ABB YPN104C

Details

Detailed Performance Parameters

Measurement Accuracy:

The accuracy of temperature measurement can attain ±0.2°C.

The accuracy of pressure measurement is within ±0.1% of full scale.

The accuracy of about ±0.5% of reading for flow measurement, this accuracy can be more exacting in measuring flow of either liquids or gases.

Operating temperature range:

ABB YPN104C can work at a stable ambient temperature ranging from -10°C to +50°C, adapting to the temperature conditions of most indoor and outdoor industrial sites.

Voltage and frequency adaptability

ABB YPN104C supports more than one industrial standard voltage (such as 24V DC, 110V AC, 220V AC, etc.), and makes the frequency adaptation range of 50Hz to 60Hz

Response time

The time for the response is about 5 milliseconds concerning normal signals with its quick response characteristics. In the industrial process, ABB YPN104C can quickly perceive variations in parameters and give immediate feedback to the control system.

Functional characteristics

Data acquisition function:

Multi-channel data acquisition as a built-in functionality allows it to receive multiple types of input signals at the same time. The various temperature, pressure, liquid level, and other sensors can be connected for rich physical quantity information. These are alongside digital quantity inputs (switch quantity, pulse quantity, etc.) that monitor the equipment running status, position signals, etc.

The control output function

A variety of control output methods are available. Analog output can output 0-10V voltage or 4-20mA current signal that is suitable for the accurate action of control valves, actuators, frequency converters, etc., with variable control of process parameters such as flow, pressure, and speed; digital output is relay-type, able to switch directly and control discrete actions like the start-stop actions of motors and open-close operations of solenoid valves.

With abundant support for communication

Supports a variety of mainstream communication protocols, like PROFINET, ETHERNET/IP, MODBUS TCP, and other industrial Ethernet protocols, as well as RS-485/RS-232 serial communication protocols. Whereby these communications interfaces will allow connecting worry-free to controlling systems treating PLC, DCS, etc.; other intelligent devices, say intelligent sensors, intelligent instruments, etc.

Intelligent diagnostic and alarming systems:

ABB YPN104C includes powerful self-diagnosis capacities well capable of online-monitoring of its own hardware and software performance. To a large extent, hardware parameters establish the status of safe working voltages and currents for each of their modules;

The alarm system finds exceptions and proceeds in an immediate notification to the right personnel. Along with this, all an automatic proof that is to tell the time, type, and involved data dispatched coordinatedly keeps a log on it.

Technical features

Advanced sensor fusion and calibration technologies:

ABB YPN104C adopts highly advanced sensor fusion technologies to conduct the sensors' fusion and calibration. Sensors are joined using optimized algorithms for intelligent modules that collect data for uses like accuracy, speed, and reliability of the measurement.

High-performance data processing chip and architecture:

Built-in high-performance data processing processor is fabricated with a special design; the advanced microarchitecture operates with strong computing powers and speedy operational capabilities. The chip uses a parallel process to channel data efficiently from a large number of data channels and accomplishes many complex data calculations, logical judgments, and control algorithm executions.

Modular design, redundant backup mechanism:

The product follows the modular design concept and divides the whole system into not more than yet functionally independent modules. The modular plausibility allows convenient overhauling, upgrading, and troubleshooting of devices. Any single module failure allows easy replacement without the immense struggle it would take to disassemble the whole setup of equipment and carry out repairs. Redundant backup design will be applicable to power modules and communication modules in case of their failures; upon failure of the main module, the backup will be interchangeable towards the other in continuation of normalcy for the equipment.

Software configurability with online upgrade function:

The software system is so configurable. In addition to industrial applications, the user may configure by a special configuration software or through the upper control system various parameters depending on each application requirement. Also, the product supports a special function for online software upgrades. With new functional requirements, performance optimizations, or security flaw repairs, downloading and updating can be done remotely using a network without stopping equipment operations or necessitating cumbersome disassembly procedures.