Sinumerik 802D sl DOCUMENTATION 6FC5398-4CP10-0NA0 6FC53984CP100NA0 6FC5398-4CP1O-ONAO 6FC5 398-4CP10-0NA0

6FC5398-4CP10-0NA0 | SINUMERIK 802D sl Grinding Programming and Operating Manual — CYCLE410 / CYCLE411 / Cylindrical Grinding / Oscillation / Tool Offsets

What This Manual Covers

The 6FC5398-4CP10-0NA0 is the official Programming and Operating Manual for the SINUMERIK 802D sl CNC when configured for grinding applications. It covers every aspect of operating and programming a grinding machine running the SINUMERIK 802D sl control, from initial power-up through full part programme execution.

The document bridges the gap between the general SINUMERIK 802D sl documentation and the grinding-specific functions — cycles, dressing routines, wheel compensation strategies, and the specific G-code extensions that apply only to grinding applications.

Key Product Information

Grinding Cycles Covered — CYCLE410 and CYCLE411

The SINUMERIK 802D sl for grinding includes dedicated standard cycles:

CYCLE410 — Plunge-Cut Grinding: Drives the grinding wheel into the workpiece radially without traverse motion. Used for forming exact radial profiles on cylindrical workpieces.

Parameters define infeed depth, infeed rate, and dwell time at depth for spark-out. The programmer calls CYCLE410 with the required parameters from the part programme; the control executes the full plunge sequence automatically.

CYCLE411 — Cylindrical Grinding Traverse: Traverses the grinding wheel axially across the workpiece while maintaining the required infeed. Used for producing cylindrical ground surfaces of defined length. Parameters include traverse length, feedrate, and approach direction.

Both cycles integrate with the control's tool offset compensation — wheel diameter wear is tracked and applied to the infeed commands, maintaining the required workpiece dimension as the wheel wears.

Application Scenarios

Cylindrical grinding machine commissioning: A machine shop receives a new cylindrical grinding machine with a SINUMERIK 802D sl control. The service engineer uses the 6FC5398-4CP10-0NA0 to configure the wheel dressing parameters, verify the axis coordinate system orientation, and write the first test grinding programme.

Operator training: A CNC operator new to the SINUMERIK 802D sl grinding application uses the manual to understand the operating area structure, softkey navigation, and the cycle parameters required for their first production grinding programme.

Programme development: A part programmer writing a new cylindrical grinding programme references CYCLE410 and CYCLE411 syntax, parameter definitions, and example programme structures from the manual to build a verified part programme.

FAQ

Q1: What is the difference between 6FC5398-4CP10-0BA0 and 6FC5398-4CP10-0NA0?

Both are editions of the SINUMERIK 802D sl Grinding Programming and Operating Manual covering the same content. The suffix codes indicate the language of the manual text. The 0BA0 edition is the English language version. The 0NA0 edition is a different language edition — the suffix character identifies the target language per the standard documentation order numbering scheme. The technical content and grinding cycle coverage are identical across language editions of the same edition date.

Q2: Does this manual apply to both internal and external cylindrical grinding?

The SINUMERIK 802D sl grinding manual covers both external cylindrical grinding (grinding the outer diameter of a workpiece) and, depending on the specific machine configuration, internal cylindrical grinding (grinding a bore). The applicable cycles — CYCLE410 for plunge grinding and CYCLE411 for traverse grinding — function for both configurations. The machine-specific parameters that define which axis constitutes the infeed axis determine the internal/external behaviour.

Q3: Which SINUMERIK 802D sl diagnostic resources complement this manual?

The Grinding Programming and Operating Manual explicitly cross-references the SINUMERIK 802D sl Diagnostics Manual for alarm and error code interpretation. When the control displays a fault or alarm during operation or programming, the Diagnostics Manual provides the alarm number meaning, likely causes, and corrective actions. The two documents are designed to be used together for full operational coverage of the grinding application.

Q4: Can programmes written for SINUMERIK 802D sl be transferred to the newer SINUMERIK 808D or 828D?

Direct programme transfer between the 802D sl and newer SINUMERIK platforms requires review of G-code and cycle compatibility. While the fundamental DIN/ISO G-code structure is common, cycle names, parameter structures, and specific address extensions can differ between control generations. Programme migration typically involves reviewing each cycle call against the target control's cycle definitions. The grinding cycle names and parameters on 802D sl are specific to that control version.

Q5: What grinding machine types are supported by the SINUMERIK 802D sl grinding configuration?

The SINUMERIK 802D sl grinding configuration primarily targets cylindrical grinding machines — external and internal cylindrical, including plunge grinding and traverse grinding. Surface grinding and profile grinding require different control configurations and may reference separate documentation. Confirm the machine type against the manual's scope before applying the documented programming methods to non-cylindrical grinding applications.