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IDROMAT 3-4 60 Hz Dimensions and weights Weights IDROMAT 3 kg 1,17 IDROMAT 4 kg 1,35 102 Installation example IDROMAT 3-12: max 12 m IDROMAT 3-15: max 15 m IDROMAT 3-22: max 22 m IDROMAT 3-30: max 30 m 4.93.096 150 155 125 R1” 220 62,5 62,5 65 155 Power Failure On Made in EU Foot valve IDROMAT 3 ELECTRONIC PUMPS REGULATOR Reset 220-240 V 50-60 Hz 16 (8) A max. 10 bar max. IP 65 Electronic regulator for pumps 356 Check valve IDROMAT 3-12: max 12 m IDROMAT 3-15: max 15 m IDROMAT 3-22: max 22 m IDROMAT 3-30: max 30 m 4.93.096
EASYMAT Benefits PATENTED Variable speed system driven by frequency converter CONSTANT PRESSURE The easymat via a frequency inverter keeps the pressure constant as the flow demand changes. ENERGY SAVING The variable speed operation ensures that only the energy required by the plant at any instant is used. SYSTEM RELIABILITY Because the easymat is independent of the pumped liquid it's operation is not affected by fluid impurity. A float switch can also be integrated to further protect against dry running. FLEXIBILITY Thanks to it's patented design the easymat does not come into contact with the pumped fluid. This provides for more flexibility during installation eliminating the need for pipe-work modifications or the installation of isolating valves. EASY TO USE The easymat has a clear display making it very simple to set-up. CASCADE CONTROL MODE The system flexibility allows via a microprocessor for cascade operation of two easymat's via one pressure transducer. 357 Construction Variable speed system driven by frequency converter, for the pressure control in domestic and residential plants. The system is connected to the delivery pipe providing for simple installation and better cooling (patented) making the unit more compact and easy to assemble. Easymat is supplied with one pressure transducer, G 1/4 connection and 1.5 m cable length. Applications Automatic frequency inverter control for use on pumps to increase network pressure. The system maintains constant pressure whilst the controlling the pump operation against changing system demand. For protection of the pumps: – Against dry running – Against operations with closed connection ports – Against overcurrent of the motor – Against overvoltage and undervoltage of the power supply Operating conditions EASYMAT MM - Input voltage: 1~ 220V ±10% - Output voltage: 1~ 220V EASYMAT MT - Input voltage: 1~ 220V ±10% - Output voltage: 3~ 220V Input frequency: 50-60 Hz Output frequency: up to 70 Hz Protection: IP55 Max Ambient temperature: 40°C Max liquid temperature: 50 °C (40°C for 7,5MT, 8,5MM) Minimum Flow: 3 l/min Altitude: no higher than 1000 m, inside a closed environment. Construction (Standard execution) The system comprises of: - Frequency converter. - Pressure transducer. - Pipe housing. - Fixing screws. - Terminal board. - Cable glands. - Multi-hole gaskets. Type Type Freqeuency converter Standard power (single-phase) max motor current output 230V A kW Easymat 5MM 5 0,25 - 0,45 Easymat 8,5MM 8,5 0,55 - 1,1 Type Freqeuency converter Standard power (three-phase) max motor current output 230V A kW Easymat 5MT 5 0,37 - 0,75 Easymat 7,5MT 7,5 1,1 45
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We want to continue that which was
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INDEX 1 pag. 7 NM, NMD Close couple
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NM, NMD 60 Hz Materials Components
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NM, NMD 60 Hz Performance n 3450 r
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NM 60 Hz Characteristic curves n =
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NMD 60 Hz Characteristic curves n =
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NM 60 Hz DN1 Dimensions and weights
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NM, NMD 60 Hz Features Compact Desi
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NM, NMS 60 Hz Performance n 3450 r
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NM, NMS 60 Hz Characteristic curves
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NM, NMS 60 Hz H (m) P (kW) (%) η N
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NM, NMS 60 Hz Characteristic curves
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NM, NMS 60 Hz Dimensions and weight
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NM, NMS 60 Hz Features Cutting edge
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NM4, NMS4 60 Hz Performance n 1750
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NM4, NMS4 60 Hz Characteristic curv
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NM4, NMS4 60 Hz Dimensions and weig
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NM4, NMS4 60 Hz Features Close Coup
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N 60 Hz Coverage chart n = 3450 rpm
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N4 60 Hz Coverage chart n = 1750 rp
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N, N4 60 Hz Interchangeability of p
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B2 > 480 B2 B3 h3 DN 2 a f T A L3 L
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N, N4 60 Hz Features End-Suction Ce
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NR 60 Hz Performance n 3450 rpm 3
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NR 60 Hz Performance n 3450 rpm H
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NR 60 Hz H m P kW % η NPSH m H m P
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NR4 60 Hz H m P kW % η NPSH m H m
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NR4 60 Hz Characteristic curves n
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NR,NR4 60 Hz Features New Compact D
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MXH 2,4,8,16 60 Hz Performance n 3
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MXH 2,4,8,16 60 Hz Features Extra s
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MXHL 60 Hz AISI 316 DN 1 (2) DN 1 P
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MXHL 60 Hz AISI 316 Features Extra
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MXH 32,48 60 Hz Performance n 3450
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MXH 32,48 60 Hz Features Horizontal
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MXP 60 Hz Performance n 3450 rpm 3
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MGP 60 Hz Performance n 3450 rpm 3
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MXSU 60 Hz G 1 1/4 ISO 228 Performa
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MXV-B 25-2 120 100 H 80 m 60 40 20
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MXV-B 40-8 80 40 30 5 4 NPSH m 3 2
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MXV-B G 25 Dimensions and weights (
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MXV MXV 25-2, 32-4, 40-8 MXV 50-16,
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MXV 25-2 60 Hz MXV Characteristic c
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MXV 40-8 60 Hz MXV Characteristic c
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MXV 65-32 60 Hz MXV Vertical Multi-
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MXV4 25-2 60 Hz MXV4 Characteristic
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MXV4 40-8 60 Hz MXV4 Characteristic
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MXV4 65-32 60 Hz MXV4 Vertical Mult
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4.93.213/1 Features Long Service Li
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MXVL 60 Hz AISI 316 MXVL 25-2, 32-4
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4.93.213/1 Features Long Service Li
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MXV-E Variable Speed Multi-Stage Ve
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SPA 60 Hz SPA Compact SPA Performan
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MPC 60 Hz MPC Compact Pool G 2 G IS
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NMP 60 Hz Performance n = 3450 rpm
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NMP 60 Hz Features Self-Priming Cen
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PF Pump NM 80/16E/A NM 80/16C/A-D/A
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A 60 Hz Performance n 3450 rpm A 4
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A 60 Hz Dimensions and weights 231
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C 60 Hz Materials Centrifugal Pumps
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C 60 Hz Characteristic curves n = 3
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C 60 Hz Features Centrifugal Pumps
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CT 61 60 Hz Performance n = 3450 1/
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T, TP 60 Hz Performance n = 3450 rp
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T, TP 60 Hz Characteristic curves n
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T, TP 60 Hz Features Peripheral Pum
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CA 60 Hz Performance n = 3450 rpm D
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CA 60 Hz Features Self-Priming Liqu
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NGL 60 Hz Technical data n 3450 rp
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NGL 60 Hz Features Self-Priming Jet
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NGX 60 Hz Technical data n 3450 rp
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NGX 60 Hz Features Self-Priming Jet
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NG 60 Hz Self-Priming Jet Pumps Per
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NG 60 Hz Characteristic curves n =
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MXA 60 Hz Materials Component Mater
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I, IR 60 Hz Materials Components Ma
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B-VT 60 Hz Materials Components Mat
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VAL, SC 60 Hz Materials Vertical Su
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VAL, SC 60 Hz Characteristic curves
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GM 10 60 Hz Motor 2-pole, single-ph
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GXR, GXV 60 Hz Materials Component
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G ISO Dimensions (1) Dimensions (1)
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GQR 60 Hz Materials Component Mater
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GQR 60 Hz Installation examples On
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GXV 60 Hz Materials Component Mater
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GQS, GQS, GQV 60 Hz PATENTED Materi
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GQS, GQS, GQV 60 Hz Installation ex
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GMC, GMV 60 Hz Materials Components
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GMC, GMV 60 Hz Dimensions with duck
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GEOTRIT 60 Hz Application GEOTRIT t
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GEOCOMP 60 Hz Application GEOCOMP t
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GEOCLEAN 60 Hz Application GEOCLEAN
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GEO 60 Hz GEO 230 Installation exam
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GEO 230 60 Hz Pumps characteristics
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GEO 60 Hz Dimensions and weights GE
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GM 60 Hz Submersible Pumps 229 37
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GM 60 Hz A new series of submersibl
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GM 60 Hz Features Intermediate oil
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GMV 60 Hz Technical data TYPE GMVM
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GMV 60 Hz Characteristic curves 0 0
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GMV 60 Hz Dimensions and weights GM
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GMV 60 Hz Dimensions and weights GM
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GMVS 60 Hz Main materials Pump casi
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GMC 60 Hz Main materials Pump casin
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GMC 60 Hz Characteristic curves 0 I
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GMC 60 Hz Characteristic curves 10
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GMC 60 Hz Dimensions and weights GM
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GMC 60 Hz Dimensions and weights GM
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GMN 60 Hz Technical data TYPE GMN 3
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GMN 60 Hz Characteristic curves 0 U
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GMN 60 Hz Characteristic curves 0 I
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GMN 60 Hz Dimensions and weights GM
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GMG 60 Hz Technical data TYPE GMGM
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GMG 60 Hz Dimensions and weights GM
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I-GM 60 Hz Technical data TYPE I-GM
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I-GM 60 Hz Characteristic curves 0
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I-GM 60 Hz Dimensions and weights I
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I-GM 60 Hz Dimensions and weights G
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I-GM 60 Hz Dimensions and weights I
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B-GM 60 Hz Main materials Coverage
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B-GM 60 Hz 20 η % 10 0 0,6 P2 0,4
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B-GM 60 Hz Dimensions and weights B
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B-GM 60 Hz Dimensions and weights B
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GM 60 Hz Installation with duck foo
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MXS 60 Hz Materials Coverage chart
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MXS 60 Hz Performance n = 3450 rpm
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SD 60 Hz Submersible borehole pumps
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4SD 60 Hz Performance n 3450 rpm 3
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4SDF 16 60 Hz Submersible borehole
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4SDF 36 60 Hz Submersible borehole
Page 300 and 301: 4SDF 54 60 Hz Characteristic curves
Page 302 and 303: 4SD 15 60 Hz Characteristic curves,
Page 304 and 305: 6SDN 16 60 Hz Submersible borehole
Page 306 and 307: 6SD 18 60 Hz 300 H m 250 200 150 10
Page 308 and 309: 6SD 20 60 Hz Characteristic curves,
Page 310 and 311: SDX 60 Hz Coverage charts n = 3450
Page 312 and 313: 6SDX 13 60 Hz Submersible borehole
Page 324 and 325: 8SDXL 97 60 Hz H m kW/stg 0 U.S. gp
Page 326 and 327: SDS 60 Hz Coverage charts n = 3450
Page 328 and 329: 6SDS 42 60 Hz 3 ~ 6SDS 42/2-60 6SDS
Page 330 and 331: 8SDS 70 60 Hz 560 500 400 H m Chara
Page 332 and 333: 8SDS 150 60 Hz Characteristic curve
Page 334 and 335: 10SDS 190 60 Hz 300 H m 250 200 150
Page 336 and 337: SD, SDS Cables connection kit Insta
Page 338 and 339: CS 60 Hz 4"CS - 1 ~ Type 4CS 0,37M
Page 340 and 341: CS 60 Hz Submersible motors Maximum
Page 342 and 343: CS 60 Hz Submersible motors Choice
Page 344 and 345: NC3 60 Hz 6 5 4 3 H m 2 1 0 0 0 Q m
Page 346 and 347: B 135 138 185 B C [mm] C 107 107 14
Page 348 and 349: DN NCS3 60 Hz DN 8 80 49 NC3 15-40/
Page 352 and 353: EASYMAT Control Panel Variable spee
Page 354 and 355: EASYMAT Installation example One pu
Page 356 and 357: Pressure Boosting Sets MINIMAT, TUR
Page 358 and 359: Pressure Boosting Sets BS3F Fixed s
Page 360 and 361: Operation MINIMAT with 1 fixed spee
Page 362 and 363: Pressure Boosting Sets Fixed speed
Page 364 and 365: INDEX CALPEDA CALPEDA CALPEDA CALPE
Page 366 and 367: AUE EN 12845 units for feeding fire
Page 372 and 373: ACCESSORIES AUTOMATIC AIR FEEDER Ma
Page 374 and 375: How to select a centrifugal pump Ca
Page 376 and 377: How to select a centrifugal pump Ta
Page 378: Technical appendix 2-pole Motor 71
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