FOXBORO FBM217 P0916PW Discrete Input Interface Module
Specific parameters
Input characteristics:
Number of channels: 32 group isolated channels.
Voltage range: Supports discrete input signals of 15-60V DC, 120V AC/125V DC, and 240V AC.
On state voltage: 15-30V DC.
Off state voltage: 0-5V DC.
Current: The typical value for 30V DC input is 2.2mA.
Filtering/debounce time: configurable, with options of 0ms, 4ms, 8ms, 16ms, and 32ms.
Maximum pulse counting rate: 250Hz.
Isolation characteristics: Different terminal blocks (TA) have different isolation methods, such as group isolation for P0916CA, P0916CB, P0916PW, P0916PX, P0916XZ, etc., and channel isolation for P0916PS, P0916PT, P0916YA, P0916PY, P0916PZ, P0916YB, etc.
Communication: Communicate with relevant FCM or FCP through module fieldbus.
Power requirements: Input voltage range is 24V DC ± 5%, -10%; The maximum power consumption is 3W at 24V DC.
Environmental specifications:
Working temperature: -20 ℃ to+70 ℃ (-4 ℉ to+158 ℉).
Relative humidity: 5% to 95% (without condensation).
Altitude: -300m to+3000m (-1000ft to+10000ft).
Physical characteristics: The dimensions are approximately 10.2cm x 4.5cm x 10.4cm, and the transportation weight is 2kg.
Product Performance
High reliability: Redundant configuration can be adopted, which uses two FBM217 modules to form a redundant pair, improving the reliability of the system and reducing the risk of system downtime caused by module failures.
Adapt to harsh environments: Designed for harsh G3 environments, it can withstand certain temperature, humidity changes, as well as the effects of dust, chemicals, etc., ensuring stable operation in industrial sites.
Flexible configuration: Input filtering time and fault safety configuration can be flexibly set according to actual application needs to meet different control requirements. At the same time, the selection of multiple terminal blocks can also adapt to different on-site wiring and signal isolation requirements.
Strong processing capability: capable of executing programs such as discrete input, ladder logic, pulse counting, and event sequence, quickly and accurately processing and analyzing input signals, providing reliable input data for industrial automation control systems.
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