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意大利GIVI MISURE MP    電磁尺
意大利GIVI MISURE    MP200Z    電磁尺
意大利GIVI MISURE    MP100   Pole pitch 1+1 mm    電磁尺
意大利GIVI MISURE    MP200   Pole pitch 2+2 mm    電磁尺
意大利GIVI MISURE    MP254   Pole pitch 2.54+2.54 mm    電磁尺
意大利GIVI MISURE    MP200A   Absolute code   New Absolute    電磁尺
意大利GIVI MISURE    MP500   Pole pitch 5+5 mm    電磁尺
意大利GIVI MISURE    MP500Z    電磁尺
意大利GIVI MISURE    MP625   Pole pitch 6.25+6.25 mm    電磁尺
意大利GIVI MISURE    MP625Z    電磁尺
意大利GIVI MISURE    MP1000   Pole pitch 10+10 mm    電磁尺

GVS 219   Serial interface SSI - BiSS    
Resolution 1 Vpp    up to 1 μm
Resolution absolute measure    500 - 100 - 50 - 10 - 5 - 1 μm
Pole pitch    2+2 mm
Accuracy grade    ± 15 μm
Max. traversing speed    up to 120 m/min
Measuring length    170, 220, 270, 320, … mm
Repeatability    ± 1 increment
Serial interface    SSI-BiSS, with or without 1 Vpp analog signal
Protection class    IP 64 standard     IP 67 on request

SEP   Encoder support    
    Encoder support for the realization
of a rack and pinion system.
Material    aluminium    
Coupling    guaranteed by an elastic spring system
Max. opening - closing    4°
To be used with encoder mod.    EN536 - AEN536 - others on request
Weight    300 g

WS04   Wire system, measuring length 4,000 mm    
Material    aluminium / brass / stainless steel    
Cable    stainless steel AISI316 (7x19+0 covered)
Measuring length    4,000 mm
Max. extension    4,010 mm
Measuring length per turn    200 m
Static tension    min. 3 N   max. 8.9 N
Max. acceleration    35 m/s2 (output)   10 m/s2 (recovery)
Max. speed    1 m/s
Protection class    IP51

WS08   Wire system, measuring length 8,000 mm    
Material    aluminium / brass / stainless steel    
Cable    stainless steel AISI316 (7x19+0 covered)
Measuring length    8,000 mm
Max. extension    8,010 mm意大利GIVI MISURE    MP200Z    電磁尺泵
Measuring length per turn    250 m
Static tension    min. 6 N   max. 13 N
Max. acceleration    30 m/s2 (output)   12 m/s2 (recovery)
Max. speed    0.75 m/s
Protection class    IP51

WS10   Wire system, measuring length 10,000 mm    
Material    aluminium / brass / stainless steel    
Cable    stainless steel AISI316 (7x19+0 covered)
Measuring length    10,000 mm
Max. extension    10,010 mm
Measuring length per turn    300 m
Static tension    min. 6 N   max. 13 N
Max. acceleration    25 m/s2 (output)   12 m/s2 (recovery)
Max. speed    0.75 m/s
Protection class    IP51

Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media意大利GIVI MISURE    MP200Z    電磁尺泵
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
34
REM 18-0280
REM 19-0280
REM 11-0280
REM 13-0280
Pa
m3/h
pF
qV
REM 1.-0280-2W-11
REM 1.-0280-2X-11-2G
400 V
50 Hz
0
400
800
1200
200
600
1000
0 500 1000 1500 2000 2500 3000 3500
82 dB
84
82
L
WA
[D1/D2]
pd2
87
89
qV m3/h
REM 1.-0280-2W-11-60
460 V
60 Hz
Pa
pF
0 500 1000 1500 2000 2500 3000 3500 4000
800
400
1200
1600
0意大利GIVI MISURE    MP200Z    電磁尺泵
86 dB
88
86
L
WA
[D3]
pd2
91
93
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
35
REM 18-0280
REM 19-0280
REM 11-0280
REM 13-0280
Ex II 3G c IIB T3
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0280-2X-11-2G [D2] 1.10 2 80 230/400 50 g/Y 4.33/2.50 2855 60 3760 18/21/26/29
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0280-2W-11 [D1] 1.10 2 80 M 230/400 50 g/Y 4.20/2.40 2835 60 3760 18/21/26/29
60 Hz
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0280-2W-11-60 [D3] 1.27 2 80 M 460 60 Y 2.40 3402 60 4470 18/21/26/29
LG RD
187
93
8×M8
1×100
113+k2
179
?10
217
243
226 258
484
3×100
358
395
421 549
333
216 122
REM 11-0280
REM 13-0280
ZSH 08 ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
93
8×M8
1×100
113+k2
179
?10
217
243
258 226
484
651
651
333
122
500
400
26.5
50
8×?9.5
130 30
264
?12 300
130 30
?288
?322
?348
318
318
651
318
361×183
544
318
544
318
368
584
368
584
3×100
358
395
421
REM 18-0280
REM 19-0280
449
k2
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
132 S 385
132 M 385
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
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.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
36
REM 18-0315
REM 19-0315
REM 11-0315
REM 13-0315
0
Pa
m3/h
pF
qV
400
REM 1.-0315-2W-13
REM 1.-0315-2X-14-2G
400 V
50 Hz
0 5000
85 dB
800
1200
1600
87
86
89
1000 2000 3000 4000
L
WA
[E1/E3]
90
pd2
0
Pa
m3/h
pF
qV
1000
REM 1.-0315-2W-14-60
460 V
60 Hz
95
2000
94
90 dB
92
L
WA
[E5]
91
pd2
0 1000 2000 3000 4000 5000 6000
500
1500
2500
0
Pa
m3/h
pF
qV
100
REM 1.-0315-4D-07
REM 1.-0315-4X-07-2G
400 V
50 Hz
0
72
200
300
400
71
68
69
500 1000 1500 2000
L
WA
[E2/E4]
67 dB
pd2
2500
0
Pa
m3/h
pF
qV
200
REM 1.-0315-4D-07-60
460 V
60 Hz
76
400
600
72
75
71 dB
L
WA
[E6]
73
pd2
0 500 1000 1500 2000 2500
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
37
REM 18-0315
REM 19-0315
REM 11-0315
REM 13-0315
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0315-2W-13 [E1] 1.50 2 90 S 230/400 50 g/Y 5.50/3.15 2885 60 5250 25/28/33/36
0315-4D-07 [E2] 0.25 4 71 230/400 50 g/Y 1.32/0.76 1350 60 2600 19/22/26/29
Ex II 3G c IIB T3
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0315-2X-14-2G [E3] 1.85 2 90 L 230/400 50 g/Y 6.85/3.95 2860 60 5250 28/31/36/39
0315-4X-07-2G [E4] 0.25 4 71 230/400 50 g/Y 1.39/0.80 1310 60 2600 19/22/26/29
60 Hz
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0315-2W-14-60 [E5] 2.55 2 90 L 460 60 Y 4.50 3468 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
LG RD
209
104
8×M8
1×100
118+k2
201
?10
239
265
247 290
537
3×100
401
438
464 613
371
242 139
REM 11-0315
REM 13-0315
ZSH 08 ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
104
8×M8
1×100
118+k2
201
?10
239
265
290 247
537
723
723
371
139
525
425
76
50
8×?9.5
130 30
304
?12 340
130 30
?322
?356
?382
352
352
723
352
404×205
599
352
599
352
429
671
429
671
3×100
401
438
464
REM 18-0315
REM 19-0315
470
k2
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
132 S 385
132 M 385
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
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.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
38
REM 18-0355
REM 19-0355
REM 11-0355
REM 13-0355
Pa
m3/h
pF
qV
REM 1.-0355-2D-16
REM 1.-0355-2X-19-2G
400 V
50 Hz
0
500
1000
1500
2000
0 1000 2000 3000 4000 5000 6000 7000
88 dB
90
89
92
L
WA
[F1/F3]
95
pd2
Pa
m3/h
pF
qV
REM 1.-0355-2D-19-60
460 V
60 Hz
0
1000
2000
3000
500
1500
2500
0 2000 4000 6000 8000
100
97
93 dB
95
L
WA
[F5]
94
pd2
Pa
m3/h
pF
qV
REM 1.-0355-4D-08
REM 1.-0355-4X-08-2G
400 V
50 Hz
0
100
200
300
400
500
0 500 1000 1500 2000 2500 3000 3500
77
75
71
72
L
WA
[F2/F4]
70 dB
pd2
Pa
m3/h
pF
qV
REM 1.-0355-4D-10-60
460 V
60 Hz
0 500 1000 1500 2000 2500 3000 3500 4000
0
200
400
600
800
82
76
80
75 dB
L
WA
[F6]
77
pd2
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
39
REM 18-0355
REM 19-0355
REM 11-0355
REM 13-0355
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0355-2W-16 [F1] 3.00 2 100 L 230/400 50 g/Y 10.60/6.10 2905 60 7580 35/40/44/49
0355-4D-08 [F2] 0.37 4 71 230/400 50 g/Y 1.78/1.03 1370 60 3780 23/28/32/37
Ex II 3G c IIB T3
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0355-2X-19-2G [F3] 3.30 2 112 M 230/400 50 g/Y 11.60/6.70 2875 60 7770 53/58/62/67
0355-4X-08-2G [F4] 0.37 4 71 230/400 50 g/Y 1.91/1.10 1355 60 3780 23/28/32/37
60 Hz
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0355-2W-19-60 [F5] 4.60 2 112 M 460 60 g 7.70 3550 60 9222 41/46/50/55
0355-4D-10-60 [F6] 0.63 4 80 460 60 Y 1.45 1674 60 4590 26/31/16/40
LG RD
234
116
8×M8
2×100
130+k2
225
?10
263
289
273 325
598
4×100
449
487
513 686
414
272 157
REM 11-0355
REM 13-0355
ZSH 08 ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
116
8×M8
2×100
130+k2
225
?10
263
289
325 273
598
846
846
414
157
561
461
84
50
8×?9.5
130 30
304
?12 340
130 30
?361
?395
?421
432
432
846
432
453×229
705
432
705
432
500
772
500
772
4×100
449
487
513
REM 18-0355
REM 19-0355
483
k2
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
132 S 385
132 M 385
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
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.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
40
REM 18-0400
REM 19-0400
REM 11-0400
REM 13-0400
Pa
m3/h
pF
qV
REM 1.-0400-2D-21
REM 1.-0400-2X-22-2G
400 V
50 Hz
0 2000 4000 6000 8000 10000
0
500
1000
1500
2000
2500
91 dB
94
92
96
L
WA
[G1/G3]
99
pd2
Pa
m3/h
pF
qV
REM 1.-0400-2D-22-60
460 V
60 Hz
0
1000
2000
3000
4000
0 2000 4000 6000 8000 10000 12000
104
101
96 dB
99
L
WA
[G5]
97
pd2
Pa
m3/h
pF
qV
REM 1.-0400-4D-10
REM 1.-0400-4X-11-2G
400 V
50 Hz
0 1000 2000 3000 4000 5000
200
400
600
100
300
500
0
80
77
73
75
L
WA
[G2/G4]
72 dB
pd2
Pa
m3/h
pF
qV
REM 1.-0400-4W-13-60
460 V
60 Hz
0 1000 2000 3000 4000 5000 6000
0
400
800
200
600
1000
85
78
82
77 dB
L
WA
[G6]
80
pd2
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
41
REM 18-0400
REM 19-0400
REM 11-0400
REM 13-0400
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0400-2W-21 [G1] 5.50 2 132 S 400 50 g 10.40 2905 60 11055 –/77/–/–
0400-4D-10 [G2] 0.55 4 80 230/400 50 g/Y 2.50/1.45 1395 60 5370 29/32/60/63
Ex II 3G c IIB T3
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0400-2X-22-2G [G3] 5.50 2 132 S 400/690 50 g/Y 10.70/6.20 2920 60 11320 –/84/–/–
0400-4X-11-2G [G4] 0.75 4 80 230/400 50 g/Y 3.55/2.05 1375 60 5370 29/32/60/64
60 Hz
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0400-2W-22-60 [G5] 8.60 2 132 S 460 60 g 13.80 3550 60 13279 –/81/–/–
0400-4W-13-60 [G6] 1.27 4 90 S 460 60 Y 2.50 1710 60 6700 33/36/64/67
LG RD
329
130
6×M8
2×100
134+k2
252
?10
290
316
302 369
671
4×100
504
541
567 767
463
179
304
270
270
639
REM 11-0400
REM 13-0400
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16
LG 180 RD 180
ZBD
329
297
6×M8
2×100
134+k2
252
290 ?d1
316
6×?9.5
4×100
504
541
567
130
130 30
365 302
270
?10
130 30
?404
?438
?464
463
179
310
775
507×256
– –
400
540
70
– –
400
540
70
369 302
270
671
179 270
463 304
639
700
82
REM 18-0400
REM 19-0400
k2
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
132 S 385
132 M 385
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
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".
The direction of rotation is determined looking from the drive side.
Anti-clockwise rotation, symbol LG. Clockwise rotation, symbol RD.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
42
REM 18-0450
REM 19-0450
REM 11-0450
REM 13-0450
Pa
m3/h
pF
qV
REM 1.-0450-4W-13
REM 1.-0450-4X-13-2G
400 V
50 Hz
200
400
600
700
800
100
300
500
0
0 1000 2000 3000 4000 5000 6000 7000
84
81
76
78
L
WA
[H1/H2]
75 dB
pd2
Pa
m3/h
pF
qV
REM 1.-0450-4W-14-60
460 V
60 Hz
0
2000 4000 6000 8000
0
400
800
1200
200
600
1000
89
81
86
80 dB
L
WA
[H3]
83
pd2
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
43
REM 18-0450
REM 19-0450
REM 11-0450
REM 13-0450
Ex II 3G c IIB T3
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0450-4X-13-2G [H2] 1.00 4 90 S 230/400 50 g/Y 4.33/2.50 1420 60 7720 42/47/76/81
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0450-4W-13 [H1] 1.10 4 90 S 230/400 50 g/Y 4.30/2.50 1425 60 7720 37/43/63/68
60 Hz
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0450-4W-14-60 [H3] 1.75 4 90 L 460 60 Y 3.30 1722 60 9360 40/46/26/71
LG RD
364
146
6×M8
2×112
150+k2
284
?12
324
358
342 413
755
4×112
566
605
639 863
522
202
341
300
300
713
REM 11-0450
REM 13-0450
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16
LG 180 RD 180
ZBD
413
755
341
364
332
6×M8
2×112
150+k2
284
324 ?12
358
6×?9.5
4×112
566
605
639
146
130 30
408 342
300
342
300
?10
130 35
?453
?487
?513
522
522
202
202
346
868
569×288
300
– –
448
600
76
– –
448
600
76
700
82
713
REM 18-0450
REM 19-0450
k2
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
132 S 385
132 M 385
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
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.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
44
REM 18-0500
REM 19-0500
REM 11-0500
REM 13-0500
Pa
m3/h
pF
qV
REM 1.-0500-4D-16
REM 1.-0500-4X-16-2G
400 V
50 Hz
0
86
84
79
82
L
WA
[I1/I3]
78 dB
pd2
2000 4000 6000 8000 10000
0
400
800
200
600
1000
Pa
m3/h
pF
qV
REM 1.-0500-4D-17-60
460 V
60 Hz
0 2000 4000 6000 8000 10000 12000
0
400
800
1200
1600
90
83
88
82 dB
L
WA
[I4]
86
pd2
Pa
m3/h
pF
qV
REM 1.-0500-6D-11
400 V
50 Hz
0 1000 2000 3000 4000 5000 6000
0
100
200
300
400
76
73
68
70
L
WA
[I2]
67 dB
pd2
Pa
m3/h
pF
qV
REM 1.-0500-6D-13-60
460 V
60 Hz
80
72
77
71 dB
L
WA
[I5]
74
pd2
0 1000 2000 3000 4000 5000 6000 7000 8000
200
400
600
100
300
500
0
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
45
REM 18-0500
REM 19-0500
REM 11-0500
REM 13-0500
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0500-4W-16 [I1] 2.20 4 100 L 230/400 50 g/Y 8.05/4.65 1455 60 10825 59/65/97/103
0500-6D-11 [I2] 0.55 6 80 230/400 50 g/Y 2.80/1.60 910 60 7120 46/52/84/90
Ex II 3G c IIB T3
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0500-4X-16-2G [I3] 2.00 4 100 L 230/400 50 g/Y 7.80/4.50 1420 60 11160 68/74/106/112
60 Hz
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0500-4W-17-60 [I4] 3.45 4 100 L 460 60 Y 6.00 1755 60 12855 63/69/101/107
0500-6W-13-60 [I5] 0.86 6 90 S 460 60 Y 2.05 1130 60 8290 52/58/90/96
LG RD
398
163
6×M8
2×112
167+k2
318
?12
358
392
370 457
827
5×112
635
674
708 950
574
220
376
326
326
783
REM 11-0500
REM 13-0500
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16
LG 180 RD 180
ZBD
457
827
376
398
368
6×M8
2×112
167+k2
318
358 ?12
392
6×?9.5
5×112
635
674
708
163
130 30
451 370
326
370
326
?10
130 35
?507
?541
?567
574
574
220
220
381
957
638×322
326
– –
560
652
46
– –
560
652
46
700
82
783
REM 18-0500
REM 19-0500
k2
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
132 S 385
132 M 385
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
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.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
46
REM 18-0560
REM 19-0560
REM 11-0560
REM 13-0560
Pa
m3/h
pF
qV
REM 1.-0560-4D-19
REM 1.-0560-4X-19-2G
400 V
50 Hz
0
400
800
1200
200
600
1000
0 2000 4000 6000 8000 10000 12000 14000
90
88
83
86
L
WA
[J1/J3]
82 dB
pd2
Pa
m3/h
pF
qV
REM 1.-0560-4D-21-60
460 V
60 Hz
0
500
1000
1500
2000
0 4000 8000 12000 16000
95
88
93
87 dB
L
WA
[J4]
91
pd2
Pa
m3/h
pF
qV
REM 1.-0560-6D-14
400 V
50 Hz
200
400
600
100
300
500
0
0 2000 4000 6000 8000
79
77
72
75
L
WA
[J2]
71 dB
pd2
Pa
m3/h
pF
qV
REM 1.-0560-6D-16-60
460 V
60 Hz
0 2000 4000 6000 8000 10000
200
400
600
700
800
100
300
500
0
83
76
81
75 dB
L
WA
[J5]
79
pd2
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
47
REM 18-0560
REM 19-0560
REM 11-0560
REM 13-0560
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0560-4W-19 [J1] 4.00 4 112 M 400 50 g 8.20 1460 60 15200 89/96/135/142
0560-6W-14 [J2] 1.10 6 90 L 230/400 50 g/Y 5.00/2.90 940 60 9840 68/75/114/121
LG RD
435
183
8×M10
3×112
187+k2
357
?12
397
431
409 512
921
6×112
712
751
785 1062
639
247
422
372
372
884
REM 11-0560
REM 13-0560
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16
LG 180 RD 180
ZBD
512
921
422
435
405
8×M10
3×112
187+k2
357
397 ?12
431
8×?11.5
6×112
712
751
785
183
130 35
505 409
372
409
372
?10
130 35
?569
?605
?639
639
639
247
247
431
1083
715×361
372
280 280
560
743
92
280 280
560
743
92
750
82
884
REM 18-0560
REM 19-0560
Ex II 3G c IIB T3
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0560-4X-19-2G [J3] 3.60 4 112 M 230/400 50 g/Y 13.00/7.50 1435 60 15640 91/98/137/144
60 Hz
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0560-4W-21-60 [J4] 6.30 4 132 S 460 60 g 11.00 1765 60 18350 102/109/148/155
0560-6W-16-60 [J5] 1.75 6 100 L 460 60 Y 3.50 1170 60 11770 74/81/120/127
k2
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
132 S 385
132 M 385
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
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.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
48
REM 18-0630
REM 19-0630
REM 11-0630
REM 13-0630
Pa
m3/h
pF
qV
REM 1.-0630-4D-23
REM 1.-0630-4X-23-2G
400 V
50 Hz
400
800
1200
1400
1600
200
600
1000
0
0 5000 10000 15000 20000
94
91
86
88
L
WA
[K1/K3]
86 dB
pd2
Pa
m3/h
pF
qV
REM 1.-0630-6D-19
400 V
50 Hz
0 2000 4000 6000 8000 10000 12000 14000
0
200
100
400
600
300
500
700
83
81
76
78
L
WA
[K2]
75 dB
pd2
Pa
m3/h
pF
qV
REM 1.-0630-6D-21-60
460 V
60 Hz
0 4000 8000 12000 16000
0
400
800
200
600
1000
87
80
85
LWA 79 dB
[K4]
82
pd2
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
49
REM 18-0630
REM 19-0630
REM 11-0630
REM 13-0630
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0630-4W-23 [K1] 7.50 4 132 M 400 50 g 14.80 1465 60 21750 –/130/–/–
0630-6W-19 [K2] 2.20 6 112 M 230/400 50 g/Y 9.00/5.20 965 60 14280 99/107/155/163
LG RD
478
205
6×M10
3×112
208+k2
400
?12
440
474
454 574
1028
6×112
798
837
871 1188
715
279
473
410
410
984
REM 11-0630
REM 13-0630
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSG ZKE 11 ZKF 11 ZKE 16 ZKF 16
LG 180 RD 180
ZBD
574
1028
473
478
448
8×M10
3×112
208+k2
400
440 ?12
474
8×?11.5
6×112
798
837
871
205
130 35
567 454
410
454
410
?10
130 35
?638
?674
?708
715
715
279
279
479
1204
a3×b3
410
336 336
672
820
74
336 336
672
820
74
850
82
984
REM 18-0630
REM 19-0630
Ex II 3G c IIB T3
REM 13- kW V Hz A 1/min °C m3/h kg
0630-4X-23-2G [K3] 6.80 4 132 M 400/690 50 g/Y 14.00/8.10 1460 60 22370 –/135/–/–
60 Hz
REM
11-/13-/18-/19- kW V Hz A 1/min °C m3/h kg
0630-6W-21-60 [K4] 3.45 6 132 S 460 60 Y 6.70 1170 60 17120 108/116/164/172
k2
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
132 S 385
132 M 385
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
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".
The direction of rotation is determined looking from the drive side.
Anti-clockwise rotation, symbol LG. Clockwise rotation, symbol RD.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume
flow
Weight REM
11/13/18/19
50
REM 41-0200
REM 48-0200
Pa
m3/h
pF
qV
REM 4.-0200-2D-07
400 V
50 Hz
83 dB
76
79
L
WA
[A4]
pd2
78
82
0
400
800
1200
200
600
1000
0 400 800 1200 1600
Pa
m3/h
pF
qV
REM 4.-0200-4D-05
400 V
50 Hz
0
80
160
240
280
40
120
200
0 200 400 600 800
67 dB
59
63
L
WA
[A5]
pd2
61
65
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
51
REM 41-0200
REM 48-0200
REM 41- kW V Hz A 1/min °C m3/h kg
0200-2D-07 [A4] 0.37 2 71 M 230/400 50 g/Y 1.73/1.00 2740 60 1869 17
0200-4D-05 [A5] 0.18 4 63 M 230/400 50 g/Y 1.00/0.58 1350 60 938 16
REM 48- kW V Hz A 1/min °C m3/h kg
0200-2D-07 [A4] 0.37 2 71 M 230/400 50 g/Y 1.73/1.00 2740 60 1869 23
0200-4D-05 [A5] 0.18 4 63 M 230/400 50 g/Y 1.00/0.58 1350 60 938 22
LG RD
k2
63 M 180
71 M 210
80 M 234
90 S 281
90 L 281
100 L 336
112 M 329
170
86
6×M6
1×100
87+k2
161
?7
192
214
201 230
431
1×90
128
159
181
482
284
198 193
REM 41-0200
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSH 08 ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16
45
6×M6
1×100
87+k2
161
?7 192
214
230 201
431
1×90
128
159
181
284
198 193
377
277 50
6×?7.0
130 25
303
338
130 25
?205
?235
?255
261
261
545
545
261
545
131×164
512
311
512
311
509
311
311
509
REM 48-0200
?12
377
k2
63 180
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
52
REM 41-0225
REM 48-0225
Pa
m3/h
pF
qV
REM 4.-0225-2D-10
400 V
50 Hz
0
400
800
1200
1400
200
600
1000
0 400 800 1200 1600 2000 2400
86 dB
79
82
L
WA
[B4]
pd2
81
85
Pa
m3/h
pF
qV
REM 4.-0225-4D-05
400 V
50 Hz
0 200 400 600 800 1000 1200
100
200
300
0
70 dB
62
66
L
WA
[B5]
pd2
64
68
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
53
REM 41-0225
REM 48-0225
REM 41- kW V Hz A 1/min °C m3/h kg
0225-2W-10 [B4] 0.75 2 80 M 230/400 50 g/Y 2.89/1.67 2805 60 2625 22
0225-4D-05 [B5] 0.18 4 63 M 230/400 50 g/Y 1.00/0.58 1350 60 1300 18
REM 48- kW V Hz A 1/min °C m3/h kg
0225-2W-10 [B4] 0.75 2 80 M 230/400 50 g/Y 2.89/1.67 2805 60 2625 33
0225-4D-05 [B5] 0.18 4 63 M 230/400 50 g/Y 1.00/0.58 1350 60 1300 29
LG RD
k2
63 M 180
71 M 210
80 M 234
90 S 281
90 L 281
100 L 336
112 M 329
190
95
6×M6
1×100
110+k2
180
?10
218
243
224 256
480
1×100
143
181
206
539
319
220 216
REM 41-0225
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSH 08 ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16
61.5
6×M6
1×100
110+k2
180
?10 218
243
256 224
480
1×100
143
181
206
319
220 216
430
330 50
6×?7.0
130 25
264
300
130 30
?229
?259
?279
308
308
676
676
308
676
146×183
581
308
581
308
620
358
358
620
REM 48-0225
?12
387
k2
63 180
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
54
REM 41-0250
REM 48-0250
Pa
m3/h
pF
qV
REM 4.-0250-2D-13
400 V
50 Hz
0
500
1000
1500
1750
250
750
1250
0 600 1200 1800 2400 3000 3600
89 dB
82
85
L
WA
[C4]
pd2
84
88
qV m3/h
Pa
pF
REM 4.-0250-4D-07
400 V
50 Hz
0
100
200
300
400
0 400 800 1200 1600
73 dB
65
69
L
WA
[C5]
pd2
67
71
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
55
REM 41-0250
REM 48-0250
REM 41- kW V Hz A 1/min °C m3/h kg
0250-2W-13 [C4] 1.50 2 90 S 230/400 50 g/Y 5.50/3.20 2880 60 3789 34
0250-4D-07 [C5] 0.25 4 71 M 230/400 50 g/Y 1.33/0.77 1350 60 1855 27
REM 48- kW V Hz A 1/min °C m3/h kg
0250-2W-13 [C4] 1.50 2 90 S 230/400 50 g/Y 5.50/3.20 2860 60 3789 48
0250-4D-07 [C5] 0.25 4 71 M 230/400 50 g/Y 1.33/0.77 1350 60 1855 41
LG RD
k2
63 M 180
71 M 210
80 M 234
90 S 281
90 L 281
100 L 336
112 M 329
226
106
6×M6
1×100
121+k2
201
?10
240
265
245 287
532
1×100
160
199
224
603
356
247 244
REM 41-0250
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSH 08 ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16
80
6×M6
1×100
121+k2
201
?10 240
265
287 245
532
1×100
160
199
224
356
247 244
507
407 50
6×?7.0
130 25
384
420
130 30
?256
?286
?306
352
352
708
708
352
708
164×205
597
352
597
352
676
429
429
676
REM 48-0250
?12
398
k2
63 180
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
56
REM 41-0280
REM 48-0280
Pa
m3/h
pF
qV
REM 4.-0280-2D-14
400 V
50 Hz
0 1000 2000 3000 4000 5000
92 dB
85
88
L
WA
[D4]
pd2
87
91
0
500
1000
1500
2000
Pa
pF
REM 4.-0280-4D-07
400 V
50 Hz
400 800 1200 1600 2000 2400
0
100
200
300
400
500
76 dB
68
72
L
WA
[D5]
pd2
70
74
qV m3/h
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
57
REM 41-0280
REM 48-0280
REM 41- kW V Hz A 1/min °C m3/h kg
0280-2W-14 [D4] 2.20 2 90 L 230/400 50 g/Y 7.80/4.50 2880 60 5334 43
0280-4D-07 [D5] 0.25 4 71 M 230/400 50 g/Y 1.33/0.77 1350 60 2566 33
REM 48- kW V Hz A 1/min °C m3/h kg
0280-2W-14 [D4] 2.20 2 90 L 230/400 50 g/Y 7.80/4.50 2880 60 5334 57
0280-4D-07 [D5] 0.25 4 71 M 230/400 50 g/Y 1.33/0.77 1350 60 2566 47
LG RD
k2
63 M 180
71 M 210
80 M 234
90 S 281
90 L 281
100 L 336
112 M 329
237
120
8×M8
2×100
121+k2
225
?10
264
289
272 320
592
1×100
179
218
243
670
395
275 273
REM 41-0280
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSH 08 ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16
85.5
8×M8
2×100
121+k2
225
?10 264
289
320 272
592
1×100
179
218
243
395
275 273
525
425 50
8×?9.5
130 30
432
?12 468
130 30
?288
?322
?348
365
365
760
760
365
760
183×229
701
429
701
429
701
429
429
701
REM 48-0280
410
k2
63 180
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
58
REM 41-0315
REM 48-0315
Pa
pF
REM 4.-0315-2D-19
400 V
50 Hz
0
1000
2000
3000
500
1500
2500
95 dB
88
91
L
WA
[E7]
pd2
90
94
0 1000 2000 3000 4000 5000 6000 7000
qV m3/h
Pa
pF
REM 4.-0315-4D-10
400 V
50 Hz
0
400
200
600 [E8]
pd2
0 500 1000 1500 2000 2500 3000 3500
79 dB
75
71
73
77
L
WA
qV m3/h
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
59
REM 41-0315
REM 48-0315
REM 41- kW V Hz A 1/min °C m3/h kg
0315-2W-19 [E7] 4.00 2 112 M 400 50 g 7.80 2950 60 7520 74
0315-4D-10 [E8] 0.55 4 80 M 230/400 50 g/Y 2.53/1.46 1395 60 3654 42
REM 48- kW V Hz A 1/min °C m3/h kg
0315-2W-19 [E7] 4.00 2 112 M 400 50 g 7.80 2950 60 7520 92
0315-4D-10 [E8] 0.55 4 80 M 230/400 50 g/Y 2.53/1.46 1395 60 3654 60
LG RD
k2
63 M 180
71 M 210
80 M 234
90 S 281
90 L 281
100 L 336
112 M 329
269
132
8×M8
2×100
140+k2
252
?10
291
316
304 358
662
1×100
201
240
265
746
439
307 306
REM 41-0315
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSH 08 ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16
91
8×M8
2×100
140+k2
252
?10 291
316
358 304
662
1×100
201
240
265
439
307 306
590
490 50
8×?9.5
130 30
478
?12 524
130 30
?322
?356
?382
433
433
872
872
433
872
205×256
737
433
737
433
808
501
501
808
REM 48-0315
477
k2
63 180
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
60
REM 41-0355
REM 48-0355
0
200
400
600
800
Pa
m3/h
pF
qV
REM 4.-0355-4D-13
400 V
50 Hz
0 800 1600 2400 3200 4000 4800
82 dB
74
78
L
WA
[F7]
pd2
76
80
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
61
REM 41-0355
REM 48-0355
REM 41- kW V Hz A 1/min °C m3/h kg
0355-4W-13 [F7] 1.10 4 90 S 230/400 50 g/Y 4.30/2.50 1425 60 5208 54
REM 48- kW V Hz A 1/min °C m3/h kg
0355-4W-13 [F7] 1.10 4 90 S 230/400 50 g/Y 4.30/2.50 1425 60 5208 72
LG RD
k2
63 M 180
71 M 210
80 M 234
90 S 281
90 L 281
100 L 336
112 M 329
301
148
8×M8
2×100
156+k2
284
?10
323
348
333 399
732
2×100
225
264
289
828
486
342 342
REM 41-0355
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSH 08 ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16
107.5
8×M8
2×100
156+k2
284
?10 323
348
399 333
732
2×100
225
264
289
486
342 342
590
490 50
8×?9.5
130 30
304
?12 340
130 30
?361
?395
?421
432
432
984
948
432
948
229×288
831
432
831
432
920
500
500
920
REM 48-0355
493
k2
63 180
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
62
REM 41-0400
REM 48-0400
Pa
m3/h
pF
qV
REM 4.-0400-4D-14
400 V
50 Hz
0
400
800
1200
200
600
1000
0 1000 2000 3000 4000 5000 6000 7000
85 dB
77
81
L
WA [G7]
pd2
79
83
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
63
REM 41-0400
REM 48-0400
REM 41- kW V Hz A 1/min °C m3/h kg
0400-4W-14 [G7] 1.50 4 90 L 230/400 50 g/Y 5.70/3.30 1435 60 7338 69
REM 48- kW V Hz A 1/min °C m3/h kg
0400-4W-14 [G7] 1.50 4 90 L 230/400 50 g/Y 5.70/3.30 1435 60 7338 87
LG RD
k2
63 M 180
71 M 210
80 M 234
90 S 281
90 L 281
100 L 336
112 M 329
337
166
8×M8
3×100
173+k2
318
?10
357
382
368 447
815
2×100
252
291
316
925
542
383 384
REM 41-0400
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSH 08 ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16
143.5
8×M8
3×100
173+k2
318
?10 357
382
447 368
815
2×100
252
291
316
542
383 384
590
490 50
6×?9.5
130 30
606
?12 652
130 30
?404
?438
?464
498
498
1040
1040
498
1040
256×322
866
498
866
498
961
578
578
961
REM 48-0400
510
k2
63 180
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
64
REM 41-0450
REM 48-0450
0
Pa
m3/h
pF
qV
400
REM 4.-0450-4D-17
400 V
50 Hz
0 10000
800
1200
1600
2000 4000 6000 8000
88 dB
80
84
82
L
WA
[H4]
86
pd2
Density of media 1.2 kg/m3.
Measured in installation B according to ISO 5801 (ducted).
Direct driven centrifugal fans / REM / Technical Data
Curves
65
REM 41-0450
REM 48-0450
REM 41- kW V Hz A 1/min °C m3/h kg
0450-4W-17 [H4] 3.00 4 100 L 230/400 50 g/Y 10.70/6.20 1455 60 10418 91
REM 48- kW V Hz A 1/min °C m3/h kg
0450-4W-17 [H4] 3.00 4 100 L 230/400 50 g/Y 10.70/6.20 1455 60 10418 113
LG RD
k2
63 M 180
71 M 210
80 M 234
90 S 281
90 L 281
100 L 336
112 M 329
374
185
8×M8
3×112
193+k2
357
?12
401
431
408 497
905
2×112
284
328
358
1035
608
427 429
REM 41-0450
LG 0 LG 90 LG 270 RD 0 RD 90 RD 270
ZSH 08 ZSG 04 ZKE 11 ZKF 11 ZKE 16 ZKF 16
144.5
8×M8
3×112
193+k2
357
?12 401
431
497 408
905
2×112
284
328
358
608
427 429
690
590 50
6×?9.5
130 30
680
?12 726
130 35
?453
?487
?513
578
578
1186
1186
578
1186
288×361
986
578
986
578
1085
658
658
1085
REM 48-0450
530
k2
63 180
71 210
80 252
90 S 297
90 L 297
100 L 336
112 M 329
Direct driven centrifugal fans / REM / Technical Data
Technical Data
Dimensions in mm, subject to change.
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
Curves
Nominal
motor power Poles Motor size
Motor
voltage
Nominal
frequency Connection
Nominal
motor current
Nominal
motor speed
Max. media
Temperature
Max.
volume flow Weight
66
50 Hz
REM 10- ηe [%] "N" 2013 2015 Pe [kW] qV [m3/h] pF [Pa] N [1/min]
0200-2D-07 39.1 B 55.8 61 64 0.256 702 513 2924 1.005
0225-2D-07 51.2 B 66.5 61 64 0.346 987 646 2864 1.006
0250-2D-08 55.0 B 68.4 61 64 0.534 1407 752 2860 1.008
0280-2W-11 56.5 B 67.0 61 64 0.999 2105 965 2880 1.010
0315-2W-13 62.7 B 71.0 61 64 1.596 2826 1274 2892 1.013
0355-2W-16 64.2 B 69.9 61 64 2.851 4025 1637 2905 1.016
0400-2W-21 67.9 B 70.8 61 64 5.313 5963 2178 2950 1.022
0315-4D-07 46.3 B 63.0 61 64 0.259 1393 310 1426 1.003
0355-4D-08 52.2 B 66.8 61 64 0.405 1960 388 1407 1.004
0400-4D-10 60.2 B 72.7 61 64 0.639 2813 492 1395 1.005
0450-4W-13 63.3 B 73.2 61 64 1.154 4074 646 1425 1.006
0500-4W-16 67.1 B 74.2 61 64 2.104 5886 863 1455 1.009
0560-4W-19 69.8 B 74.5 61 64 3.544 8218 1083 1460 1.011
0630-4W-23 73.2 B 75.3 61 64 6.207 12220 1338 1465 1.013
0500-6D-11 57.7 B 70.3 61 64 0.631 3742 350 924 1.004
0560-6W-14 65.0 B 75.3 61 64 1.042 5337 457 944 1.005
0630-6W-19 68.8 B 76.4 61 64 1.887 7977 586 965 1.006
60 Hz
REM 10- ηe [%] "N" 2013 2015 Pe [kW] qV [m3/h] pF [Pa] N [1/min]
0200-2D-07-60 47.0 B 62.3 61 64 0.348 827 712 3444 1.007
0225-2D-07-60 48.3 B 61.3 61 64 0.574 1145 871 3325 1.009
0250-2W-10-60 59.4 B 70.5 61 64 0.878 1702 1104 3490 1.011
0280-2W-11-60 60.0 B 68.4 61 64 1.585 2505 1367 3460 1.014
0315-2W-14-60 64.3 B 70.2 61 64 2.750 3415 1863 3497 1.019
0355-2W-19-60 67.7 B 70.9 61 64 4.868 4897 2421 3550 1.024
0400-2W-22-60 71.7 B 72.3 61 64 8.714 7159 3141 3550 1.031
0315-4D-07-60 49.4 B 64.3 61 64 0.379 1616 417 1654 1.004
0355-4D-10-60 54.5 B 66.6 61 64 0.695 2381 572 1709 1.006
0400-4W-13-60 66.3 B 76.3 61 64 1.128 3528 763 1740 1.008
0450-4W-14-60 67.7 B 75.3 61 64 1.917 4937 947 1740 1.009
0500-4W-17-60 70.9 B 76.0 61 64 3.302 6963 1211 1755 1.012
0560-4W-21-60 72.7 B 75.0 61 64 5.956 9911 1572 1765 1.016
0500-6W-13-60 62.4 B 72.8 61 64 1.008 4490 504 1130 1.005
0560-6W-16-60 65.8 B 73.8 61 64 1.752 6375 651 1170 1.007
0630-6W-21-60 69.8 B 75.0 61 64 3.185 9535 839 1170 1.008
Technical Data
Direct driven centrifugal fans / REM / Description
Technical Data according to ErP-REGULATION 327/2011/EU
Technical Data according to ErP-REGULATION 327/2011/EU
Overall
efficiency
Measurement
category
Efficiency
category
achieved efficiency grade at
optimum energy
efficiency
required
efficiency
grade acc. to
ErP since
Speed
control (VSD)
Rated motor power at optimum
energy efficiency
Flow rate at optimum energy
efficiency
Pressure at optimum energy
efficiency
Speed at optimum energy
efficiency
"specific
ratio"
Overall
efficiency
Measurement
category
Efficiency
category
achieved efficiency grade at
optimum energy
efficiency
required
efficiency
grade acc. to
ErP since
Speed
control (VSD)
Rated motor power at optimum
energy efficiency
Flow rate at optimum energy
efficiency
Pressure at optimum energy
efficiency
Speed at optimum energy
efficiency
"specific
ratio"
without
without
without
without
without
without
without
without
without
without
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
without
without
without
without
without
without
without
without
without
without
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
without
without
without
without
without
without
without
without
without
without
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
without
without
without
TOTAL
TOTAL
TOTAL
67
REM 40- ηe [%] "N" 2013 2015 Pe [kW] qV [m3/h] pF [Pa] N [1/min]
0200-2D-07 53.5 B 66.8 61 64 0.539 1215 853 2740 1.009
0225-2W-10 63.5 B 74.9 61 64 0.810 1706 1085 2805 1.011
0250-2W-13 66.7 B 75.6 61 64 1.423 2464 1386 2885 1.014
0280-2W-14 69.1 B 75.5 61 64 2.439 3469 1748 2890 1.017
0315-2W-19 71.2 B 75.0 61 64 4.393 5075 2219 2950 1.022
0225-4D-05 47.8 B 67.6 61 64 0.130 845 265 1350 1.003
0250-4D-07 50.8 B 68.2 61 64 0.219 1206 332 1350 1.003
0280-4D-07 51.4 B 66.5 61 64 0.365 1669 405 1350 1.004
0315-4D-10 57.6 B 70.5 61 64 0.593 2377 517 1395 1.005
0355-4W-13 68.4 B 79.2 61 64 0.932 3385 678 1425 1.007
0400-4W-14 70.4 B 78.8 61 64 1.594 4773 846 1435 1.008
0450-4W-17 73.5 B 79.4 61 64 2.789 6772 1090 1455 1.011
Technical Data
Direct driven centrifugal fans / REM / Description
Technical Data according to ErP-REGULATION 327/2011/EU
Overall
efficiency
Measurement
category
Efficiency
category
achieved efficiency grade at
optimum energy
efficiency
required
efficiency
grade acc. to
ErP since
Speed
control (VSD)
Rated motor power at optimum
energy efficiency
Flow rate at optimum energy
efficiency
Pressure at optimum energy
efficiency
Speed at optimum energy
efficiency
"specific
ratio"
without
without
without
without
without
without
without
without
without
without
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
TOTAL
without
without
TOTAL
TOTAL
68
REM 18-0200/-0630
REM 19-0200/-0630
REM 11-0200/-0630
REM 13-0200/-0630
Fan type TEM
Volume flow qV m3/h
Total pressure increase pF Pa
Air density at fan inlet r1 kg/m3
Air temperature t °C
Speed N 1/min
Nominal motor power PN kW
Voltage U V
Frequency f Hz
Sound power level (A weighted) LWA dB
Weight m kg
Direct driven centrifugal fans / TEM/REM / Specifications
Specifications
High performance centrifugal fans REM rotavent
single inlet, direct driven.
Lap-jointed scroll housing made from galvanised steel sheet - Range REM11/REM18
or welded and coated - Range REM13/REM19.
Without pedestal for vertical or horizontal mounting - Range REM11/REM13 or with
pedestal for horizontal mounting - Range REM18/REM19.
Suitable for conveying medium temperatures from -20 °C to +60 °C.
At discharge with integrated flange acc. to DIN 24159-3, at intake with possibility to
connect with flange acc. to DIN 24155-2.
Radial impeller with backward curved aerofoil blades, welded and coated.
B5 motor mounted outside the airstream. Impeller balanced in according to
DIN ISO 1940, compley maintenance free. Motor equipped with PTC Thermistors
as a standard (except motors in explosion proof execution according to ATEX 94/9/
EC).
Three phase 400 V, 50 Hz, single speed.
Fan data
Fittings / Accessories
Drain plug R1/2"
Inspection door
Corrosion protection S40
Impeller-blades continuously welded
Scroll inside continuously welded (REM13/REM19)
Scroll inside and outside continuously welded (REM13/REM19)
Nuts and bolts from stainless steel
Inlet flange
Inlet flex (with flexible sleeve)
Discharge flange
Discharge flex (with flexible sleeve)
Inlet protection guard
Discharge protection guard
Anti-vibration mounts (REM18/19)
Isolator
Motor protection unit
69
REM 41-0200/-0450
REM 48-0200/-0450
Fan type TEM
Volume flow qV m3/h
Total pressure increase pF Pa
Air density at fan inlet r1 kg/m3
Air temperature t °C
Speed N 1/min
Nominal motor power PN kW
Voltage U V
Frequency f Hz
Sound power level (A weighted) LWA dB
Weight m kg
Direct driven centrifugal fans / TEM/REM / Specifications
Specifications
High performance centrifugal fans REM 40
single inlet with direct drive. Lap-jointed scroll housing made from galvanised steel
sheet,
without pedestal for vertical or horizontal mounting - Range REM41 or with pedestal
for horizontal mounting - Range REM48.
Suitable for conveying medium temperatures from -20 °C to +60 °C.
At discharge with integrated flange acc. to DIN 24159-3, at intake with possibility to
connect with flange acc. to DIN 24155-2.
Radial impeller with backward curved blades, welded and coated. B5 motor mounted
outside the airstream. Impeller statically and dynamically balanced according to
DIN ISO 1940, compley maintenance free.
Motor equipped with PTC Thermistors as a standard.
Three phase 400 V, 50 Hz, single speed.
Fan data
Fittings / Accessories
Drain plug R1/2"
Inspection door
Inlet flange
Inlet flex (with flexible sleeve)
Discharge flange
Discharge flex (with flexible sleeve)
Inlet protection guard
Anti-vibration mounts (REM48)
Isolator
Motor protection unit
70
Pos.1
Pos.3
Pos.2
TEM 0160/-0180 TEM/REM 0200/-0355
Pos.1
Pos.3
Pos.2
REM 0400/-0630
Pos.1
Pos.3
Pos.2
TEM ..- TEM ..- / REM ..- REM ..-
0160/-0180 60 × 210 0200/-0225 60 × 210 0315/-0560 210 × 210
0250/-0355 110 × 210 0630 310 × 310
Accessories
Direct driven centrifugal fans / TEM/REM / Accessories
Accessories
All options and accessories must be specified separay.
Please take the technical data and dimensions from the corresponding page of the
catalogue.
Drain Plug
If the fan is installed outside, or if conveying a medium containing humidty, condensation of water may accumulate inside the fan scroll.
For extraction of this water a condense water drain has to be installed at the lowest
point of the scroll. The drain will be provided with a thread R1/2" for connecting it to
a piping.
At order please indicate the required casing position.
Inspection Door
For the purposes of maintenance and cleaning there is an opening, which can be
securely closed by means of an access door, in the fan casing.
As it can only be opened with a tool, the access door complies with safety and
accident prevention regulations. Additional securing with locking bars can be supplied
on request.
The site and orientation of the inspection opening depends on the casing position.
The position should be specified when ordering according to the following diagram:
e.g. Access door, Pos. 2.
Inspection Door Positions
Dimensions in mm, subject to change.
Corrosion Protection Systems
Nicotra Gebhardt fans are treated with high quality corrosion protection as standard.
Under extreme operating conditions, however, additional corrosion protection is
advisable.
Corrosion protection - Class S40
Degreasing, ironphosphating
Powder coating - Layer thickness ≥40 μm, Colour RAL 7039
Wet lacquering - Layer thickness ≥40 μm (primer + lacquer finish), Colour
RAL 7039
Motor protection hood
Motor protection hood, made of galvanised sheet steel, for additional motor protection against weather if the fan is installed outside.
Picture may differ from original
product.
71
Accessories
Direct driven centrifugal fans / TEM/REM / Accessories
Stainless steel nuts and bolts REM 10
For applications where there is an increased risk of corrosion, the connecting elements of the fan can be ordered made of stainless steel.
Protection guards
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.
Flanges and Flexible Connections
Flanges and flexible connection pieces are available forthe inlet and discharge sides.
Continuously welded impeller blades REM 10
Impeller blades can be continuously welded in order to increase the corrosion
resistance when conveying a humid or slightly aggressive medium. The continuous
welding has no influence on the material resistance or on the max. tip speed.
Continuously welded scroll REM 10
The casing can be continuously welded in order to increase the corrosion resistance
when conveying a humid or slightly aggressive medium. By continuous welding the
casing is provided with additional impermeability.
GEH 01 - Casing inside continuously welded
GEH 02 - Casing inside and outside continuously welded
72
H
B
G
C
A
D E
H
G
A E F
K
ZBD ZBD A E F G H K
01-0405A* 01-0405C* 20 25 16 M6 M6 6.5
03-0503A* 03-0503C* 25 15 11 M6 M6 6.5
01-0504A* 01-0504C* 25 20 11 M6 M6 6.5
03-0806A* 03-0806C* 40 30 21 M8 M8 9.5
03-1007A* 03-1007C* 50 34 26.5 M10 M10 10.5
03-1510A* 03-1510C* 75 50 39 M12 M12 12.5
02-2008A* 02-2008C* 100 40 44 M16 M16 16.5
ZBD ZBD A B C D E G H
21-6035A* 21-6035C* 60 45 35 30 20 5 M6
21-6065A* 21-6065C* 60 45 35 30 20 6 M6
21-5935A* 21-5935C* 90 70 50 45 32 9 M10
21-5950A* 21-5950C* 90 70 50 45 32 9 M10
* A = for U-profile; C = for CC-profile
* A = for U-profile; C = for CC-profile
Accessories
Direct driven centrifugal fans / TEM/REM / Accessories
Anti Vibration Mounts
Anti Vibration Mounts (AVM) are designed to prevent noise and vibrations being transmitted through the base of the fan. AVMs should be mounted beneath the fan base
frame so the weight and spring deflections are evenly distributed.
They should not be mounted symmetrically around the centre of gravity of the system
when idle, because a counter force is induced into the system by the pressure created by the working fan.
It is difficult for the manufacturer to establish the position of the AV mounts to suit all
types of application.
Vibration and noise insulation can also be improved by ensuring that the fan is connected to its external environment by a flexible coupling.
Rubber buffers - for both vibration and noise insulation at fan speeds above
1400 rpm or 850 rpm
Rubber buffers - for noise insulation only at fan speeds under 800 rpm or
1700 rpm
Anti Vibration Rubber Pads
Anti Vibration Rubber Buffers
Anti Vibration Rubber Pads
Anti Vibration Rubber Buffers
73
TEM 08- ZBD
0160-2D-08-60 01-0506 (4×)
0160-4D-05-60 03-0503 (4×)
0180-2D-11-60 01-0506 (4×)
0180-2D-10-60 01-0506 (4×)
0180-4D-05-60 03-0503 (4×)
0200-2D-14-60 01-0606 (4×)
0200-2D-11-60 01-0506 (4×)
0200-4D-08-60 03-0503 (4×)
0225-2D-19-60 01-0606 (2×)
01-0806 (2×)
0225-2D-14-60 01-0606 (4×)
0225-4D-11-60 01-0506 (4×)
0250-4D-13-60 01-0506 (4×)
0250-4D-10-60 01-0506 (4×)
0250-6D-08-60 03-0806 (4×)
0280-4D-16-60 01-0506 (2×)
01-0606 (2×)
0280-4D-13-60 01-0506 (4×)
0280-6D-11-60 03-0806 (4×)
0315-4D-19-60 01-0606 (2×)
01-0806 (2×)
0315-4D-16-60 01-0606 (4×)
0315-4D-14-60 01-0506 (4×)
0315-6D-14-60 03-0806 (4×)
0355-4D-19-60 01-0606 (4×)
0355-4D-17-60 01-0606 (4×)
0355-4D-16-60 01-0606 (4×)
0355-6D-19-60 03-0806 (4×)
TEM 08- ZBD
0160-2D-08 01-0506 (4×)
0160-4D-05 03-0503 (4×)
0180-2D-11 01-0506 (4×)
0180-4D-05 03-0503 (4×)
0200-2D-14 01-0606 (4×)
0200-4D-08 03-0503 (4×)
0225-2D-19 01-0606 (2×)
01-0806 (2×)
0225-2D-14 01-0606 (4×)
0225-4D-11 01-0506 (4×)
0250-2D-19 01-0606 (2×)
01-0806 (2×)
0250-2D-14 01-0506 (4×)
0250-4D-13 01-0506 (4×)
0250-4D-11 01-0506 (4×)
0250-6D-08 03-0806 (4×)
0280-4D-16 01-0506 (2×)
01-0606 (2×)
0280-4D-13 01-0506 (4×)
0280-6D-11 01-0806 (4×)
0315-4D-19 01-0606 (2×)
01-0806 (2×)
0315-4D-16 01-0606 (4×)
0315-6D-14 03-0806 (4×)
0355-4D-19 01-0606 (4×)
0355-4D-16 01-0606 (4×)
0355-6D-19 03-0806 (4×)
TEM 08- ZBD
0160-2X-08-3G 01-0506 (4×)
0160-4X-05-3G 03-0503 (4×)
0180-2X-11-3G 01-0506 (4×)
0180-4X-05-3G 03-0503 (4×)
0200-2X-14-3G 01-0606 (4×)
0200-4X-08-3G 03-0503 (4×)
0225-2X-19-3G 01-0606 (2×)
01-0806 (2×)
0225-4X-11-3G 01-0506 (4×)
0250-2X-19-3G 01-0606 (2×)
01-0806 (2×)
0250-4X-13-3G 01-0506 (4×)
0280-4X-16-3G 01-0506 (2×)
01-0606 (2×)
0315-4X-19-3G 01-0606 (2×)
01-0806 (2×)
0355-4X-19-3G 01-0606 (4×)
REM 18-/19- ZBD (4×)
0200-2D-07-60 01-0506
0225-2D-07-60 01-0506
0250-2D-10-60 01-0506
0280-2D-11-60 01-0506
0315-2D-14-60 01-0506
0315-4D-07-60 01-0506
0355-2D-19-60 01-0606
0355-4D-10-60 01-0606
REM 18-/19- ZBD (4×)
0200-2X-07-2G 01-0506
0225-2X-07-2G 01-0506
0250-2X-08-2G 01-0506
0280-2X-11-2G 01-0506
0315-2X-14-2G 01-0506
0315-4X-07-2G 01-0506
0355-2X-19-2G 01-0606
0355-4X-08-2G 01-0506
REM 18-/19- ZBD (4×)
0200-2D-07 01-0506
0225-2D-07 01-0506
0250-2D-08 01-0506
0280-2D-11 01-0506
0315-2D-13 01-0506
0315-4D-07 01-0506
0355-2D-16 01-0806
0355-4D-08 01-0506
REM 18-/19- ZBD (2×)
0400-4D-13-60 01-0606-C
01-0806-C
0450-4D-14-60 01-0606-C
01-0806-C
0500-4D-17-60 01-0806-C
01-0806-C
0500-6D-13-60 01-0606-C
01-0806-C
0560-4D-21-60 01-1010-C
01-1010-C
0560-6D-16-60 01-1010-C
01-1010-C
0630-6D-21-60 01-1010-C
01-1010-C
REM 18-/19- ZBD (2×)
0400-4X-11-2G 01-0606-C
01-0806-C
0450-4X-13-2G 01-0606-C
01-0806-C
0500-4X-16-2G 01-0806-C
01-0806-C
0560-4X-19-2G 01-1010-C
01-1010-C
REM 18-/19- ZBD (2×)
0400-4D-10 01-0606-C
01-0806-C
0450-4D-13 01-0606-C
01-0806-C
0500-4D-16 01-0806-C
01-0806-C
0500-6D-11 01-0606-C
01-0806-C
0560-4D-19 01-1010-C
01-1010-C
0560-6D-14 01-1010-C
01-1010-C
0630-6D-19 01-1010-C
01-1010-C
Accessories
Direct driven centrifugal fans / TEM/REM / Accessories
Anti Vibration Mounts - Assignment
Anti Vibration Mounts - Assignment
Anti Vibration Mounts - Assignment
74
TEM 01-/08- ESH 21-
0160-2D-08-60 –
0160-4D-05-60 –
0180-2D-11-60 –
0180-2D-10-60 –
0180-4D-05-60 –
0200-2D-14-60 –
0200-2D-11-60 –
0200-4D-08-60 –
0225-2D-19-60 0075-62
0225-2D-14-60 –
0225-4D-11-60 –
0250-4D-13-60 –
0250-4D-10-60 –
0250-6D-08-60 –
0280-4D-16-60 –
0280-4D-13-60 –
0280-6D-11-60 –
0315-4D-19-60 0075-62
0315-4D-16-60 –
0315-4D-14-60 –
0315-6D-14-60 –
0355-4D-19-60 0075-62
0355-4D-17-60 0075-62
0355-4D-16-60 –
0355-6D-19-60 –
TEM 01-/08- ESH 21-
0160-2D-08 0030-32
0160-4D-05 0030-32
0180-2D-11 0030-32
0180-4D-05 0030-32
0200-2D-14 0030-32
0200-4D-08 0030-32
0225-2D-19 0075-62
0225-2D-14 0030-32
0225-4D-11 0030-32
0250-2D-19 0075-62
0250-2D-14 0030-32
0250-4D-13 0030-32
0250-4D-11 0030-32
0250-6D-08 0030-32
0280-4D-16 0030-32
0280-4D-13 0030-32
0280-6D-11 0030-32
0315-4D-19 0075-62
0315-4D-16 0030-32
0315-6D-14 0030-32
0355-4D-19 0075-62
0355-4D-16 0030-32
0355-6D-19 0030-32
TEM 01-/08- ESH 21-
0160-2X-08-3G –
0160-4X-05-3G –
0180-2X-11-3G –
0180-4X-05-3G –
0200-2X-14-3G –
0200-4X-08-3G –
0225-2X-19-3G –
0225-4X-11-3G –
0250-2X-19-3G –
0250-4X-13-3G –
0280-4X-16-3G –
0315-4X-19-3G –
0355-4X-19-3G –
Accessories
Direct driven centrifugal fans / TEM/REM / Accessories
Isolator - Assignment
Isolator ESH 21 (≥ 5.5 kW)
75
REM ESH
11-/13-/18-/19- 21-
0200-2D-07-60 –
0225-2D-07-60 –
0250-2D-10-60 –
0280-2D-11-60 –
0315-2D-14-60 –
0315-4D-07-60 –
0355-2D-19-60 0075-62
0355-4D-10-60 –
0400-2D-22-60 0075-62
0400-4D-13-60 –
0450-4D-14-60 –
0500-4D-17-60 0075-62
0500-6D-13-60 –
0560-4D-21-60 0075-62
0560-6D-16-60 –
0630-6D-21-60 0075-62
REM ESH
11-/13-/18-/19- 21-
0200-2X-07-2G –
0225-2X-07-2G –
0250-2X-08-2G –
0280-2X-11-2G –
0315-2X-14-2G –
0315-4X-07-2G –
0355-2X-19-2G –
0355-4X-08-2G –
0400-2X-22-2G –
0400-4X-11-2G –
0450-4X-13-2G –
0500-4X-16-2G –
0560-4X-19-2G –
0630-4X-23-2G –
REM ESH
11-/13-/18-/19- 21-
0200-2D-07 0030-32
0225-2D-07 0030-32
0250-2D-08 0030-32
0280-2D-11 0030-32
0315-2D-13 0030-32
0315-4D-07 0030-32
0355-2D-16 0030-32