C6030-0060 ベッコフ

Beckhoff ultra-compact control cabinet industrial PC, featuring high computing power + コンパクトなサイズ, suitable for complex automation and edge computing applications.

1. Core Specifications & Configuration

2. 主な特長
3. Ultra-compact design: Small footprint saves control cabinet space, ideal for dense installation.
4. Powerful performance: Supports multi-core CPUs and large memory, capable of high-precision axis control, complex HMI, short-cycle tasks and big data processing.
5. Seamless ecosystem: Deeply integrated with TwinCAT automation software and EtherCAT real-time fieldbus, compatible with the full range of Beckhoff I/O and drive products.
6. Stable and reliable: Industrial-grade design, long-term availability, supports 24/7 連続運転.
7. 代表的な用途

Production line automation control (例えば. automotive components, intelligent equipment)

Machine vision systems (high-speed inspection, 位置決め)

Edge computing and IoT gateways (local data processing)

Building automation and SCADA systems

High-end CNC equipment and motion control platforms

4. 代替モデル & Upgrade Recommendations

Official recommended replacement: C6030-0080 (equipped with 11th-gen Intel Core i processors, higher performance; C6030-0060 is not recommended for new designs)

Same-series variant: C6030-0070 (lower specification, 費用対効果の高い)

Performance upgrade path: Prioritize C6030-0080; for budget-limited projects, performance can be improved by upgrading the CPU (例えば. i5/i7) and memory.

5. Purchasing & Technical Notes

Order number: C6030-0060 (full model includes suffix -BECKHOFF)

Availability: Regular supply, but not recommended for new projects; C6030-0080 is preferred.

Expansion options: CPU can be upgraded with the C9900-C611 processor module.

Model List of Beckhoff Ultra-Compact Control Cabinet Industrial PCs (C60xx Series)

The Beckhoff C60xx series is a line of ultra-compact industrial PCs designed for control cabinet installation, with small size + high computing power as core advantages. It suits space-constrained automation scenarios, supports DIN rail or backpanel mounting, and features freely orientable connection interfaces. Below is the complete model list with key specifications:

1. C6015 Series (Entry-level, fanless design)

2. C6017 Series (コンパクト, with expansion layer + integrated UPS)

3. C6025 Series (High-performance, expandable up to octa-core)

4. C6030 Series (Flagship, maximum computing power)

Key Notes

1. TC3 platform levels: TC3: 50 (basic performance), TC3: 60 (medium performance), TC3: 70 (high performance), TC3: 80 (flagship performance), defining the specific order code for TwinCAT 3 products.
2. 取り付け: All models support DIN rail mounting or control cabinet backpanel mounting, with freely orientable connection layers for tight spaces.
3. Expandability: Selected models (例えば. C6017, C6025) support a second board expansion for additional I/O, storage or UPS modules.
4. Thermal design: Part of the C6015/C6025 series uses fanless design; the C6030 series uses speed-monitored controlled fans for balanced cooling and quiet operation.

Application Cases of Beckhoff Ultra-Compact Control Cabinet Industrial PCs (C60xx Series)

The C60xx series is built around ultra-small size + high computing power + flexible installation, deeply integrated with TwinCAT automation software and EtherCAT real-time fieldbus, ideal for space-limited control cabinets requiring high-performance control. Below are typical cases across six major industries, covering entry-level to flagship models.

1. 自動車製造: Core of High-End Equipment & Flexible Lines

Case 1: Hairpin motor stator production line (C6030-0080)

Challenges: Complex hairpin motor stator winding requires multi-axis synchronous control + high-precision motion control; traditional control cabinets are space-constrained, and standard industrial PCs lack sufficient computing power.

解決: C6030-0080 (11th-gen Intel Core i7 octa-core) serves as the central control platform, paired with the XTS magnetically driven flexible transport system. TwinCAT 3 enables high-speed axis synchronization and real-time data exchange.

Results: Cycle time reduced by 30%, stator production efficiency increased by 25%; compact design saves 40% cabinet space for dense line layout.

Case 2: Laser welding of battery modules (C6025/C6030)

Challenges: Power battery module welding demands micron-level accuracy + high-speed data processing; 24/7 operation and fanless cooling for cleanroom environments.

解決: Manz BLS 500 laser welding systems use C6025 (fanless) or C6030, achieving millisecond synchronization between welding heads and conveyors via EtherCAT, and seamless MES integration via OPC UA.

Results: Welding accuracy ±0.01mm, yield up to 99.8%; fanless design meets cleanroom requirements, maintenance costs reduced by 50%.

2. Pharmaceutical Equipment: Clean Compliance & Flexible Expansion

Case: Optima Pharma liquid pharmaceutical filling line (C6015/C6030)

Challenges: Pharmaceutical equipment requires GMP compliance + fast format changeover; limited cabinet space with integrated smart inspection and traceability.

解決: Optima Pharma filling systems use a combination of C6015-0010 (entry-level fanless) and C6030-0060: C6015 handles basic filling control, while C6030 integrates vision inspection and data logging, with multi-device coordination via TwinCAT.

Results: Filling efficiency increased by 20%, changeover time reduced by 60%; compact form fits small pharmaceutical cabinets, fanless design ensures dust-free cleanroom operation.

3. Battery Production: Full-Process Automation Control

Case: Cell assembly and module testing (C6030-0070)

Challenges: Battery production requires high-precision voltage/current measurement + multi-station coordination; large data volumes demand edge computing for real-time processing.

解決: C6030-0070 (8th/9th-gen Intel) integrates TwinCAT 3 motion control and data acquisition, connecting to XTS transport systems for full cell handling, welding and testing.

Results: Daily output per line increased by 35%, data processing latency below 1ms; remote monitoring and diagnostics reduce downtime by 40%.

4. Semiconductor Manufacturing: High Precision & 信頼性

Case: Chip packaging and testing equipment (C6015/C6025)

Challenges: Semiconductor packaging needs sub-micron positioning + ultra-clean environments; long-term stable operation with strict thermal and EMC requirements.

解決: C6015-0030 (fanless) or C6025 connects high-precision sensors and servo drives via EtherCAT, automating pin soldering, bonding and testing.

Results: Positioning accuracy ±0.005mm, chip yield increased by 3%; fanless design prevents dust buildup, meets cleanroom standards, annual failure rate below 0.5%.

5. ロジスティクス & Warehousing: High-Speed Sorting & Edge Computing

Case: Kunlun Intelligent automated warehouse (C6025)

Challenges: AS/RS requires high-speed stacker control + real-time inventory management; limited cabinet space with edge computing for massive logistics data.

解決: Fanless C6025 acts as edge controller for stackers and AGVs, communicating via EtherCAT with WAGO I/O modules, using TwinCAT for path planning and task scheduling.

Results: Stacker speed increased by 25%, inventory accuracy 99.99%; compact design saves 35% cabinet space, multi-system coordination improves logistics efficiency by 30%.

6. Electronics Manufacturing: Compact Equipment & Flexible Installation

Case: SMT placement machine (C6015)

Challenges: SMT placers need high-speed placement control + small installation footprint; frequent format changes demand fast response.

解決: C6015-0020 (Intel Atom quad-core) integrates TwinCAT motion control and vision recognition, supports DIN rail mounting directly inside the placement machine cabinet.

Results: Placement speed increased by 15%, changeover time reduced by 50%; dimensions only 82×82×40mm, saving 50% cabinet space for small electronics production lines.

Core Model Selection & Application Summary

All C60xx models support DIN rail / backpanel mounting with freely orientable connections, perfectly suited for dense control cabinet installation. Deep integration with EtherCAT and TwinCAT enables all-in-one automation control without additional control platforms.