Submersible Pump KIRA NP Series. Quality products from Japan. Submersible pump, pump coated with corrosion-resistant epoxy of chemical waste water, Oil Lifter helps transport oil to nourish the seal set. In order to reduce the accumulated heat of the seal, motor protection system burns From accumulated heat In the event that the pump malfunctions Extend lifespan.
Application
– Wastewater treatment system in condominium, hospital, buildings and domestic usage.
– Wastewater treatment system in variety industries.
– Sanitary sewer pumping.
– Sewage treatment in farming.
– Hydraulic engineering and flood control.
– Any application that has solid object in water or need heavy duty pumping.
Product Feature
1. High Efficiency Dry Motor
All stator coils are insulated by quality varnish under the automatic production line. This ensures the best insulation and durability.
2. Mechanical Seal
All pumps are equipped with double mechanical seal. Strong abrasion resistant mechanical seal composes of best grade silicon carbide to ensure the best seal performance.
3. Epoxy Cable Base
All cables are seals firmly by rubber cup and filled with thick layer of epoxy resin at the cable entry. This expoxy resin prevents moisture entering through cable into motor caused by suction force in motor chamber.
4. Oil Lifter
An oil lifter is used in oil chamber to ensure continuous lubrication. This special parts prevent oil deficiency and burnt mechanical seal from whirlpool effect during pump operates. Not only it extend seal life, it helps cooling down shaft and give longer life of pump.
5. High Solids Epoxy Coating
High solids expoxy coating is used to provide good resistance to wastewater, water contain chemical* or sea water*. Expoxy coating reduces speed of corrosion and extends life span of pump * Resistance is up to mild level of chemical and sea water. Please consult your dealer for intense level liquid.
6. Food Grade Lubricant
All pumps are filled with non toxic lubricant to follow company philosophy “JUNSUI” or pure water for good environment. This lubricant is food grade FDA standard, eco friendly and low impact on aquaculture farming.
7. Cooling Jacket
From 22kW and up, pump comes with special jacket covering motor frame. Even though pump is all submerged, high power of motor create high heat during operation and shorten pump life. Cooling down is a key. When pump is operating, water goes to inlet and run between cooling jacket and motor frame to reduce temperature of motor before it is flused out.
8. Bearing Temperature Sensor (BTS)
To level up the extra care of pump, special sensor can be placed to monitor temperture of bearing. BTS must be connected to indicator of temperature control in control box*. When temp of bearing exceeds the pre-setting temp of indicator of temperature control, the relay switch will cut off power supply.
9. Motor Protector
The motor protector will be activated and cut power off automatically when motor run in abnormal electric current or temperature. This auto-cut protector will be self reset the motor when it returns to normal. The auto-cut protector is installed in the motor and no outside connection required. It is standard equipment in pump up to 7.5kW. From 20kW and up, motor thermal sensor (MTS) is applied. It is embedded in each phase of stator winding. When abnormal temperature is detected, this sensor will trip and relay switch in control box* will cut off the power supply.
10. Moisture Sensor (MS)
This special electrode sensor will detect water leakage into oil chamber. Its purpose to prevent mechanical seal damage or burnt from lack of lubrication ability. When water leakage is detected, the relay switch in control box will cut off power supply. This parts is standard component in pump from 20KW and up)
Detail (Discharge 2″-4″) | |||
Motor | Body | ||
Frequency | 50 / 60Hz | Impeller | Non-clog type (Channel, Semi open or Vortex) |
Phase | Three-phase (Single-phase upon request) | FC200 | |
Motor | Dry submersible induction motor | M.seal | Double mechanical seal |
2P (3,000 rpm)/ 4P (1,500 rpm) | CA/CE & SiC/SiC | ||
Insulation | Class B (up to 2.2kW)/ Class F (3.7 – 20kW) | Bearing | Ball type |
Protection | IP68 | Upper Cover | FC200 |
Motor Protection | Auto-cut protector (built-in) up to 7.5kW | Motor Frame | FC200 |
MTS from 11kW | Shaft | Stainless steel | |
Water Leak Protection | Moisture sensor from 11kW | Casing | FC200 |
Cable | VCT or PNCT or H07RN-F or SJOW/SOW |
Detail (Discharge 6-8″) | |||
Motor | Body | ||
Frequency | 50/ 60Hz | Impeller | Non-clog type (Channel) |
Phase | Three-phase | FC200 | |
Motor | Dry submersible induction motor | M.seal | Double mechanical seal |
4P (1,500 rpm)/ 6P (1,000 rpm) | CA/CE & SiC/SiC | ||
Insulation | Class F | Bearing | Ball type |
Protection | IP68 | Upper Cover | FC200 |
Motor Protection | MTS | Motor Frame | FC200 |
Water Leak Protection | Moisture sensor | Shaft | Stainless steel |
Casing | FC200 | ||
Cable | VCT or PNCT or H07RN- |
Model | A | D | H | Accessories | Guide Rail | Remark |
Elbow | ||||||
KIRA NP2.42-2S | 235 | 154 | 417 | BP-96 | – | Figure 1 |
KIRA NP2.4-2 | 235 | 154 | 417 | BP-96 | – | |
KIRA NP2.8-2S | 235 | 154 | 417 | BP-96 | – | |
KIRA NP2.8-2 | 235 | 154 | 417 | BP-96 | – | |
KIRA NP2.42-2S | 415 | 154 | 436 | – | TP-50 | Figure 2 |
KIRA NP2.4-2 | 415 | 154 | 436 | – | TP-50 | |
KIRA NP2.8-2S | 415 | 154 | 436 | – | TP-50 | |
KIRA NP2.8-2 | 415 | 154 | 436 | – | TP-50 | |
KIRA NP21.5-3S | 417 | 260 | 576 | BP-130 | – | Figure 3 |
KIRA NP21.5-3 | 417 | 260 | 576 | BP-130 | – | |
KIRA NP22.2-3 | 417 | 260 | 576 | BP-130 | – | |
KIRA NP21.5-3S | 582 | 260 | 660 | – | TP-80 | Figure 4 |
KIRA NP23.7-3 | 498 | 290 | 576 | BP-150A | – | Figure 5 |
KIRA NP25.5-4 | 596 | 345 | 689 | BP-175(145) | – | |
KIRA NP27.5-4 | 596 | 345 | 689 | BP-175(145) | – | |
KIRA NP211-4 | 596 | 345 | 729 | BP-175(145) | – | |
KIRA NP23.7-3 | 680 | 290 | 628 | – | TP-80D | Figure 6 |
KIRA NP411-6 | 850 | 476 | 989 | BP-240 | – | Figure 7 |
KIRA NP411-8 | 950 | 501 | 988 | BP-290 | – | |
KIRA NP415-8 | 950 | 501 | 988 | BP-290 | – | |
KIRA NP411-6 | 1035 | 476 | 1005 | – | TP-150 | Figure 8 |
KIRA NP411-8 | 1158 | 501 | 1027 | – | TP200 | |
KIRA NP415-8 | 1158 | 501 | 1027 | – | TP-200 | |
KIRA NP422-6 | 852 | 497 | 1021 | BP-240 (175) | – | Figure 9 |
KIRA NP422-6 | 1117 | 497 | 1053 | – | TP-150 (100) | Figure 10 |
KIRA NP422-8 | 932 | 512 | 1001 | BP-290 (240) | – | Figure 11 |
KIRA NP422-8 | 1157 | 512 | 1041 | – | TP-200E | Figure 12 |