KEBA BL210 (BL210/B) Product Detailed Description

KEBA BL210 (BL210/B) Product Detailed Description

I. Product Introduction

KEBA BL210 (BL210/B) is a distributed PLC/CPU control module under the Kemro K2-200 series of products of Austrian KEBA (Kemba). It is a core unit of KeDrive and DCS systems, specially designed for industrial automation equipment such as injection molding, die-casting, and extrusion. It integrates real-time control, multi-protocol communication, and distributed I/O management capabilities, and is the core hardware for motion control and process monitoring of the equipment. 

II. Basic Product Information

Brand: KEBA (Austrian Keba)

Model: BL210 (Standard Type), BL210/B (Enhanced Type)

Series: Kemro K2-200

Type: PLC/CPU control module (DCS distributed control unit)

Appearance: Compact module, black body + green snap, industrial terminals / network port design

Size: Approximately 110mm × 80mm × 35mm

Weight: Approximately 0.6kg

Installation: 35mm DIN rail installation

Certifications: CE, UL, ISO 13849 (functional safety)

III. Core Technical Parameters

1. System Performance

Processor: High-performance real-time CPU, supporting microsecond-level control cycle

Memory: Program memory 512KB / Data memory 1MB

Control Cycle: Minimum 62.5μs (FPGA hardware acceleration)

Programming Standard: IEC 61131-3 (supports ST, LD, FBD, etc.) Keba

2. Electrical Specifications

Power Supply Voltage: DC 24V (+/- 10%)

Power Consumption: ≤ 2.8A (5V DC)

Isolation Voltage: DC 1500V (electrical isolation)

Protection Grade: IP20 (indoor industrial environment)

3. Communication Interfaces

Ethernet: Dual network ports (supporting EtherCAT, Profinet, Modbus TCP)

Serial Port: RS-232/485 (optional)

I/O Bus: Supports KEBA dedicated bus, expandable to 32 I/O modules

4. Environmental Parameters

Operating Temperature: 0℃ ~ +55℃

Storage Temperature: -20℃ ~ +70℃

Humidity: 5% ~ 95% (no condensation)

IV. Core Functional Characteristics

Real-time Distributed Control: Integrates the advantages of PLC and DCS, supports multi-device collaboration, suitable for complex process control.

Multi-protocol Communication: Standardized with EtherCAT (high-speed motion), Profinet (industrial Ethernet), Modbus TCP (general communication), seamlessly connects with third-party devices.

Motion Control Integration: Built-in trajectory planning, synchronous control, electronic gear function, suitable for axis control scenarios such as injection machine opening and closing, injection, locking, etc. Keba.

Data Acquisition and Monitoring: Supports 8192 bytes of process data interaction, real-time collection of temperature, pressure, flow, etc. parameters, coupled with KePlast software for visual monitoring.

Safety Design: Complies with ISO 13849, supports safety stop, safety speed monitoring, reduces equipment risks.

Modular Expansion: Compatible with all I/O modules of the K2-200 series (DI/DO/AI/AO), expandable as needed, suitable for different equipment scales.

V. Typical Application Scenarios

Plastic Machinery: Injection machine, blow molding machine, extrusion machine main control, achieving precise motion control and process parameter management Keba.

Die Casting Equipment: Real-time monitoring of injection, locking, cooling processes, ensuring stability in high-pressure conditions.

Industrial Automation Production Line: Distributed control for automotive parts assembly, electronic manufacturing, food packaging lines.

Energy and Water Treatment: Pump stations, HVAC, energy management system's process control and data monitoring.

VI. Hardware Interfaces and Wiring

Network Ports (ETH1/ETH2): EtherCAT/Profinet communication, connects to the host or slave station

Serial Ports (COM): RS-232/485, connects to sensors, instruments

Power Terminal: DC 24V (+/-), reverse connection protection I/O Expansion Port: Connects K2-200 series I/O modules (such as DI470, DO272)

VII. Product Advantages

High Stability: Austrian original, industrial-grade anti-interference design, suitable for harsh environments such as high temperatures and dust.

High Real-time Performance: FPGA acceleration, control cycle as low as 62.5 μs, motion control accuracy up to ±0.01mm (KEBA).

Good Compatibility: All series KEBA modules can be interchanged, supports IEC 61131-3 standard, reduces programming and maintenance costs.

Long-term Reliability: Fanless design, natural cooling, MTBF (Mean Time Between Failures) exceeds 100,000 hours.

VIII. Installation and Maintenance Precautions

Installation Environment: Away from strong electromagnetic interference (frequency converters, large power motors), reserve ≥ 10mm heat dissipation space.

Wiring Standards: Communication lines use shielded cables, shield layer grounded at one end; power lines and signal lines are separately routed.

Software Compatibility: Compatible with KePlast software programming, supports remote monitoring and diagnosis, facilitating fault troubleshooting (KEBA).

Regular Maintenance: Check interface looseness and dust accumulation every quarter to avoid poor contact or short circuits.

IX. Comparison of Common Models Table

Model Core Differences Applicable Scenarios

BL210 Standard CPU, basic communication Small and medium-sized equipment, single-axis control

BL210/B Upgraded CPU, expanded memory Large equipment, multi-axis synchronization, complex processes

BL250/B High-performance CPU, EtherCAT master station High-speed motion control, multi-device cluster