FOXBORO FBM217 P0914TR Discrete Input Interface Module

FOXBORO FBM217 P0914TR Discrete Input Interface Module

Specific parameters
Input characteristics: 32 sets of isolated channels; The on state voltage is 15-30V DC, and the off state voltage is 0-5V DC; The typical current value for a 30V DC input is 2.2mA; the maximum source resistance in the on state is 1k Ω (at 15V DC), and the minimum source resistance in the off state is 100k Ω (at 30V DC); The filtering/debounce time can be configured (no filtering, 4ms, 8ms, 16ms, or 32ms); The maximum pulse counting rate is 250Hz.
Power requirements: Input voltage range (redundant) is 24V DC+5%, -10%; The maximum power consumption at 24V DC is 3W, and the maximum heat dissipation is 5W.
Working environment: The working temperature of FBM217 is -20 to+70 ° C (-4 to+158 ° F), the working temperature of PVC terminal assembly is -20 to+50 ° C (-4 to+122 ° F), and the working temperature of PA terminal assembly is -20 to+70 ° C (-4 to+158 ° F); Relative humidity is 5% -95% (non condensing); The altitude is -300 to+3000m (-1000 to+10000ft).
Storage environment: Temperature range of -40 to+70 ° C (-40 to+158 ° F); Relative humidity is 5% -95% (non condensing); The altitude is -300 to+12000m (-1000 to+40000ft).
Dimensions: Height x Width x Depth approximately 10.2 cm/11.4 cm (including mounting ears) x 4.5 cm x 10.4 cm.

Product Performance
High reliability: Adopting a compact and sturdy design, it is suitable for installation in cabinets that meet the G3 level (harsh) environment defined in ISA standard S71.04. After exposure testing, it meets the Class III requirements of EIA standard 364-65 and can adapt to certain vibration environments (0.75m/s ², 5-500Hz). Equipped with input filtering, fault safety configuration and other functions, it can ensure stable and accurate operation in various industrial environments.
Flexible configuration: Input filtering time, fault safety configuration, etc. can be flexibly set according to actual application needs. Supports multiple voltage levels of discrete input signals, can adapt to different types of on-site sensors, and can also choose single module or redundant module configuration to meet the reliability requirements of different systems.
Efficient communication: Through redundant 2Mbps module fieldbus and its associated FCM or FCP for communication, input signals can be quickly and accurately transmitted to the control system, achieving real-time monitoring and control of field devices.