Normally, the power factor of a discharge lighting circuit is between 0.6-0.85 depending on whether a power factor correction device (capacitor) is installed in the existing circuit or not.

Generally assuming that averagely, the power factor would be about 0.7, the capacity of each of the above four capacities (2, 3, 4.5 & 6 kVA) would be to cater to total loads of 700 Watts (0.7 kW), 1400 Watts (1.4 kW), 2100 Watts (2.1 kW), 3150 Watts (3.15 Kw) and 4200 Watts (4.2 kW) respectively.

It is generally a known fact that a normal T12 size FTL (Fluorescent Tube Light) consumes around 50 Watts (if fitted with a normal wire-wound choke) or around 44 Watts (if fitted with an electronic choke. Therefore all above 4 models would have capacities to address approx. 28, 42, 63 and 84 such FTLs if fitted with normal chokes and approx. 32, 48, 72 & 96 FTLs (if fitted with an electronic choke. (i.e. Capacity of MICROMIZER in watts divided by the wattage of each individual FTL).

Similarly, in case the particular facility has T8 type FTLs installed and which consume around 46 watts with normal choke and around 40 watts with electronic choke, the number of tube lights possible to be connected would be approx. 30, 45, 68 and 90 OR 35, 51, 76 and 102 respectively as explained in the earlier paragraph.
A similar calculation would indicate to the user about the capacity of MICROMIZER to be installed in case he is using other lighting devices like CFLs.

Note that the MICROMIZER is NOT SUITABLE for installation with T5 type FTL installations.
In the event of the lighting circuit being mixed up with other loads like Fans, then the capacity of the MICROMIZER should be decided by considering the total load INCLUDING LIGHTING AND FANS (Fan wattage to be considered as 70).

The manual model of MICROMIZER is equipped with a four-way switch to enable switching in BYPASS, SAVINGS and SUPER SAVINGS modes manually. Suitable LEDs are provided for visual indication of operation in different modes.
In addition, a SP MCB is provided to offer overload and short circuit protection.
An electronic meter is provided to indicate essential parameters of the electrical load being served by the MICROMIZER unit.
 

Normally, the power factor of a discharge lighting circuit is between 0.6-0.85 depending on whether a power factor correction device (capacitor) is installed in the existing circuit or not.

Generally assuming that averagely, the power factor would be about 0.7, the capacity of each of the above four capacities (2, 3, 4.5 & 6 kVA) would be to cater to total loads of 700 Watts (0.7 kW), 1400 Watts (1.4 kW), 2100 Watts (2.1 kW), 3150 Watts (3.15 Kw) and 4200 Watts (4.2 kW) respectively.

It is generally a known fact that a normal T12 size FTL (Fluorescent Tube Light) consumes around 50 Watts (if fitted with a normal wire-wound choke) or around 44 Watts (if fitted with an electronic choke. Therefore all above 4 models would have capacities to address approx. 28, 42, 63 and 84 such FTLs if fitted with normal chokes and approx. 32, 48, 72 & 96 FTLs (if fitted with an electronic choke. (i.e. Capacity of MICROMIZER in watts divided by the wattage of each individual FTL).

Similarly, in case the particular facility has T8 type FTLs installed and which consume around 46 watts with normal choke and around 40 watts with electronic choke, the number of tube lights possible to be connected would be approx. 30, 45, 68 and 90 OR 35, 51, 76 and 102 respectively as explained in the earlier paragraph.
A similar calculation would indicate to the user about the capacity of MICROMIZER to be installed in case he is using other lighting devices like CFLs.

Note that the MICROMIZER is NOT SUITABLE for installation with T5 type FTL installations.
In the event of the lighting circuit being mixed up with other loads like Fans, then the capacity of the MICROMIZER should be decided by considering the total load INCLUDING LIGHTING AND FANS (Fan wattage to be considered as 70).

The manual model of MICROMIZER is equipped with a four-way switch to enable switching in BYPASS, SAVINGS and SUPER SAVINGS modes manually. Suitable LEDs are provided for visual indication of operation in different modes.
In addition, a SP MCB is provided to offer overload and short circuit protection.
An electronic meter is provided to indicate essential parameters of the electrical load being served by the MICROMIZER unit.