Control function: The FBM207C has 30+20 program control function, which can realize the rise and cooling control of any slope, with programmable/operable commands such as jump (cycle), run, pause and stop, and allow the program to be modified at any time during the control operation of the program.
Adjustment algorithm: The AI artificial intelligence adjustment algorithm with curve fitting function can obtain smooth and smooth curve control effect.
Input support: Support a variety of thermocouples, thermal resistance, linear voltage, current, resistance and radiation (infrared) thermometers, and has the expansion of input socket installation of special input specifications, and can customize the special input nonlinear correction table, can be connected to the external Cu50 copper resistance as thermocouple cold end compensation.
Measurement accuracy: 0.1 (V8.0 version) measurement accuracy, temperature drift less than 50PPm/℃.
Output support: Modular output support SSR voltage, linear current (voltage), relay contact switch, thyristor contactless switch, single-phase, three-phase thyristor zero-crossing trigger, single-phase thyristor phase-shift trigger output that is, position proportional output (directly drive valve motor positive/reverse).
Signal output: The FBM242 provides 16-channel external source solid-state switching output with channel isolation, provided by the terminating assembly.
Rated voltage and current:
AC load: Inductive load up to 2A or 20mH at 132V AC (without suppressor).
DC load: Inductive load up to 2A or 50mH at 150V DC (no suppressor).
Surge current: 20A peak, duration is 16 milliseconds.
Leakage current: less than 1mA.
On-resistance: less than 100 milliohm at 20°C.
Heat dissipation: Maximum 7.0W.
Fuse: 5 x 20mm, rated 3.15A (temperature reduced to maximum 2A).
End cable connection: 37 pin male head D-subminiature.
End cable Type: Type 4.
Color: Dark blue, representing discrete type.
Power requirements: Input voltage range (redundancy) 24V dc +5%, -10%, 3W (Max.) for 24V dc consumption, 3W (Max.) for 24V dc heat dissipation.
Size and weight:
Dimensions: Length x width x height 10.4 cm x 4.5 cm x 11.4 cm.
Parameters and specifications
Measurement principle: Based on Faraday’s law of electromagnetic induction. When a liquid flows through a magnetic field perpendicular to the direction of flow, the flow of the conductive liquid induces a voltage proportional to the average velocity (that is, the volume flow).
Electrode materials: such as 316L (stainless steel), Hc (Hastelloy C), Ti (titanium), Ta (tantalum), etc.
Lining material: such as F4 (polytetrafluoroethylene), PUR (polyurethane rubber), etc.
Accuracy: 0.5 or 1.0 (depending on the caliber).
Repeatability: ±0.1% measurement value.
Operating voltage: 220VAC±10% or 24VDC±10%.
Output signal: Current (4… 20mA) and pulses (frequency 0-1KHZ).
Working pressure: DN10-DN65: ≤2.5Mpa, DN80-DN150: ≤1.6Mpa, DN200-DN1200: ≤1.0Mpa.
Medium temperature: Depending on the lining material, the range is roughly -20℃ to 180℃.
Ambient temperature: ≤85%RH (20℃).
Parameters and specifications
Product type: Analog input interface module.
Input type: General purpose (analog sensor signal).
Number of analog input channels: 8.
Input range:
FBM201:0 to 20 mA DC
FBM201b: 0 to 100 mV DC
FBM201c: 0 to 5 V DC
FBM201d: 0 to 10 V DC.
Power consumption: 7 W (Max).
Heat dissipation: 3 W (Max).
Operating temperature: -40 to +70°C (-40 to +158°F).
Relative humidity: 5 to 95% (non-condensing).
Altitude: -300 to +12,000 m (-1,000 to +40,000 ft).
Parameters and specifications
Brand: FOXBORO
Model: P0914XB
Functions: Support transparent data transmission and protocol conversion, virtual data private network APN, point-to-point/multipoint data transmission, short message data backup channel, etc
Working environment: suitable for low and high temperature working environment, EMC anti-interference design suitable for electromagnetic harsh environment applications
Size and weight
Weight: about 2KG
The FCM2F2 P0914YZ is FOXBORO’s device for extending fieldbus networks, increasing the number of nodes and coverage of the bus to accommodate the needs of more complex industrial automation systems.
It may support a variety of fieldbus protocols, such as PROFIBUS, Modbus, etc., and can be easily integrated into existing automation systems to achieve seamless communication with other devices.
High-speed communication technology ensures the speed and accuracy of data transmission on the bus, and meets the real-time requirements of industrial automation system.
