Brand:ABB
Description:Computer Board
Condition:New
Certificate:COO TEST REPORT WARRANTY LETTER
Warranty:1 year
Inventory Qty:4
Payment term:T/T
Shipping Port:ShenZhen
ABB YPQ201A is an excellent industrial automation product. It has high-precision measurement capabilities, temperature accuracy of ±0.2°C, wide temperature and voltage operating range, and fast response. Functionally, it integrates multi-channel data acquisition, processing, control output and communication, is hot-swappable, and has practical data storage analysis and automatic alarm. Technically, it adopts advanced sensor components, modular design, key module redundancy and software configurable upgrades.
Manufacture |
ABB |
Model Number: |
YPQ201A |
Ordering Number |
YT204001-KA/5 |
Catalog |
VFD Spares |
Country Of Origin |
Sweden |
HS CODE: |
8479909090 |
Dimension |
11.2*7.7*2CM |
Packing Dimension |
13.2*9.7*4CM |
Weight |
0.08kg |
Performance parameters for ABB YPQ201A
Measurement accuracy:
Temperature measurement ,in such a way that small changes in temperature can be registered with an accuracy of ±0.2 degrees.
Pressure measurement,with an accuracy of ±0.1% full scale.
Flow measurement, with an accuracy of ±0.8% reading range,
Effective temperature in operation
Working stably in an ambient temperature window of -10 to +50 Centigrade qualifies the sensor price to stand in conditions in line with the temperature of most indoor to certain outdoor industrial sites concerned.
Voltage and frequency adaptability:
Supports low voltage operation within wide voltage ranges from 110V-240V AC. Application adapts to standard industrial frequency of 50Hz/60Hz.
Response time:
The sensor can respond to normal signals within 5ms,
Functional features for ABB YPQ201A
Data acquisition function:
Multiplex data acquisition allows signals being acquired with both analog and digital in discrete modes. Analog inputs are presented across a voltage range between 0 and 5V,0 and 10V employed with current between 4-20mA;fluid telemetry variables, or other relevant data inputs.Discrete or digital input manages switch signals such as the status of passing machinery startup/stop or the means by which the valves are opened/closed.
Support functions for hot-swapping:
Conventional hot swapping to disconnect and connect peripheral devices while the equipment concerned is in operation will ensure that no dysfunctioning occurs to the system in terms of slowed processing time, or manipulation.
Data processing and analysis function:
Built-in high-performance data processing command chip such that-in real-time-the collected data can undergo filtering,Certain actions on data, through preset threshold and logical conditions overrides during automatic data analysis acceptance or rejection. 0-10V or 4-20mA control signal issuing analog output channel provides accurate control of control valves, frequency converters, etc. for continuously adjusting process parameters including flow, pressure, speed, etc.Digital output with relay output type, which controls the starting, stopping, or switching action of motors, solenoid valves, and other equipment directly.
Communication function:
Supports multi-protocol communication, such as MODBUS RTU/TCP, PROFIBUS DP, and many other commonly used industrial communication protocols, allowing it to easily communicate and interact with PLC, DCS, or other intelligent devices and to integrate into industrial automation systems seamlessly.
The Ethernet interface:
10/100mbps communication rate for high-speed and stable data transmission, with the capability of serving different requirements for real-time transmission of large amounts of data
Technical features
Advanced sensing technology: high-precision sensor elements with high sensitivity and low-drift characteristics can work stably in complex industrial environments and maintain measurement accuracy for a long time.
Modular design concept:
ABB YPQ201A adopts modular design, and functional modules such as data acquisition, data processing, control output, and communication are independently designed and integrated in a compact chassis so that maintenance and upgrading of the equipment becomes easier and quicker.
Redundant design and enhanced reliability:
Key modules use redundant design, such as the power modules and communication modules using backup redundancy. When the main module fails, the backup module can switch automatically to continue operation, ensuring the equipment stet and stable working state
Software configurability and upgrade:
Highly configurable also permits a user to freely set up equipment parameters through dedicated configuration software like that for data acquisition channel configuration, control strategy adjustments, and communication parameter setups etc. There is no more complex programming operation. The requirement for personal needs may be met in various industries.