PHARPS03000000 Product datasheet
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Model number: |
PHARPS03000000 |
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Module Type： |
Power Supply Module |
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Manufacture: |
ABB |
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Condition： |
Brand New |
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Range of Product: |
Harmony Block I/O |
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Lead time： |
In Stock |
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Weight: |
4.5 kg |
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HS CODE： |
8537101190 |
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Dimension: |
22.9x10.2x45.7cm |
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MOQ: |
1 |
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Product Origin: |
SWEDEN |
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System： |
DCS |
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Discontinued on: |
Dec 31,2018 |
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Communication Service: |
Ethernet router |
PHARPS03000000 Functional Description
The ABB PHARPS03000000 power supply module is specifically engineered to meet the rigorous demands of industrial environments. With a wide input voltage range, the PHARPS03000000 ensures compatibility with various power sources, providing versatile options for different setups. This flexibility makes it a reliable choice for a wide range of applications.
Built with robust construction, the PHARPS03000000 can withstand harsh environmental conditions, maintaining consistent performance over time. This durability ensures that it continues to operate efficiently, even in challenging industrial settings, where reliability is crucial for uninterrupted operations.
Delivering a stable 24V DC output, the PHARPS03000000 is ideal for powering critical components such as sensors, actuators, and other devices in automation systems. Its consistent power supply helps maintain the precision and efficiency of automated processes.
The compact size of the PHARPS03000000 enables easy integration into existing systems, requiring minimal space while delivering maximum performance. Additionally, the module is certified for safety and reliability, ensuring peace of mind for industrial operations that depend on continuous, stable power delivery.
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Harmony Block I/O Introduction
The main components of the Harmony I/O system are I/O blocks and Hnet (Fig. 1-3). Together they operate as a subsystem dedicated to the Harmony controller. Hnet is the redundant network over which Harmony controllers and Harmony I/O blocks communicate. The controller performs the actual control functions. The I/O blocks process any inputs from and outputs to field devices for the controller. The controller can communicate with up to 64 Hnet devices.
The I/O types include:
• Analog input (AIN).
• Analog output (AOT).
• Control loop input/output (CIO).
• Digital input/output (DIO).
• Digital output (DOT).
The repeater mounting unit (RMU) is also an important component of the Harmony I/O system. The repeater mounting unit provides mounting slots for Hnet repeaters used to communicate with remote enclosures over fiber optic cables. The Harmony I/O system is powered by redundant 24 VDC and provides for separate distribution of field power. The I/O system can be powered by the Modular Power System II.
One or more control enclosures house all I/O system components. The block mounting hardware within the enclosure supports a variety of arrangements. Small cabinet or enclosure mounting is also supported. Although not specifically part of the Harmony I/O system, analog control stations (SAC) can connect and communicate through CIO blocks as shown in Figure 1-3. Communication is over an RS-485 serial station link.
Intelligent I/O system: A microprocessor in each I/O assembly executes the I/O portion of the control strategy and provides advanced functions and diagnostics. High performance, deterministic I/O network: Uses a redundant, high speed serial communication network with an inherent capability for remote communication. Distributed capability: A high speed I/O communication network designed for long distances combined with flexible enclosure mounting options enables both centralized and remote I/O locations. Inherent redundancy design: Designed with redundant block.
power inputs (24 VDC), redundant communications, and optionally redundant I/O modules. Wide variety of I/O types: Analog (high level, low level, and temperature), digital, and control I/O. Significant reduction of installation costs: I/O assemblies combine chassis, cabling, I/O electronics, power conversion, and termination into one device. Distribution of I/O reduces cable costs. Reduction in total operating costs: Simplified user configuration with no calibration required, no address switches to set, and downloadable firmware. Compatibility with existing systems: Works with both the Harmony bridge controller and Harmony area controller; works in combination with Harmony rack I/O and INFI 90 OPEN I/O.
Advanced features
• Downloadable firmware eliminates PROM changes.
• User-assignable software device labels eliminate the need to manually set hardware addresses.
• User-assignable I/O channel labels simplify configuration. The same label can be used to identify an I/O channel andto define a tag in the system database for easier I/O point recognition.
• Advanced diagnostics of I/O block, I/O channel, and Hnet traffic identifies system problems.
• I/O status can be inhibited from contributing to block status, eliminating nuisance alarms.
• Manual override of I/O channel values simplifies system maintenance
