avoid loose contact.

2. Connect the matched 37-pin shielded cable between the termination assembly and FBM202 baseplate connector.

3. Wire on-site thermocouple probes to compression terminals by channel serial number; strictly separate thermocouple compensation wires from high-power power cables.

4. Switch on DC24V auxiliary power, confirm the green power indicator remains steady on.

5. Complete thermocouple type selection, cold junction compensation calibration and channel address mapping via Foxboro Evo configuration software.

6. Maintenance Operation: Matched FBM202 modules support hot swap; faulty modules can be replaced directly without stopping the whole production control system.

7. Fault Indication Definition: Red flashing LED = channel short circuit / overload signal drift; yellow steady LED = redundant channel normal standby state.

5. Safety & Maintenance Precautions

1. Only certified professional industrial automation technicians are allowed to disassemble, wire and debug this termination assembly.

2. Fully cut off DC24V power supply before field wiring to prevent channel burnout and permanent measurement deviation.

3. Clean terminal block dust and metal oxide every 3 months to avoid temperature signal drift caused by poor contact.

4. Store spare P0916KM units in dry, ventilated warehouse; avoid long-term exposure to corrosive gas, oil mist and damp environment.

5. Standard Warranty Period: 12 months under rated normal industrial operating environment.

4. Application Fields

1. Oil & Gas Industry

   Refinery furnace, cracking reactor temperature real-time monitoring; crude oil pipeline heating section thermocouple signal collection; offshore platform high-temperature equipment temperature measurement wiring.

2. Thermal Power & New Energy Power Plants

   Boiler hearth, superheater, turbine pipeline high-precision temperature acquisition; wind power generator winding temperature monitoring; photovoltaic thermal power station heat collection pipeline temperature signal transmission.

3. Chemical & Pharmaceutical Factories

   Chemical reactor, distillation tower temperature closed-loop control; pharmaceutical fermentation tank, drying oven precise temperature monitoring; high-temperature reaction workshop thermocouple signal isolation transmission.

4. Pulp & Paper Industry

   Paper drying cylinder, pulp cooking furnace temperature continuous measurement; papermaking workshop heat exchange equipment temperature parameter collection.

5. Metallurgy & Mining

   Smelting furnace, sintering kiln high-temperature real-time monitoring; mineral processing heating equipment thermocouple signal docking.

6. Food & Beverage Industry

   Food sterilization tank, baking oven, beverage fermentation tank constant temperature monitoring and signal conversion.

7. Municipal & Environmental Protection

   Waste incineration furnace flue temperature monitoring; sewage sludge drying equipment temperature parameter acquisition.

Information Certainty Explanation

1. Confirmed content: P0916KM is Foxboro I/A Series thermocouple/mV compression termination assembly, matching FBM202, 8 isolated channels, built-in cold junction compensation, DC24V power supply, 1500Vrms channel isolation, DIN rail installation, CE/UL certification, thermocouple signal types, standard seven major temperature monitoring industries, wiring range, environmental temperature range, multi-layer protection circuit design are all verified by Schneider Foxboro official PSS technical manual and supplier hardware data.

2. Content to be verified: Complete matched cable part number list, full factory original temperature calibration test report, detailed CJC compensation parameter configuration steps need to refer to Foxboro original FBM202 technical manual for further confirmation.