Control core
Software: SamSoarII
Samkoon PLC
Samkoon FGRS-C8X8T
Digital inputs: 8 · Output: 8
Samkoon FGRS-C8X8T is part of the a series combining primary control and FGR expansion options portfolio. Its control core, field I/O, high-speed functions and communications are organised as an engineering architecture rather than a flat data list.
Digital inputs8
Digital outputs8
Programming softwareSamSoarII
Outer dimensions25.2 × 92 × 63.4 mm
Power supplyDC 24 V ±20%
Power consumption1.5 W
Four points that define this configuration
Each point is tied to published model data or an explicit engineering verification step.
Local field I/O
Digital inputs: 8
High-speed and motion functions
Verify counter, pulse and motion-network capacity against the machine cycle.
Network and expansion
Plan controller networks and future I/O before freezing the panel architecture.
System architecture
Read the PLC as a three-layer control system
Evaluate processing, local I/O and motion/network functions together before final model approval.
Controller coreSoftware: SamSoarII
Local I/ODigital inputs: 8
Motion, network and expansionHigh-speed functions, communications and future modules
Examine the product from every side
Review the front panel, rear I/O and connector layout before planning the enclosure.
Specifications arranged for engineering review
All source-qualified values are visible by topic; no decision-critical data is hidden behind an expandable panel.
Mechanical construction
| Outer dimensions | 25.2 × 92 × 63.4 mm |
|---|---|
| Weight | 102 g |
System and certification
| Protection rating | IP30 |
|---|---|
| FCC | FCC Class A compliant |
| CE | EN 55032 and EN 55035 compliant |
I/O and control
| Digital inputs | 8 |
|---|---|
| Digital outputs | 8 |
| High-speed counter | 4 channels; each max. 200 kHz |
| Pulse output | 4 channels; each max. 200 kHz |
| Output type | Transistor / NPN |
| AB-phase counter | 2 channels; max. 200 kHz |
Communication and power
| Power supply | DC 24 V ±20% |
|---|---|
| Power consumption | 1.5 W |
| Output voltage | 6–30 V DC |
| Input signal voltage | DC 24 V ±20% |
Environment and software
| Operating temperature | 0 °C – 55 °C (non-freezing) |
|---|---|
| Programming software | SamSoarII |
| Operating humidity | 5–95% RH (non-condensing) |
Where this configuration can be evaluated
These are engineering fit scenarios; final approval depends on project-specific electrical, mechanical and safety checks.
Machine sequence control
Discrete-control projects whose program and I/O requirements fit the selected CPU and channel structure.
Fast counting and pulse tasks
Applications validated against the exact model's published counter and pulse limits.
Networked automation cells
Controller architectures whose Ethernet, serial, CAN or EtherCAT needs match the available interfaces.
Expandable OEM panels
Panels in which local and future expansion I/O are planned as one bill of materials.
Official product and catalogue records
Use these manufacturer records to confirm model identity, lifecycle and the current document revision.
Compare nearby configurations with named technical fields
Only published values are compared; a dash means that the current source does not state the field.
| Model | Digital inputs | Output structure |
|---|---|---|
| FGRS-C8X8TCurrent model | 8 | 8 |
| FGRB-C8X6R | 8 | 6 |
| FGRB-C8X8T | 8 | 8 |
Answers needed before model approval
Answers use published values where available and identify the checks that still require the current official record.
What is the local I/O structure?
Digital inputs: 8
Which high-speed functions are published?
Confirm high-speed functions against the current manual and CPU revision.
Which networks are available?
Confirm network interfaces by the complete model suffix.
Which programming software is used?
SamSoarII
Official product records
Current product-centre record — Listed in Samkoon's current .cn product centre.
Technical sources
Official sources checked on 24 August 2026. Samkoon current product centre
Confirm the right Samkoon configuration
Share the application, I/O, communication and mounting requirements with our engineering team.