powerful centrifugal fans for universal use: the product...

264

Powerful centrifugal fans for universal use:

The product ranges TEM and REM

The fan ranges TEM and REM offered by Nicotra Gebhardt do present a large fan

programme of single inlet centrifugal fans which are universally usable for many

ventilation purposes either in HVAC or in machinery design industry and heavy duty

installation business.

The fans are available with forward curved impellers (TEM) or with impellers (REM)

equipped with backward curved blades.

The fans are equipped with IEC flanged (B5) standard motors, protection IP55, class

F, and they are suitable for frequency inverter controlled operation.

Benefits:

compact design because of direct drive

cost effective by maintenance-free operation

speed controlled by frequency inverter

universally usable due to different options, such as

without brackets as a directly fitted unit for operation with vertical shaft arrange-

ment

with brackets for operation with horizontal shaft

ATEX execution for explosion hazardous areas and applications

Fan range TEM rated - Ex II 3G c IIB T3

Fan range REM rated - Ex II 2G c IIB T3

265

Nicotra Gebhardt TEM and REM

The universal technology for various applications!

TEM ranges

Sizes from 0160 up to 0355

Volume flow up to 9000m³/h

also available in 60Hz execution

also available in ATEX execution 3G

motor with PTC in flange execution

Impeller with forward curved blades

For applications in HVAC-facilities, big kitchen or for clean room tech-

nologie.

REM ranges

Sizes from 0200 up to 0630

Volume flow up to 20,000m³/h

also in available 60Hz execution

also available in ATEX execution 2G

motor with PTC in flange execution

Impeller with backward curved blades

For applications in the filter technologie, drying- and suction plants.

The ranges TEM and REM

For every application, the suitable fan:

Version Description Figure

TEM 01-0160/-0355Lap jointed scroll of galvanised sheet steel with discharge flange and built-in impeller with

forward curved blades, without pedestal, for vertical or horizontal mounting.

TEM 08-0160/-0355Lap jointed scroll of galvanised sheet steel with discharge flange and built-in impeller with

forward curved blades, with pedestal, for horizontal mounting.

REM 11-0200/-0630Lap jointed scroll of galvanised sheet steel with discharge flange and built-in impeller with

backward curved aerofoil blades, without pedestal, for vertical or horizontal mounting.


backward curved aerofoil blades, with pedestal, for horizontal mounting.

REM 13-0200/-0630Scroll casing stitch welded with discharge flange, epoxy coated, built-in impeller with back-

ward curved aerofoil blades, without pedestal, for vertical or horizontal mounting.

REM 19-0200/-0630Scroll casing stitch welded with discharge flange, epoxy coated, built-in impeller with back-

ward curved aerofoil blades, with pedestal, for horizontal mounting.


backward curved blades, without pedestal, for vertical or horizontal mounting.


backward curved blades, with pedestal, for horizontal mounting.

328

DescriptionDirect driven centrifugal fans / TEM/REM / Description

Safety

The fans are designed for installation in equipment and as standard are not equipped

with protective guards.

They should not be put into operation before all protective devices are fitted

and connected!

Protective measures must be carried out as set out in DIN EN ISO 12100 "Safety of

machinery - Basic concepts, general principles for design".

If the application of the fan allows free access to the inlet and discharge apertures,

safety devices must be put in place on the fan in accordance with DIN EN ISO 13857!

Suitable safety guards are available as an optional extra.

Performance data

The performance curves of the fans are determined at the plenum test rig according

to ISO 5801, measured in installation "B".

In the diagrams of all series, the total pressure increase pF and the dynamic pressure

in relation to the flange crosssection at the discharge pd2 are represented in depen-

dency on the volume.

For closer determination of duty same unit performance curves (parabolas) are contai-

ned in the diagrams.

The static pressure increase psF with a connected discharge flange can be determi-

ned according to the following relation.

psF = pF – pd2

All data are valid for the source density 1 = 1,2kg/m³.

Sound

The noise measuring and evaluation is conducted according to DIN 45635-38 ”Noise

measurement in machines: fans”.

In the diagrams the A-weighted sound power level of the fan is given on the perfor-

mance curves as the emission size.

The “A” weighted sound power level are identical for fan intake (LWA7) as well as for

fan discharge (LWA4).

The A-weighted sound pressure level LpA7/6 at a distance of 1 m at fan Inlet or di-

scharge can be approximately determined by the following formula:

LpA6/7 ~ LWA4/7 - 7dB

The sound power levels in the individual octavos can be taken from the electronic

catalogue ”proSELECTA II”.

Media

The series of centrifugal fans, with single inlet are designed for the use in air handling

and ventilation installations.

The fans are suitable for conveying air and other non aggressive gases. The tempera-

tures admitted for the fluid are from -20°C to +60°C.

Motors

Standard motors of wellknown brands, type of protection IP55, thermal class F, are

used. During commissioning and maintenance the detailed instructions provided by

the motor manufacturer (type plate/motor operating instructions) must be followed,

this also applies to the motor protection devices required onsite. The motors are

equipped with PTC resistors/temperature sensors as standard. Motors with integra-

ted frequency inverters may be supplied on request.

Electric connection

The centrifugal fans are delivered ready for installation.

The motor terminal box can be accessed easily.

Electric installation must be carried out according to the applicable provisions in

compliance with local regulations. A terminal board circuit diagram showing correct

connection is enclosed with every motor.

Updated circuit diagrams are also available online at www.nicotra-gebhardt.com.

In case of operation with frequency inverters, always follow the respective operating

instructions!

329

DescriptionDirect driven centrifugal fans / TEM/REM / Description

Explosion protection according to ATEX

Fans for use in explosive atmospheres must comply with EC Directive 94/9/EG

(ATEX 95). Equipment in Group II (all applications except mining) is categorised in

accordance with the required degree of safety for designated use in equipment cate-

gories 1, 2 and 3. Depending on suitability, a distinction is in addition made between

G (gas, vapours) and D (dust).

Harmonised European standards and national guidelines must be observed. Equip-

ment in class 2 and 3 is not subject to compulsory specifications nor to type testing.

The manufacturer declares conformity with the EC directive.

For the standard designs of our fans, the following ignition sources are es-

sentially to be considered:

Hot surfaces, e.g. due to heat of friction or seizure of a bearing or due to blockage

of an impeller

Rubbing-, grinding- or beating sparks, e. g. as a result of contact of the impeller

with stationary components

Sparks resulting from discharge of electrostatically loaded, non-conducting ompo-

nents, e. g. of plasticpanels, surfaces with strong layer thickness.

Preconditions for operating:

In the proximity of the motor, the temperature limits -20°C and +40°C must not be

exceeded.

The temperature limits of -20°C und +60°C for the flow medium must not be

exceeded. If the temperature of the flow medium should exceed +60°C on the

pressure side, then the fan must be switched off!

The fans may only be employed with a horizontal shaft.

The fans are to be protected against the falling-in or sucking-in of foreign objects.

Protection guards must be ordered separately as an accessories.

On the machine plate the max. permitted fan speed is indicated.

Fans for operation in ex-hazardous areas are marked as such on the machine pla-

te and they are accompanied by an EU conformity declaration and with operation

and maintenance instructions

The operation and maintenance instructions have strictly to be observed.

282

REM 10-0200Direct driven centrifugal fans / REM / Technical Data

Technical Data

Pa

m³/h

pF

qV

REM 1.-0200-2D-07REM 1.-0200-2X-07-2G

400 V50 Hz

Pa

m³/hp

F

qV

REM 1.-0200-2D-07-60

460 V60 Hz

10000 400 600200 800 1200

200

400

600

100

300

500

0

72 dB

74

72

LWA

[A1/A2]

pd2

76

77

10000 400 600200 800 1200 14000

200

400

600

800

81

80

76 dB

78

LWA

[A3]76

pd2

Density of media 1.2 kg/m³ Measured in installation Baccording to ISO 5801

Technical Data

283


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19

REM ..- kW – V Hz A 1/min °C m³/h kg

0200-2D-07 [A1] 0.37 2 71 230/400 50 /Y 1.73/1.00 2740 60 1290 10/12/14/16

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19

REM ..-Ex II 2G c IIB T3 kW – V Hz A 1/min °C m³/h kg

0200-2X-07-2G [A2] 0.37 2 71 230/400 50 /Y 1.61/0.93 2825 60 1290 10/12/14/16

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19

REM ..-60 Hz kW – V Hz A 1/min °C m³/h kg

0200-2D-07-60 [A3] 0.43 2 71 460 60 Y 1.00 3288 60 1520 10/12/14/16

Motor protection can take place through motor protection units with bi-metallic releases (EUM 33) or via a thermistor (NTC) temperature sensor in connection with a thermistor (NTC)-release device (EUM 03). See chapter "Accessories".

The direction of rotation is determined looking from the drive side. - Anti-clockwise rotation, symbol LG. - Clockwise rotation, symbol RD.

Dimensions in mm, subject to change.

RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374

ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16354329

77

13

67

6×M6

1×90

84+k2

127

Ø7 161181

130 25

6×Ø7.0

188 168356

218

312Ø10

130 25

2×

90

253

286

306

Ø205

Ø235

Ø255

242

89

247

489

256×

131

247

489

297 454

415

247 4

89

247

297 454

415

247

134

67

6×M6

1×

90

84+

k2

127

Ø7

161

181

188

168

356

2×90253286

306 399

242

89157

REM 18-0200REM 19-0200

REM 11-0200REM 13-0200

284


Technical Data

Pa

m³/h

pF

qV

REM 1.-0225-2D-07REM 1.-0225-2X-07-2G

400 V50 Hz

Pa

m³/h

pF

qV

REM 1.-0225-2D-07-60

460 V60 Hz

200

400

600

700

800

100

300

500

00 400 800 1200 1600

74 dB

77

75

LWA

[B1/B2]

pd2

79

81

0

400

800

1200

200

600

1000

0 1000 1500500 2000

85

84

78 dB

81

LWA

[B3]

79

pd2


Technical Data

285


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0225-2D-07 [B1] 0.37 2 71 230/400 50 /Y 1.73/1.00 2740 60 1880 11/13/16/18

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0225-2X-07-2G [B2] 0.37 2 71 230/400 50 /Y 1.61/0.93 2825 60 1880 11/13/16/18

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0225-2D-07-60 [B3] 0.43 2 71 460 60 Y 1.00 3288 60 2170 11/13/16/18




RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


149

74

6×M6

1×

100

89+

k2

142

Ø10

180

206

210

191

401

2×100285322

348 450

274

100176

388363

85

13

6×M6

1×100

89+k2

142

Ø10 180206

6×Ø7.0

2×

100

285

322

348

74

130 25

210 191401

320

376Ø10

130 30

Ø229

Ø259

Ø279

274

100

308

308

582

582

308 5

82

288×

146

549

358 549

358

358 534

358 534

REM 18-0225REM 19-0225

REM 11-0225REM 13-0225

286


Technical Data

Pa

m³/h

pF

qV

REM 1.-0250-2D-08REM 1.-0250-2X-08-2G

400 V50 Hz

m³/hqV

REM 1.-0250-2D-10-60

460 V60 Hz

0

400

800

200

600

1000

0 1000 1500500 2000

78 dB

80

78

LWA

[C1/C2]

pd2

83

84

Pa

m³/h

pF

qV

0

400

800

1200

1400

200

600

1000

25000 1000 1500500 2000 3000

83 dB

85

83

LWA

[C3]

pd2

88

89


Technical Data

287


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0250-2D-08 [C1] 0.55 2 71 230/400 50 /Y 2.35/1.36 2800 60 2550 15/17/21/23

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0250-2X-08-2G [C2] 0.55 2 71 230/400 50 /Y 2.42/1.40 2785 60 2550 15/17/21/23

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0250-2D-10-60 [C3] 0.86 2 80 460 60 Y 1.73 3426 60 3080 17/20/24/26




RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


167

83

83

6×M6

6×M6

1×

100

1×100

98+

k2

98+k2

160

Ø10

Ø10

198

224

231

231

206

206

437

437

3×100319356

382 494

608

608

300

300

109

109

194

388363

88

13

6×Ø7.0

130 25

320

376Ø10

130 30

Ø256

Ø286

Ø306

308

308 6

08

308

322×

164

514

308 514

308

358 552

358 552

3×

100

319

356

382

224198

160

REM 18-0250REM 19-0250

REM 11-0250REM 13-0250

288


Technical Data

Pa

m³/h

pF

qV

REM 1.-0280-2D-11REM 1.-0280-2X-11-2G

400 V50 Hz

m³/hqV

REM 1.-0280-2D-11-60

460 V60 Hz

Pa

m³/h

pF

qV

0

400

800

1200

200

600

1000

25000 1000 1500500 2000 3000 3500

82 dB

84

82

LWA

[D1/D2]

pd2

87

89

25000 1000 1500500 2000 3000 3500 4000

800

400

1200

1600

0

86 dB

88

86

LWA

[D3]

pd2

91

93


Technical Data

289


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0280-2D-11 [D1] 1.10 2 80 230/400 50 /Y 4.25/2.45 2845 60 3760 18/21/26/29

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0280-2X-11-2G [D2] 1.10 2 80 230/400 50 /Y 4.33/2.50 2855 60 3760 18/21/26/29

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0280-2D-11-60 [D3] 1.30 2 80 460 60 Y 2.41 3435 60 4470 18/21/26/29




RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


187

93

93

8×M8

8×M8

1×

100

1×100

113+

k2

113+k2

179

179

Ø10

Ø10

217

217

243

243

258

258

226

226

484

484

3×100358395

421 549

651

651

333

333

122

122

216

460435

101

13

8×Ø9.5

130 30

320

446Ø10

130 30

Ø288

Ø322

Ø348

318

318 6

51

318

361×

183

544

318 544

318

368 584

368 584

3×

100

358

395

421

REM 18-0280REM 19-0280

REM 11-0280REM 13-0280

290


Technical Data

0

Pa

m³/h

pF

qV

400

REM 1.-0315-2D-13REM 1.-0315-2X-14-2G

400 V50 Hz

50000

85 dB

800

1200

1600

87

86

89

2000 30001000 4000

LWA

[E1/E3]

90

pd2

0

Pa

m³/h

pF

qV

200

REM 1.-0315-4D-07-60

460 V60 Hz

76

400

600

72

75

71 dBLWA

[E6]

73

pd2

0

Pa

m³/h

pF

qV

100

REM 1.-0315-4D-07REM 1.-0315-4X-07-2G

400 V50 Hz

0

72

200

300

400

71

68

69

1000 1500500 2000

LWA

[E2/E4]

67 dB

pd2

0

Pa

m³/h

pF

qV

1000

REM 1.-0315-2D-14-60

460 V60 Hz

95

2000

94

90 dB

92

LWA

[E5]

91

pd2

0 2000 30001000 4000

2500

5000 6000

500

1500

2500

0 1000 1500500 2000 2500


Technical Data

291


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0315-2D-13 [E1] 1.50 2 90 S 230/400 50 /Y 5.70/3.30 2860 60 5250 25/28/33/36

0315-4D-07 [E2] 0.25 4 71 230/400 50 /Y 1.32/0.76 1350 60 2600 19/22/26/29

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0315-2X-14-2G [E3] 1.85 2 90 L 230/400 50 /Y 6.85/3.95 2860 60 5250 28/31/36/39

0315-4X-07-2G [E4] 0.25 4 71 230/400 50 /Y 1.39/0.80 1310 60 2600 19/22/26/29

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0315-2D-14-60 [E5] 2.55 2 90 L 460 60 Y 4.60 3480 60 6360 28/31/36/39

0315-4D-07-60 [E6] 0.29 4 71 460 60 Y 0.76 1620 60 3000 19/22/14/29




RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


209

104

104

8×M8

8×M8

1×

100

1×100

118+

k2

118+k2

201

201

Ø10

Ø10

239

239

265

265

290

290

247

247

537

537

3×100401438

464 613

723

723

371

371

139

139

242

460435

90

13

8×Ø9.5

130 30

320

446Ø10

130 30

Ø322

Ø356

Ø382

352

352 7

23

352

404×

205

599

352 599

352

429 671

429 671

3×

100

401

438

464

REM 18-0315REM 19-0315

REM 11-0315REM 13-0315

292


Technical Data

Pa

m³/h

pF

qV

REM 1.-0355-2D-16REM 1.-0355-2X-19-2G

400 V50 Hz

Pa

m³/h

pF

qV

REM 1.-0355-4D-10-60

460 V60 Hz

Pa

m³/h

pF

qV

REM 1.-0355-4D-08REM 1.-0355-4X-08-2G

400 V50 Hz

Pa

m³/h

pF

qV

REM 1.-0355-2D-19-60

460 V60 Hz

0

500

1000

1500

2000

50000 2000 30001000 4000 6000 70000

88 dB

90

89

92

LWA

[F1/F3]

95

pd2

1000

2000

3000

500

1500

2500

2000 4000 6000 80000

100

97

93 dB

95

LWA

[F5]

94

pd2

0

100

200

300

400

500

25000 1000 1500500 2000 3000 3500

77

75

71

72

LWA

[F2/F4]

70 dB

pd2

25000 1000 1500500 2000 3000 3500 40000

200

400

600

800

82

76

80

75 dBLWA

[F6]

77

pd2


Technical Data

293


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0355-2D-16 [F1] 3.00 2 100 L 230/400 50 /Y 10.60/6.10 2835 60 7770 34/39/43/48

0355-4D-08 [F2] 0.37 4 71 230/400 50 /Y 1.78/1.03 1370 60 3780 23/28/32/37

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0355-2X-19-2G [F3] 3.30 2 112 M 230/400 50 /Y 11.60/6.70 2875 60 7770 53/58/62/67

0355-4X-08-2G [F4] 0.37 4 71 230/400 50 /Y 1.91/1.10 1355 60 3780 23/28/32/37

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0355-2D-19-60 [F5] 4.60 2 112 M 460 60 7.60 3520 60 9450 39/44/48/53

0355-4D-10-60 [F6] 0.63 4 80 460 60 Y 1.45 1674 60 4590 26/31/16/40




RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


234

116

116

8×M8

8×M8

2×

100

2×100

130+

k2

130+k2

225

225

Ø10

Ø10

263

263

289

289

325

325

273

273

598

598

4×100449487

513 686

846

846

414

414

157

157

272

570545

139

13

8×Ø9.5

130 30

320

446Ø10

130 30

Ø361

Ø395

Ø421

432

432 8

46

432

453×

229

705

432 705

432

500 772

500 772

4×

100

449

487

513

REM 18-0355REM 19-0355

REM 11-0355REM 13-0355

294


Technical Data

Pa

m³/h

pF

qV

REM 1.-0400-2D-21REM 1.-0400-2X-22-2G

400 V50 Hz

Pa

m³/h

pF

qV

REM 1.-0400-4D-13-60

460 V60 Hz

Pa

m³/h

pF

qV

REM 1.-0400-4D-10REM 1.-0400-4X-11-2G

400 V50 Hz

Pa

m³/h

pF

qV

REM 1.-0400-2D-22-60

460 V60 Hz

0 4000 60002000 8000 100000

500

1000

1500

2000

250091 dB

94

92

96

LWA

[G1/G3]

99

pd2

0

1000

2000

3000

4000

0 4000 60002000 8000 10000 12000

104

101

96 dB

99

LWA

[G5]

97

pd2

0 2000 30001000 4000 5000

200

400

600

100

300

500

0

80

77

73

75

LWA

[G2/G4]

72 dB

pd2

0 2000 30001000 4000 5000 60000

400

800

200

600

1000

85

78

82

77 dBLWA

[G6]

80

pd2


Technical Data

295


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0400-2D-21 [G1] 5.50 2 132 S 400/690 50 /Y 10.60/6.14 2905 60 11320 –/77/–/–

0400-4D-10 [G2] 0.55 4 80 230/400 50 /Y 2.50/1.45 1395 60 5370 29/32/60/63

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0400-2X-22-2G [G3] 5.50 2 132 S 400/690 50 /Y 10.70/6.20 2920 60 11320 –/84/–/–

0400-4X-11-2G [G4] 0.75 4 80 230/400 50 /Y 3.55/2.05 1375 60 5370 29/32/60/64

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0400-2D-22-60 [G5] 8.60 2 132 S 460 60 14.00 3510 60 13600 –/78/–/–

0400-4D-13-60 [G6] 1.30 4 90 S 460 60 Y 2.65 1710 60 6700 33/36/64/67

For "REM ..-0400-2D-21", "..-2X-22-2G" and "..-2D-22-60" only model "13-"available!

Motor protection can take place through motor protection units with bi-metallic releases (EUM 33) or via a thermistor (NTC) temperature sensor in connection with a

thermistor (NTC)-release device (EUM 03). See chapter "Accessories".



RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


RD 180LG 180

ZBG

329

130

6×M8

2×

100

134+

k2

252

Ø10

290

316

369

302

671

4×100504541

567767

463179

304

329297

6×M8

2×100

134+k2

252

Ød1290316

6×Ø9.5

4×

100

504

541

567

130

130 30

365 302270

Ø10

130 30

Ø404

Ø438

Ø464

463

179

310

775 507×

256

270

270

– –400540

70– –

400540

70

369

302

270

671

270179

463 304

639

700 82

639

REM 18-0400REM 19-0400

REM 11-0400REM 13-0400

296


Technical Data

Pa

m³/h

pF

qV

REM 1.-0450-4D-14-60

460 V60 Hz

Pa

m³/h

pF

qV

REM 1.-0450-4D-13REM 1.-0450-4X-13-2G

400 V50 Hz

0

200

400

600

700

800

100

300

500

050000 2000 30001000 4000 6000 7000

84

81

76

78

LWA

[H1/H2]

75 dB

pd2

m³/h2000 4000 6000 8000

0

400

800

1200

200

600

1000

89

81

86

80 dBLWA

[H3]

83

pd2


Technical Data

297


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0450-4D-13 [H1] 1.10 4 90 S 230/400 50 /Y 4.50/2.60 1415 60 7720 37/43/63/68

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0450-4X-13-2G [H2] 1.00 4 90 S 230/400 50 /Y 4.33/2.50 1420 60 7720 42/47/76/81

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0450-4D-14-60 [H3] 1.75 4 90 L 460 60 Y 3.40 1720 60 9360 40/46/26/71




RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


RD 180LG 180

ZBG

364

146

6×M8

2×

112

150+

k2

284

Ø12

324

358

413

413

342

755

755

4×112566605

639863

522202

341

341

364332

6×M8

2×112

150+k2

284

Ø12324358

6×Ø9.5

4×

112

566

605

639

146

130 30

408 342300

342

300

Ø10

130 35

Ø453

Ø487

Ø513

522

522

202

202

346

868 569×

288

300

300

300

– –448600

76– –

448600

76

700 82

713

713

REM 18-0450REM 19-0450

REM 11-0450REM 13-0450

298


Technical Data

Pa

m³/h

pF

qV

REM 1.-0500-4D-17-60

460 V60 Hz

Pa

m³/h

pF

qV

REM 1.-0500-4D-16REM 1.-0500-4X-16-2G

400 V50 Hz

0

86

84

79

82

LWA

[I1/I3]

78 dB

pd2

m³/h4000 60002000 8000 10000

0

400

800

200

600

1000

0 4000 60002000 8000 10000 120000

400

800

1200

1600

90

83

88

82 dB

LWA

[I4]

86

pd2

Pa

m³/h

pF

qV

REM 1.-0500-6D-13-60

460 V60 Hz

Pa

m³/h

pF

qV

REM 1.-0500-6D-11

400 V50 Hz

m³/h

80

72

77

71 dBLWA

[I5]

74

pd2

0 2000 30001000 4000 5000 60000

100

200

300

400

76

73

68

70

LWA

[I2]

67 dB

pd2

50000 2000 30001000 4000 6000 7000 8000

200

400

600

100

300

500

0


Technical Data

299


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0500-4D-16 [I1] 2.20 4 100 L 230/400 50 /Y 8.20/4.75 1425 60 11160 56/62/94/100

0500-6D-11 [I2] 0.55 6 80 230/400 50 /Y 2.80/1.60 910 60 7120 46/52/84/90

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0500-4X-16-2G [I3] 2.00 4 100 L 230/400 50 /Y 7.80/4.50 1420 60 11160 68/74/106/112

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0500-4D-17-60 [I4] 3.45 4 100 L 460 60 Y 5.90 1710 60 13240 60/66/98/104

0500-6D-13-60 [I5] 0.86 6 90 S 460 60 Y 2.05 1098 60 8530 49/55/87/93




RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


RD 180LG 180

ZBG

398

163

6×M8

2×

112

167+

k2

318

Ø12

358

392

457

457

370

827

827

5×112635674

708950

574220

376

376

398368

6×M8

2×112

167+k2

318

Ø12358392

6×Ø9.5

5×

112

635

674

708

163

130 30

451 370326

370

326

Ø10

130 35

Ø507

Ø541

Ø567

574

574

220

220

381

957 638×

322

326

326

326

– –560652

46– –

560652

46

700 82

783

783

REM 18-0500REM 19-0500

REM 11-0500REM 13-0500

300


Technical Data

Pa

m³/h

pF

qV

REM 1.-0560-4D-21-60

460 V60 Hz

Pa

m³/h

pF

qV

REM 1.-0560-4D-19REM 1.-0560-4X-19-2G

400 V50 Hz

m³/h

Pa

m³/h

pF

qV

REM 1.-0560-6D-16-60

460 V60 Hz

Pa

m³/h

pF

qV

REM 1.-0560-6D-14

400 V50 Hz

m³/h0

0

400

800

1200

200

600

1000

100000 4000 60002000 8000 12000 14000

90

88

83

86

LWA

[J1/J3]

82 dB

pd2

0

500

1000

1500

2000

0 8000 120004000 16000

95

88

93

87 dBLWA

[J4]

91

pd2

200

400

600

100

300

500

002000 4000 6000 80000

79

77

72

75

LWA

[J2]

71 dB

pd2

4000 60002000 8000 10000

200

400

600

700

800

100

300

500

0

83

76

81

75 dBLWA

[J5]

79

pd2


Technical Data

301


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0560-4D-19 [J1] 4.00 4 112 M 400/690 50 /Y 8.20/4.70 1435 60 15640 87/94/133/140

0560-6D-14 [J2] 1.10 6 90 L 230/400 50 /Y 4.90/2.85 915 60 10160 65/72/111/118

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0560-4X-19-2G [J3] 3.60 4 112 M 230/400 50 /Y 13.00/7.50 1435 60 15640 91/98/137/144

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max.

volume

flow

Fan weight

REM 11/13/18/19


0560-4D-21-60 [J4] 6.30 4 132 S 460 60 10.80 1740 60 18850 98/105/144/151

0560-6D-16-60 1.75 6 100 L 460 60 Y 3.65 1130 60 12120 68/75/114/121




RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


RD 180LG 180

ZBG

435

183

8×M10

3×

112

187+

k2

357

Ø12

397

431

512

512

409

921

921

6×112712751

7851062

639247

422

422

435405

8×M10

3×112

187+k2

357

Ø12397431

8×Ø11.5

6×

112

712

751

785

183

130 35

505 409372

409

372

Ø10

130 35

Ø569

Ø605

Ø639

639

639

247

247

431

1083 715×

361

372

372

372

280 280560743

92280 280

560743

92

750 82

884

884

REM 18-0560REM 19-0560

REM 11-0560REM 13-0560

302


Technical Data

Pa

m³/h

pF

qV

REM 1.-0630-4D-23REM 1.-0630-4X-23-2G

400 V50 Hz

Pa

m³/h

pF

qV

REM 1.-0630-6D-21-60

460 V60 Hz

Pa

m³/h

pF

qV

REM 1.-0630-6D-19

400 V50 Hz

m³/h

400

800

1200

1400

1600

200

600

1000

00 5000 10000 15000 20000

94

91

86

88

LWA

[K1/K3]

86 dB

pd2

100000 4000 60002000 8000 12000 140000

200

100

400

600

300

500

700

83

81

76

78

LWA

[K2]

75 dB

pd2

0 4000 8000 12000 160000

400

800

200

600

1000

87

80

85

79 dBLWA

[K4]

82

pd2


Technical Data

303


Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency

Connec-

tion

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max. volume

flow

Fan weight

REM 11/13/18/19


0630-4D-23 [K1] 7.50 4 132 M 400/690 50 /Y 15.40/8.90 1450 60 22370 –/130/–/–

0630-6D-19 2.20 6 112 M 230/400 50 /Y 9.20/5.30 930 60 14760 95/103/151/159

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency

Connec-

tion

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max. volume

flow

Fan weight

REM 11/13/18/19


0630-4X-23-2G [K3] 6.80 4 132 M 400/690 50 /Y 14.00/8.10 1460 60 22370 –/135/–/–

Technical Data

Curves

Nominal

motor power Poles

Motor

size

Motor

voltage

Nominal fre-

quency

Connec-

tion

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max.

Max. volume

flow

Fan weight

REM 11/13/18/19


0630-6D-21-60 [K4] 3.45 6 132 S 460 60 Y 6.90 1145 60 17620 104/112/166/168

For "REM ..-0630-4D-23" and "..-4X-23-2G" only model "13-" available!

Motor protection can take place through motor protection units with bi-metallic releases (EUM 33) or via a thermistor (NTC) temperature sensor in connection with a

thermistor (NTC)-release device (EUM 03). See chapter "Accessories".



RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

Motor k2

71 210

80 234

90 S 282

90 L 282

100 L 316

112 M 334

132 S 374

132 M 374


RD 180LG 180

ZBG

478

205

6×M10

3×

112

208+

k2

400

Ø12

440

474

574

574

454

1028

1028

6×112798837

8711188

715279

473

473

478448

8×M10

3×112

208+k2

400

Ø12440474

8×Ø11.5

6×

112

798

837

871

205

130 35

567 454410

454

410

Ø10

130 35

Ø638

Ø674

Ø708

715

715

279

279

479

1204 a

3×

b3

410

410

410

336 336672820

74336 336

672820

74

850 82

984

984

REM 18-0630REM 19-0630

REM 11-0630REM 13-0630

304


Technical Data

Pa

m³/h

pF

qV

REM 4.-0200-2D-07

400 V50 Hz

83 dB

76

79

LWA

[A4]

pd2

78

82

0

400

800

1200

200

600

1000

Pa

m³/h

pF

qV

REM 4.-0200-4D-05

400 V50 Hz

0

80

160

240

280

40

120

200

200 400 600 8000

67 dB

59

63

LWA

[A5]

pd2

61

65

8000 400 1200 1600


Technical Data

305


Technical Data

Curves

Nominal

motor power Poles Motor size

Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight

REM kW – V Hz A 1/min °C kg

41-0200-2D-07 [A4] 0.37 2 71M 230/400 50 /Y 1.73/1.00 2740 60 17

41-0200-4D-05 [A5] 0.18 4 63M 230/400 50 /Y 1.00/0.58 1350 60 16

Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


48-0200-2D-07 [A4] 0.37 2 71M 230/400 50 /Y 1.73/1.00 2740 60 23

48-0200-4D-05 [A5] 0.18 4 63M 230/400 50 /Y 1.00/0.58 1350 60 22


RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG

ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16

Motor k2

63 M 180

71 M 210

80 M 234

90 S 281

90 L 281

100 L 336

112 M 329

170

86

86

6×M6

6×M6

1×

100

1×100

87+

k2

87+k2

161

161

Ø7

Ø7

192

192

214

214

230

230

201

201

431

431

1×90

1×

90

128159

181

128

159

181

482

284193198

284

193

198

354329

99 13

6×Ø7.0

130 25

183

277Ø10

130 25

Ø205

Ø235

Ø255

261

261

545

545

261 5

45

131×

164

512

311 512

311 5

09

311

311 509

REM 48-0200

REM 41-0200

306


Technical Data

Pa

m³/h

pF

qV

REM 4.-0225-2D-10

400 V50 Hz

Pa

m³/h

pF

qV

REM 4.-0225-4D-05

400 V50 Hz

0

400

800

1200

1400

200

600

1000

20000 800 1200400 1600 2400

86 dB

79

82

LWA

[B4]

pd2

81

85

10000 400 600200 800 1200

100

200

300

0

70 dB

62

66

LWA

[B5]

pd2

64

68


Technical Data

307


Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


41-0225-2D-10 [B4] 0.75 2 80M 230/400 50 /Y 3.05/1.75 2855 60 22

41-0225-4D-05 [B5] 0.18 4 63M 230/400 50 /Y 1.00/0.58 1350 60 18

Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


48-0225-2D-10 [B4] 0.75 2 80M 230/400 50 /Y 3.05/1.75 2855 60 33

48-0225-4D-05 [B5] 0.18 4 63M 230/400 50 /Y 1.00/0.58 1350 60 29


RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG


Motor k2

63 M 180

71 M 210

80 M 234

90 S 281

90 L 281

100 L 336

112 M 329

190

95

95

6×M6

6×M6

1×

100

1×100

110+

k2

110+k2

180

180

Ø10

Ø10

218

218

243

243

256

256

224

224

480

480

1×100

1×

100

143181

206

143

181

206

539

319216220

319

216

220

460435

100 13

6×Ø7.0

130 25

320

376Ø10

130 30

Ø229

Ø259

Ø279

357

357

676

676

357 6

76

146×

183

581

357 581

357 6

20

357

400 620

REM 48-0225

REM 41-0225

308


Technical Data

Pa

m³/h

pF

qV

m³/hqV

REM 4.-0250-2D-13

400 V50 Hz

Pa

pF

REM 4.-0250-4D-07

400 V50 Hz

0

500

1000

1500

1750

250

750

1250

30000 1200 1800600 2400 3600

89 dB

82

85

LWA

[C4]

pd2

84

88

0

100

200

300

400

0 400 800 1200 1600

73 dB

65

69

LWA

[C5]

pd2

67

71


Technical Data

309


Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


41-0250-2D-13 [C4] 1.50 2 230/400 50 /Y 5.70/3.30 2860 60 34

41-0250-4D-07 [C5] 0.25 4 230/400 50 /Y 1.33/0.77 1350 60 27

Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


48-0250-2D-13 [C4] 1.50 2 230/400 50 /Y 5.70/3.30 2860 60 48

48-0250-4D-07 [C5] 0.25 4 230/400 50 /Y 1.33/0.77 1350 60 41


RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG


Motor k2

63 M 180

71 M 210

80 M 234

90 S 281

90 L 281

100 L 336

112 M 329

226

106

106

6×M6

6×M6

1×

100

1×100

121+

k2

121+k2

201

201

Ø10

Ø10

240

240

265

265

287

287

245

245

532

532

1×100

1×

100

160199

224

160

199

224

603

356244247

356

244

247

570545

150 13

6×Ø7.0

130 25

320

446Ø10

130 30

Ø256

Ø286

Ø306

352

352

708

708

352 7

08

164×

205

597

352 597

352 6

76

352

429 676

REM 48-0250

REM 41-0250

310


Technical Data

Pa

m³/h

pF

qV

REM 4.-0280-2D-14

400 V50 Hz

Pa

pF

REM 4.-0280-4D-07

400 V50 Hz

50000 2000 30001000 4000

92 dB

85

88

LWA

[D4]

pd2

87

91

0

500

1000

1500

2000

2000800 1200400 1600 24000

100

200

300

400

500

76 dB

68

72

LWA

[D5]

pd2

70

74

m³/hqV


Technical Data

311


Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


41-0280-2D-14 [D4] 2.20 2 90L 230/400 50 /Y 8.10/4.70 2880 60 44

41-0280-4D-07 [D5] 0.25 4 71M 230/400 50 /Y 1.33/0.77 1350 60 33

Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


48-0280-2D-14 [D4] 2.20 2 90L 230/400 50 /Y 8.10/4.70 2880 60 58

48-0280-4D-07 [D5] 0.25 4 71M 230/400 50 /Y 1.33/0.77 1350 60 47


RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG


Motor k2

63 M 180

71 M 210

80 M 234

90 S 281

90 L 281

100 L 336

112 M 329

237

120

120

8×M8

8×M8

2×

100

2×100

121+

k2

121+k2

225

225

Ø10

Ø10

264

264

289

289

320

320

272

272

592

592

1×100

1×

100

179218

243

179

218

243

670

395273275

395

273

275

520490

137 15

8×Ø9.5

130 30

320

470Ø12

130 30

Ø288

Ø322

Ø348

365

365

760

760

365 7

60

183×

229

701

429 701

429 7

01

429

429 701

REM 48-0280

REM 41-0280

312


Technical Data

Pa

pF

REM 4.-0315-2D-19

400 V50 Hz

0

1000

2000

3000

500

1500

2500

95 dB

88

91

LWA

[E7]

pd2

90

94

50000 2000 30001000 4000 6000 7000

Pa

pF

REM 4.-0315-4D-10

400 V50 Hz

0

400

200

600[E8]

pd2

25000 1000 1500500 2000 3000 3500

79 dB75

71

73

77

LWA

m³/hqV

m³/hqV


Technical Data

313


Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


41-0315-2D-19 [E7] 4.00 2 112M 400 50 8.10 2930 60 72

41-0315-4D-10 [E8] 0.55 4 80M 230/400 50 /Y 2.53/1.46 1395 60 42

Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


48-0315-2D-19 [E7] 4.00 2 112M 400 50 8.10 2930 60 90

48-0315-4D-10 [E8] 0.55 4 80M 230/400 50 /Y 2.53/1.46 1395 60 60


RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG


Motor k2

63 M 180

71 M 210

80 M 234

90 S 281

90 L 281

100 L 336

112 M 329

269

132

132

8×M8

8×M8

2×

100

2×100

140+

k2

140+k2

252

252

Ø10

Ø10

291

291

316

316

358

358

304

304

662

662

1×100

1×

100

201240

265

201

240

265

746

439306307

439

306

307

645615

150 15

8×Ø9.5

130 30

320

470Ø12

130 30

Ø322

Ø356

Ø382

433

433

872

872

433 8

72

205×

256

737

433 737

433 8

08

433

501 808

REM 48-0315

REM 41-0315

314


Technical Data

0

200

400

600

800

Pa

m³/h

pF

qV

REM 4.-0355-4D-13

400 V50 Hz

40000 1600 2400800 3200 4800

82 dB

74

78

LWA

[F7]

pd2

76

80


Technical Data

315


Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


41-0355-4D-13 [F7] 1.10 4 90S 230/400 50 /Y 4.50/2.60 1415 60 54

Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


48-0355-4D-13 [F7] 1.10 4 90S 230/400 50 /Y 4.50/2.60 1415 60 72


RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG


Motor k2

63 M 180

71 M 210

80 M 234

90 S 281

90 L 281

100 L 336

112 M 329

301

148

148

8×M8

8×M8

2×

100

2×100

156+

k2

156+k2

284

284

Ø10

Ø10

323

323

348

348

399

399

333

333

732

732

2×100

2×

100

225264

289

225

264

289

828

486342342

486

342

342

645615

167 15

8×Ø9.5

130 30

320

470Ø12

130 30

Ø361

Ø395

Ø421

498

498

984

948

498 9

48

229×

288

831

498 831

498 9

20

498

578 920

REM 48-0355

REM 41-0355

316


Technical Data

Pa

m³/h

pF

qV

REM 4.-0400-4D-14

400 V50 Hz

0

400

800

1200

200

600

1000

50000 2000 30001000 4000 6000 7000

85 dB

77

81

LWA [G7]

pd2

79

83


Technical Data

317


Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


41-0400-4D-14 [G7] 1.50 4 90L 230/400 50 /Y 6.00/3.45 1420 60 69

Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


48-0400-4D-14 [G7] 1.50 4 90L 230/400 50 /Y 6.00/3.45 1420 60 87


RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG


Motor k2

63 M 180

71 M 210

80 M 234

90 S 281

90 L 281

100 L 336

112 M 329

337

166

166

8×M8

8×M8

3×

100

3×100

173+

k2

173+k2

318

318

Ø10

Ø10

357

357

382

382

447

447

368

368

815

815

2×100

2×

100

252291

316

252

291

316

925

542384383

542

384

383

645615

184 15

6×Ø9.5

130 30

320

470Ø12

130 30

Ø404

Ø438

Ø464

498

498

1040

1040

498 1

040

256×

322

866

498 866

498 9

61

498

578 961

REM 48-0400

REM 41-0400

318


Technical Data

0

Pa

m³/h

pF

qV

400

REM 4.-0450-4D-17

400 V50 Hz

100000

800

1200

1600

4000 60002000 8000

88 dB

80

84

82

LWA

[H4]

86

pd2


Technical Data

319


Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


41-0450-4D-17 [H4] 3.00 4 100L 230/400 50 /Y 10.90/6.30 1425 60 88

Technical Data

Curves

Nominal


Motor

voltage

Nominal fre-

quency Connection

Nominal

motor

current

Nominal

motor speed

Media

Temperature

max. Fan weight


48-0450-4D-17 [H4] 3.00 4 100L 230/400 50 /Y 10.90/6.30 1425 60 110


RD 90 RD 270LG 0 LG 90 LG 270 RD 0

RDLG


Motor k2

63 M 180

71 M 210

80 M 234

90 S 281

90 L 281

100 L 336

112 M 329

374

185

185

8×M8

8×M8

3×

112

3×112

193+

k2

193+k2

357

357

Ø12

Ø12

401

401

431

431

497

497

408

408

905

905

2×112

2×

112

284328

358

284

328

358

1035

608429427

608

429

427

645615

203 15

6×Ø9.5

130 30

320

470Ø12

130 35

Ø453

Ø487

Ø513

578

578

1186

1186

578 1

186

288×

361

986

578 986

578 1085

578

658

1085

REM 48-0450

REM 41-0450

powerful centrifugal fans for universal use: the product...

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