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Home > Electrical & Electronics > Electrical Control System > ABB CP450T-ETH 1SBP260189R1001 Operation Panel

ABB CP450T-ETH 1SBP260189R1001 Operation Panel

ABB CP450T-ETH 1SBP260189R1001 Operation Panel photo-1

ABB CP450T-ETH 1SBP260189R1001 Operation Panel photo-2

Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)

Key Specifications

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Material:

Other, Global universal model

Condition:

Other, Global universal model

Task:

Other, Global universal model

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Guizhou Yuanmiao Automation Equipment Co., Ltd.

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Port of Shipment:

China

Delivery Detail:

Delivery time depends on order quantity.

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Material Other, Global universal model

Condition Other, Global universal model

Task Other, Global universal model

Mathematical Model Other, Global universal model

Signal Other, Global universal model

Customized Non-Customized

Structure Other, Global universal model

Power supply 24V DC

Net weight 1.9kg

Operating temperature 0℃ to +50℃

Storage temperature -10 ℃ to +60℃

Dimensions 297mm×52mm×222mm

ABB CP450T-ETH 1SBP260189R1001 is a Human-Machine Interface (HMI) device for industrial control.

Functional FeaturesDisplay and Interaction

Equipped with a 10.4-inch TFT color LCD display, featuring a resolution of 640×480 pixels and 64K color display, which clearly presents various industrial-related graphics, text, and data.
Fitted with a resistive touchscreen for sensitive operation, enabling various device controls and parameter settings via touch.
Includes 1 menu key and 7 function keys for quick operations.

Communication Capabilities

Features rich communication interfaces, including an Ethernet port supporting protocols such as TCP, UDP, HTTP, and DHCP, allowing easy access to industrial networks for data interaction with other devices.
Equipped with 3 serial ports: RS 232/RS 485, RS 232/RS 422/RS 485, and RS 232/RS 485, to connect with different types of industrial devices.
Provides 2 USB ports for external storage devices, keyboards, mice, and other peripheral devices.

Data Processing and Storage

Has 512KB of user data memory (RAM) and 8MB of user program memory (ROM) to store historical data, alarm records, user programs, etc., meeting data storage requirements in industrial fields.
Supports real-time clock function with a rechargeable lithium battery to ensure the clock runs normally during power outages.

Safety and Protection

Offers 9-level password protection, with different operation permissions for different user levels, effectively preventing unauthorized operations and ensuring system security.
Integrates GG-type fuses for short-circuit protection, enhancing the device's reliability in industrial environments.

Software Functions

Programmable via CP400 soft programming software, supporting functions such as alarm management, recipe management, trend analysis, macro instructions, and ladder diagram sub-screens.
Enables real-time monitoring of device operation status, sending alarm signals promptly in case of anomalies.
Stores and manages multiple process recipes for easy parameter switching during production.
Trend analysis function helps analyze production data and optimize production processes.

Technical SpecificationsElectrical Parameters

Power supply: 24V DC, allowable range 20.4–27.6V DC, power consumption 30VA.

Mechanical Parameters

Product dimensions: 297mm (W) × 52mm (D) × 222mm (H).
Net weight: 1.9kg, gross weight: 3.12kg.
Installation method: Front panel installation, installation angle 0–135°.

Environmental Parameters

Operating temperature: 0°C–+50°C, storage temperature: –10°C–+60°C.
Front panel protection rating: IP65/NEMA 4X (indoor use only), adaptable to various industrial environments.

Application Scenarios

This device is suitable for various industrial scenarios, such as automation production line control and machining equipment monitoring in manufacturing, power system monitoring and petrochemical production process control in the energy sector, as well as water treatment, food and beverage processing, logistics warehousing, and other industries. It is used to realize local device operation, status monitoring, parameter adjustment, etc., helping enterprises improve production efficiency and management levels.

Working Principle of ABB CP450T-ETH 1SBP260189R1001Core Architecture and System Operation Logic

As an industrial Human-Machine Interface (HMI), the working principle of CP450T-ETH is based on a closed-loop system of "data interaction-processing-presentation-control," realized through the collaboration of the hardware layer, system layer, and application layer:

1. Hardware Layer: The Physical Basis for Data Interaction and Processing

Processor and Memory:
Equipped with a high-performance processor (such as ARM Cortex-A series), combined with 1GB RAM + 8GB Flash memory, to process user operation instructions, industrial protocol data, and interface rendering tasks in real time. RAM runs temporary programs (such as configuration software processes and communication protocol stacks), while Flash stores system firmware, user programs, and historical data (such as trend records and alarm logs).
Display and Touch Module:
The 10.1-inch TFT color display (1280×800 pixels, 16 million colors) receives image data through the driver chip and is illuminated by a backlight (LED). The capacitive touchscreen detects capacitance changes when touched by a finger, transmits coordinate signals to the processor, and enables multi-touch (zooming, swiping) and gesture operations.
Communication Interfaces:

Ethernet (ETH): Supports protocols such as Profinet, EtherNet/IP, and Modbus TCP, establishing high-speed data links with devices like PLCs, robots, and sensors through network chips to send and receive control instructions and status data in real time.
Serial Ports (RS-232/RS-485): Compatible with traditional protocols like Modbus RTU for communication with legacy devices; USB interfaces (Type A/B) connect external storage devices (such as USB drives for data backup), keyboards, mice, or printers.

2. System Layer: The Underlying Support for Software Operation

Embedded Operating System:
Based on Linux or Windows Embedded systems, responsible for managing hardware resources (memory allocation, interface scheduling), running device drivers (screen, touch, communication module drivers), and providing application programming interfaces (APIs).
Real-time Data Processing Engine:
Built-in real-time database caches, filters, and preprocesses data collected from industrial sites (such as temperature, pressure, device status), ensuring data refresh rates match industrial control requirements (typically millisecond-level response).

3. Application Layer: Human-Machine Interaction and Function Realization

Configuration Software Logic:
Customizes interface elements (buttons, gauges, trend charts) through software such as ABB Panel Builder 300 and defines interaction logic:

Data Mapping: Binds interface controls to registers of industrial devices (such as I/O addresses of PLCs) to achieve linkage of "control operation-register value change-device response". For example, clicking the "Start" button on the interface, the HMI sends a set instruction to the corresponding address of the PLC to drive the device to run.
Logical Operations and Alarm Triggering: Writes conditional judgment logic (such as "when the temperature > 80°C, the alarm light flashes") through macro instructions or scripting languages (such as VB Script), monitors data in real time, and triggers audible-visual alarms and log records.

Data Management and Storage:
Supports local storage of historical data (such as process parameter trends) or uploads to servers via Ethernet. Users can query and export data through the interface for process optimization.