XDD501A101 Technical Specifications
Product Model:XDD501A101
Manufacturer:ABB
Product Type:High-voltage inverter board
Supply voltage:24V DC±10%
Maximum power:500W typical
Interface type:RS485,Ethernet,digital I/O
Response time:≤5 ms
Number of channels:8(opto-isolated)
Operating temperature:-20°C to 70°C
Storage temperature:-40°C to 85°C
Humidity range:5%to 95%(non-condensing)
Protection rating:IP20
Physical dimensions:Approximately 160 mm x 120 mm x 30 mm
Weight:Approximately 0.6 kg
Mounting method:Rack slot mount
Compatible systems:ABB 800xA DCS,drive systems
Certifications:CE,RoHS,IEC standards
XDD501A101 Product Overview
This ABB The XDD501A101(3BHE036342R0101)is a practical master among high-voltage inverter boards.Simply put,it’s a”power converter”for industrial drives,specializing in high-voltage signal processing and inverter control.Its advanced circuit design delivers stable voltage and current output,helping you drive motors and actuators for efficient energy conversion.Core features include opto-isolated channel protection,real-time signal conditioning,and multi-protocol communication support for unwavering reliability.Part of ABB’s automation portfolio,it sits at the front end of the 800xA DCS and drive systems.It’s compatible with process industry and power applications,from small and medium-sized inverters to large-scale power control,offering seamless scalability.
Don’t underestimate its complexity.The ABB XDD501A101 is manufactured in Switzerland,bears the HS code 853710,and carries comprehensive global certifications.It’s resistant to electromagnetic interference,effectively mitigating the noise and fluctuations common in industrial environments.Software configuration is simple,and ABB’s graphical parameter setting tools make debugging effortless.Compatible with third-party devices,it can be easily plugged in to upgrade older systems.In automation platforms,this board is highly valuable,helping you optimize energy efficiency and save significant losses.
Translating to its actual positioning,the XDD501A101 is a key component in high-voltage inverters,focusing on IGBT driving and signal isolation,suitable for high-power scenarios.The ABB XDD501A101 boasts not only powerful hardware but also a high level of integration,transforming your drive system from”basic conversion”to”efficient and stable.”
Main Features and Advantages
The ABB XDD501A101’s highlights begin with its inverter performance.It features 8 opto-isolated inputs,0-10V DC with 12-bit resolution,an RS485 interface compatible with Modbus protocol,a response time of≤5 ms,and a typical power output of 500W.It accurately controls voltage and current for industrial drives.Built-in protection circuitry automatically responds to overload and overvoltage conditions,with an accuracy of up to 0.1%,ensuring smooth process switching.Reliable and Durable:The XDD501A101 features IP20 protection,a wide operating temperature range of-20°C to 70°C,and stable 95%humidity,making it suitable for high-temperature and high-humidity environments such as power generation and manufacturing.Made in Switzerland and CE-certified(ConformitéEuropéenne),it boasts 99.99%system availability.LED fault indication is intuitive,and hot-swappable support ensures zero-disruption maintenance.
Easy Integration:Rich interfaces and Ethernet network expansion allow for seamless connection to ABB DCS or third-party inverters.Compared to older inverter boards,it consumes≤15W less power,saving energy and maintaining a cooler operation.Software-wise,the ABB Engineering Tool features a graphical user interface,allowing parameter adjustments to be completed in minutes.
Flexible Scalability:Supports parallel connection of multiple boards,effortlessly doubling the power of your drive system.Overall,the ABB XDD501A101’s core selling points are high efficiency,high isolation,and low maintenance,helping companies optimize industrial drives and double efficiency.With it,your inverter goes from”barely-performing”to”smooth switching.”
The ABB XDD501A101(3BHE036342R0101)High Voltage Inverter Board is a high-performance component for industrial automation and DCS systems,featuring 8 opto-isolated channels with 12-bit resolution for 0-10V DC signals and RS485 Modbus compatibility,delivering sub-5ms response times for precise power conversion up to 500W.Integrated overload and overagevolt protection ensures reliable operation with 0.1%accuracy in demanding environments.Operating from-20°C to 70°C in IP20 enclosures at 95%humidity,this Swiss-manufactured board offers 99.99%availability,certified to CE and RoHS standards for global use.Its low≤15W consumption and hot-swappable design enable seamless integration into ABB 800xA systems or third-party drives,with intuitive ABB engineering tools for quick GUI configuration.Scalable for multi-board power amplification,the The XDD501A101 enhances energy efficiency and system reliability in applications such as motor control and process automation.
Application Areas
In the electric drive sector,the ABB XDD501A101 is an”energy stabilizer.”For example,in generator control,it inverts high-voltage signals,features 8-channel isolation to prevent interference,and offers fast response and precise speed regulation,increasing efficiency by 15%.In manufacturing,the XDD501A101 is integrated into the DCS to regulate motor power,provide overvoltage protection to prevent accidents,and ensure clock-like stability in production.
The chemical industry also relies on it.Pump and valve drivers use the XDD501A101 to process inverter output and bridge Modbus communication with PLCs to reduce latency.On oil and gas platforms,the XDD501A101’s wide temperature range withstands harsh environments,ensuring smooth power expansion and reliable safety monitoring.
In pharmaceutical factories,the XDD501A101 visualizes process variables,complies with GMP standards,and provides comprehensive energy logging.In short,the XDD501A101 specializes in high-voltage inverter applications,resolving the pain points of unstable conversion and low power.From wind turbine control to robotic drives,it’s a top-tier solution,contributing to efficient industrial operation.
Selection Guide/Purchasing Recommendations
When choosing the ABB XDD501A101,first consider your power requirements.500W is typically sufficient for small and medium-sized drives,while higher power allows for parallel operation of multiple boards.Eight opt-isolated channels?A must.For Modbus compatibility,choose the RS485 module.A wide ambient temperature range of-20 to 70°C is recommended,but on-site heatsinking is recommended for higher temperatures.
800xA compatible?Perfect,with full software and tool support.For budget-conscious buyers,opt for genuine product at a value-for-money price to avoid potential damage.When purchasing,confirm the part number 3BHE036342R0101 and the XDD501A101,along with the CE certificate.Avoid second-hand products that have not been tested,as they pose a high risk of accuracy drift.Purchase from a reliable source with a complete range of accessories.Choose the right XDD501A101 and your drive system will be stable and power-efficient.
FAQ
How many channels does the XDD501A101 support?8 opto-isolated channels,supporting mixed input and output,making expansion with multiple boards easy.
What precautions should be taken when installing the XDD501A101?Securely insert the rack,stabilize the 24V DC voltage,and connect the isolated RS485 cable.Verify the interfaces before powering on to avoid short circuits and board burns.
How do I adjust the accuracy of the XDD501A101?Use ABB tools to set thresholds,calibrate annually,or recalibrate after environmental changes,and maintain a 5 ms response time.
Is the XDD501A101 interface compatible?It supports RS485,Modbus,and Ethernet,allowing direct connection to a DCS or drive,and is easily accessible to third parties.
Is the XDD501A101 fault LED on?Check the indicator code.For example,if there’s a communication problem,test the line and restart the diagnostics.If not,refer to the manual or contact customer service.Customer Case Study/Successful Application Analysis
We recently helped a manufacturer in East China upgrade its drive system.Their inverters were experiencing power jitter,low motor efficiency,and a high rate of scrap.After installing the ABB XDD501A101,the eight-channel isolated and stable signal transmission enabled an inverter output of 500W,significantly improving the system’s performance and achieving 99.99%availability.They used the XDD501A101 to bridge the motors,ensuring zero troubleshooting in the protection circuits.Configuration was completed in a matter of hours.As a result,efficiency increased by 18%,saving 350,000 yuan in energy annually.Customer feedback indicated that the board was not only durable but also easy to integrate.Later,the XDD501A101 was also deployed in power projects,regulating power generation with zero incidents.In practice,the XDD501A101 has helped the company achieve its efficiency goals and is well worth the investment.
Related Products
3BHE037649R0101:A control board from the same series,complementary to the XDD501A101,providing additional I/O expansion.PDD500A101:A variant inverter unit with similar functionality to the XDD501A101,used for 800xA analog inputs.
3BHE019958R0101:A digital I/O board,compatible with the XDD501A101,increasing channel density.
UAD206A101:A driver module,used with the XDD501A101 to provide additional communication support.
3BHE024642R0101:A PCB variant with basic performance,capable of upgrading the XDD501A101 system.
GCD207B101:A DIO module,integrated with the XDD501A101 to process switch signals.
Installation and Maintenance
Pre-installation Preparation:Before installing the ABB XDD501A101,prepare the DCS rack and 24V DC power supply.Check the cards,RS485 cables,and Ethernet cables.Wear an anti-static wrist strap and ensure the slots are aligned properly.Connect the I/O terminals for isolation and load the software configuration.Before powering on,verify that there are no short circuits in the channels to avoid burning the outputs.
Maintenance Recommendations:For XDD501A101 maintenance,clean dust quarterly and wipe the interfaces with a soft cloth.Perform annual calibration,adjust the response using a tool,and check the LED status.Use a fan for high temperatures and store in a dry place for high humidity.Update the firmware on the official website and back up the parameters.Avoid damaging the interfaces by hot-plugging.By following these steps,the XDD501A101 will provide eight years of stable operation and long-lasting inverter performance.
Product Guarantee
Shenzhen Changxin[www.cnplcdcs.com]is fully confident in the ABB XDD501A101.Made in Switzerland,it undergoes rigorous testing,withstands driver abuse,and has proven reliable in the field for years.Our dedicated after-sales team offers 24/7 response,remote troubleshooting guidance,and fast on-site commissioning.We offer a one-year warranty,guaranteed replacement for any issues,and readily available spare parts.We understand inverter pain points and provide comprehensive support,ensuring peace of mind.Choose XDD501A101,choose us,no worries about system upgrade,full power!
At Shenzhen Changxin[www.cnplcdcs.com],we assure the ABB XDD501A101(3BHE036342R0101)with top-tier quality and reliability,sourced from Swiss factory standards and rigorously tested for high-voltage inverter applications.This board handles 8 opto-isolated channels with 12-bit resolution,ideal for DCS and drive systems in power and manufacturing sectors.Our expert team provides 24/7 assistance,including remote diagnostics,configuration help,and on-site support to minimize disruptions.With a one-year warranty and ready spares,we ensure operational continuity.Leveraging deep automation knowledge,we offer customized integrations for the XDD501A101,boosting efficiency and scalability.Partner with us for dependable global service,empowering your systems with precision and trust.
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