2/3/4 NKVE MCE/P CONSTANT PRESSURE SETS WITH MCE/P MULTI INVERTER SYSTEM ON THE PUMP TECHNICAL DATA

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1 MCE/ GE 167 2/3/4 NKVE MCE/ CONSTNT RESSURE SETS WIT MCE/ MULTI INVERTER SYSTEM ON TE UM TECNICL DT Line voltage: 4V three phase Voltage of electric pup: 4V three phase ower frequency: 5-6 z stallation: vertical only Operating range: fro 4 to 28 3 /h uped liquid teperature range: fro C to 8 C Maxiu abient teperature: 4 C Max pressure: 14bar uped liquid: clean, free fro solids. ressure regulation range: 3 to 14 bar. rotection class: I55 LICTIONS The sets with on-board inverter have been designed and anufactured to eet the constant pressure requireents of odern syste engineering solutions. The constant pressure adjustent is a requireent in the ost varied sectors: Water pipelines, Irrigation, dustry, otel, Residential building, Spas. The fundaental concept that has driven our Engineers in developing these pups sets, was to offer a siple to use, flexible, and extreely reliable product. Differently fro traditional fixed speed pups, inverter driven pups give the possibility to adapt the perforance curve to the needs of the syste. the ost classic case, inverter driven pups are used to aintain constant pressure in the syste against variations in the requested flow rate, avoiding pressure fluctuations caused by sall flow rate variations. DVNTGES OF USE Operating pressure stability Excellent energy savings (up to 6 % ) Reduced haering effects Reduced space requireents Less aintenance Reduced pup wear Less power factor correction required Less water consuption tegrated protections. CONSTRUCTION FETURES The sets with MCE/ inverters are built in the standard version with two, three, or four centrifugal electric pups, copletely assebled on galvanised steel base, tested and ready (one 18 liters expansion tank for each pup) for installation. Coplete with isolator and check valves for each pup, suction and delivery anifolds, expansion vessels, pressure sensor, on-pup inverter, protection control unit. (possibility of optional flow sensor for pressure control). MULTI INVERTER SYSTEM WIT ON-UM MCE/ The inverter continuously adjusts the rotation speed of the electric pup, keeping the pressure constant, even when the flow rate varies. The other electric pups, also with variable speed, are activated in cascade aer the first one has reached axiu speed. Through odulation, they copensate the pressure fluctuations of the syste. For every operating cycle, it is possible to switch the restart to a different pup, therefore ensuring even use of all electric pups. It is possible to set operation ties for each individual pup, switching to another pup aer such set ties. The "S" pressure can be adjusted by the user using the "+" and "-" keys found on the MCE/ (as a rule, all the pups are set to the sae pressure value). With the new MCE/, it is sufficient to set the data on one of the devices, and it will be autoatically propagated to the other pups of the syste. ELECTRIC COMONENTS SULIED MCE/ inverter with the following features: bnoral voltage protection. djustable aperoetric protection. Dry run protection (without iniu anoeter). Output phases short circuit protection. Overteperature and overvoltage protection. nti-seizing and anti-freeze functions. ressure sensor fault. Theral agnetic protection control unit (siplified connection). ressure sensor on the delivery anifold. DB UMS reserves the right to ake odifications without notice 3

2 2 NKVE 1 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 26 3 /h ka /14 Q US gp Q IM gp / /1 1/ /8 1/ /6 2 1/ Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TWO pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 2 NKVE 1/5 T MCE3/ 3 x 4V 5z 2x2.2 2x3 2x4.9 MCE3/ , 2 NKVE 1/6 T MCE3/ 3 x 4V 5z 2x2.2 2x3 2x5.4 MCE3/ NKVE 1/7 T MCE3/ 3 x 4V 5z 2x3 2x4 2x7.37 MCE3/ NKVE 1/8 T MCE3/ 3 x 4V 5z 2x3 2x4 2x7.37 MCE3/ NKVE 1/9 T MCE3/ 3 x 4V 5z 2x3 2x4 2x7.37 MCE3/ NKVE 1/1 T MCE3/ 3 x 4V 5z 2x4 2x5.5 2x1.1 MCE3/ NKVE 1/12 T MCE55/ 3 x 4V 5z 2x4 2x5.5 2x1.1 MCE55/ NKVE 1/14 T MCE55/ 3 x 4V 5z 2x5.5 2x7.5 2x13.1 MCE55/ MX B B1 C 1 2 MX DN DNM CKING DIMENSIONS L/ L/B 2 NKVE 1/5 T MCE3/ /2 2 1/ NKVE 1/6 T MCE3/ /2 2 1/ NKVE 1/7 T MCE3/ /2 2 1/ NKVE 1/8 T MCE3/ /2 2 1/ NKVE 1/9 T MCE3/ /2 2 1/ NKVE 1/1 T MCE55/ /2 2 1/ NKVE 1/12 T MCE55/ /2 2 1/ NKVE 1/14 T MCE55/ /2 2 1/ WEIGT DB UMS reserves the right to ake odifications without notice 4

3 2 NKVE 15 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 48 3 /h ka /1 Q US gp Q IM gp / /8 15/ / /5 15/ / Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TWO pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 2 NKVE 15/3 T MCE3/ 3 x 4V 5z 2x3 2x4 2x7.37 MCE3/ NKVE 15/4 T MCE3/ 3 x 4V 5z 2x4 2x5.5 2x1.1 MCE3/ NKVE 15/5 T MCE55/ 3 x 4V 5z 2x4 2x5.5 2x1.1 MCE55/ NKVE 15/6 T MCE55/ 3 x 4V 5z 2x5.5 2x7.5 13,1 MCE55/ NKVE 15/7 T MCE55/ 3 x 4V 5z 2x5.5 2x7.5 2x13.1 MCE55/ NKVE 15/8 T MCE55/ 3 x 4V 5z 2x7.5 2x1 2x17.6 MCE55/ NKVE 15/9 T MCE55/ 3 x 4V 5z 2x7.5 2x1 2x17.6 MCE55/ NKVE 15/1 T MCE11/ 3 x 4V 5z 2x11 2x15 2x25.5 MCE11/ MX B B1 C 1 2 MX DN DNM CKING DIMENSIONS L/ L/B 2 NKVE 15/3 T MCE3/ NKVE 15/4 T MCE3/ NKVE 15/5 T MCE55/ NKVE 15/6 T MCE55/ NKVE 15/7 T MCE55/ NKVE 15/8 T MCE55/ NKVE 15/9 T MCE55/ NKVE 15/1 T MCE11/ WEIGT DB UMS reserves the right to ake odifications without notice 5

4 2 NKVE 2 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 58 3 /h Q US gp ka /1 2/9 2/8 Q IM gp /7 2/6 2/ / / Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TWO pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 2 NKVE 2/3 T MCE3/ 3 x 4V 5z 2x4 2x5.5 2x1.1 MCE3/ NKVE 2/4 T MCE55/ 3 x 4V 5z 2x5.5 2x7.5 2x13.1 MCE55/ NKVE 2/5 T MCE55/ 3 x 4V 5z 2x5.5 2x7.5 2x13.1 MCE55/ NKVE 2/6 T MCE55/ 3 x 4V 5z 2x7.5 2x1 2x17.6 MCE55/ NKVE 2/7 T MCE55/ 3 x 4V 5z 2x7.5 2x1 2x17.6 MCE55/ NKVE 2/8 T MCE11/ 3 x 4V 5z 2x11 2x15 2x25.5 MCE11/ NKVE 2/9 T MCE11/ 3 x 4V 5z 2x11 2x15 2x25.5 MCE11/ NKVE 2/1 T MCE11/ 3 x 4V 5z 2x11 2x15 2x25.5 MCE11/ MX B B1 C 1 2 MX DN DNM CKING DIMENSIONS L/ L/B 2 NKVE 2/3 T MCE3/ NKVE 2/4 T MCE55/ NKVE 2/5 T MCE55/ NKVE 2/6 T MCE55/ NKVE 2/7 T MCE55/ NKVE 2/8 T MCE11/ NKVE 2/9 T MCE11/ NKVE 2/1 T MCE11/ WEIGT DB UMS reserves the right to ake odifications without notice 6

5 2 NKVE 32 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 9 3 /h Q US gp ka /6 Q IM gp DN C B DNM /5 32/5-2 32/4 32/3 32/3-2 32/ Q 3 /h Q l/s 25 3, Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TWO pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 2 NKVE 32/2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 9 4,8 4 2 NKVE 32/3-2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 9 6, 5 2 NKVE 32/3 T MCE 4-5 3x4 5-6z 2x7,5 2x1 2x17,6 MCE11/ 9 7,3 6 2 NKVE 32/4 T MCE 4-5 3x4 5-6z 2x11 2x15 2x25,5 MCE11/ 9 9,8 8 2 NKVE 32/5-2 T MCE 4-5 3x4 5-6z 2x11 2x15 2x25,5 MCE11/ 9 1,9 9 2 NKVE 32/5 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ 9 12,2 1 2 NKVE 32/6 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ 9 14,6 12 B C 1 2 DN DNM CKING DIMENSIONS L/ L/B WEIGT 2 NKVE 32/2 T MCE NKVE 32/3-2 T MCE NKVE 32/3 T MCE NKVE 32/4 T MCE NKVE 32/5-2 T MCE NKVE 32/5 T MCE NKVE 32/6 T MCE DB UMS reserves the right to ake odifications without notice 7

6 2 NKVE 45 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 14 3 /h Q US gp ka / Q IM gp 35 3 DN C B DNM / /2 45/ Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TWO pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 2 NKVE 45/2-2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 14 3,8 3 2 NKVE 45/2 T MCE 4-5 3x4 5-6z 2x7,5 2x1 2x17,6 MCE11/ 14 4,8 4 2 NKVE 45/3 T MCE 4-5 3x4 5-6z 2x11 2x15 2x25,5 MCE11/ 14 7,3 6,5 2 NKVE 45/4 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ 14 9,7 8,5 B C 1 2 DN DNM CKING DIMENSIONS L/ L/B WEIGT 2 NKVE 45/2-2 T MCE NKVE 45/2 T MCE NKVE 45/3 T MCE NKVE 45/4 T MCE DB UMS reserves the right to ake odifications without notice 8

7 3 NKVE 1 - MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 39 3 /h ka /14 Q US gp Q IM gp / /1 1/ /8 1/ /6 2 1/ Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TREE pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 3 NKVE 1/5 T MCE15/ 3 x 4V 5z 3x2.2 3x3 3x4.9 MCE15/ NKVE 1/6 T MCE15/ 3 x 4V 5z 3x2.2 3x3 3x5.4 MCE15/ NKVE 1/7 T MCE3/ 3 x 4V 5z 3x3 3x4 3x7.37 MCE3/ NKVE 1/8 T MCE3/ 3 x 4V 5z 3x3 3x4 3x7.37 MCE3/ NKVE 1/9 T MCE3/ 3 x 4V 5z 3x3 3x4 3x7.37 MCE3/ NKVE 1/1 T MCE3/ 3 x 4V 5z 3x4 3x5.5 3x1.1 MCE3/ NKVE 1/12 T MCE55/ 3 x 4V 5z 3x4 2x5.5 3x1.1 MCE55/ NKVE 1/14 T MCE55/ 3 x 4V 5z 3x5.5 3x7.5 3x13.1 MCE55/ MX B B1 C 1 2 MX DN DNM CKING DIMENSIONS L/ L/B 3 NKVE 1/5 T MCE15/ NKVE 1/6 T MCE15/ NKVE 1/7 T MCE3/ NKVE 1/8 T MCE3/ NKVE 1/9 T MCE3/ NKVE 1/1 T MCE3/ NKVE 1/12 T MCE55/ NKVE 1/14 T MCE55/ WEIGT DB UMS reserves the right to ake odifications without notice 9

8 3 NKVE 15 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 72 3 /h Q US gp ka Q IM gp / / /8 15/ / /5 15/ / Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TREE pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 3 NKVE 15/3 T MCE3/ 3 x 4V 5z 3x3 3x4 3x7.37 MCE3/ NKVE 15/4 T MCE3/ 3 x 4V 5z 3x4 3x5.5 3x1.1 MCE3/ NKVE 15/5 T MCE55/ 3 x 4V 5z 3x4 3x5.5 3x1.1 MCE55/ NKVE 15/6 T MCE55/ 3 x 4V 5z 3x5.5 3x7.5 3X13.1 MCE55/ NKVE 15/7 T MCE55/ 3 x 4V 5z 3x5.5 3x7.5 3x13.1 MCE55/ NKVE 15/8 T MCE55/ 3 x 4V 5z 3x7.5 3x1 3x17.6 MCE55/ NKVE 15/9 T MCE55/ 3 x 4V 5z 3x7.5 3x1 3x17.6 MCE55/ NKVE 15/1 T MCE11/ 3 x 4V 5z 3x11 3x15 3x25.5 MCE11/ MX B B1 C 1 2 MX DN DNM CKING DIMENSIONS L/ L/B 3 NKVE 15/3 T MCE3/ NKVE 15/4 T MCE3/ NKVE 15/5 T MCE55/ NKVE 15/6 T MCE55/ NKVE 15/7 T MCE55/ NKVE 15/8 T MCE55/ NKVE 15/9 T MCE55/ NKVE 15/1 T MCE11/ WEIGT DB UMS reserves the right to ake odifications without notice 1

9 3 NKVE 2 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 87 3 /h ka Q US gp Q IM gp 5 2/1 2/9 4 2/ / /6 2/ / / Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TREE pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL [KW] [] [] MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 3 NKVE 2/3 T MCE3/ 3 x 4V 5z 3x4 3x5.5 3x1.1 MCE3/ NKVE 2/4 T MCE55/ 3 x 4V 5z 3x5.5 3x7.5 3x13.1 MCE55/ NKVE 2/5 T MCE55/ 3 x 4V 5z 3x5.5 3x7.5 3x13.1 MCE55/ NKVE 2/6 T MCE55/ 3 x 4V 5z 3x7.5 3x1 3x17.6 MCE55/ NKVE 2/7 T MCE55/ 3 x 4V 5z 3x7.5 3x1 3x17.6 MCE55/ NKVE 2/8 T MCE11/ 3 x 4V 5z 3x11 3x15 3x25.5 MCE11/ NKVE 2/9 T MCE11/ 3 x 4V 5z 3x11 3x15 3x25.5 MCE11/ NKVE 2/1 T MCE11/ 3 x 4V 5z 3x11 3x15 3x25.5 MCE11/ MX B B1 C 1 2 MX DN DNM CKING DIMENSIONS L/ L/B 3 NKVE 2/3 T MCE3/ NKVE 2/4 T MCE55/ NKVE 2/5 T MCE55/ NKVE 2/6 T MCE55/ NKVE 2/7 T MCE55/ NKVE 2/8 T MCE11/ NKVE 2/9 T MCE11/ NKVE 2/1 T MCE11/ WEIGT DB UMS reserves the right to ake odifications without notice 11

10 3 NKVE 32 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: /h Q US gp ka Q IM gp /6 45 DN C B DNM /5 32/5-2 32/4 32/3 32/3-2 32/ Q 3 /h Q l/s 25 3, Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TREE pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 3 NKVE 32/2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 135 4,8 4 3 NKVE 32/3-2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 135 6, 5 3 NKVE 32/3 T MCE x 4V 5z 2x7,5 2x1 2x17,6 MCE11/ 135 7,3 6 3 NKVE 32/4 T MCE x 4V 5z 2x11 2x15 2x25,5 MCE11/ 135 9,8 8 3 NKVE 32/5-2 T MCE x 4V 5z 2x11 2x15 2x25,5 MCE11/ 135 1,9 9 3 NKVE 32/5 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ ,2 1 3 NKVE 32/6 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ ,6 12 B C 1 2 DN DNM CKING DIMENSIONS L/ L/B WEIGT 3 NKVE 32/2 T MCE NKVE 32/3-2 T MCE NKVE 32/3 T MCE NKVE 32/4 T MCE NKVE 32/5-2 T MCE NKVE 32/5 T MCE NKVE 32/6 T MCE DB UMS reserves the right to ake odifications without notice 12

11 3 NKVE 45 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 21 3 /h Q US gp ka / Q IM gp 35 3 DN C B DNM / /2 45/ Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account TREE pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 3 NKVE 45/2-2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 21 3,8 3 3 NKVE 45/2 T MCE 4-5 3x4 5-6z 2x7,5 2x1 2x17,6 MCE11/ 21 4,8 4 3 NKVE 45/3 T MCE x 4V 5z 2x11 2x15 2x25,5 MCE11/ 21 7,3 6,5 3 NKVE 45/4 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ 21 9,7 8,5 B C 1 2 DN DNM CKING DIMENSIONS L/ L/B WEIGT 3 NKVE 45/2-2 T MCE NKVE 45/2 T MCE NKVE 45/3 T MCE NKVE 45/4 T MCE DB UMS reserves the right to ake odifications without notice 13

12 4 NKVE 1 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 52 3 /h ka Q US gp Q IM gp / / /1 1/ /8 1/ /6 2 1/ Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account FOUR pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 4NKVE 1/5 T MCE x 4V 5z 4x2.2 4x3 4x4.9 MCE15/ NKVE 1/6 T MCE x 4V 5z 4x2.2 4x3 4x5.4 MCE15/ NKVE 1/7 T MCE x 4V 5z 4x3 4x4 4x7.37 MCE3/ NKVE 1/8 T MCE x 4V 5z 4x3 4x4 4x7.37 MCE3/ NKVE 1/9 T MCE x 4V 5z 4x3 4x4 4x7.37 MCE3/ NKVE 1/1 T MCE x 4V 5z 4x4 4x5.5 4x1.1 MCE3/ NKVE 1/12 T MCE x 4V 5z 4x4 4x5.5 4x1.1 MCE55/ B C 1 2 MX DN DNM CKING DIMENSIONS L/ L/B 4 NKVE 1/5 T MCE NKVE 1/6 T MCE NKVE 1/7 T MCE NKVE 1/8 T MCE NKVE 1/9 T MCE NKVE 1/1 T MCE NKVE 1/12 T MCE WEIGT DB UMS reserves the right to ake odifications without notice 14

13 4 NKVE 15 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 96 3 /h ka /1 Q US gp Q IM gp / /8 15/ / /5 15/ / Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account FOUR pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM MX FLOW RTE OBTINBLE 3 /h STNDRD 4NKVE 15/3 T MCE x 4V 5z 4x3 4x4 4x7.37 MCE3/ NKVE 15/4 T MCE x 4V 5z 4x4 4x5.5 4x1.1 MCE3/ NKVE 15/5 T MCE x 4V 5z 4x4 4x5.5 4x1.1 MCE55/ NKVE 15/6 T MCE x 4V 5z 4x5.5 4x7.5 4x13.1 MCE55/ NKVE 15/7 T MCE x 4V 5z 4x5.5 4x7.5 4x13.1 MCE55/ NKVE 15/8 T MCE x 4V 5z 4x7.5 4x1 4x17.6 MCE55/ NKVE 15/9 T MCE x 4V 5z 4x7.5 4x1 4x17.6 MCE55/ NKVE 15/1 T MCE x 4V 5z 4x11 4x15 4x25.5 MCE11/ B C 1 2 DN DNM CKING DIMENSIONS WEIGT L/ L/B 4 NKVE 15/3 T MCE NKVE 15/4 T MCE NKVE 15/5 T MCE NKVE 15/6 T MCE NKVE 15/7 T MCE NKVE 15/8 T MCE NKVE 15/9 T MCE NKVE 15/1 T MCE DB UMS reserves the right to ake odifications without notice 15

14 4 NKVE 2 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: /h ka Q US gp Q IM gp 5 2/1 2/9 4 2/ /7 2/6 2/ / / Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account FOUR pups working at the sae tie. UM+INVERTER 2 NOMINL MCE/ MXIMUM MX OWER INUT FLOW RTE OBTINBLE 3 /h STNDRD 4NKVE 2/3 T MCE x 4V 5z 4x4 4x5.5 4x1.1 MCE3/ NKVE 2/4 T MCE x 4V 5z 4x5.5 4x7.5 4x13.1 MCE55/ NKV 2/5 T MCE x 4V 5z 4x5.5 4x7.5 4x13.1 MCE55/ NKVE 2/6 T MCE x 4V 5z 4x7.5 4x1 4x17.6 MCE55/ NKVE 2/7 T MCE x 4V 5z 4x7.5 4x1 4x17.6 MCE55/ NKVE 2/8 T MCE x 4V 5z 4x11 4x15 4x25.5 MCE11/ NKVE 2/9 T MCE x 4V 5z 4x11 4x15 4x25.5 MCE11/ NKVE 2/1 T MCE x 4V 5z 4x11 4x15 4x25.5 MCE11/ B C 1 2 DN DNM CKING DIMENSIONS WEIGT L/ L/B 4 NKVE 2/3 T MCE NKVE 2/4 T MCE NKVE 2/5 T MCE NKVE 2/6 T MCE NKVE 2/7 T MCE NKVE 2/8 T MCE NKVE 2/9 T MCE NKVE 2/1 T MCE DB UMS reserves the right to ake odifications without notice 16

15 4 NKVE 32 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 18 3 /h Q US gp ka /6 Q IM gp DN C B DNM /5 32/5-2 32/4 32/3 32/3-2 32/ Q 3 /h Q l/s 25 3, Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account FOUR pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 4 NKVE 32/2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 18 4,8 4 4 NKVE 32/3-2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 18 6, 5 4 NKVE 32/3 T MCE 4-5 3x4 5-6z 2x7,5 2x1 2x17,6 MCE11/ 18 7,3 6 4 NKVE 32/4 T MCE 4-5 3x4 5-6z 2x11 2x15 2x25,5 MCE11/ 18 9,8 8 4 NKVE 32/5-2 T MCE 4-5 3x4 5-6z 2x11 2x15 2x25,5 MCE11/ 18 1,9 9 4 NKVE 32/5 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ 18 12,2 1 4 NKVE 32/6 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ 18 14,6 12 B C 1 2 DN DNM CKING DIMENSIONS L/ L/B WEIGT 4 NKVE 32/2 T MCE NKVE 32/3-2 T MCE NKVE 32/3 T MCE NKVE 32/4 T MCE NKVE 32/5-2 T MCE NKVE 32/5 T MCE NKVE 32/6 T MCE DB UMS reserves the right to ake odifications without notice 17

16 4 NKVE 45 -MCE/ - CONSTNT RESSURE BOOSTER SETS uped liquid teperature range: fro -15 C to +8 C - Maxiu abient teperature: +4 C - Max flow rate: 28 3 /h Q US gp ka Q IM gp /4 3 DN DNM /3 25 C B /2 45/ Q 3 /h Q l/s Q l/in The perforance curves are based on kineatic viscosity values = 1 2 /s and density equal to 1 / 3. Curve tolerance according to ISO 996. Overall perforance taking into account FOUR pups working at the sae tie. UM+INVERTER OWER INUT 2 NOMINL MCE/ MXIMUM FLOW RTE 3 /h MX OBTINBLE STNDRD 4 NKVE 45/2-2 T MCE 4-5 3x4 5-6z 2x5,5 2x7,5 2x13,1 MCE55/ 28 3,8 3 4 NKVE 45/2 T MCE 4-5 3x4 5-6z 2x7,5 2x1 2x17,6 MCE11/ 28 4,8 4 4 NKVE 45/3 T MCE 4-5 3x4 5-6z 2x11 2x15 2x25,5 MCE11/ 28 7,3 6,5 4 NKVE 45/4 T MCE 4-5 3x4 5-6z 2x15 2x2 2x34 MCE15/ 28 9,7 8,5 B C 1 2 DN DNM CKING DIMENSIONS L/ L/B WEIGT 4 NKVE 45/2-2 T MCE NKVE 45/2 T MCE NKVE 45/3 T MCE NKVE 45/4 T MCE DB UMS reserves the right to ake odifications without notice 18