NOVARSIS ELECTRIC INDIA SELF PRIMING MONOBLOCK PUMPS
M. BLOCK CODE | KW. | HP | PRICE |
---|---|---|---|
NSI MARK - I | 0.37 K.W. | 0.5 HP | --- |
NSI MARK - II | 0.37 K.W. | 0.5 HP | --- |
NSI MARK - III | 0.55 K.W. | 0.75 HP | --- |
NSI MARK - IV | 0.55 K.W. | 0.75 HP | --- |
NSI MARK - V | 0.75 K.W. | 1.0 HP | --- |
NSI MARK - VI | 0.75 K.W. | 1.0 HP | --- |
NSI MARK - VII | 0.75 K.W. | 1.0 HP | --- |
NSI MARK - VIII JAMBO | 1.1 K.W. | 1.5 HP | --- |
Industrial monoblock pumps are widely used in sectors such as agriculture, water management, and manufacturing. These motors are known for their compactness, reliability, and high-performance delivery. Monoblock motors are integrated units that connect the pump and motor without the need for separate coupling, reducing alignment issues and overall maintenance costs.
- Compact Design
- High Efficiency
- Durability
- Low Maintenance
- Versatile Application
SUBMERSIBLE PUMPS
K.W. | HP | PRICE |
---|---|---|
0.75 K.W. | 1.0*10 K4 | --- |
1.1 K.W. | 1.5*12 K4 | --- |
1.1 K.W. | 1.1*15 K4 | --- |
1.5 K.W. | 2.0*10 K5 | --- |
1.5 K.W. | 2.0*15 K4 | --- |
Power Range:
Monoblock motors are available in power capacities ranging from 0.5 HP to 25 HP, which translates approximately to 0.37 kW to 18.5 kW. This variety makes them suitable for small to medium-scale industrial applications, including irrigation, water supply, and industrial processes.
Phase Options:
- Single-phase: Designed for residential or smaller industrial applications where three-phase power is unavailable.
- Three-phase: Used in larger industrial setups for more efficient power transmission and higher performance.
Voltage Range:
- Single-phase: 180V to 250V.
- Three-phase: 380V to 440V. This voltage flexibility allows the motors to operate under a variety of power supply conditions in different regions and industrial setups.
Speed Options:
- 1440 RPM (ideal for moderate-speed applications requiring steady performance).
- 2880 RPM (for high-speed applications where faster flow rates or processing is necessary). The speed is determined by the specific application needs, such as the type of fluid being pumped or the required flow rate.