Products
Q Sine Offers Power Quality Enhancement & Power Continuity Solutions
DC Power Supply
We offer 48V DC Output with Various input Voltage combinations.
- Converts AC voltage to regulated DC voltage
- Low Power Loss and Noise free
- Available in different Voltage and Current ratings
Products from Q sine
Q Sine offers power quality enhancement & power continuity solutions
Industries we serve
Manufacturing
Automobile
Foundry
Hospitals
Packaging
Sugar Mills
Pharma
Datacenters
Textiles
FMCG
Agro Industries
Metal, Mineral & Mines
Case Studies
Sandvik Asia, Pune (End User)
- Load Details : Industrial machines
- Before condition : Initially Current THD was observed to be 15%.
- Solution / Proposal : Proposed 100 Amp AHF - 2 units
- After Solution : Current THD reduced to 6%
Sagar Manufacturers Pvt Ltd (SMPL), Bhopal
- Load Details : Spinning mill machines
- Before condition : Initially Current THD was observed to be 15%
- Solution / Proposal : Proposed 150 Amp AHF - 5 units and 300 Amp AHF - 6 units
- After Solution : Current THD reduced to 7%
Fresenius kabi India Pvt. Ltd, Pune
- Load Details : Machines Application (Pharma)
- Before condition : Power factor was a major concern which was about 0.97
- Solution / Proposal :Proposed 510 KVAR Hybrid panel with 400 KVAR RTPFC & 110 KVAR lead / lag step less power factor correction ( SVG ) Panel
- After Solution : PF improved to 0.995
Sampada Paper Mill, Sangli
- Load Details : Craft paper mill machines
- Before condition :Initially Current THD was observed to be 18% & VTHD 3.2%
- Solution / Proposal : Proposed 200 Amp AHF unit
- After Solution : Current THD reduced to 7% & VTHD reduced to 2.5%
Yash Industries Maharashtra
- Load Details : CNC machines
- Before condition : Power factor concern
- Solution / Proposal : Active correction of PF by SVG
- After Solution : PF improved to 0.995
Kisan Agro, Maharashtra
- Load Details : VFD and motors
- Before condition : Harmonics & Power factor concern
- Solution / Proposal : Active correction of PF by SVG and Harmonics by AHF
- After Solution : PF improved to 0.995 & met IEEE 519:2014 standard for Harmonics