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

ModelCore DifferencesApplicable Scenarios

BL210Standard CPU, basic communicationSmall and medium-sized equipment, single-axis control

BL210/BUpgraded CPU, expanded memoryLarge equipment, multi-axis synchronization, complex processes

BL250/BHigh-performance CPU, EtherCAT master stationHigh-speed motion control, multi-device cluster