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ABB 200-CPU30/10 Advant Controller 250 CPU Module

ABB 200-CPU30/10 Advant Controller 250 CPU Module

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  • Manufacturer: ABB

  • Product No.: 200-CPU30/10

  • Country of origin:สวีเดน

  • Product Type: PLC CPU Modules

  • Barcode: 85389091

  • Payment: T/T, Western Union

  • Weight: 560g

  • Dimensions: 163 mm x 45 mm x 91 mm

  • Shipping port: Xiamen

  • Warranty: 12 months

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Description

Designed for integration into SattCon 200 and SattLine control architectures, the ABB 200-CPU30/10 is a high-performance 32-bit single-board central processing unit optimized for demanding process control tasks. This module features an integrated math co-processor (FPU) for accelerated floating-point calculation performance and a built-in SattBus supervisor interface to facilitate seamless industrial network communication. Equipped with 2 MByte of RAM system memory and a real-time clock backed by a long-life lithium battery, this unit provides reliable, deterministic execution of automation programs. Normal operation requires a stable power-fail signal input from the companion power supply module, ensuring immediate, safe shut-down and data preservation in the event of voltage drops.

Features

  • 32-Bit Processing: Powered by a Motorola MC68020 microprocessor running at 16.7 MHz.
  • Mathematical Acceleration: Integrated floating-point math co-processor (FPU) for high-speed mathematical computations.
  • Dual Serial Communication: Two independent RS232 serial channels supporting baud rates from 75 to 19200 bps.
  • Integrated SattBus: One dedicated supervisor channel for reliable peer-to-peer and supervisory control communication.
  • Robust Memory Retention: 2 MByte system and application RAM backed by an easily replaceable 3.6 V lithium battery.
  • Diagnostic Diagnostics: Front-panel green LEDs for power, SattBus, and serial status, alongside red LEDs for system faults and program stops.

Applications

  • SattCon 200 system control configurations.
  • SattLine process automation networks.
  • Continuous monitoring and process control in heavy manufacturing.
  • Water and wastewater treatment plant control architectures.

Technical Specifications

Parameter Specification
Manufacturer ABB
Model Series Advant Controller 250
Processor Type Motorola MC68020 (16.7 MHz) with Math Co-Processor
System Memory 2 MByte RAM
Supply Voltage 24 V DC (19.2 to 30 V DC) with max 5% ripple
Internal Current Consumption Max 0.6 A
Serial Interfaces 2x RS232 Channels (Baud rates: 75 to 19200 bps, Max 15 m)
Network Interfaces 1x SattBus supervisor channel
Backup Battery Lithium 3.6 V, 1.75 Ah (Type AA/R6/UM-3), 3-year life
Backplane Key Code 5
Operating Temperature +5 degC to +55 degC
Non-Operating Temperature -25 degC to +70 degC
Humidity Range Max 90% relative humidity, non-condensing
Protection Rating IP20
Certifications and Approvals CE, EMC Directive 89/336/EEC, LVD 73/23/EEC, UL Listed (US/Canada), Class I Div 2
Dimensions (H x W x D) 163 mm x 45 mm x 91 mm (excluding connectors/snap locks)
Net Weight 0.43 kg

Connections and Interfaces

Port / Terminal Interface Type & Function
Front D-Connector 9-pin female D-type connector for direct programming and serial diagnostic interfacing
Base Connector One 200-BPP screw terminal block interface
Backplane Interface Direct ground connection and system power routing via the 200-BPN backplane

Empirical Engineering Insights

Alternative Models & Compatibility

The 200-CPU30/10 acts as an upgrade path for standard CPU30 series cards within the Advant Controller 250 family. It uses backplane key code 5; verify keyway compatibility on the 200-BPN backplane prior to insertion to prevent mechanical interference or pin damage. Ensure that system software configurations (SattCon or SattLine) are updated to match this specific hardware version to resolve potential addressing conflicts.

Application Pitfalls & Engineering Notes

A common point of operational failure is the omission of the power-fail line signal. The 200-CPU30/10 requires active power fail signals routed from the 200-PSMG/PSSG power supply units. If these lines are severed or improperly configured, the controller will fail to execute application programs, displaying a permanent Stop state. Always measure voltage stability and verify the integrity of the 24 V DC supply under full I/O load conditions.

Commissioning & Wiring Tips

During initial commissioning, verify the physical position of the front-panel start-mode switch before powering up the assembly. This switch dictates how the program space loads on boot. To ensure maximum noise immunity for the RS232 serial links, ensure they do not exceed 15 meters and are routed in grounded, shielded conduits isolated from high-current AC cabling.

Installation Guidelines

CRITICAL WARNING

Disconnect all power sources from the backplane assembly before mounting, removing, or wiring the processor module. Static discharge can permanently damage delicate internal CMOS logic. Wear an approved, grounded ESD wrist strap during handling. Ensure the system backplane ground terminal is bonded to the main earth ground.

1
Inspect the 200-BPN backplane connector for debris and verify that the physical mechanical keying pin aligns perfectly with Key Code 5 on the module.
2
Align the module carefully with the guide rails on the backplane, and push firmly until the snap locks engage securely on the DIN rail or mounting chassis.
3
Plug in the 200-BPP screw terminal blocks and secure the front-panel communication cables to the 9-pin serial ports, torqueing screws to nominal spec.
4
Install the fresh 3.6 V lithium backup battery into its dedicated slot, verifying correct polarity, and perform the initial power-up verification sequence.

What causes the CPU to remain in a persistent Stop or Fail LED state during startup?

This is commonly caused by a missing power-fail signal from the power supply module (e.g., 200-PSMG) or a low backup battery. Ensure the power supply is functional and the 3.6V battery is fully charged.

How often should the backup battery be replaced on this system?

The lithium battery (3.6 V, 1.75 Ah) should be replaced every 3 years under normal operating conditions to prevent loss of RAM system memory and application code during power outages.

Can the RS232 serial channels be used for long-distance communication?

No, the RS232 interfaces have a maximum physical cable length limitation of 15 meters. For longer distances, interface converters or SattBus networking should be utilized.

การจัดส่งด่วนทั่วโลก

  • การจัดส่งมาตรฐาน: 4-6 วันทำการ ผ่าน DHL, FedEx และ UPS
  • จัดส่งด่วน: จัดส่งในวันเดียวกันสำหรับคำสั่งซื้อที่มีในสต็อกและสั่งก่อนเวลา 14:00 น. (GMT+8)
  • ครอบคลุมทั่วโลก: ให้บริการมากกว่า 150 ประเทศ รวมถึงการจัดส่งด่วนไปยังซาอุดีอาระเบียและสหรัฐอาหรับเอมิเรตส์

การคืนสินค้าและการรับประกัน

  • การรับประกัน 30 วัน: รับคืนสินค้าที่มีในสต็อกในบรรจุภัณฑ์เดิมที่ปิดผนึกจากโรงงาน
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TECHNICAL SPECIFICATIONS

Country of origin
สวีเดน

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