Product Description:2TFH100084R1001

Efficient Power Distribution

The 2TFH100084R1001 transformer is designed to optimize energy transfer, ensuring minimal no-load and load losses. The transformer’s high core efficiency helps reduce operating costs and improve the overall performance of the electrical grid or industrial system it serves.

2. High-Quality Materials

The transformer features grain-oriented silicon steel for its core, which minimizes energy losses and enhances efficiency. Copper or aluminum windings are typically used for better electrical conductivity, ensuring consistent and reliable performance.

3. Versatile Voltage Ratings

The transformer is customizable to fit specific voltage requirements. The primary voltage typically ranges from 6 kV to 36 kV, while the secondary voltage can be adjusted to match the voltage needed for the application (e.g., 400 V, 480 V, or other values). This flexibility makes it adaptable to various electrical distribution systems worldwide.

4. Robust Cooling Options

ABB offers a variety of cooling systems for the 2TFH100084R1001, including:

• ONAN (Oil Natural, Air Natural): Standard for medium-sized transformers.
• ONAF (Oil Natural, Air Forced): Ideal for larger transformers or those under high load conditions.
• OFAF (Oil Forced, Air Forced): Used for heavy-duty applications requiring enhanced cooling capabilities.

These cooling systems ensure that the transformer operates efficiently and safely under different conditions, including temperature variations.

5. Advanced Protection Systems

ABB’s transformers come equipped with a range of protection features to ensure safe operation:

• Buchholz relay: Detects internal faults, such as gas buildup or oil leakage, which could signal a problem.
• Overcurrent protection and temperature sensors (RTDs): Monitor the current and temperature of the transformer to prevent overheating or electrical faults.
• Pressure relief valve: Safeguards the transformer from internal pressure buildup due to faults or failures.

Features:2TFH100084R1001

• Low Losses: ABB transformers are engineered to reduce no-load and load losses to improve energy efficiency and reduce operating costs. This is achieved through advanced materials, such as grain-oriented silicon steel for the core and high-conductivity copper or aluminum for the windings.
• High Performance: Designed to perform under a wide range of environmental conditions, ABB transformers ensure optimal operation in fluctuating loads and temperatures.

• 2. Customizable Voltage Ratings

• Primary Voltage: The 2TFH100084R1001 model is likely available with customizable primary voltage ratings depending on regional grid specifications. ABB typically offers voltage ratings from 6 kV to 36 kV, or even higher depending on the application.
• Secondary Voltage: ABB transformers can be configured with different secondary voltage ratings such as 400 V, 480 V, 690 V, or other values depending on load requirements.

• 3. Cooling Options

• ONAN (Oil Natural, Air Natural): A standard cooling configuration for transformers up to moderate power ratings.
• ONAF (Oil Natural, Air Forced): This option provides enhanced cooling for transformers with larger power ratings or those in high-load conditions.
• OFAF (Oil Forced, Air Forced): For even larger power transformers or those operating in extreme conditions, forced cooling for both oil and air ensures optimal performance.

• 4. Enhanced Protection Systems

• Buchholz Relay: Often standard on ABB transformers, this relay detects internal faults, such as gas buildup from overheating or internal arcing.
• Temperature Monitoring: RTDs (resistance temperature detectors) are commonly integrated to monitor both oil and winding temperatures, ensuring the transformer stays within safe operating limits.
• Pressure Relief Valve: A standard feature to prevent pressure buildup due to abnormal conditions like a short circuit or fault.

• 5. Seismic and Vibration Resistance

• ABB transformers can be customized to comply with seismic standards, ensuring the transformer can withstand earthquakes and maintain operational integrity in such events.
• Vibration-resistant design is essential for transformers located in industrial settings with high mechanical stresses.

• 6. Environmental Considerations

• Eco-friendly Oils: ABB offers the option of using biodegradable ester oils for insulation, which are environmentally friendly and safer in the event of leaks or spills.

• 7. Reduced Noise Levels

• Many ABB transformers are designed to operate quietly, with noise levels kept below 60 dB under normal load conditions. This is especially important for installations in urban or residential areas.

Technical Parameters:2TFH100084R1001

Applications:2TFH100084R1001

• Manufacturing Plants: ABB transformers provide reliable power for equipment like conveyor systems, presses, and automation machinery.
• Mining: Powering mining operations, including drilling, extraction, and material handling equipment.
• Steel and Cement Plants: Supplying power for energy-intensive industrial processes.

2. Utility and Power Distribution

• Electricity Substations: Stepping down high-voltage electricity from transmission lines to medium or low-voltage levels for local distribution.
• Renewable Energy: In wind and solar farms, ABB transformers are used to step up voltage for transmission or step down voltage for local use.

3. Commercial Applications

• Shopping Malls and Office Buildings: Powering lighting, elevators, HVAC systems, and other building infrastructure.
• Healthcare Facilities: Providing stable power to critical systems in hospitals, clinics, and medical facilities.

4. Utility Grid Integration

• Grid Stabilization: Used in grid stabilization applications to ensure the safe and efficient distribution of electricity across regional or national power grids.

5. Mobile and Temporary Installations

• Construction Sites: Providing temporary power for construction equipment, lighting, and portable machinery.

6. Transport and Infrastructure

• Railway and Airport Power Systems: Supplying electricity for trains, airport lighting, and other critical infrastructure systems.

Customization:2TFH100084R1001

• Primary Voltage: The 2TFH100084R1001 model can be customized to accommodate various primary voltage levels, depending on the regional grid or specific application. Common primary voltage ratings include:
  • 6 kV, 11 kV, 33 kV, 36 kV, or higher, based on the utility grid or industrial application requirements.
• Secondary Voltage: The transformer can be configured with a range of secondary voltages to meet the power needs of the connected equipment. Typical secondary voltage configurations include:
  • 400 V, 480 V, 690 V, or others based on the specific voltage requirements for the load.
• Power Rating: The 2TFH100084R1001 can be customized for a range of power ratings, typically from 500 kVA to several MVA (Mega Volt-Amps), depending on the needs of the application.
• ONAN (Oil Natural, Air Natural): Standard cooling for medium-sized transformers, where natural circulation of oil and air is used for cooling. This is a cost-effective solution for normal operational conditions.
• ONAF (Oil Natural, Air Forced): This configuration uses forced air to enhance the cooling effect, making it suitable for transformers under higher load conditions or in environments with high ambient temperatures.
• OFAF (Oil Forced, Air Forced): For larger transformers or high-demand applications, the OFAF system uses both forced oil and forced air cooling, allowing the transformer to handle significantly higher loads or operate in extreme environments.
• Custom Cooling Configurations: ABB can provide oil-to-water cooling systems or other advanced cooling technologies for special applications, such as offshore installations or high-performance energy systems.
• On-Load Tap Changer (OLTC): This allows for dynamic voltage adjustment under load conditions, which is ideal for maintaining voltage stability in areas where power demand fluctuates.
• Off-Load Tap Changer: For applications where the transformer is not subject to frequent load variations, an off-load tap changer allows for voltage adjustment when the transformer is offline.
• Tap Range: The range of tap adjustments can be customized, typically from ±2.5% to ±10% or more, depending on the voltage stability requirements of the application.
• Mineral Oil: Standard insulation oil offering good electrical insulating properties and cooling.
• Biodegradable Ester Oils: For environmentally sensitive applications, ABB offers natural ester or synthetic ester oils that are biodegradable and non-toxic. These oils offer better performance in case of leaks and are used in areas with stringent environmental regulations.
• Fire-Resistant Oils: For high-risk or hazardous locations, ABB offers fire-resistant insulating oils (e.g., HFA, HFB) for increased safety.
• Buchholz Relay: This safety device detects the buildup of gas or oil leaks inside the transformer, providing early warning of internal faults.
• Pressure Relief Valve: Installed to protect the transformer from excessive pressure caused by internal faults such as short circuits.
• Temperature Sensors (RTDs): These sensors monitor the temperature of the oil and windings, ensuring the transformer stays within safe operating limits. Remote monitoring can also be provided.
• Overcurrent and Earth Fault Protection: ABB offers advanced protection systems to detect overcurrent conditions, earth faults, and other abnormal operating scenarios to protect both the transformer and the connected load.
• Seismic Resistance: For installations in earthquake-prone areas, the 2TFH100084R1001 can be designed to meet seismic standards to ensure the transformer can withstand ground shaking and remain functional during and after an earthquake.
• Vibration Resistance: For installations subject to high mechanical stress or vibrations, such as in mining or heavy industrial settings, ABB can customize the transformer to withstand mechanical shock and vibrations.
• Heavy Duty Design: The transformer can be reinforced for extreme environments, including those with high temperatures, high humidity, or corrosive atmospheres.
• Compact Design: For space-constrained installations, ABB can provide compact transformers designed to occupy minimal space while still delivering optimal performance.
• Enclosures: The transformer can be fitted with weatherproof or explosion-proof enclosures for use in hazardous locations or extreme weather conditions.
• Outdoor and Indoor Configurations: Depending on the site and application, ABB can design the transformer for both outdoor and indoor installations, ensuring proper protection and efficient cooling.
• Low Noise Design: If the transformer is to be installed in residential areas or other noise-sensitive locations, ABB can provide low noise transformers. These transformers are designed to operate at sound levels below 60 dB under load.
• Soundproofing Options: For areas with stricter noise regulations, ABB can add soundproofing materials to the transformer enclosure, further reducing noise levels.
• SCADA Integration: ABB can integrate the transformer with Supervisory Control and Data Acquisition (SCADA) systems, enabling real-time monitoring and control of key transformer parameters like voltage, temperature, and load. This is particularly useful for utility grids or large-scale industrial applications.
• IoT (Internet of Things): For advanced monitoring, ABB can incorporate IoT-enabled sensors, providing remote diagnostics and predictive maintenance capabilities through cloud-based platforms. This ensures proactive maintenance and reduces downtime.
• Integrated Protection Relays: For enhanced fault detection and response, the transformer can be customized with integrated protection relays, allowing for fast response to abnormal conditions and improving system reliability.
• Eco-friendly Design: ABB focuses on environmentally friendly designs, including the use of biodegradable oils, non-toxic materials, and recyclable components. This helps reduce the environmental impact of the transformer during operation and disposal.
• Regulatory Compliance: The transformer can be customized to meet local regulatory standards, including IEC, ANSI, IEEE, and other regional standards for safety, environmental impact, and operational efficiency.
• Custom Labels: The transformer can be provided with specific labels or signage to meet regulatory, safety, or operational requirements.
• Test Reports and Documentation: ABB provides customized testing for each transformer to ensure that it meets all operational, safety, and performance criteria. Test certificates and commissioning documentation can be tailored to reflect the specific configuration and requirements of the installation.

Support and Services:2TFH100084R1001

Our industrial servo drives are designed to provide high-performance control of rotary servo motors. We offer a range of technical support and services to ensure that our customers get the most out of their servo drives, including:

• Installation and configuration assistance
• Comprehensive documentation and user manuals
• Diagnostic tools to aid in troubleshooting
• Remote technical support via phone or email
• On-site repair and maintenance services
• Upgrades and retrofits to keep your servo drives up-to-date

Our team of experienced engineers and technicians is dedicated to providing the highest level of customer service and technical expertise. Contact us to learn more about our technical support and services for industrial servo drives.