AIR COOLED - 62.5kVA
| Prime Rating at rated rpm ( as per ISO8528) |
kVA |
62.5
|
|
|
kW
|
50 |
||
| Genset Model |
KG1-62.5AS |
||
| Frequency |
Hz |
50 |
|
| Power factor |
lagging |
0.8 |
|
| Voltage |
V |
415(3Ø ) |
|
| Governing class ( As per ISO 8528 Part-V) |
G2 |
||
| Noise level |
dBA |
< 75 |
|
| Fuel Consumption* | At 100 % Load |
Ltrs/Hr |
16.2 |
| At 75 % Load |
12.7 |
||
| At 50 % Load |
8.9 |
||
| Fuel Tank Capacity |
Ltrs |
150 |
|
| Overall dimensions of genset (L x W x H)^ |
mm |
3150 X 1200 X 1635 |
|
| Dry weight of genset with canopy (approx..)^ |
Kg |
1700 |
|
| Wet weight of genset with canopy (approx..)^ |
Kg |
1825 |
|
| Electrical Battery starting voltage |
Volts-DC |
12 |
|
| ENGINE | |||
| Engine Model |
|
HA694TCI G1 |
|
| Rated output (Prime Continuous rating as per ISO 8528-1) |
kW |
61.0 |
|
|
HP |
83 |
||
| No. of cylinder |
Number |
6 |
|
| Cubic capacity 2 |
Ltrs |
5.65 |
|
| Bore x Stroke |
mm |
100 x 120 |
|
| Rated Speed |
RPM |
1500 |
|
| Aspiration |
NA/TC/TA |
TC |
|
| Lube Oil change period |
hrs. |
500 |
|
| Lube oil Sump Capacity |
Ltrs |
11.0 |
|
| Coolant Capacity |
Ltrs |
NA |
|
| ALTERNATOR | |||
| Insulation Class |
Class H |
||
| Alternator Efficiency (at 100% load) 0.8 pf** |
% |
91.0 |
|
| Max Voltage Dip at Full Load 0.8 pf Lag |
sec |
< 20 % |
|
| Max Time to build up rated voltage at Rated RPM | < 5 sec provided engine reach the rated speed | ||
For intermediate ratings, kindly contact nearest KOEL office
Notes
^ Tolerances Apply
*With 0.845 Specific Gravity of diesel ( 5 % Tolerance )
** Efficiency of Alternator as per standards IS 4722 and IEC 34-1 For Site Conditions other than standard operating conditions consult KOEL for available prime power.
‘Prime power’ is designed for Unlimited hours, as compared to 'Emergency stand-by' designed for 200 hours in a year. Prime rated Gensets also permit 10% temporary overloading. Users need to carefully select the Genset rating to meet their requirement. KOEL offers Prime power as standard offer. Contact KOEL for stand-by ratings.
Engine capacity (cc) plays a vital role in Genset performance. Higher engine capacity leads to a robust and stable Genset performance.
Higher engine capacity also enables Genset to respond quickly & positively to sudden load additions.
1. Canopy
2. Controller
3. Engine
4. Alternator
