Cost Effective Energy Saving Close Loop Control AC Drive /Frequency Inverter 0.4 to 3000kw- HD

  • Model NO.: V&T V5-H
  • Output Type: Triple
  • Switch Mode: PWM Control
  • Voltage of Power Supply: Low Voltage Variable-Frequency Drive
  • Nature of DC Power: Voltage Variable-Frequency Drive
  • Brand: V&T
  • Transport Package: Wood
  • Origin: China
  • Application: High-performance Transducer, Three Phase Transducer, General Transducer, High Frequency Converter Transducer
  • Principle of Work: Vector Control Transducer
  • Main Circuit Type: Voltage
  • Link of Transformation: AC-DC-AC Variable-Frequency Drive
  • Function: Simple Type, Elevator Special, Textile Special, Constant Torque Universal Type
  • Trademark: V&T
  • Specification: Unit
  • HS Code: 8504409999
V5-H Series high performance vector control inverter
For over two decades, various industry sectors have been reaping the benefits of V&T's cost-effective, performance-oriented AC Drive solutions. V&T's grasp of specific needs of each industry enables it to offer application-specific solutions for various industries-such as processing ,textile, plastic, ceramic ,pharmaceutical, elevator, oil& gas, power, cement and material-handling.
Main Features
1. Range:0.4 kW to 450kW
2. V/F Sensorless Vector Control, Slip Compensation
3. Staring Torque at 180% at 0.25 Hz for Sensorless Control
4. Component Life Monitor
5. Peer to Peer Communication to share I/Os
6. Built-in PLC logic
7. Multi Keypad
8. Stores last 5 faults
9. Built-in RS485 Modbus RTU Communication
About the Product
V5-H series vector control inverter adds a new dimension to V&T's AC drive solutions. Built to V&T's stringent quality standards, the V5-H is tested and certified to meet global benchmarks, giving you the assurance of total reliability. The V5-H is built to deliver powerful performance. It produces a starting torque of 180% at 0.5Hz, which provides better control at low-speed. Its compact size enables panel-size reduction, hence helps in space-efficient design.
Applications
1. Energy-saving central air conditioning;
2.  Plastic &Textile Machinery;
3. Energy-saving air compressor;          

4. Printing;
5. Fan & Pump / HVAC/AHU/Blowers machine /ID/FD Fan

6. Crane Control;           
7. Food & Packaging Industry;         
8. AHU Control.
 
Cost Effective Energy Saving Close Loop Control AC Drive /Frequency Inverter 0.4 to 3000kw- HD


Cost Effective Energy Saving Close Loop Control AC Drive /Frequency Inverter 0.4 to 3000kw- HD
 

Lithium Battery For Electric Transport Trolley

Why do Lithium batteries last longer than Lead-acid?
The nature of Lithium and the integrated Battery Management System (BMS), allow Lithium batteries to last five times longer than Lead-acid.
If you opened the casing (which we definitely don't recommend!), you would see that a Lithium battery consists of a number of individual power cells which are joined together to offer the required capacity (number of holes you can play). The Battery Management system is a really clever piece of kit (think of it as a mini computer), which performs a vital role in keeping the battery components safe, while allowing each power cell to discharge at an even rate. This system spreads the 'load' on the cells and reduces cell damage to maintain capacity for as long as possible.
Can I top-up my battery between rounds?
Another benefit of Lithium batteries is that they can take a 'top-up' charge. What does this mean? In practical terms, it means that it does not need a full charging cycle to 'top-up' the capacity (number of holes you can play). A common scenario would be a golfer who is playing 36 holes in a single day and decides to put their battery on charge between rounds. The capacity will be topped up for as long as the battery is on charge, which might come in VERY handy after a long and tiring day out on the links! This is very different from a traditional Lead-acid battery, which is only worth charging for a full cycle - that's a minimum of eight hours! In addition to this, a Lithium battery takes a speedy 4-5 hours to fully charge from empty - that's got to be good for your electricity bill!
Should I leave my battery on charge all the time?
No is the simple answer, because you really don't need to and it is always safer (plus greener) to leave appliances unplugged if possible!
Don't worry though - your Lithium battery and its dedicated charger are designed to 'switch off' once fully-charged to reduce the risk of continual charging and the potential for overheating. We therefore recommend waiting for the charger light to change from red to green, before switching off at the wall and unplugging the battery from the charger. This doesn't damage the battery and the battery will hold its charge until you next play.


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Shenzhen Zhifu New Energy Co., Ltd. , https://www.sunbeambattery.com

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