XBF-A80TC-2Q
8 thermocouple inputs and 2 digital control outputs class
Open technical pageMulti-channel temperature control
Omron NX-TC and Solidot XBF-A80TC temperature-control comparison
Compare Omron NX-TC and Solidot XBF-A80TC by channels, thermocouples, PID, outputs, sampling, isolation and network architecture.
Short answer
What does this page recommend?
A technical alternative, not a drop-in substitute
Omron NX-TC is a temperature-control unit within the NX I/O system; XBF-A80TC is a separate eight-channel Solidot family with different control outputs. They can address the same need, but channel, bus, cycle, output and software architectures differ.
Solidot
ProControl products to evaluate first
The exact configuration is selected after engineering review.
XBF-A80TC-8AO
Applications requiring multiple analogue control outputs
Open technical pageXBF-A80TC-Lite
Simpler variant focused on measurement and monitoring
Open technical pageTechnical comparison
Similar requirement, different architecture
The table explains product architectures; it is not an exact order-code selection.
| Validation area | Omron NX-TC temperature-control units | Solidot / ProControl candidate |
|---|---|---|
| System architecture | Temperature-control unit on the NX bus, tied to EtherCAT/NX coupler architecture. | A separate eight-channel controller family with front panel; verify network/coupler option from order code. |
| Inputs and isolation | Thermocouple/RTD type, channels and isolation depend on exact NX-TC code. | XBF-A80TC-2Q publishes 8 thermocouple inputs and inter-channel withstand data; select each sensor type explicitly. |
| PID and sampling | Control cycle, autotune, heating/cooling and special algorithms vary by model. | The official record states multiple PID/autotune, 2 display updates per second per channel and more than 80 samples per second. |
| Control outputs | Transistor, SSR drive, current output and heater-burnout functions depend on exact NX-TC variant. | Output type/count differ across 2Q, 8AO, 8Q-2Q and 8Q-8Q codes; select the exact code for the load. |
| Network and software | Integrated with Sysmac Studio and NX/EtherCAT device architecture. | The family record may mention EtherCAT, PROFINET, Modbus TCP or EtherNet-IP; verify the actual interface of the ordered model in writing. |
Suitable scenario
When is it worth evaluating?
- New multi-channel heating machines
- Combining eight thermocouple channels in one controller
- Projects where control outputs and network architecture can be redesigned
Migration gate
Before making a decision
- Export exact NX-TC code, sensors and channel list.
- Map thermocouple/RTD type, grounding, accuracy and isolation.
- Document PID cycle, autotune, heating/cooling and alarm requirements.
- Verify SSR/transistor/4–20 mA outputs and load current.
- Run a pilot thermal-cycle test for bus, coupler, PLC software and fault behaviour.
Frequently asked
Clear answers about alternatives and migration
Is this a drop-in replacement?
No. It is not a direct substitute until exact model, electrical, protocol-role, mechanical, software and certification checks pass.
What should I provide for selection?
The exact existing code, diagram or I/O list, PLC/network data, supply, environment and special functions in use.
Which XBF-A80TC model should be selected?
Evaluate Lite for measurement/monitoring, 2Q for two digital control outputs, 8AO for analogue outputs, and 8Q-2Q or 8Q-8Q for more digital control outputs; final selection includes load and network.
Official manufacturer sources: Omron NX-TC specifications · Omron NX temperature-control portfolio
This content compares manufacturer-published data under the same project requirement; it does not guarantee direct substitution or project compatibility. ProControl engineering must validate exact model, revision, protocol, electrical, safety and environmental conditions.
Validate the match with an engineer
Share the exact existing code, I/O list, network and environment so we can identify the right solution without assumptions.