Brand migration · PLC
Siemens S7-1200 / LOGO! class PLCs cross-reference to candidate Kinco AK840M and K615S controllers, subject to engineering review. Program logic is re-implemented in KincoBuilder; PROFINET moves to EtherCAT or Modbus TCP. No direct-swap equivalence is claimed until validated in your application.
The table below is the canonical Siemens PLC → Kinco candidate pattern. Each row is a candidate mapping with an engineering note — CANDIDATE where a compact-class match exists, MANUAL ENGINEERING where the architecture differs, and NOT AVAILABLE where Siemens has no Kinco equivalent (we will not invent one).
| Siemens part | Candidate | Status | Engineering note |
|---|---|---|---|
| 6ES7 214-1AG40 · CPU 1214C | Kinco AK840M-32DR | CANDIDATE | S7-1200 14DI/10DO/2AI → 16DI/16DO + RP20 analog. CoDeSys re-implementation; PROFINET→EtherCAT/Modbus TCP. |
| 6ES7 215-1AG40 · CPU 1215C | Kinco AK840M-32DR | CANDIDATE | Near I/O match; second Ethernet port maps to EtherCAT/Modbus TCP. Program rewritten in KincoBuilder. |
| 6ES7 211-1AE40 · CPU 1211C | Kinco K615S-16DT | CANDIDATE | Economy compact class, sub-16 I/O. Validate high-speed counter needs. |
| 6ES7 212-1AE40 · CPU 1212C | Kinco K615S-16DT | CANDIDATE | Small machine control; analog via expansion. Logic re-implemented. |
| 6ES7 217-1AG40 · CPU 1217C | Kinco AK840M-32DR | CANDIDATE | Review differential high-speed I/O (1217C ±) against AK840M capability before commit. |
| 6ED1052-1MD08 · LOGO! 8 | Kinco K615S-16DT | CANDIDATE | Logic-relay / nano-PLC class. Re-create logic; no LOGO! Soft Comfort import. |
| 6ES7 155-6AU00 · ET 200SP | Kinco RP20-ETC | MANUAL ENGINEERING | Distributed I/O head vs EtherCAT remote I/O — architecture differs; scoped per network. |
| 6ES7 511-1AK02 · S7-1500 | — | NOT AVAILABLE | No direct rack-CPU equivalent. High-performance / large-program applications reviewed manually. |
| 6ES7 214-1HF40 · fail-safe F-CPU | — | NOT AVAILABLE | Integrated fail-safe (F-CPU) has no Kinco equivalent. Retain platform or engineer a separate safety layer. |
Candidate replacements, subject to engineering review. Trademarks belong to their respective owners.
The existing functional specification, sequence narrative, I/O list, alarm philosophy, and standard IEC logic can remain useful as engineering references. Device names and operating states also provide a stable basis for rebuilding the application. A TIA Portal project, however, is reference material rather than an import source for CoDeSys or KincoBuilder, and the current hardware configuration must be documented before a migration path is assessed.
Re-engineering covers tag and data-block structure, I/O addressing, Siemens-specific instructions and libraries, HMI links, and any PID or motion behavior. PROFINET-dependent devices require a new network plan around EtherCAT, Modbus TCP, or an appropriate protocol gateway; terminal layout and cabinet wiring are checked again. Safety functions and project certification remain separate validation work and are never inferred from a standard controller comparison. Commissioning tests must reproduce the documented operating states and fault responses before release. The revised hardware map and test evidence should remain with the machine documentation for future maintenance. Any proposed controller is a candidate replacement — subject to engineering review.
Migration effort is driven by project structure rather than controller count. Engineering reviews the original TIA Portal or STEP 7 project, tag database, data blocks, HMI references, Siemens-specific libraries, PID or motion logic, fieldbus devices, safety functions and commissioning access before defining scope. The work covers documenting the current project, rebuilding variables and I/O mapping in CoDeSys or KincoBuilder, re-implementing logic and HMI tags, reviewing PROFINET-dependent communications and validating the result on a bench before machine commissioning. No schedule should be inferred from this page; scope and delivery timing are confirmed at RFQ after the source project and application constraints have been reviewed. Any proposed controller is a candidate replacement — subject to engineering review.
Program logic. TIA Portal projects cannot be imported into KincoBuilder. Standard ladder maps roughly 1:1; Siemens-specific instructions and structured text require manual rewriting — quoted as a managed migration for large programs.
Fieldbus. PROFINET has no Kinco equivalent; migrations move to EtherCAT or Modbus TCP. Existing PROFINET devices need gateways or replacement — reviewed per network before commitment.
Wiring & footprint. Terminal layout and DIN-rail footprint differ from the S7-1200; field wiring is re-terminated and cabinet layout re-checked. Analog on the AK840M uses RP20 remote I/O.
Where it does not fit. High-performance S7-1500 rack, fail-safe F-CPUs, and distributed ET 200 architectures have no direct Kinco equivalent — these need manual engineering review, not a catalogue swap.
No — not a direct swap. The AK840M is a candidate replacement for compact S7-1200-class control: comparable I/O with RP20 analog, but the program is re-implemented in KincoBuilder and PROFINET is re-planned as EtherCAT / Modbus TCP. Fit is validated by engineering review before you commit.
CPU 1214C / 1215C / 1217C map to the AK840M-32DR as candidates; the economy 1211C / 1212C and LOGO! 8 map to the K615S-16DT. ET 200SP distributed I/O is manual engineering; S7-1500 and F-CPUs have no equivalent.
Integrated Siemens fail-safe (F-CPU) functionality has no Kinco equivalent. We either recommend retaining the safety platform or engineer a separate certified safety layer — scoped explicitly during engineering review, never assumed.
PROFINET is not supported by Kinco controllers. We move the network to EtherCAT or Modbus TCP and gateway or replace existing PROFINET field devices — reviewed per network before the BOM is confirmed.
An independent engineering partner mapping Siemens PLC parts to candidate replacements, re-implementing logic and validating fit before commitment.
We are independent of Siemens; no manufacturer appointment or blanket compatibility is claimed. Every proposed product is a candidate replacement — subject to engineering review.
Request engineering review
Reply in 1 business day with candidate mappings — subject to engineering review.
