Description
Overview
Essential details:FBM242 P0916TA Externally Sourced Discrete Output Interface Module
- Foxboro ( by Schneider Electric )
- Product No. : FBM242
- Product Type : Externally Sourced, Discrete Output Interface Module
- Features : Sixteen discrete outputs, Supports discrete output signals at voltages of 15 to 60 V dc ,120 V ac/125 V dc , 240 V ac , Each input and output is galvanically isolated , group isolated when used with external excitation , Compact, rugged design suitable for enclosure in Class G3 (harsh) environments, Executes the Discrete I/O or Ladder Logic program, with the following configurable options Input Filter Time, Fail Safe Configuration, Fail , Safe Fall-Back, and Sustained or Momentary Outputs
- Input Voltage Range (Redundant) : 24 V dc +5%, -10%
- Consumption (Maximum) : 3 W (maximum) at 24 V dc
- Heat Dissipation : 6.5 W (maximum) at 24 V dc (with all outputs at 1.5 A each)
- Calibration Requirements : The module and termination assemblies require no calibration.
- Temperature Module : -20 to +70°C (-4 to +158°F)
- Termination Assembly PVC : -20 to +50°C (-4 to +122°F)
- Relative Humidity : 5 to 95% (noncondensing)
- Dimensions (L x W x H) : 10.4 cm x 4.5 cm x 11.4 cm
- Weight : 0.284 kg
- Shipping Weight : 2 kg
Superiority products FBM242 P0916TA Externally Sourced Discrete Output Interface Module
- Key features of the Compact FBM242 modules are:
Sixteen discrete outputs
Supports discrete output signals at voltages of:
• 15 to 60 V dc
• 120 V ac/125 V dc
• 240 V ac
Each output is galvanically isolated; group isolated when used with external excitation
Compact, rugged design suitable for enclosure in Class G3 (harsh) environments
Executes the Discrete I/O or Ladder Logic
program, with the following configurable options:
Input Filter Time, Fail Safe Configuration, FailSafe Fall-Back, and Sustained or Momentary Outputs
Various Termination Assemblies (TAs) that contain:
• Current limiting devices
• Fuses
• Relay outputs with external power source, fusing, and power distribution
• Solid state outputs
• Redundant power distribution