catalog amd,amg, afg

GRUNDFOS DATA BOOKLET

Mixers and flowmakers

AMD, AMG, AFG, 50 Hz

2

Contents

IntroductionIntroduction 5Applications 6Constructional features 6Operating mode 6

IdentificationType key 7Nameplates 7

Product descriptionFeatures 9Wiring diagrams 10Water-in-oil sensor 10Pumped liquids 11Sound pressure 11Explosion proof variants 11

Selection of productOrdering a mixer or flowmaker 12Selection of mixers 12Selection of flowmakers 13

PositioningGeneral description 14Mixers 14Flowmakers 16

Product rangeStandard versions 20Explosion-proof versions 21

VariantsVariants 22

Technical DataAMD.07.18.1410 23AMD.xx.45x.xxx, standard version 24AMD.xx.45x.xxx.E, Ex version 25AMG, standard version 26AMG, Ex version 27AFG.xx.130.xx, standard version 28AFG.xx.130.xx.E, Ex version 29AFG.xx.180.xx, standard version 30AFG.xx.180.xx.E, Ex version 31AFG.xx.230.xx, standard version 32AFG.xx.230.xx.E, Ex version 33AFG.xx.260.xx, standard version 34

AccessoriesSelection guide for accessories 36List of accessories 36

ConstructionAMD, AMG and AFG 42Drawings 42Material specification 43Sectional drawings 44Position numbers and material specification 58

InstallationInstallation 61Dimensions, accessories 64

Further product documentationWebCAPS 65WinCAPS 66

Mixers and flowmakersIntroduction

IntroductionThis data booklet describes Grundfos mixers and flowmakers types AMD, AMG and AFG.

Mixers

Fig. 1 AMD mixers

Fig. 2 AMG mixers

The Grundfos range of horizontal AMD and AMG mixers are designed for mixing, i.e. the homogenization and suspension, of liquids of low to medium viscosity.

The range of mixers consists of the following types:

• AMD mixers with direct drive• AMG mixers with planetary gear drive.Mixers are fitted with motors of 0.75 to 18.5 kW.

Flowmakers

Fig. 3 AFG flowmakers

The Grundfos range of horizontal AFG flowmakers are designed for flowmaking, i.e. keeping the liquid moving, in liquids of low to medium viscosity. The flowmakers are suitable for use in large volumes.

The range of flowmakers consists of the following type:

• AFG flowmakers with planetary gear drive.Flowmakers are fitted with motors of 1.5 to 7.5 kW.

Gr9

427/

Gr7

871

Gr9

423

Gra

0163

p_w

.jpg

3

4

Introduction Mixers and flowmakers

ApplicationsThe mixers and flowmakers are designed for mixing and flowmaking applications in:

• sewage treatment plants• industry• agriculture.

Sewage treatment plants:• pumping stations (storm water tanks)• tanks for biological treatment of activated sludge• tanks for primary wastewater treatment• tanks for secondary wastewater treatment• tanks for digested sludge treatment• sludge storage tanks• sludge thickening tanks• homogenization tanks• tanks for digesting processes• tanks for degassing and lime storage.

Industry: • pulp and paper industry• paint and dyestuff industry• chemical industry• other industries working with homogenization

processes.

Agriculture:• slurry tanks• biogas plants.Please contact Grundfos Management A/S, Denmark, for further information on other applications, such as the mixing of viscous liquids or mixing in explosive environments.

Constructional featuresAMD• integrated motor bracket• motor housing made of stainless steel AISI 316• protection ring between motor and hub• self-cleaning propeller• integrated overload and thermal protection• integrated leak sensor • double-acting shaft seal.

AMG/AFG• strong axial gear in slim design for high hydro-

dynamic efficency• integrated overload and thermal protection• integrated leak sensor• cast iron housing with epoxy protection• self cleaning high efficient propeller.

Operating mode• continuous operation when fully submerged• intermittent operation with max. 20 starts per hour.

Mixers and flowmakersIdentification

Type key

* Only for liquids with a dry solids content ≤ 1.5 %

NameplatesThe nameplate is fitted to the motor housing. The details on the nameplate are required when ordering spare parts.

Fig. 1 Nameplate, standard version

Key to nameplate, standard version

For reference purposes, the additional nameplate supplied with the mixer/flowmaker should be fixed in a visible position at the installation site.

Code Example A M G .22 .45 .325A Type range:

MF

Version:MixerFlowmaker

DG

Drive:DirectGear

22Power:PN output power, P2 [kW] x 10

45Propeller diameter:[cm]

[ ]B

Product rangeAll applicationsBiology*

325Propeller speed:[min-1]

[ ]E

Explosion protection:non-explosion proof (standard)explosion proof.

TM03

031

5 48

04

Pos. Description1 Type designation2 Production code3 Propeller diameter 4 Ambient temperature range5 Product number6 Enclosure class according to IEC7 Serial number8 Insulation class9 Rated voltage

10 Rated speed (propeller)11 Weight12 Locked-rotor current13 Frequency14 Number of poles15 Rated current16 Power factor17 Motor power P1/P218 Model19 Maximum installation depth

Made in Switzerland

TypeP.c.

P1/P2

Cos.

Model

mm

A

ø

HzIN

°cPolT

Prod.No:No:IP Insul.class:U VIstart

Weight kgA rpm

15 12

1 2 3 4 5 6 7

9

1018

17

16

19

11

14 13

8

kW

m

5

Identification Mixers and flowmakers

Fig. 2 Nameplate, explosion-proof direct driven mixers type AMD.xx.45.xxx.E

Fig. 3 Nameplate, explosion-proof gear-driven mixers and flowmakers

Key to nameplate, Ex versions

TM03

171

9 28

05TM

03 1

718

2805

SEV 05 ATEX 0109 X

Type

P.c.

Model

P1/P2

Cos. f

EEx

1258 II 2G

kW I

PolT

ø

CH-6105 Schachen

96257013

Prod. No.

mm No.IP°C

Hz

Insul. class:

A IStart

Weight

A nN

V

rpm

kg

NAT130°C

1 2 3 4 5 6 7

8

9

10

11

121314151617

22

21

20

19

18

SEV 05 ATEX 0111 X

Type

P.c.

Model

P1/P2

Cos. f

EEx

1258 II 2G

kW I

PolT

ø

CH-6105 Schachen

96257015

Prod. No.

mm No.IP°C

Hz

Insul. class:

A IStart

Weight

A nN

V

rpm

kg

NAT130°C

1 2 3 4 5 6 7

8

9

10

11

121314151617

22

21

20

19

18

Pos. Description1 Type designation2 Production code3 Propeller diameter 4 Ambient temperature range5 Product number6 Enclosure class according to IEC7 Serial number8 Insulation class9 Rated voltage

10 Rated speed (propeller)11 Weight12 Nominal response temperature (NRT)13 Locked-rotor current14 Frequency15 Number of poles16 Rated current17 ATEX category18 ATEX approval class19 Power factor20 Motor power P1/P221 Model22 Maximum installation depth

6

Mixers and flowmakersProduct description

Features

MotorAMD 07.18.1410The totally enclosed 4-pole, three-phase, 400 V, 50 Hz squirrel-cage induction motor is supplied as a complete unit. The motor is welded at the cable entry and manufactured in stainless material for optimum corrosion resistance. It is star-connected for direct-on-line starting.

The dielectric oil in the motor distributes and diverts the heat and prevents the ingress of moisture. The built-in thermal switch disconnects the motor at 100 °C and reconnects it after cooling. The motor must be protected against overload by means of an external motor-protective circuit breaker.

The motor is not designed for operation via a frequency converter.

Made of cast glass, the high impact-resistant supply cable plug ensures efficient sealing.

AMD xx.45x.xxxThe motor is an 8-pole squirrel-cage induction motor without oil. The non-drive end is made of PA12 (polyamide) and forms the motor bracket. It has an embedded cable entry.

The motor housing is made of stainless steel. A clamp around the motor is used for attachment of the lifting wire.

The drive end has two mechanical shaft seals in an oil-filled shaft seal housing.

AMG, AFGThe motor is a 4- or 6-pole squirrel-cage induction motor. The stator is supported by two ball bearings. The dielectric oil improves the heat transfer to the ambient liquid and prevents moisture from entering the motor.

The water-tight cable entry prevents moisture ingress down to a depth of 20 m.

Starting methodsAMD.xx.45x.xxx, AMGContinuous operation: Direct starting can be used for motors of 1.5 to 3.0 kW.

Star-delta starting, soft starter or frequency converter is recommended for motors of 4.0 kW and up.

Intermittent operation: Star-delta starting, soft starter or frequency converter is recommended throughout the entire power range

AFGFlowmakers must be started via a star-delta starting, soft starter or frequency converter.

GearboxThe planetary gearbox is positioned between the motor and the propeller.

All flowmakers have a second gear stage.

The gear wheels are hardened and ground and the gearbox is oil-filled. See the installation and operating instructions for information on oil quantity, type and oil-change intervals.

The gear box/shaft seal housing has a water-in-oil sensor and an external relay which together can give an alarm or cut out the motor in case of water ingress.

BearingsMotor: Single row ball bearings.

Gear: Tapered roller bearings.

Shaft sealTo prevent ingress of the surrounding liquid, the mixers and flowmakers have shaft seal(s), and possibly seal rings, fitted around the propeller shaft. In addition, to prevent the motor oil from mixing with the oil in the shaft seal housing/gearbox, the mixers and flowmakers also have a shaft seal or two seal rings between the shaft seal housing/gearbox and the motor.

ShaftsAMD, AMG and AFG motor and gear shafts are made of stainless steel. See table below.

PropellerFor the number of propeller blades on the various types of mixers and flowmakers, see section Technical Data.

Mixer/flowmaker

Sealing against ingress of

surrounding liquidSealing between shaft seal housing/gearbox and motor

AMDstandard and Ex

versions

Mechanical shaft seal,SiC/SiC Carbon/SiC Not relevant

AMG, AFGstandard versions

Two lip seals and a mechanical shaft seal,

tungsten carbide/tungsten carbide or

SiC/SiC

Lip seal Lip seal

AMG, AFGEx versions

Two lip seals and a mechanical shaft seal,

tungsten carbide/tungsten carbide or

SiC/SiC

Mechanical shaft seal made of carbon/alox

SiC = silicon carbide

ShaftAMD AMG, AFG

DIN W.-Nr. AISI DIN W.-Nr. AISIMotor 1.4401 316 1.7147 5120Gear 1.4401 316 1.5713

7

Product description Mixers and flowmakers

Power cablesSupply cable: H07RN-Fxx

The specific cable can be found in the tables in Technical Data.

Cable entryElastomer 70 Shore-hardness.

SensorsAs standard the pump is equipped with:

• Three thermal switches (PTO/PTC), one in each motor winding.

The gearbox is monitored for the ingress of water by a leak sensor incorporated as standard in the gearbox/shaft seal housing. Via an external relay the sensor triggers an alarm signal and/or disconnects the motor.

Wiring diagramsWiring diagram, three thermal switches (PTO)

Fig. 1 Wiring diagram, three thermal switches

Wiring diagram, three thermistors (PTC)

Fig. 2 Wiring diagram, three thermistors

Water-in-oil sensorThe gearbox is monitored for the ingress of water by a water-in-oil sensor incorporated as standard in the gearbox/shaft seal housing. Via an external relay the sensor triggers an alarm signal and/or switches off the motor.

We recommend you to connect the sensor to a relay. The relay used must be a Grundfos ALR-20/A-Ex type relay, supplied as an optional accessory. See section Accessories.

Note: Being an electronic component, the water-in-oil sensor must not be tested with an ohmmeter or other measuring instruments.

Type Outer diameter

[mm]

StandardH07RN-F 12G1.5 12 x 1.5 mm2 D17.5H07RN-F 12G2.5 12 x 2.5 mm2 D20.5H07RN-F 7G4 + 4 x 1 7G4 + 4 x 1.0 mm2 D21

BiogasPower cable Lapp Ölflex FD Robust 7G4 + 4 x 1.5 mm2 D21

Screened cableH07RC4N8-F 7G4 + 4 x 1 7G4 + 4 x 1.0 mm2 D22.5

TM02

494

0 20

02

B

LSV2U2W2W1V1U1 PEPTO

Terminals Description

1, 2, 3, 4, 5, 6 Ends of the three stator windings (U1, U2, V1, V2, W1, W2)

11, 12 Thermal switches (F6)21, 22 Leak sensor in gearbox (B) (Water-in-oil sensor)

TM02

493

2 20

02

Terminals Description

1, 2, 3, 4, 5, 6 Ends of the three stator windings (U1, U2, V1, V2, W1, W2)

31, 32 Thermistors (according to DIN 44 081) (J1, J2, J3)21, 22 Leak sensor in gearbox (Water-in-oil sensor)

LSV2U2V1U1 W2W1 PTC PE

8

9

Product description Mixers and flowmakers

ALR-20/A relay

Fig. 3 ALR-20/A relay

Dimensional sketch ALR-20/A relay

Fig. 4 Dimensions of ALR-20/A relay

Settings:The sensitivity of the ALR-20/A-Ex relay can be tested as follows:

1. Turn the adjusting screw a until the indicator light b of the relay is on.

2. Turn the adjusting screw in the opposite direction until the indicator light is off.

3. Turn the adjusting screw another 60 ° (in the same direction as under step 2).

Note: The maximum cable length between the relay and the mixer/flowmaker is 50 metres. An external alarm indicator, if any, must be connected to the potential-free output, terminals 1 and 3 or 4.

For further information, see the data sheet for ALR 20/A Ex.

Pumped liquids

Sound pressureThe sound pressure level of the pump is lower than the limiting values stated in the EC Council directive 98/37/EC relating to machinery.

Explosion proof variantsUse explosion-proof mixers and flowmakers in potentially explosive environments. The explosion classification is Ex de IIC T4 or Ex e ck ib IIC T3. In each individual case the installation must be approved by the local authorities.

TM03

206

0 35

05TM

02 8

867

0904

Main supply, terminals 2 and 10

Rated operating voltage : 230 VAC (special version, 110 VAC)

Permitted voltage tolerance : –15 % to +10 %Frequency : 50-60 HzPower input : approx. 3 VA

Power transformer :

must be according to VDE 0551,must be short-circuit proof, must have VDE and SEV mark of conformity.

2 10 4 1 3A1 A2

arnold agLecksonden RelaisNetz 230V 50-60Hz P3VA

II (2)G [EEx ib] IIC nur für den Anschluss von Arnold AGLecksonden Typ AL05 Ex

Schaltpunkt Storung

ALR 20/A ExSEV 05 ATEX 0131

12585 7Sonde

Rel.Netz

CH - 6105 SchachenA Grundfos Company

ab

ALR 20/A

48

35

42.5

96

48

5 7

Netz 230V 40-60Hz P3VARel. Ue 400V le 2.5A AC15

2 10 4 1 3A1 A2

NetzRel.

Relay output, terminals 4, 1 and 3Max. switching voltage : 250 VAC / 24 V DCMax. switching current : 5 AMax. switching capacity : 100 VA / 100 W

pH value : 4-10Liquid temperature : +5 to +40 °C Maximum density : 1060 kg/m3

Maximum sludge index : 125 ml/gMaximum dynamic viscosity : 500 mPas

Chloride content : ≤ 200 mg/l(for DIN W.-Nr. 1.4301)

Chloride content : ≤ 1000 mg/l

11

Mixers and flowmakersSelection of product

Ordering a mixer or flowmakerFew product numbers need to be selected to make the order complete:

1. mixer/flowmaker2. custom-built variations (option)3. accessories4. controller.

Standard mixerHere is an example of what you get when you order a standard AMG mixer:

• mixer• 10 m cable• paint, graphic grey, NCS8005-r-80b 350 mμ

thickness• three thermal switches (PTO), one in each motor

winding• three thermal sensors (PTC), one in each motor

winding for explosion proof versions only• one leak detector.Note: In WebCaps it is possible to find product specific data via the product number, e.g. 96094846.

VariantsIf a longer cable or an explosion-proof version is required it is no longer a standard mixer/flowmaker. A list of variants can be found in section Variants.

AccessoriesSee section Accessories for selection of the correct accessories.

Note: Accessories are not fitted from factory.

RelayThe following relay for leak detector can be selected:

• ALR-20/A Ex

Selection of mixersThe selection guide is for guidance only. For further information please contact Arnold AG (a Grundfos company), Switzerland. The selection chart (curves) for the Grundfos mixers is based on square and circular tank shapes.

The relation between length and width of the tank must not exceed 2.5. If this is the case, install more than one mixer.

Fig. 1 Curves for selection of Grundfos mixers in the low volume area

Fig. 2 Curves for selection of Grundfos mixers in the high volume area

Mixer Product numberAMG.40.52.326 96094846

TM02

977

1 47

04TM

0297

70 4

704

0 10 20 30 40 50 60 70 80 90 100 110 120 [W/m³]

0

10

20

30

40

50

60

70

80

90

100

[m³]

Application 4

Application 3

Application 2

Application 1

0 10 20 30 40 50 60 70 80 90 100 110 [W/m³]

0

200

400

600

800

1000

1200

1400

1600

1800

2000

[m³]

Application 1

Application 2

Selection of product Mixers and flowmakers

For tank volumes larger than 2000 m³, please use the required energy value for 2000 m³.

Selection of flowmakersFor selection of flowmakers, please contact Grundfos.

Application1

Application2

Application3

Application4

Activated sludge

Primary sludge < 3 % dry solids

content

Collection tank without screen

(raw wastewater)

Collection tank with sand

Selector zones

Secondary sludge < 6 % dry

solids content

Anoxic zones

Digested sludge < 8 % dry solids

contentBivalent zones

Anaerobic zones

Example: Selection of mixer

Step 1 Select curves for the application in question using the above definitions, for instance application 2.

Step 2 Select tank volume, for instance 1200 m³.Step 3 Use the curve to determine the required energy.

Step 4

Calculate the required power input, using this formula:

Step 5

Check that the relation between length and width of the tank does not exceed 2.5. If this is the case, install more than one mixer so that the above relation per mixer is not exceeded.

Result

An AMG.150.73.354 will provide an output power of 15 kW (12 kW is required). Alternatively, select two AMG.75.58.336. Check in the following table that the maximum tank length is not exceeded. If this is the case, the required energy must be provided by two or more mixers installed in series.

Req. energy W m3⁄[ ] tank volume m3[ ]×1000

------------------------------------------------------------------------------------------------------------------- kW[ ]=

10 1200×1000

---------------------------- 12 kW=

Mixer typeMotor

power P2 [kW]

Maximum tank length for one mixer [m]

Application 1 2 3 4

AMD.15.45B.xxx.(E) 1.5 16.0 - 5.5 4.5AMD.25.45B.xxx.(E) 2.5 20.0 - 6.0 5.0AMD.35.45B.xxx.(E) 3.5 24.0 - 6.5 5.5AMD.45.45B.xxx.(E) 4.5 28.0 - 7.0 6.0AMD.20.45.xxx.(E) 2.0 16.0 11.0 5.0 4.5AMD.30.45.xxx.(E) 3.0 20.0 13.0 6.0 5.0AMD.40.45.xxx.(E) 4.0 24.0 14.0 6.5 5.5AMG.15.40.xxx.(E) 1.5 20.0 10.0 5.5 4.0AMG.22.45.xxx.(E) 2.2 22.0 11.0 6.0 4.5AMG.30.47.xxx.(E) 3.0 24.0 12.0 6.5 5.0AMG.40.52.xxx.(E) 4.0 26.0 13.0 7.0 5.5AMG.55.50.xxx.(E) 5.5 31.0 15.0 8.6 6.0AMG.75.58.xxx.(E) 7.5 37.0 18.0 10.0 7.5AMG.110.68.xxx.(E) 11.0 45.0 22.0 12.5 9.0AMG.150.73.xxx.(E) 15.0 55.0 27.0 15.0 11.0AMG.185.78.xxx.(E) 18.5 65.0 30.0 18.0 13.0

12

13

Mixers and flowmakersPositioning

General descriptionThe correct positioning of mixers and flowmakers in the biological treatment zones of a wastewater treatment plant is very important for the efficient operation of the plant. Non-compliance with positioning principles and guidelines may cause low efficiency of the wastewater treatment process. Furthermore, non-compliance may create vibrations in the mixers/flowmakers resulting in wear or breakage.

Mixers

Positioning of mixers in generalThe description of the positioning principles involves the use of a number of variables. These are:

HMIN = Minimum height from the tank bottom to the propeller tip

HLIQUID = Minimum height of the liquid above the bottom of the tank

DPROP = Propeller diameter

LMIN = The distance between the propeller tip and the wall behind the mixer.

The variables are used in these formulas:HMIN = 20 to 40 cm

HLIQUID ≥ HMIN +1.5 x DPROP

LMIN ≥ 2 x DPROP

Fig. 1 Principle sketch of positioning of mixers

Mixers should be submerged as deeply as possible, however, no deeper than the tip of the propeller blade is 20-40 cm above the bottom of the tank. See HMIN in fig. 13.

The distance from the propeller tip to the surface of the liquid should be at least half the propeller diameter. This makes it possible to calculate the minimum height of the liquid above the bottom of the tank (HLIQUID).

The distance (LMIN) between the propeller tip and the wall behind the mixer must be at least twice the propeller diameter. This is normally not a problem, as the length of the motor and motor bracket is usually more than twice the propeller diameter.

Mixers should not be installed immediately after aeration zones in the tank as air bubbles cause a strong reduction in mixer performance.

Positioning of mixers in circular tanksA mixer in a circular tank should be positioned in such a way

• that a steady, circulating flow preventing sedimentation of solids is generated. See fig. 14

• that deposited solids, if any, are mixed with the liquid. See fig. 15.

d1 = Diameter of circular tank.

Fig. 2 Solids are kept suspended in the liquid of a circu-lar tank

Fig. 3 Deposited solids are mixed with the liquid of a cir-cular tank

TM 0

2 62

39 0

103

HLI

QU

ID

HMIN = 20-40 cm

Min

0.5

x D

PRO

PD

PRO

P

LMINTM

02 5

635

3802

TM02

563

6 38

02

Min. 0.5 mMax. 0.15 d1

d1

d1

7.5°

Positioning Mixers and flowmakers

Positioning of one mixer in a rectangular tankA mixer in a rectangular tank should be positioned in such a way

• that a steady, circulating flow preventing sedimentation of solids is generated. See fig. 16

• that deposited solids, if any, are mixed with the liquid. See fig. 17.

B = Width of rectangular tank.

L = Length of rectangular tank.

Fig. 4 Solids are kept suspended in the liquid of a rectangular tank

Fig. 5 Deposited solids are mixed with the liquid of a rectangular tank

Positioning of two or more mixers in square or rectangular tanksPosition two or more mixers in the same tank in such a way that the mixers do not generate opposite flows which may result in vibrations and loss of energy. See figs. 18 and 19.

B = Sides of square tank and width of rectangular tank.

L = Length of rectangular tank.

Fig. 6 Positioning two or more mixers in a square tank

Fig. 7 Positioning two or more mixers in a rectangular tank

30 °/30 ° adapterThe 30 °/30 ° adapters are only for the AMD.xx.45.xxx mixers and are used to angle the mixer upwards or downwards from 0 ° to 30 ° in steps of 10 °.

TM02

563

7 38

02TM

02 5

638

3802

0.4 B

0.6 B

B

L

B

0.3 L

0.3 L

L

TM02

564

0 38

02TM

02 5

639

3802

B

0.3 B

0.3 B

B

0.5 B

0.5 B

B

0.6 L

0.3 L

L

14

15


Flowmakers

Positioning of flowmakers in generalThe description of the positioning principles involves the use of a number of variables. These are:

HMIN = Minimum height from the tank bottom to the propeller tip

HABOVE = Height from propeller tip to the surface of the liquid

HLIQUID = Minimum height of the liquid above the bottom of the tank


LMIN = The distance between the propeller tip and the wall behind the flowmaker.

The variables are used in these formulas:HMIN ≥ 0.4 to 0.5 m

HABOVE = 0.75 x DPROP

HLIQUID ≥ (0.4 to 0.5) +1.75 x DPROP

LMIN ≥ 2 x DPROP

Fig. 8 Principle sketch of positioning of flowmakers

The distance from the propeller tip to the surface of the liquid (HABOVE) is very important to prevent the flowmaker from generating vortices.

As a rule, the distance from the propeller tip to the liquid surface should be at least 75 % of the propeller diameter.

The minimum height (HMIN) from the tank bottom to the propeller tip should be 0.4-0.5 metres. See fig. 20.

The minimum height of the liquid above the bottom of the tank (HLIQUID) can be calculated according to the formula above.

The distance (LMIN) between the propeller tip and the wall behind the flowmaker must be at least be twice the propeller diameter:

Positioning of two or more flowmakers in parallelPositioning of two or more flowmakers in parallel, should be made according to the principles shown in fig. 21.

The variables used are these:

SFM = Minimum space between propeller tips


SWALL = Minimum space between propeller tip and wall.

The variables are used in these formulas:SFM ≥ 0.5 x DPROP

SWALL ≥ 0.5 m

Fig. 9 Principle sketch of positioning of two or more flow-makers in parallel

TM02

541

7 34

08

HMIN

HLIQUID

HABO

VE

LMIN

TM02

541

8 32

02

SWA

LLSW

ALL

SFM

DPR

OP

DPR

OP


Positioning of flowmakers in racetrack tanksThe description of the positioning principles involves the use of a number of variables. These are:

LRECT = Rectangular length of the tank

L1 = Length from the bend of the tank to the propeller


L2 = Length required for a proper flow to develop in front of the flowmaker.

The variables are used in these formulas:L1 = 0.3 to 0.5 x LRECT

L1 ≥ 2 x DPROP

L2 ≥ (1 to 3) x DPROP

Fig. 10 Principle sketch of positioning of flowmaker in a racetrack tank

Follow these instructions when positioning a flowmaker in a racetrack tank:

Do not position the flowmaker immediately after the bend. Being very turbulent in this area, the flow will cause vibrations in the flowmaker.

Position the flowmaker at a distance from the bend corresponding to 30-50 % of the rectangular length (LRECT) of the tank. See fig. 22.

The distance from the bend to the propeller should be at least twice the propeller diameter (DPROP). This distance (L1) allows the flow to stabilise after the bend.

The distance in front of the propeller to aeration areas (L2) should be at least one to three times the propeller diameter.

The average flow velocity in a racetrack tank should be 0.25 to 0.30 m/s.

If this velocity is not reached, sedimentation may develop. If this velocity is exceeded, too much energy is used in the system.

Positioning of two flowmakers in racetrack tanks with asymmetrically positioned deflectorsIn racetrack tanks it is often observed that the flow velocity at the far end is higher than closer to the middle wall.

To reduce or eliminate this effect, we recommend to place deflectors asymmetrically in the tank. This creates a more homogenous flow, causing less vibrations in the flowmakers.

Position the deflectors asymmetrically according to the principles shown in fig. 23.

W = distance from the middle wall to the outer wall of the tank.

Thus, the distance 0.54 W and 0.46 W means 54 % and 46 %, respectively, of the distance W.

Position the flowmakers at a distance of W/2 from the outer and the middle wall. See fig. 23. The minimum space between propeller tip and wall should be 0.5 m.

Fig. 11 Principle sketch of positioning of two flowmakers in a racetrack tank with asymmetrically placed de-flectors

TM02

541

9 32

02

Aeration

Aeration

L

L1 L2

DPR

OP

LRECT

Aeration

Aeration

TM02

542

1 32

02

W

W/2

W/2

W/2

W/2

0.46 W

0.46 W 0.54 W

0.54 W

0.46 W

0.54 W0.46 W

0.54 W

16

17


Positioning of flowmakers in serpentine tanksThe description of the positioning principles involves the use of a number of variables. These are:

L1 = Length from the bend of the tank to the propeller

LRECT = Rectangular length of the tank

WCHANNEL = Width between channel walls



The variables are used in these formulas:L1 = 0.5 x LRECT

DPROP ≤ WCHANNEL –2 x SWALL

SWALL ≥ 0.5 m

Position flowmakers in serpentine tanks as illustrated in fig. 24.

Fig. 12 Principle sketch of positioning of flowmakers in a serpentine tank

Position the flowmakers in the middle of the tank. The minimum space between propeller tip and wall should be 0.5 m on either side of the flowmaker.

Positioning of flowmaker in circular tankThe description of the positioning principles involves the use of a number of variables. These are:

RFLOWMAKER = Distance from centre of tank to flowmakerRTANK = Radius of the tankDPROP = Propeller diameter.

The variables are used in these formulas:RFLOWMAKER = 0.7 x RTANK

DPROP ≤ 0.15 x 2 x RTANK

Fig. 13 Principle of positioning of flowmaker in a circular tank

In circular tanks, the flowmaker should be positioned at a distance of 0.7 x RTANK from the middle of the tank. See fig. 25. Turn the flowmaker 30 ° towards the middle of the tank.

The propeller diameter must not exceed 15 % of the tank diameter.

TM02

542

0 32

02

L

L1

DPROP

L1

WCHANNEL

LRECT

TM02

542

2 32

02

30°

RTANKRFLOWMAKER


Positioning of flowmaker in ring channel tankThe description of the positioning principles involves the use of a number of variables. These are:

WCHANNEL = Distance between channel walls



The variables are used in these formulas:DPROP ≤ WCHANNEL –2 x SWALL

SWALL ≥ 0.5 m

Fig. 14 Principle sketch of positioning of flowmaker in an ring channel tank

In annular tanks, the flowmaker should be positioned in the middle of the channel. See fig. 26. Turn the flowmaker 7.5 ° towards the middle of the channel.

The minimum space between propeller tip and channel wall should be 0.5 metres on either side of the flowmaker. See also fig. 24.

TM02

542

3 32

02

SWALL

SWALL

7.5°

18

20

Mixers and flowmakersProduct range

Standard versions

AMD.07.18.1410 mixer

AMD.xx.45.xx mixers

AMG mixers

AFG flowmakers

* Use these mixers only for watery liquids with a maximum dry solids content of 1.5 %.1 A motor bracket kit is available for AMD as an accessory. The motor bracket fits column profile 50 x 50 mm.

Product designation Permissible motor voltage[V]

Product number10 m cable

AMD.07.18.1410 3 x 400 96113490

Product designationPermissible motor

voltage [V]

Product number10 m cable

60/6010 m cable

100/10015 m cable

60/6015 m cable

100/10025 m cable

60/6025 m cable

100/100

* AMD.15.45B.7101 3 x 400 Y 96496413 96562066 96563246 96563979 96696246 966962893 x 415 Y - - 96696300 96696301 96696292 96696302

* AMD.25.45B.6901 3 x 400 Y 96496412 96562067 96563247 96563980 96696249 966962903 x 415 Y - - 96696313 96696314 96696291 96696315

* AMD.35.45B.7051 3 x 400 Δ 96496411 96562068 96563248 96563981 95036310 966963293 x 415 Δ - - 96696325 96696327 96696330 96696331

* AMD.45.45B.6751 3 x 400 Δ 96560925 96562069 96563946 96563249 96696250 966963433 x 415 Δ - - 96696341 96696343 96696344 96696345

AMD.20.45.7001 3 x 400 Y 96560926 96562070 96563947 96563982 96696253 966962693 x 415 Y - - 96696288 96696297 96696270 96696298

AMD.30.45.7101 3 x 400 Δ 96560927 96562071 96563949 96563983 96696252 966962713 x 415 Δ - - 96696284 96696322 96696283 96696321

AMD.40.45.6951 3 x 400 Δ 96560928 96562072 96563950 96563984 96696251 966963343 x 415 Δ - - 96696337 96696338 96696335 96696336

Product designation Permissible motor voltage [V]

Product number10 m cable 15 m cable 25 m cable

AMG.15.40.3253 x 400-415 Y

96094843 96696189 96696190AMG.22.45.325 96094844 96696191 96696202AMG.30.47.328

3 x 400-415 Δ

96094845 96696203 96696204AMG.40.52.326 96094846 96696205 96696206AMG.55.50.335 96094847 96696207 96696210AMG.75.58.336 96094848 96696211 96696212AMG.110.68.334 96094849 95036294 95036302AMG.150.73.354 96094850 96696213 96696214AMG.185.78.351 96094851 96696215 96696216



AFG.15.130.763 x 400-415 Y

96094852 96696125 96696152AFG.22.130.77 96094853 96696126 96696153AFG.30.130.92

3 x 400-415 Δ96094854 95035859 96696154

AFG.40.130.93 96094855 96696127 96696155AFG.13.180.30

3 x 400-415 Y96560917 96696128 96696157

AFG.18.180.34 96560919 96696130 96696158AFG.24.180.39

3 x 400-415 Δ96560921 96696131 96696159

AFG.37.180.46 96560922 96696142 96696160AFG.15.230.22

3 x 400-415 Y96094856 96696143 96696147

AFG.22.230.25 96094857 96696144 96696148AFG.30.230.29

3 x 400-415 Δ

96094858 96696145 96696149AFG.40.230.35 96094859 96696146 96696150AFG.60.260.41 95035356 96746911 96746922AFG.75.260.75 95035375 96746923 96746924

21

Product range Mixers and flowmakers

Explosion-proof versions

AMD mixers

AMG mixers

AFG flowmakers

* Use these mixers only for watery liquids with a maximum dry solids content of 1.5 %.

Product designation Permissible motor voltage[V]


* AMD.15.45B.710.E3 x 400 Y

96560929 96563951 96696257* AMD.25.45B.690.E 96560930 96563953 96696258* AMD.35.45B.705.E

3 x 400 Δ96560031 96563954 96696260

* AMD.45.45B.675.E 96560932 96563955 96696261AMD.20.45.700.E 3 x 400 Y 96560933 96563956 96696254AMD.30.45.710.E

3 x 400 Δ96560934 96563957 96696255

AMD.40.45.695.E 96560935 96563958 96696256



AMG.15.40.340.E

3 x 400 Δ

96257401 96696217 96696218AMG.22.45.336.E 96257402 96696219 96696220AMG.30.47.338.E 96257403 96696221 96696232AMG.40.52.334.E 96257404 96696233 96696234AMG.55.50.344.E 96257405 96696235 96696236AMG.75.58.343.E 96257406 96696237 96696238AMG.110.68.342.E 96257407 96696239 95036297AMG.150.73.355.E 96257408 96696240 96696241AMG.185.78.356.E 96257409 95035860 95036295



AFG.15.130.79.E

3 x 400 Δ

96257410 96696161 96696162AFG.22.130.78.E 96257411 96696163 96696164AFG.30.130.95.E 96257412 96696165 96696166AFG.40.130.94.E 96257413 96696167 96696168AFG.13.180.30.E 96257414 96696169 96696170AFG.18.180.34.E 96257415 96696171 96696172AFG.24.180.39.E 96257416 96696173 96696174AFG.37.180.46.E 96257417 96696175 96696176AFG.15.230.23.E 96257418 96696178 96696179AFG.22.230.26.E 96257419 96696180 96696181AFG.30.230.30.E 96257420 96696182 96696183AFG.40.230.34.E 96257421 96696184 96696185


22

Variants

VariantsMOTOR

Standard cable Power cable

12 x 1.5 mm2, D17.5 H07RN-F 12G1.535 m Contact Grundfos50 m Contact Grundfos

12 x 2.5 mm2, D20.5 H07RN-F 12G2.535 m Contact Grundfos50 m Contact Grundfos

7G4+4 x 1.0 mm2, D21 H07RN-F 7G4+4 x 135 m Contact Grundfos50 m Contact Grundfos

Screened cable complete(Cast in the cable entry) Screened power cable 7G4+4 x 1.0 mm2, D22.5 H07RC4N8-F 7G4+4 x 1

35 m Contact Grundfos50 m Contact Grundfos

Biogas cable complete(Cast in the cable entry) Power cable Lapp Ölflex FD Robust 7G4+4 x 1.0 mm2, D22.5 H07RC4N8-F 7G4+4 x 1

35 m Contact Grundfos50 m Contact Grundfos

Thermal protectionMixers (standard with PTO)

PTC or PTO, optionalFlowmakers (standard with PTC)

COATING

Product coating Motor/gear house Protection layer (different colours) 450 micron epoxy

Propeller coating Epoxy or stainless steel propellers Protection layer (different colours) 300 micron epoxy

TESTSDry testing motor certificate Electrical and tightness Contact GrundfosProduction certificate Certificate of compliance with EN 10204 2.1 Contact GrundfosWitness test certificate Inspection and test certificate EN 10204 2.2 Contact Grundfos

MATERIALAMG propellers Stainless steel AISI 316

ACCESSORIESVertically angled motor brackets Up/down angle of mixers Possible angles: +30 to –30 °

Platform Move installation 1 m out from wall fixation Galvanised steelBottom fixation bracket Mixers fixed directly at bottom, for example in rain water tanks. AISI 304 / AISI 316

OTHERSFor special package Batch packaging, hard/soft box, ex. Contact GrundfosFor special nameplate Contact GrundfosFor any other variants Contact Grundfos

Mixers and flowmakersTechnical Data

AMD.07.18.1410

Dimensions

Physical data

Electrical data

TM03

022

4 45

04

E

C

A

B

D

A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight[kg]

332 117 203 130 180 10.5

Type Propeller diameter

RPM Axial thrust Torque Max. installation

depth

Cable type Flow Mean flow velocity

[mm] [N] [Nm] [m] [m3/h] [m/s]AMD.07.18.1410 180 1410 160 5 20 H07RN-F 4G1 231 2.6

Type P1 P2 No. of poles

Enclosure class

Voltage Starting method

IN IStart ηMotor1/1

Cos ϕ 1/1

Moment of inertia

Breakdown TorqueMmax

[kW] [kW] [V] [A] [A] [%] [kgm2] [Nm]AMD.07.18.1410 1.3 0.75 4 IP 68 3 x 400 DOL 1.9 9.3 0.73 0.75 0.149 43

24

25

Technical Data Mixers and flowmakers

AMD.xx.45x.xxx, standard version

Dimensions

* With 10 m cable. Weight of cable: 0.5 kg/m.

Physical data

Electrical data

Liquid data

Mixers are suitable for applications involving sludge with a typical dry solids content (DS) as stated in the table below. Mixers are also suitable for a wide range of other applications involving similar liquids such as slurry and paper pulp.

TM03

028

3 47

04

C

D

E

B

A

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight* [kg]

AMD.15.45B.710 525 210 180 220 450 54AMD.25.45B.690 525 210 180 220 450 54AMD.35.45B.705 560 210 200 220 450 63AMD.45.45B.675 560 210 200 220 450 63AMD.20.45.700 525 210 180 220 450 54AMD.30.45.710 560 210 200 220 450 63AMD.40.45.695 560 210 200 220 450 63



depth


[mm] [N] [Nm] [m] [m3/h] [m/s]AMD.15.45B.710

450

710 434 19.8

20 H07RN-F 12G1.5

874 1.90AMD.25.45B.690 690 640 34.0 1058 2.30AMD.35.45B.705 705 814 46.8 1245 2.71AMD.45.45B.675 675 965 62.0 1435 3.12AMD.20.45.700 700 542 26.8 966 2.10AMD.30.45.710 710 730 40.2 1151 2.51AMD.40.45.695 695 892 54.5 1340 2.92

Type P1[kW]

P2[kW]

No. of poles

Enclosure class

Voltage[V]

Operating mode

IN[A]

IStart[A]

Cos ϕ1/1

AMD.15.45B.710 2.01 1.5

8 IP68

3 x 400-415 S1, Star6.5 26.7 0.53

AMD.25.45B.690 3.21 2.5 8.0 26.7 0.69AMD.35.45B.705 4.86 3.5

3 x 400-415 S1, Delta12.4 45.8 0.65

AMD.45.45B.675 6.08 4.5 13.0 45.8 0.72AMD.20.45.700 2.62 2.0 3 x 400-415 S1, Star 7.2 26.7 0.62AMD.30.45.710 4.23 3.0

3 x 400-415 S1, Delta11.5 45.8 0.61

AMD.40.45.695 5.48 4.0 12.8 45.8 0.68

Liquid temperature pH value Maximum dynamic viscosity Maximum density5-40 °C 4 to 10 ≤ 500 mPas 1060 kg/m3

Activated sludge 0.5 % DSSelector zones 0.5 % DS

Anoxic zones 0.5 % DSBivalent zones 0.5 % DSAnaerobic zones 0.5 % DSPrimary sludge ≤ 3 % DSSecondary sludge ≤ 6 % DS

Digested sludge ≤ 8 % DS

Collection tank without screen ≤ 2 % DSCollection tank with sand ≤ 2 % DS


AMD.xx.45x.xxx.E, Ex version

Dimensions


Physical data

Electrical data

Liquid data

Mixers are suitable for applications involving sludge with a typical dry solids content (DS) as stated in the table below. Mixers are also suitable for a wide range of other applications involving similar liquids such as slurry and paper pulp.

TM03

028

3 47

04

C

D

E

B

A

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AMD.15.45B.710.E 525 210 180 210 450 50AMD.25.45B.690.E 525 210 180 210 450 50AMD.35.45B.705.E 560 210 200 210 450 59AMD.45.45B.675.E 560 210 200 210 450 59AMD.20.45.700.E 525 210 180 210 450 50AMD.30.45.710.E 560 210 200 210 450 59AMD.40.45.695.E 560 210 200 210 450 59


RPM Axial thrust

Torque Max. installation depth


Ex class

[mm] [N] [Nm] [m] [m3/h] [m/s]AMD.15.45B.710.E

450

710 434 20.2

20 H07RN-F 12G1.5

874 1.90

ATEX II 2G Ex de IIc T4

AMD.25.45B.690.E 690 640 34.7 1058 2.30AMD.35.45B.705.E 705 814 47.5 1245 2.71AMD.45.45B.675.E 675 965 63.9 1435 3.12AMD.20.45.700.E 700 542 27.2 966 2.10AMD.30.45.710.E 710 730 40.4 1151 2.51AMD.40.45.695.E 695 892 55.1 1340 2.92


Enclosure class

Voltage Operating mode

IN IStart Cos ϕ[kW] [kW] [V] [A] [A] 1/1

AMD.15.45B.710.E 2.1 1.5

8 IP68

3 x 400 S1, Star6.5 26.7 0.53

AMD.25.45B.690.E 3.3 2.5 8.0 26.7 0.69AMD.35.45B.705.E 4.9 3.5

3 x 400 S1, Delta12.4 45.8 0.65

AMD.45.45B.675.E 6.1 4.5 13.0 45.8 0.72AMD.20.45.700.E 2.7 2.0 3 x 400 S1, Star 7.2 26.7 0.62AMD.30.45.710.E 4.2 3.0

3 x 400 S1, Delta11.5 45.8 0.61

AMD.40.45.695.E 5.6 4.0 12.8 45.8 0.68

Liquid temperature pH value Maximum dynamic viscosity Maximum density5-40 °C 4 to 10 ≤ 500 mPas 1060 kg/m3

Activated sludge 0.5 % DSSelector zones 0.5 % DS

Anoxic zones 0.5 % DSBivalent zones 0.5 % DSAnaerobic zones 0.5 % DSPrimary sludge ≤ 3 % DSSecondary sludge ≤ 6 % DS

Digested sludge ≤ 8 % DS

Collection tank without screen ≤ 2 % DSCollection tank with sand ≤ 2 % DS

26

27


AMG, standard version

Dimensions


Physical data

Electrical data

Liquid data

TM02

494

4 34

08

AB C

D

E

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AMG.15.40.325 720

200 320 410

41778

AMG.22.45.325 735 452AMG.30.47.328 750 480 85AMG.40.52.326 760 525 85AMG.55.50.335 980

270 430 460505 166

AMG.75.58.336 990 580 168AMG.110.68.334 1010 680 177AMG.150.73.354 1160

315 460 460730 275

AMG.185.78.351 1180 780 280



depth


[mm] [N] [Nm] [m] [m3/h] [m/s]AMG.15.40.325 417 325 316 44

20

H07RN-F 12G1.5

1058 2.15AMG.22.45.325 452 325 438 65 1350 2.34AMG.30.47.328 480 328 566 88 1629 2.50AMG.40.52.326 525 326 800 117 2118 2.72AMG.55.50.335 505 335 1030 157

H07RN-F 12G2.5

2315 3.21AMG.75.58.336 580 336 1530 213 3234 3.40AMG.110.68.334 680 334 2216 315 4563 3.49AMG.150.73.354 730 354 3211 407 H07RN-F

7G4+4 x 15907 3.92

AMG.185.78.351 780 351 3931 503 6985 4.06


Enclosure class Voltage Operating mode

IN IStart Cos ϕ[kW] [kW] [V] [A] [A] 1/1

AMG.15.40.325 1.88 1.5

4 IP68

3 x 400-415 S1, Star4.2 21.0 0.75

AMG.22.45.325 2.75 2.2 6.0 30.0 0.78AMG.30.47.328 3.75 3.0

3 x 400-415 S1, Delta

7.3 38.7 0.79AMG.40.52.326 5.0 4.0 9.2 42.3 0.78AMG.55.50.335 6.88 5.5 12.9 65.8 0.82AMG.75.58.336 9.38 7.5 16.4 98.4 0.84AMG.110.68.334 13.70 11.0 24.0 124.8 0.87AMG.150.73.354 18.70 15.0 33.0 191.4 0.76AMG.185.78.351 23.10 18.5 39.0 241.8 0.80

Liquid temperature pH value Maximum dynamic viscosity Maximum density Maximum dry solids content5-40 °C 4 to 10 ≤ 500 mPas 1060 kg/m3 Up to 8 %


AMG, Ex version

Dimensions


Physical data

Electrical data

Liquid data

TM02

494

4 34

08

AB C

D

E

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AMG.15.40.340.E 720

200 320 410

41778

AMG.22.45.336.E 735 452AMG.30.47.338.E 750 480 85AMG.40.52.334.E 760 525 85AMG.55.50.344.E 980

270 430 460505 166

AMG.75.58.343.E 990 580 168AMG.110.68.342.E 1010 680 177AMG.150.73.355.E 1160

315 460 460730 275

AMG.185.78.356.E 1180 780 280

Type Propelle diameter

RPM Axial thrust

Torque Max. installation

depth


Ex class

[mm] [N] [Nm] [m] [m3/h] [m/s]AMG.15.40.340.E 417 325 316 44

20

H07RN-F 12G1.5

1058 2.15

ATEX II 2G Ex e ck ib IIC T3

AMG.22.45.336.E 452 325 438 65 1350 2.34AMG.30.47.338.E 480 328 566 88 1629 2.50AMG.40.52.334.E 525 326 800 117 2118 2.72AMG.55.50.344.E 505 335 1030 157

H07RN-F 12G2.52315 3.21

AMG.75.58.343.E 580 336 1530 213 3234 3.40AMG.110.68.342.E 680 334 2216 315 4563 3.49AMG.150.73.355.E 730 354 3211 407

H07RN-F 7G4+4 x 15907 3.92

AMG.185.78.356.E 780 351 3931 503 6985 4.06


Enclosure class


IN IStart Cos ϕ

[kW] [kW] [V] [A] [A] 1/1AMG.15.40.340.E 2.1 1.5

4 IP68 3 x 400 S1, Delta

6.6 42 0.46AMG.22.45.336.E 2.9 2.2 7.2 42 0.60AMG.30.47.338.E 3.8 3.0 10.2 75.5 0.54AMG.40.52.334.E 5.0 4.0 11.1 75.5 0.65AMG.55.50.344.E 6.8 5.5 20.7 193 0.48AMG.75.58.343.E 9.1 7.5 22.5 193 0.59AMG.110.68.342.E 12.6 11.0 26.1 257 0.71AMG.150.73.355.E 16.6 15.0 34 284 0.71AMG.185.78.356.E 20.6 18.5 48.3 423 0.62

Liquid temperature pH value Maximum dynamic viscosity Maximum density Maximum dry solids content5-40 °C 4 to 10 ≤ 500 mPas 1060 kg/m3 Up to 8 %

28

29


AFG.xx.130.xx, standard version

Dimensions


Physical data

Electrical data

Liquid data

TM02

634

6 34

08

A

D B

E

C

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AFG.15.130.76

860 200 350 400 1340

100AFG.22.130.77 100AFG.30.130.92 105AFG.40.130.93 105



depth


[mm] [N] [Nm] [m] [m3/h] [m/s]AFG.15.130.76 1300 76 998 187.0

20 H07RN-F12G1.5

5874 1.23AFG.22.130.77 1300 77 1344 274.0 6782 1.42AFG.30.130.92 1300 92 1651 309.0 7546 1.58AFG.40.130.93 1300 93 2073 410.0 8453 1.77


Enclosure class


IN IStart Cos ϕ

[kW] [kW] [V] [A] [A] 1/1AFG.15.130.76 1.84 1.5

4 IP 683 x 400-415 S1, star

4.2 21.0 0.67AFG.22.130.77 2.70 2.2 6.0 30.0 0.78AFG.30.130.92 3.75 3.0

3 x 400-415 S1, delta7.3 38.7 0.78

AFG.40.130.93 5.00 4.0 9.2 42.3 0.83

Liquid temperature pH value Maximum dynamic viscosity Maximum density Maximum dry solids content5-40 °C 4 to 10 ≤ 500 mPas 1060 kg/m3 1.5 %


AFG.xx.130.xx.E, Ex version

Dimensions


Physical data

Electrical data

Liquid dataTM

02 6

346

3408

A

D B

E

C

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AFG.15.130.79.E

860 200 350 400 1340

100AFG.22.130.78.E 100AFG.30.130.95.E 105AFG.40.130.94.E 105


RPM Axial thrust


depth


Ex Class

[mm] [N] [Nm] [m] [m3/h] [m/s]AFG.15.130.79.E 1300 79 998 181.4

20 H07RN-F12G1.5

5874 1.23


AFG.22.130.78.E 1300 78 1344 269.3 6782 1.42AFG.30.130.95.E 1300 95 1651 302.4 7546 1.58AFG.40.130.94.E 1300 94 2073 407.2 8453 1.77


Enclosure class


IN IStart Cos ϕ

[kW] [kW] [V] [A] [A] 1/1AFG.15.130.79.E 2.1 1.5

4 IP 68 3 x 400 S1, delta

6.6 42 0.46AFG.22.130.78.E 2.9 2.2 7.2 42 0.60AFG.30.130.95.E 3.8 3.0 10.2 75.5 0.54AFG.40.130.94.E 5.0 4.0 11.1 75.5 0.65


30

31



Dimensions


Physical data

Electrical data

Liquid dataTM

04 3

959

0509

A

D

C

B

E

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AFG.13.180.30

1100 290 570 400 1800190

AFG.18.180.34AFG.24.180.39

198AFG.37.180.46



depth


[mm] [N] [Nm] [m] [m3/h] [m/s]AFG.13.180.30 1800 30 844 419

20 H07RN-F12G1.5

7461 0.81AFG.18.180.34 1800 34 1166 507 8770 0.96AFG.24.180.39 1800 39 1539 588 10075 1.10AFG.37.180.46 1800 46 2237 772 12147 1.33


Enclosure class


IN IStart Cos ϕ

[kW] [kW] [V] [A] [A] 1/1AFG.13.180.30 1.63 1.3

4 IP 68 3 x 400-415S1, star

3.9 17.6 0.61AFG.18.180.34 2.25 1.8 4.5 20.3 0.74AFG.24.180.39 3.00 2.4

S1, delta7.1 32.0 0.61

AFG.37.180.46 4.63 3.7 8.0 36.0 0.80




Dimensions


Physical data

Electrical data

Liquid dataTM

02 6

345

3408

A

D

C

B

E

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AFG.13.180.30.E

1100 290 570 400 1800190

AFG.18.180.34.EAFG.24.180.39.E

198AFG.37.180.46.E


RPM Axial thrust


depth


Ex Class

[mm] [N] [Nm] [m] [m3/h] [m/s]AFG.13.180.30.E 1800 30 844 412.7

20 H07RN-F12G1.5

7461 0.81ATEX II 2G Ex e

ck ib IIC T3AFG.18.180.34.E 1800 34 1166 502.5 8770 0.96AFG.24.180.39.E 1800 39 1539 586.3 10075 1.10AFG.37.180.46.E 1800 46 2237 763.3 12147 1.33


Enclosure class


IN IStart Cos ϕ

[kW] [kW] [V] [A] [A] 1/1AFG.13.180.30.E 1.8 1.3

4 IP 68 3 x 400 S1, delta

6.4 42 0.44AFG.18.180.34.E 2.4 1.8 6.9 42 0.54AFG.24.180.39.E 3.1 2.4 9.8 75.5 0.50AFG.37.180.46.E 4.6 3.7 10.8 75.5 0.62


32

33



Dimensions


Physical data

Electrical data

Liquid data

TM02

634

5 04

09

A

D

C

B

EE

AFG.30.230AFG.40.230

AFG.15.230AFG.22.230

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AFG.15.230.22

1100 290 570 400

2300 200AFG.22.230.25 2300 200AFG.30.230.29 2300 233AFG.40.230.35 2300 233



depth


[mm] [N] [Nm] [m] [m3/h] [m/s]AFG.15.230.22 2300 22.7 1016 631.0

20 H07RN-F 12G2.5

10470 0.70AFG.22.230.25 2300 25.6 1411 820.0 12265 0.82AFG.30.230.29 2300 29.9 2229 958.0 15556 1.04AFG.40.230.35 2300 34.6 2822 1104.0 17500 1.17


Enclosure class


IN IStart Cos ϕ

[kW] [kW] [V] [A] [A] 1/1AFG.15.230.22 1.88 1.5

6IP 68

3 x 400-415 S1, star4.8 24.0 0.52

AFG.22.230.25 2.75 2.2 5.8 29.0 0.63AFG.30.230.29 3.75 3.0

4 3 x 400-415 S1, delta7.8 41.3 0.66

AFG.40.230.35 5.00 4.0 9.5 43.7 0.73




Dimensions


Physical data

Electrical data

Liquid data

TM02

634

5 04

09

A

D

C

B

EE

AFG.30.230AFG.40.230

AFG.15.230AFG.22.230

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AFG.15.230.23.E

1100 290 570 400

2300 200AFG.22.230.26.E 2300 200AFG.30.230.30.E 2300 233AFG.40.230.34.E 2300 233


RPM Axial thrust


depth


Ex Class

[mm] [N] [Nm] [m] [m3/h] [m/s]AFG.15.230.23.E 2300 23 1016 619.8

20 H07RN-F12G1.5

10470 0.70


AFG.22.230.26.E 2300 26 1411 812.7 12265 0.82AFG.30.230.30.E 2300 30 2229 966.2 15556 1.04AFG.40.230.34.E 2300 34 2822 1122 17500 1.17


Enclosure class


IN IStart Cos ϕ

[kW] [kW] [V] [A] [A] 1/1AFG.15.230.23.E 2.1 1.5

6IP 68 3 x 400 S1, delta

7.1 44.4 0.43AFG.22.230.26.E 2.9 2.2 7.7 44.4 0.54AFG.30.230.30.E 3.8 3.0

410.2 75.5 0.54

AFG.40.230.34.E 5.0 4.0 11.1 75.5 0.65


34

35



Dimensions


Physical data

Electrical data

Liquid data

TM04

395

7 04

09

A

D

C

B

EE

AFG.75.260AFG.60.260

Type A[mm]

B[mm]

C[mm]

D[mm]

E[mm]

Net weight*[kg]

AFG.60.260.43 1403 315 640 535 2600 345AFG.75.260.41 1500 315 680 535 2660 391



depth


[mm] [N] [Nm] [m] [m3/h] [m/s]AFG.60.260.43 2600 41 5672 1385

20 H07RN-F 12G2.5

22363 1.17AFG.75.260.41 2660 43 6632 1804 24607 1.23


Enclosure class


IN IStart Cos ϕ

[kW] [kW] [V] [A] [A] 1/1AFG.60.260.43 7.10 6.0

6 IP 68 3 x 400-415 S1, delta14.1 83.4 0.75

AFG.75.260.41 8.70 7.5 17.3 106.6 0.75


Mixers and flowmakersAccessories

Grundfos offers the following equipment for installation, inspection and service of mixers and flowmakers.

The position numbers in the list of accessories below refer to the positions in these drawings:

Fig. 1 AMD.07 Suspended, wall and floor mounting Fig. 2 AMD.07 Column profile mounting

Fig. 3 AMD, AMG installation drawing Fig. 4 AFG installation drawing

TM02

792

4 45

03

TM02

792

5 45

03

21

22

23

24

175

70

min

. 20

0

5

15

17

2

4

1

TM04

271

1 29

08

TM04

271

4 29

08

13

125

18

20

2

19

4

3

1

15

17

13

12

5

2

20

4

3b

1

3

3a

1517

14

36

37

Accessories Mixers and flowmakers

Selection guide for accessories

List of accessoriesPosition nos refer to drawings on previous page.

ProductsColumn profile Support legs2)

Crane type Wire size Cable clamp type< 6 m < 10 m1) > 10 m Front Back

AMD.07.18.1410 60 x 60 x 3

Ple

ase

cont

act G

rund

fos

No S D 4 mm D10AMD.xx.45 60 x 60 x 3 100 x 100 x 3 No S D 4 mm D17AMG.15 - AMG.40 80 x 80 x 3 No S D 4 mm D17AMG.55 - AMG.110 100 x 100 x 3 100 x 100 x 4 No M D 6 mm D20AMG.150 - AMG.185 100 x 100 x 4 100 x 100 x 5 No L D 7 mm D20AFG.xx.130 100 x 100 x 4 Yes No M D 6 mm D17AFG.xx.180 100 x 100 x 4 Yes > 6 m M D 6 mm D17AFG.xx.230 100 x 100 x 4 Yes > 6 m M D 6 mm D17AFG.xx.260 120 x 120 x 5 Yes Yes L D 7 mm D201) If installation height is over 6 m, use either a bigger size column profile or an intermediate fixation bracket (only AMD and AMG). If this is not

possible, please contact Grundfos for help.2) Additional legs required, depending on the tank depth.

Drawing Pos. Item MaterialDIN W.-NR./AISI

Product number

1 Bottom fixation bracket complete, for 60 x 60 mm column profile AMD.07 1.4301/304 96490666

1 Bottom fixation bracket complete, for 60 x 60 mm column profile AMD.07 1.4404/316 L 96490667

1 Bottom fixation bracket complete, for 60 x 60 mm column profile, AMD.xx.45 1.4301/304 95037099

1 Bottom fixation bracket complete, for 60 x 60 mm column profile, AMD.xx.45 1.4404/316 L 95037100

1 Bottom fixation bracket complete, for 80 x 80 mm column profile, AMG 1.4301/304 95037101

1 Bottom fixation bracket complete, for 80 x 80 mm column profile, AMG 1.4404/316 L 95037102

1 Bottom fixation bracket complete, for 100 x 100 mm column profile, AMG 1.4301/304 95037103

1 Bottom fixation bracket complete, for 100 x 100 mm column profile, AMG 1.4404/316 L 95037104

1 Bottom fixation plate complete, AFG.x.130 1.4301/304 96489415

1 Bottom fixation plate complete, AFG.x.130 1.4404/316 L 96489416

1 Bottom fixation plate complete, AFG.x.180/230/260 1.4301/304 96489411

1 Bottom fixation plate complete, AFG.x.180/230/260 1.4404/316 L 96489414


2 Column profile, 60 x 60 x 3 mm, 1 m* 1.4301/304 96489420

2 Column profile, 60 x 60 x 3 mm, 1 m* 1.4404/316 L 96489421









2 Column profile, 120 x 120 x 5 mm, 1 m* for AFG.xx.260 only 1.4301/304 96489445

2 Column profile, 120 x 120 x 5 mm, 1 m* for AFG.xx.260 only 1.4404/316 L 96489446

* The product numbers cover 1 m column profile. When ordering, please state the desired length.

3 Depth blocker for clamping, for 60 x 60 mm column profile, AMD AMG 1.4301/304 95037105

3 Depth blocker for clamping, for 60 x 60 mm column profile, AMD AMG 1.4404/316 L 95037106





3 Depth blocker AFG 130/180/230 1.4301/304 95037044

3 Depth blocker AFG 130/180/230 1.4404/316 L 95037045

3 Depth blocker AFG 260 1.4301/304 95036467

3 Depth blocker AFG 260 1.4404/316 L 95036468

3a Two front support legs AFG 130 1.4301/304 96115262

3a Two front support legs AFG 130 1.4404/316 L 96115263

3a Two front support legs AFG 180-230 1.4301/304 96115264

3a Two front support legs AFG 180-230 1.4404/316 L 96115265

3a Two front support legs AFG 260 1.4301/304 95036469

3a Two front support legs AFG 260 1.4404/316 L 95036470


Product number

38

39


3b Back support leg AFG.xx.180/230 1.4301/304 95036089

3b Back support leg AFG.xx.180/230 1.4404/316 995036090

3b Back support leg AFG.xx.260 1.4301/304 95036471

3b Back support leg AFG.xx.260 1.4404/316 L 95036472

4 Motor bracket AMD.07 1.4401/316 96115295

4 Motor bracket AMG.15-40, for 80 x 80 mm column profile 1.4301/304 95037071

4 Motor bracket AMG.15-40, for 80 x 80 mm column profile 1.4404/316 L 95037072







4 Motor bracket AFG.xx.130, for 100 x 100 mm column profile 1.4301/304 95037077

4 Motor bracket AFG.xx.130, for 100 x 100 mm column profile 1.4404/316 L 95037078

4 Motor bracket AFG.xx.180/230, for 100 x 100 mm column profile 1.4301/304 95037079

4 Motor bracket AFG.xx.180/230, for 100 x 100 mm column profile 1.4404/316 L 95037080

4 Motor bracket AFG.xx.260, for 120 x 120 mm column profile 1.4301/304 95036347

4 Motor bracket AFG.xx.260, for 120 x 120 mm column profile 1.4404/316 L 95036424

5 Top fixation bracket complete incl. safety wire, for 60 x 60 mm column profile 1.4301/304 95037090

5 Top fixation bracket complete incl. safety wire, for 60 x 60 mm column profile 1.4404/316 L 95037091








Product number


12 Crane foot, for 100 kg crane 1.4301/304 95036937

12 Crane foot, for 100 kg crane Galvanised steel 95036948

12 Crane foot, for 250 and 500 kg crane 1.4301/304 95036908

12 Crane foot, for 250 and 500 kg crane Galvanised steel 95036894

13 Crane with winch 6AF, 100 kg 1.4301/304 95036845

13 Crane with winch 6AF, 100 kg Galvanised steel 95036930





14 Crane foot for vertical installation, for 100 kg crane 1.4301/304 95036979

14 Crane foot for vertical installation, for 100 kg crane Galvanised steel 95036995

14 Crane foot for vertical installation, for 250 and 500 kg crane 1.4301/304 95036980

14 Crane foot for vertical installation, for 250 and 500 kg crane Galvanised steel 95037000

15 Lifting wire ∅4, 10 m, easy mounting, incl. ∅8 shackle and wire clamp 1.4404/316 L 95037142






17 Cable clamp D10 1.4404/316 L 96565202

17 Cable clamp D17 1.4404/316 L 96494352

17 Cable clamp D20 1.4404/316 L 96494354

18 Cable sock, incl. shackle ∅10 Synthetic material, 1.4404/316 L 95037141


Product number

40

41


19 Intermediate fixation bracket complete, for all profile sizes longer than 6 m 1.4301/304 95037148

19 Intermediate fixation bracket complete, for all profile sizes longer than 6 m 1.4404/316 L 95037149

21 Fixation bracket for suspended mounting, AMD.07 1.4401/316 96115293

22 Tube for suspended mounting, 2" thread, length 3 m, AMD.07 1.4401/316 96115294

23 Fixation bracket for wall mounting, 2" thread, AMD.07 1.4401/316 96115291

24 Fixation base for floor mounting, AMD.07 1.4401/316 96115292

30 °/30 ° adapter for 60 x 60 mm column profile;for AMD.xx.45.xx only. 1.4404/316 L 95035395

30 °/30 ° adapter for 100 x 100 mm column profile;for AMD.xx.45.xx only. 1.4404/316 L 95035405

Adapter kit, for 50 x 50 mm column profile;for AMD.xx.45.xx only.

POM(polyoxymethylene) 95035657


Product number


ALR-20/A leak sensor relay, 110 V 96507155

ALR-20/A relay for leak sensor 230 V 96489569

Anchor bolt M12 x 160(1 anchor, 1 nut, 1 washer, 1 spring washer, 1 glue cartridge) 316 95036113

Anchor bolt M12 x 190 (1 anchor, 1 nut, 1 washer, 1 spring washer, 1 glue cartridge) 316 95037179

Power cable* H07RN-F 12G1.5 96489580

Power cable* H07RN-F 12G2.5 96489581

Power cable* H07RN-F 7G4+4x1 96494351


Product number

2 10 4 1 3A1 A2

arnold agLecksonden RelaisNetz 230V 50-60Hz P3VA

II (2)G [EEx ib] IIC nur für den Anschluss von Arnold AGLecksonden Typ AL05 Ex

Schaltpunkt Storung

ALR 20/A ExSEV 05 ATEX 0131

12585 7Sonde

Rel.Netz

CH - 6105 SchachenA Grundfos Company

42

44

Mixers and flowmakersConstruction

AMD, AMG and AFGThe position numbers in fig. 31 refer to Material specification.

Fig. 1 Construction AMD, AMG and AFG

DrawingsThe position numbers in fig. 32 refer to Material specification.

Fig. 2 Installation drawings of AMD, AMG and AFG

The installation type formerly known as "open installation" is no longer in the standard range.

TM04

270

9 29

08

TM04

271

0 29

08

TM04

275

5 29

08

2

4

38

7

11

10

AMD.xx.45

2

4

378

10

11

AMG

278

4

311

10

AFG

TM02

792

4 45

03

TM04

271

1 29

08

TM04

271

4 29

08

AMD.07

13

125

18

20

2

19

4

3

1

15

17

AMD/AMG

13

12

5

2

20

4

3b

1

3

3a

1517

14

AFG

2

4

38

7

11

10

AMD.xx.45

45

Construction Mixers and flowmakers

Material specificationThe position numbers refer to figs. 31 and 32.

Pos. Component Material DIN W.-Nr./EN standard AISI/ASTM Mixer/flowmaker

1 Bottom fixation bracket/plate

Stainless steel 1.43011.4404

304316 L All types

2 Column profile3 Depth blocker

3a Front support leg3b Back support leg

4 Motor bracketStainless steel 1.4301

1.4404304

316 LAMGAFG

PA12 - - AMDStainless steel 1.4404 316 L AMD, Ex version

5 Top fixation bracket incl safety wire Stainless steel 1.4301

1.4404304

316 L All types

7 Motor housingCast iron, grade 25 (EN-GJL-250) EN-JL1040 AMG

AFGStainless steel 1.4404 316 L AMD

8

Sealing flange POM (polyoxymethylene) AMDMotor flange Aluminium AMDProtecting ring POM (polyoxymethylene) AMDGear housing Cast iron, grade 25 (EN-GJL-250) EN-JL1040 AMG, AFG

10 Propeller

Stainless steel1.4301 304 AMG1.4404 316 L AMD

Ductile, moulded polyamide PA6 AFG.xx.130.xx

Polyurethane resin (Baydur®) with cast iron (EN-GJS-400-15) reinforcement

EN-JS1030AFG.xx.180.xxAFG.xx.230.xxAFG.xx.260.xx

11 Hub

Stainless steel1.4301 304 AMG

AFG.xx.130.xx1.4404 316 L AMD

Cast iron (EN-GJS-400-15) EN-JS1030AFG.xx.180.xxAFG.xx.230.xxAFG.xx.260.xx

12 Crane foot1.4301 304

All typesGalvanised steel

13 Crane with winch1.4301 304

All typesGalvanised steel

14 Crane foot for vertical installation

1.4301 304All types

Galvanised steel

15 Lifting wire incl. wire clamp 1.4404 316 L All types

17 Cable Clamp 1.4404 316 L All types18 Cable sock incl. shackle All types

19 Intermediate fixation bracket 1.4301 304 All types

20 Wire clamp (included in pos. 15 - lifting wire) All types


Sectional drawings

AMD 07.18.1410

Fig. 3 Sectional drawing, AMD 07.18.1410

TM02

801

5 45

0314

16

13

56

24

22

21

4312

17

20

19

1523

18

27

25

105

46

47


AMD xx.45

Fig. 4 Sectional drawings, AMD xx.45

TM03

003

1 33

07


AMD xx.45, Ex version

Fig. 5 Sectional drawings, AMD xx.45, Ex version

TM03

750

6 33

07

48

49


AMG 15.xx to AMG 40.xx

Fig. 6 Sectional drawing, AMG 15.xx to AMG 40.xx

TM03

547

9 33

07


AMG 15.xx to AMG 40.xx, Ex version

Fig. 7 Sectional drawing, AMG 15.xx to AMG 40.xx, Ex version

TM03

549

1 33

07

50

51


AMG 55.xx to AMG 110.xx

Fig. 8 Sectional drawing, AMG 55.xx to AMG 110.xx

TM03

548

1 33

07

1001

1028

1029

1002

1003

1008

1004

1007

1006

1025

1023

1024

10541027

1026

1009

1060

1066

1061

1064

1065

1063

1067

1068

1070

1089

1090

1092

1019

1044

1045

1046

1017

1055

1047

1071

1102

1020

1022

1062

1021

1022

1119

1101

1099

1070

1088

1119

1102

1193

1097

1005

1041

1040

1032

1030

1018

1037

1039

1104

1103

1105

1109

1107

1110

1111

1106

1108

1098

1096

1094

1038

1035

1036

1042

1043

10521119


AMG 55.xx to AMG 110.xx, Ex version

Fig. 9 Sectional drawing, AMG 55.xx to AMG 110.xx, Ex version

TM03

549

3 33

07

52

53


AMG 150.73.354 and AMG 185.78.351

Fig. 10 Sectional drawing, AMG 150.73.354 and AMG 185.78.351

TM03

548

4 33

07


AMG 150.73.355 and AMG 185.78.356, Ex version

Fig. 11 Sectional drawing, AMG 150.73.355.E and AMG 185.78.356.E, Ex version

TM03

549

6 33

07

54

55


AFG xx.130.xx

Fig. 12 Sectional drawing, AFG xx.130.xx

TM03

548

0 33

07


AFG xx.130.xx, Ex version

Fig. 13 Sectional drawing, AFG xx.130.xx.E

TM03

549

2 33

07

56

57


AFG xx.180.xx and AFG xx.230.xx

Fig. 14 Sectional drawing, AFG xx.180.xx and AFG xx.230.xx

TM03

548

2 33

07


AFG xx.180.xx and AFG xx.230.xx, Ex version

Fig. 15 Sectional drawing, AFG xx.180.xx.E and AFG xx.230.xx.E, Ex version

TM03

549

4 33

07

58

59


AFG xx.260.xx

Fig. 16 Sectional drawing, AFG xx.260.xx

TM04

019

0 50

07


Position numbers and material specificationAMD 07.18.1410

Pos. Description Material DIN W.-Nr. AISI/ASTM1 Hub screw Stainless steel 1.4408 A 3512 Spring washer, M12 Stainless steel 1.4301 3043 Lock washer Stainless steel 1.4401 3164 Propeller Composite material, PA66, polyamide5 Mounting clamp Stainless steel 1.4401 3166 Mounting bracket, 2" thread Stainless steel 1.4408 A 351

13 Screw, M5 x 20 Stainless steel 1.4301 30414 O-ring, 5 x 1 Rubber NBR15 Seal cover Composite material, PBT/PC, black16 O-ring, 4.8 x 2.5 Rubber NBR

105

17 O-ring, 21 x 2 Rubber NBR18 O-ring, 21.8 x 3 Rubber NBR19 O-ring, 12 x 1 Rubber NBR20 Rotating shaft seal half Stainless steel 1.4401 31621 Stationary shaft seal half Stainless steel 1.4401 31622 Spring for shaft seal Stainless steel 1.4401 31623 Seat of stationary shaft seal half Composite material, PPE/PS- Primary seal faces SiC/SiC

24 Motor- Shaft end Stainless steel 1.4301 304- Outer sleeve, stator housing Stainless steel 1.4401 316

25 Supply cable with plug H07RN-F 4G1

60

61


AMD xx.45, AMG, AFG

Pos. Component Material1001 Cable CPE (Rubber)1002 Clamping plate EN-GJL250

1003 Cable guide St52 (DIN W.-Nr. 1.0570) nickel-plated

1004 Cable entry, large Elastomer (70 Shore hardness)

1005 Thrust washer St52 (DIN W.-Nr. 1.0570) nickel-plated

1006 Cable entry, small Elastomer (70 Shore hardness)1007 O-ring NBR1008 Screw DIN W.-Nr. 1.43011009 Cable relief Zinc-plated steel1010 Screw DIN W.-Nr. 1.44011011 Spring washer DIN W.-Nr. 1.44011012 Lock nut DIN W.-Nr. 1.44011013 Thrust washer DIN W.-Nr. 1.44011014 Spring washer Zinc-plated spring steel1015 Cable relief PP1016 Screw DIN W.-Nr. 1.43011017 Stator housing EN-GJL2501018 Stator Treated sheet steel / copper1019 Shaft with rotor Treated sheet steel / aluminium1020 Motor flange EN-GJL2501021 Screw Zinc-plated steel1022 O-ring NBR1023 Terminal box cover EN-GJL2501024 Screw DIN W.-Nr. 1.43011025 O-ring NBR1026 Cable joint Zinc-plated copper, PA-insulated1027 Cable joint Zinc-plated copper, PA-insulated1028 Screw Zinc-plated steel1029 Lock washer Zinc-plated spring steel1030 Cable terminal Tin-plated copper1031 PTC1032 PTO/PTC1033 Screw Zinc-plated steel1034 Cable clamp1035 Bearing cover EN-GJL2501036 Screw DIN W.-Nr. 1.43011037 O-ring NBR1038 Disc DIN W.-Nr. 1.06051039 Bearing1040 U-Washer Copper1041 Screw DIN W.-Nr. 1.43011042 Nameplate DIN W.-Nr. 1.43011043 Rivet DIN W.-Nr. 1.4301 (INOX/INOX)1044 Set screw Zinc-plated steel

1045 Spring washer Zinc-plated spring steel (DIN W.-Nr. 127 B)

1046 Nut DIN W.-Nr. 1.43011047 Ball bearing1048 Shaft seal Carbon / alox / NBR1049 Water-in-oil sensor Brass / epoxy resin1050 Shim Bright steel1051 Locking ring Spring steel (DIN W.-Nr. 17222)1052 Plug Brass (DIN W.-Nr. 2.0220)

1053 Connection for protective earthing Nickel-plated brass

1054 Seal ring NBR (AISI 1070 / 1090)1055 Seal ring NBR (AISI 1070 / 1090)1056 Seal washer Copper (DIN W.-Nr. 7603)

1057 Intermediate ring AlSi1MgMn1058 Retaining ring Spring steel (DIN W.-Nr. 472)1059 Retaining ring Spring steel (DIN W.-Nr. 472)1060 Sun wheel 34CrMo4V (DIN W.-Nr. 1.7220)1061 Retaining ring Spring steel (DIN W.-Nr. 17222)1062 Ring gear 34CrMo4V (DIN W.-Nr. 1.7220)1063 Planet gear 34CrMo4V (DIN W.-Nr. 1.7220)1064 Screw Zinc-plated steel1065 Roller Roller bearing steel1066 Washer Ck45N (DIN W.-Nr. 1.1191)1067 Planet carrier Ck45N (DIN W.-Nr. 1.1191)1068 Planet pin Ck45N (DIN W.-Nr. 1.1191)1069 Cover Ck45N (DIN W.-Nr. 1.1191)1070 Tubular pin Zinc-plated spring steel1071 O-ring NBR1072 Housing EN-GJL2501073 O-ring NBR1074 Locking ring Spring steel DIN W.-Nr. 172221075 Screw Steel zinc-plated1076 Planet wheel 34CrMo4V (DIN W.-Nr. 1.7220)1077 Retaining ring Spring steel DIN W.-Nr. 172221078 O-ring NBR1079 Ring gear 34CrMo4V (DIN W.-Nr. 1.7220)1080 Planet wheel 34CrMo4V (DIN W.-Nr. 1.7220)1081 Roller Roller bearing steel1082 Washer Ck45N (DIN W.-Nr. 1.1191)1083 Planet carrier Ck45N (DIN W.-Nr. 1.1191)1084 Bolt Ck45N (DIN W.-Nr. 1.1191)1085 Cover for driving plate Ck45N (DIN W.-Nr. 1.1191)1086 Distance piece 34CrMo4V (DIN W.-Nr. 1.7220)1087 Spline coupling 20MnCr5 (DIN W.-Nr. 1.7147)1088 Gear housing EN-GJL2501089 Circlip Spring steel (DIN W.-Nr. 17222)1090 Lock nut Bright steel1091 Lock washer Bright steel1092 Bearing1093 Shaft 16CrNi 4 (DIN W.-Nr. 1.5713)1094 Bearing1095 Intermediate ring DIN W.-Nr. 1.05701096 Sleeve DIN W.-Nr. 1.43001097 Wear ring DIN W.-Nr. 1.43011098 Shaft seal Widia/Widia1099 Screw DIN W.-Nr. 1.43011100 O-ring NBR1101 Drain plug with magnet Brass (DIN W.-Nr. 2.0220)1102 Plug Brass (DIN W.-Nr. 2.0220)1103 Propeller EN-GJS-400-15 / Baydur®

1104 Lip seal NBR; AISI 1070 / 10901105 Key Ck45 1106 Shaft nut Bright steel1107 Lock washer Bright steel1108 O-ring NBR1109 Cap EN-GJL2501110 Washer Brass (DIN W.-Nr. 2.0220)1111 Screw DIN W.-Nr. 1.43011112 Hub EN-GJS-400-151113 Screw DIN W.-Nr. 1.43011114 Washer DIN W.-Nr. 1.43011115 Screw A4-80 (DIN W.-Nr. 1.4401)

Pos. Component Material


1116 Pin Bright steel (DIN W.-Nr. 1473)1117 Nut DIN W.-Nr. 1.44011118 Spring washer DIN W.-Nr. 1.44011119 PTFE tape1120 Sealing paste1121 Sealing paste1122 Oil ISO VG 2201123 Oil Shell Fluid 46001124 Guide flange DIN W.-Nr. 1.44011125 O-ring NBR1126 Screw DIN W.-Nr. 1.44011127 Guide wheel POM1128 Countersunk screw DIN W.-Nr. 1.44011129 U-Washer DIN W.-Nr. 1.44011130 Lock nut DIN W.-Nr. 1.44011131 Key DIN W.-Nr. 1.43011132 Blinds DIN W.-Nr. 1.43011133 Screw DIN W.-Nr. 1.4401

1134 Cable entry Nickel-plated brass,II 2G Eex d II

1135 Cable socket Zinc-plated copper, PA-insulated1136 Shrink-on sleeve Polyolefin1137 Guide claw PVC1138 Lifting bracket DIN W.-Nr. 1.44011139 Screw DIN W.-Nr. 1.44011140 Lock nut DIN W.-Nr. 1.44011141 Seal cover POM ELS1142 O-ring NBR1143 O-ring NBR1144 Screw DIN W.-Nr. 1.44011145 Plug Brass (DIN W.-Nr. 2.0220)1146 Guide plate POM ELS1147 Countersunk screw DIN W.-Nr. 1.44011148 Protection cover DIN W.-Nr. 1.44011149 Screw DIN W.-Nr. 1.44011150 Spring washer DIN W.-Nr. 1.44011151 Spade terminal, female Tin-plated copper1152 Spade terminal, male Tin-plated copper1153 Shrink-on sleeve Polyolefin1154 Cable socket Tin-plated copper, PA-insulated1155 Shrink-on sleeve Polyolefin1156 Washer Ck45N (DIN W.-Nr. 1.1191)1157 Gasket NBR shore 70 (DIN W.-Nr. 7715)1158 Nut Zinc-plated spring steel

Pos. Component Material

62

Mixers and flowmakersInstallation

InstallationThe AMD.07 mixer must be installed horizontally; the maximum permissible inclination angle is ± 40 °.

The mixer is suitable for the following installation methods:

• Column profile mounting• Suspended mounting• Wall mounting• Floor mounting.

See figs. 47 and 48.

For the various types of installation accessories, see section Accessories.

The accessories match the 2" threaded mounting bracket on the mounting clamp of the mixer.

Fig. 1 Column profile mounting Fig. 2 Suspended mounting, wall mounting and floor mounting

Installation drawings, AMD 07:

TM02

792

5 45

03

TM02

792

4 45

03

175

70

min

. 20

0

64

65

Installation Mixers and flowmakers

Installation AMD, AMG, AFG (.E)The mixer should be submerged as deeply as possible, however, no deeper than the tip of the propeller blade is 40-50 cm above the bottom of the tank.

The distance from the propeller tip to the surface of the liquid should be at least 75 % of the propeller diameter.

The distance between the propeller tip and the wall behind the mixer must be at least twice the propeller diameter.

This is normally not a problem, as the length of the motor and motor bracket is usually more than twice the propeller diameter.

Mixers should not be installed immediately after aeration zones in the tank as air bubbles cause a strong reduction in mixer performance.

Top fixation bracketIt is possible to adjust the angle of the top fixation bracket in steps of 7.5 ° by means of the two screws B.

Fig. 3 Top fixation bracket

CraneIn order to select the right size of crane for a specific mixer or flowmaker, see Selection guide for accessories on page 38. The crane can easily be lifted off the crane foot, pos. 12, if it needs to be used in another mixer/flowmaker installation.

Fig. 4 Crane

The postion nos in the following table refer to fig. 50 and fig. 51.

TM04

388

1 03

09

B

TM04

387

3 03

09

Crane type A min[mm]

A max[mm]

B min[mm]

B max[mm]

D[mm]

S 2255 2911 251 1001 2130M 2838 3521 350 1406 2286L 2838 3521 350 1406 2280

Crane type S M LWire ∅ 4 mm 6 mm 7 mmType of winch 6 AF 8 AF 12 AFMax. load 100 kg 250 kg 500 kgTotal weight 35 kg 61.2 kg 76.5 kg

Pos. Description1 Bottom fixation bracket4 Motor bracket5 Top fixation bracket

12 Crane foot13 Crane with winch

B max.

B min.

D A m

in.

A m

ax.

13

12

5


Fig. 5 Installation drawings

AMD.xx.45.xx(.E)

TM04

387

4 03

09

AMG(.E)

TM04

387

5 03

09

AFG.xx.130.xx(.E)

TM04

387

6 03

09

AFG.xx.180.xx(.E)

TM04

387

7 03

09

AFG.xx.230.xx(.E)

TM04

387

9 03

09

AFG.xx.260.xx(.E)

TM04

393

1 04

09

5

4Min. 300 mm 1

5

4Min. 200 mm 1

5

1

4

Min. 0.75 x D

D = 1300 mm

Min 500 mm

5

1

4

Min. 0.75 x D

D = 1800 mm

Min 500 mm

Min

. 500

D =

230

0 m

mM

in. 0

.75

x D 5

4

1

Min

. 500

D =

260

0 m

mM

in. 0

.75

x D

5

1

66

67


Dimensions, accessories

Fig. 6 Bottom fixation bracket

Fig. 7 Bottom fixation plate

Fig. 8 Top fixation bracket

Fig. 9 Foot for front support leg

Fig. 10 Foot for back support leg

Fig. 11 Intermediate fixation bracket

TM04

389

7 03

09Column profile B [mm] C [mm] D [mm] T [mm]60 x 60

130 115 15 880 x 80100 x 100

TM04

389

8 03

09

Flowmaker type B [mm] C [mm] D [mm] T [mm]AFG.xx.130 210 210 15 8AFG.xx.180/230/260 360 360 15 8

TM04

389

9 03

09

Column profile B [mm] C [mm] D [mm] E [mm] T [mm]60 x 60

110 160 15

240

880 x 80 250100 x 100 261120 x 120 261

B

C

D

T

B

D

TCB

D

TC

AFG.xx.130 AFG.xx.180/230/260

E

B

T

C

D

TM04

390

0 03

09

Flowmaker type B [mm] D [mm] T [mm]AFG.xx.130

100 15 8AFG.xx.180-230AFG.xx.260

TM04

390

1 03

09

Flowmaker type B [mm] C [mm] D [mm] T [mm]AFG.xx.180-230

210 210 15 8AFG.xx.260

TM04

390

3 03

09

B [mm] C [mm] D [mm] T [mm]110 160 15 8

B

D

T

B

CT

D

T

D

C

B

Mixers and flowmakersFurther product documentation

WebCAPSWebCAPS is a Web-based Computer Aided Product Selection program available on www.grundfos.com.

WebCAPS contains detailed information on more than 185,000 Grundfos products in more than 20 languages.

In WebCAPS, all information is divided into 6 sections:

• Catalogue• Literature• Service• Sizing• Replacement• CAD drawings.

Catalogue

This section is based on fields of application and pump types, and contains • technical data• curves (QH, Eta, P1, P2, etc.) which can be adapted to the den-

sity and viscosity of the pumped liquid and show the number of pumps in operation

• product photos• dimensional drawings• wiring diagrams• quotation texts, etc.

Literature

In this section you can access all the latest documents of a given pump, such as• data booklets• installation and operating instructions• service documentation, such as Service kit catalogue and

Service kit instructions• quick guides• product brochures.

Service

This section contains an easy-to-use interactive service catalogue. Here you can find and identify service parts of both existing and dis-continued Grundfos pumps.Furthermore, this section contains service videos showing you how to replace service parts.

68

69

Further product documentation


WinCAPS

Fig. 1 WinCAPS CD-ROM

WinCAPS is a Windows-based Computer Aided Product Selection program containing detailed informa-tion on more than 185,000 Grundfos products in more than 20 languages.

The program contains the same features and functions as WebCAPS, but is an ideal solution if no Internet connection is available.

WinCAPS is available on CD-ROM and updated once a year.

Sizing

This section is based on different fields of application and installa-tion examples, and gives easy step-by-step instructions in how to• select the most suitable and efficient pump for your installation• carry out advanced calculations based on energy consumption,

payback periods, load profiles, life cycle costs, etc.• analyse your selected pump via the built-in life cycle cost tool• determine the flow velocity in wastewater applications, etc.

Replacement

In this section you find a guide to selecting and comparing replace-ment data of an installed pump in order to replace the pump with a more efficient Grundfos pump. The section contains replacement data of a wide range of pumps produced by other manufacturers than Grundfos.

Based on an easy step-by-step guide, you can compare Grundfos pumps with the one you have installed on your site. When you have specified the installed pump, the guide will suggest a number of Grundfos pumps which can improve both comfort and efficiency.

CAD drawings

In this section it is possible to download 2-dimensional (2D) and 3-dimensional (3D) CAD drawings of most Grundfos pumps.

These formats are available in WebCAPS:

2-dimensional drawings:• .dxf, wireframe drawings• .dwg, wireframe drawings.

3-dimensional drawings:• .dwg, wireframe drawings (without surfaces)• .stp, solid drawings (with surfaces)• .eprt, E-drawings.

0 1

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GRUNDFOS A/S . DK-8850 Bjerringbro . DenmarkTelephone: +45 87 50 14 00

catalog amd,amg, afg

Documents

grundfos mixers

ex version

range of mixers

selection of mixers

range of flowmakers

jpg34introduction mixers

selection of flowmakers

direct drive amg mixers