Product Description
3 Phase Inverter(ALBS)
From technology leader comes another innovative product in the form of Three Phase Inverters. Kevin Power Solution Ltd. is proud to present their Three Phase Inverters (Automatic Lift Backup System) that are made as per international standards and are equipped with latest high tech technology. These three phase inverters have been a savior for industrial production houses as it ensures uninterrupted supply of power to them. This technological jewel from our inventory has given us place among the leading three phase inverter manufacturers and suppliers based in Mumbai.
ALBS (Automatic Lift Backup System)
Kevin ALBS is a Three Phase inverter specially designed to handle the heavy surge current of electric motors.
Kevin ALBS - Automatic Lift Backup System, is a 3 phase DSP Sine Wave Inverter designed to generate 3 phase 4 wire OUT PUT to support Lift/Elevators during utility failure. In addition to this, important loads like staircase, parking, compound & common light, security system can be run through this innovative product. KEVIN ALBS is a unique combination of DSP SINE WAVE 3 phase inverter, storage, battery charger and an electronics change over module.
The charger is an isolated boost, converts to provide Constant Voltage & Constant Current. It charges the batterybank whenever the utility supply is available.
The Inverter provides 3 PHASE 4 WIRE regulated SINEWAVE to the lift and other related load, utilizing theenergy stored in Battery Bank. The inverter is customized to handle high inrush current capable of driving motor loads such as Elevators, Water Pumps, Fire Pumps etc.
Kevin ALBS offers comprehensive solution to most critical application & incorporates an array of outstanding user friendly features keeping in mind the day to day needs and long term technical and commercial.
- 4 KVA FOR 72 VDC
- 5 KVA FOR 96 V DC
- 6 KVA FOR 180 V DC
- 8 KVA FOR 180 V DC
- 10 KVA FOR 180V DC
- 12 KVA FPR 180 & 240 V DC
- 15 KVA FOR 276 & 360VDC
- 20 KVA FOR 360 VDC
- 25KVA FOR 360 VDC
- 30 KVA FOR 360 VD
Other Lift Inverter - Use Electro-Mechanical contactor which creates sparks, hence poor reliability & less life.
- Low end Micro-controller based design, so the control is poor.
- No Automatic load sensing.
Kevin ALBS - Use Solid State Static Switches. Almost zero failure.
- High End DSP Based design. Fast control.
- Automatic load sensing. Will stop in Door Open condition at the time of Low Battery Protection.
WHY ALBS IS BETTER THAN DG SET | KEVIN AUTOMATIC LIFT BACK UP SYSTEM | DG SET |
| Automatic Controlled | Manual Controlled |
| Low Capital Investment Per KVA | High Capital Cost Per KVA |
| No Extra Accessories | Additional Cost For Auto Changeover, AMF Panel, Acoustic Cover Etc. |
| Battery Power Utilizes Only Power Consumption When The Load Is Applied Is Less On Less Load. | Diesel Consumption Irrespective Of Load |
| Noiseless Operation | High Acoustic Noise |
| Environment Friendly | Air And Sound Pollution |
| Space Required Is Less | Relative Larger Area Required |
| Operational Cast Fix During The Battery Life Span | Variable On Account Of Fluctuating Fuel Cast |
| No Fuel Storage License Required | Fuel Storage License Required |
| Built In Protection Like Over Load, Short Circuit, Over Voltage, Regulated Voltage& Frequency | No Such Built In Protection As Standard Feature |
| Built In Emergency Landing Facility | Not Available |
| No Wear And Tear | High Wear And Tear |
| Rating | 4 KVA To 40 KVA |
| Ac Input | 415/230volt(+50/-90 Volt) |
| Input Power Factor | >=.9 |
| Dc Voltage | 72/69/120/180/276/360 Volt Dc |
| Charger Type | ASCI |
| Charging Time | 10 Hours For 90% Full Battery Capacity |
| Inverter Technology | DSP Sine Wave |
| Out Put Voltage | 400 Volt/230 Volt Per Phase |
| Inverter Efficiency | > 90% |
| Over Load | 105% For 1 Hour |
| Harmonic Distortion | <3% |
| Crest Factor | 4:1 |
| Power Factor | 0.8 |
| Phase Displacement | 120o +- 1o |
| Change Over Time | Inv To Mains Less Then 50msec Mains As To Inverter 3 Sec |
| Audible Noise | Less Then 45 Db At 1 Meter |
| General Environment | (0oC To 50oC) Maximum 95%Non Condensing |
