APPLICATIONS Designed and manufactured to meet the needs for constant pressure required by modern plumbing systems, such as : Domestic applications and light industry Washing systems Irrigation Rain water utility Well water supply (borehole pumps)

DOMESTIC APPLICATIONS

PLUS Comfort Constant pressure No hammering Eliminate overpressure Easy to use Installation driven by a wizard Easy maintenance Easy replacement flow valve Energy saving up to 65% Environment protection : reduced CO2 emission Less maintenance Long life for the pump

p = CONSTANT Q = VARIABLE CONSTANT PRESSURE FEATURE It’s a system that allows to have a: WITH p = CONSTANT Q = VARIABLE And this is possible thanks to INVERTER that change the frequency of alimentation of the motor

1. Inverter 2. Flow Sensor 3. Pressure Sensor MAIN COMPONENTS This system is compose by three principal pieces: 1. Inverter 2. Flow Sensor 3. Pressure Sensor

TECHNICAL CARACTHERISTICS VOLTAGE 50/60 HZ INDEX OF PROTECTION IP 55 MULTI INVERTER SYSTEMS UP TO 8 UNITS MAX PRESSURE 13 bar MAX FLOW 300 l/min MAX LIQUID TEMPERATURE 50 °C MAX ENVIRONEMENT TEMPERATURE 50 °C INSTALLATION VERTICAL OR HORIZONTAL (ONLY M/M & M/T)

EXAMPLES OF INSTALLATION SURFACE PUMP INSTALLATION SUBMERSIBLE PUMP INSTALLATION

DIMENSIONS-COMPARISON TO THE OLD VERSION DNM 1’’ 1/2 282 / 282 237 / 211 188 / 174 DNA 1’’ 1/4 Interchangeable Same interaxis and threads as the old versions Dimensions Dimensions are modified to guarantee better positioning of the electronic board and capacitors Esthetic quality Modern design

CONSTRUCTIVE CARACTHERISTICS Standard Cable gland 3 holes for inputs/outputs Integrated flow valve in Noryl Integrated pressure sensore 0-16 Bar Sensore Hall (magnetic) 1 2 4 3 5

DISPLAY INTERFACE & SOFTWARE Multi pump booster sets up to 8 pumps Software compatibility Interface DISPLAY OLED - user : Installation driven by a WIZARD High resolution Parameters description ENABLE BUTTON to stop/restart the pump

QUICK GUIDE

AD M/M PRODUCT RANGE AD M/M 1.1 AD M/M 1.5 AD M/M 1.8 MODEL   MOTOR POWER SUPPLY INPUT VOLTAGE OUTPUT VOLTAGE (TO THE PUMP) MAX NOMINAL CURRENT FLUID INPUT HYDRAULIC (DNA) GAS FLUID OUTPUT HYDRAULIC (DNM) GAS CONNECTIVITY AD M/M 1.1 1.1 kW 1 x 220/240 V 8.5 A rms 1 1/4“ M 1 ½" F No AD M/M 1.5 1.5Kw (230 V) 0.55 kW (115 V) 1 x115 V 1-x 115 V 11 A rms RS 485 AD M/M 1.8 1.8 kW (230 V) 1 kw (115 V) 14 A rms AD M/M

AD M/T AD T/T PRODUCT RANGE AD M/T 1 AD M/T 2.2 AD T/T 3 AD T/T 5.5 MODEL   MOTOR POWER SUPPLY INPUT VOLTAGE OUTPUT VOLTAGE (TO THE PUMP) MAX NOMINAL CURRENT FLUID INPUT HYDRAULIC(DNA) GAS FLUID OUTPUT HYDRAULIC (DNM) GAS CONNECTIVITY AD M/T 1 1 kW 1 x 230 V 3 x 230 V 4.7 A rms 1 1/4 " 1 1/2 " RS 485 AD M/T 2.2 2.2 kW 10.5 A rms AD M/T MODEL   MOTOR POWER SUPPLY INPUT VOLTAGE OUTPUT VOLTAGE MAX NOMINAL CURRENT FLUID INPUT HYDRAULIC(DNA) GAS FLUID OUTPUT HYDRAULIC (DNM) GAS CONNECTIVITY AD T/T 3 3 kW 3 x 400 V 7.5 A rms 1 1/4“ 1 1/2“ RS 485 AD T/T 5.5 5.5 kW 13.3 A rms AD T/T

ELECTRONIC BOARD 4 Inputs, 1 input for the M/M 8,5 A version heatsink 4 Inputs, 1 input for the M/M 8,5 A version 2 outputs: status of the pump

INPUTS CLEAN CONTACT Input IN1 : pressure switch or flow switch to control the level of water reserve in the tank. Active function with input F1 JUMPER CLEAN CONTACT Input IN2 : second pressure sensor  auxiliary set point Pi (P1, P2, P3), Active function with input F2 JUMPER CLEAN CONTACT Input IN3 : Enable of the inverter with an external signal + reset alarms Active function with input F3 JUMPER

OUTPUTS OUT 1  FAULT OUT 2  PUMP IS RUNNING

Until 8 inveters connected together MULTI INVERTER SYSTEM The inverters communicate through a 3-wire connection Twisted and shielded cable Lmax between 2 inverters = 5 m Lmax between x inverters = 20 m Until 8 inveters connected together

EXAMPLE OF DOMESTIC BOOSTER WITH ACTIVE DRIVER PLUS MAIN COMPONENTS Protection control unit Delivery manifold Active Driver PLUS Vertical or horizontal pump Non return valve Suction manifold Metal baseplate Ball valves Vibration dampers

ENERGY SAVING Active Driver Plus supplies the water you require when it’s required. And you can see it! On the vertical axis, the time for which the pump has been on at the specific power level (% of the time with respect to the total). On the horizontal axis are the bars at the various power levels (% with respect to the maximum power). Energy Saving respect to an on-off system with the same motor power.

TOTAL ENERGY SAVING

CONNECTION TO THE POWER SUPPLY CONNECTION

WINDINGS CONNECTION For the ActiveDriver M/T it is necessary change motor connection from STAR to DELTA Star Connection: Delta Connection: Nominal Voltage Motor Voltage Supply Connection Diagram 230 / 400V 400 V STAR 230 V DELTA

THANK YOUR FOR YOUR ATTENTION