Features:
- Handles fifteen individually programmable analog inputs.
- Provides 14-bit conversion for conventional transmitters and standard analog signals
- The unit interfaces through the Harmony Rack I/O expander-bus architecture.
The current ordering configuration is
SPFEC12, which is the ABB Harmony Rack fifteen-channel analog input module for individually programmed current and voltage signals from conventional field transmitters.
Within the installed Symphony Plus Harmony Rack architecture, this configuration interfaces field signals with the Symphony Plus controller architecture and provides 14-bit conversion for conventional transmitters and standard analog signals.
confirm the fifteen individually programmable analog inputs range, termination unit, I/O expander-bus position, function code and field wiring before installation.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for ABB SPFEC12:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
General
- ManufacturerABB
- ModelSPFEC12
- ConditionNew / Surplus / Refurbished
- Product FamilySymphony Plus Harmony Rack
- Analog channels are programmed individually for the supported current or voltage signal used by each field device.
- Conversion results are delivered to the controller for conventional process measurement and control.
- Range selection and field wiring must agree with the transmitter or source connected to that channel.
- The module communicates with its controller through the rack I/O expander-bus arrangement.
- Field conductors terminate on the matching termination unit rather than on the module faceplate.
- Function-code selection and termination hardware are verified together as one I/O assembly.
- Each channel's current or voltage range must match the controller database and connected field source.
- Function-code selection, switch positions and jumpers define the installed analog-input setup.
- Rack address, dipshunt and termination assignments must be recorded before the module is exchanged.