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Overview
- The dV/dT filter combines an inductor and parallel resistor network to mitigate both high frequency components and voltage spikes between the VFD and motor.
- The filter can mitigate the effects of reflected wave voltages greater than what a reactor alone can accomplish.
- The filter provides protection to the motor by slowing down the rate of voltage increase and minimizes the damaging peak voltages that occur within the motor’s windings and along the length of cables feeding the motor.
- Extends motor operational life
- Type 1 rated, 9 amperes, up to 600 volts
Specifications
Altitude | <1000 m |
Ambient Operating Temperature | -25C to 40C (suitable to 50C) Deg C |
Application | Designed for applications with long cables between the VFD and the motor |
Cooling | Natural Convection |
Current Rating | 9 A |
Enclosure | Type 1 |
Height | 5.5 in |
Inverter Operating Frequency | up to 60Hz |
Inverter Specification | Switching Frequency: 2kHz - 4kHz, Operating Frequency: up to 60Hz |
Inverter Switching Frequency | 2kHz - 4kHz |
Length | 6 IN |
Maximum Ambient Temperature | 40C (suitable to 50C) |
Minimum Ambient Temperature | -25C |
Mounting | Wall/Ceiling/Floor Mount |
NEC 480 HP | 5 |
NEC 600 HP | 7.5 |
NEMA Rating | Type 1 |
Peak Voltage | at Motor: 150% of DC bus voltage |
Special Features | Peak Voltage at Motor: 150% of DC bus voltage |
Standard | cUL |
System Voltage | up to 600V |
Voltage Rating | up to 600V |
Voltage Rating | 600 V |
Watts Loss | 175 |
Weight | 6 lbs |
Width | 8 in |
Package Dimensions (L x W x H) | 6 IN x 8 IN x 5.5 IN |
Package Dimensions (L x W x H) | 152.4 mm x 203.2 mm x 139.7 mm |
Package Weight (Imperial) | 6.000 L |
Package Weight (Metric) | 2.700 kg |
How to Install the dV/dT Filter
This guide provides step-by-step instructions for the installation and initial setup of the dV/dT filter, ensuring safe and proper operation.
Estimated time: 1h
Tools needed:
Screwdriver, Wire strippers, Multimeter
Supplies needed:
Mounting screws, Terminal connectors
- Inspect the dV/dT Filter
Immediately after receiving the dV/dT filter, inspect it for any transit damage and ensure it matches the shipping documents. If any damage is found, do not energize the unit and contact the manufacturer.
- Mount the Filter
Secure the dV/dT filter to a suitable surface using the provided mounting screws. Ensure that it is installed in a dry area with adequate ventilation and that it is level.
- Connect Wiring
Connect the filter's terminals A1, B1, and C1 to the output phases U, V, and W of the variable frequency drive. Connect terminals A2, B2, and C2 to T1, T2, and T3 of the motor. Ensure all connections are tight and secure.
- Ground the Filter
Ensure that the dV/dT filter is properly grounded according to local electrical codes. Verify that all ground connections are secure before proceeding.
- Perform Initial Checks
Before energizing the filter, check that all electrical connections are tight and that there are no signs of moisture. Use a multimeter to perform an insulation resistance test if moisture exposure is suspected.
- Energize the Filter
Once all checks are complete and the filter is confirmed to be dry, restore power to the dV/dT filter and monitor for any unusual sounds or behaviors.
Frequently Asked Questions about Hammond Power
What certifications and standards do Hammond Power products comply with?
Hammond Power products are certified to UL (Underwriters Laboratories) and CSA (Canadian Standards Association) standards in North America. Our products meet rigorous safety and performance requirements, with many items classified as UL Listed Products or Recognized Components. We also comply with international certifications including China Compulsory Certification (CCC), C-Tick for Australian EMC requirements, and ANCE for Mexico.
What is Hammond Power's warranty policy?
Hammond Power provides a standard one-year warranty on all products, covering defects in workmanship and materials. Products will be repaired or replaced free of charge if found defective upon factory inspection. The warranty does not cover damage from improper handling, incorrect application, or faulty installation.
What industries and applications are Hammond Power products used for?
Hammond Power products are engineered for critical industrial and commercial applications across multiple sectors, including petrochemical, mining, construction, renewable energy, e-mobility, power storage, and microgrids. Their comprehensive product range of dry-type transformers, power quality solutions, and magnetic components enables electrical distribution and electrification in diverse industrial environments worldwide.
What are the main product lines offered by Hammond Power?
Hammond Power Solutions offers a comprehensive range of dry-type and liquid-filled transformers for industrial and commercial applications. Their primary product lines include power transformers for renewable energy, e-mobility, data centers, microgrids, and industrial settings. The company provides both standard and custom-designed transformer solutions that are critical to electrical distribution networks across multiple industries.
What are the key features of Hammond Power products?
Hammond Power products feature advanced dry-type and liquid-filled transformers engineered for diverse industrial applications, with capabilities spanning renewable energy, e-mobility, data centers, microgrids, and industrial/commercial sectors. Key features include high-performance electrical steel laminations, windings available in copper or aluminum, advanced insulation systems (VPI or Cast Resin), Basic Impulse Level ranges from 10 kV to 250 kV, and custom design capabilities with over 3,000 unique transformer designs engineered annually.
What environmental ratings do Hammond Power products have?
Hammond Power offers industrial enclosures with comprehensive environmental ratings, including UL/cUL 508A ratings of Type 1, 2, 3, 4, 4X, 12, and 13. Their products meet IEC 60529 IP66 standards, providing robust protection against dust, water ingress, and harsh environmental conditions. Specific ratings vary by product series, with options ranging from indoor Type 1 enclosures to outdoor-rated Type 4X enclosures suitable for challenging industrial environments.
What technical support does Hammond Power offer?
Hammond Power Solutions provides comprehensive technical support through multiple channels. Customers can access technical resources via phone support in Canada, the United States, Mexico, and internationally, with toll-free numbers and regional contact points. Their technical team offers personalized assistance for custom design inquiries, helping customers find standard transformer and power solutions or develop specialized electrical products for various industrial applications.
What communication protocols do Hammond Power products support?
Hammond Power products support multiple industrial communication protocols, including Modbus RTU, PROFIBUS DP, PROFINET, EtherNet/IP, and CANopen. These protocols enable flexible connectivity across industrial automation platforms, supporting various network topologies and high-speed data transmission for comprehensive industrial control and monitoring applications.
What accessories are available for Hammond Power products?
Hammond Power offers a comprehensive range of accessories for industrial electrical components, including HME Series handles with key locking and padlocking options, door stop kits, light kit mounting brackets, and standard hardware like mounting screws and washers. These accessories are designed to enhance functionality and installation flexibility across their product lines.
How are Hammond Power products typically installed?
Hammond Power transformers are typically chassis-mounted using precise mounting hole centers and dimensions specific to each product series. Installation involves selecting the appropriate primary voltage configuration, securing the transformer to a mounting surface using the specified mounting holes, and connecting terminals according to the product's schematic. Most Hammond Power transformers feature multiple terminal options like solder or quick-connect terminals, allowing flexible and straightforward installation in industrial control and power distribution applications.