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意大利GIVI MISURE THESI 310 AN 位置控制器

更新时间:2015-12-18

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厂商性质:其他

生产地址:德意美

简要描述:
skf 530-100166-03 主轴润滑润滑油泵
skf 530-100160-12 变桨润滑油泵
意大利GIVI MISURE THESI 310 AN 位置控制器 泵
ATOS RZGO-TERS-PS-010/32 53 油压传动阀

意大利GIVI MISURE    MOD. ARGO   Vertical fixing on round bar ? 25 mm    配件
意大利GIVI MISURE    位置控制器    
意大利GIVI MISURE    ? THESI 310    位置控制器
意大利GIVI MISURE  THESI 310 AN 位置控制器  With analog output     位置控制器
意大利GIVI MISURE        位置控制器
意大利GIVI MISURE    THESI 310 DI   With relay outputs (digital)    位置控制器
意大利GIVI MISURE        位置控制器
意大利GIVI MISURE        位置控制器
意大利GIVI MISURE    ? THESI 320    位置控制器
意大利GIVI MISURE    THESI 320 DI   With relay outputs (digital)    位置控制器
意大利GIVI MISURE    THESI 320 AN   With analog outputs      位置控制器
ISA 10   Resolution 100 μm    
Resolution    100 μm
Grating pitch    400 μm
Accuracy grade    ± 10 μm
Max. traversing speed    120 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 53 standard     IP 64 pressurized

ISA 100   Resolution 10 μm    
Resolution    10 μm
Grating pitch    40 μm
Accuracy grade    ± 5 μm
Max. traversing speed    80 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 53 standard     IP 64 pressurized

ISA 5   Resolution 5 μm    
Resolution    5 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm
Max. traversing speed    60 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 53 standard     IP 64 pressurized

ISA W1   Resolution 1 μm    
Resolution    1 μm
Grating pitch    40 μm
Accuracy grade    ± 3 μm
Max. traversing speed    25 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 53 standard     IP 64 pressurized

ISA W05   Resolution 0.5 μm    
Resolution    0.5 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm
Max. traversing speed    12 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 53 standard     IP 64 pressurized

SCR 10   Resolution 100 μm    
Resolution    100 μm
Grating pitch    400 μm
Accuracy grade    ± 10 μm
Max. traversing speed    120 m/min意大利GIVI MISURE  THESI 310 AN 位置控制器 泵 
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

SCR K50   Resolution 50 μm    
Resolution    50 μm
Grating pitch    400 μm
Accuracy grade    ± 10 μm
Max. traversing speed    120 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

SCR W10   Resolution 10 μm    
Resolution    10 μm
Grating pitch    400 μm
Accuracy grade    ± 10 μm
Max. traversing speed    120 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

SCR 100   Resolution 10 μm    
Resolution    10 μm
Grating pitch    40 μm
Accuracy grade    ± 5 μm
Max. traversing speed    80 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

SCR K5   Resolution 5 μm    
Resolution    5 μm
Grating pitch    40 μm意大利GIVI MISURE  THESI 310 AN 位置控制器 泵 
Accuracy grade    ± 5 μm
Max. traversing speed    80 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

SCR 5   Resolution 5 μm    
Resolution    5 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm
Max. traversing speed    60 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

SCR W1   Resolution 1 μm    
Resolution    1 μm
Grating pitch    40 μm
Accuracy grade    ± 3 μm
Max. traversing speed    25 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

SCR W05   Resolution 0.5 μm    
Resolution    0.5 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm
Max. traversing speed    12 m/min
Reference indexes    in required positions
Output signals    NPN / LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized意大利GIVI MISURE  THESI 310 AN 位置控制器 泵 

PBS-HR 100Z   Resolution 10 μm - Zero Magneto Set    
Resolution    10 μm
Grating pitch    40 μm
Accuracy grade    ± 2.5 μm
Max. traversing speed    80 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    in required positions
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

PBS-HR T5   Resolution 5 μm - Zero Magneto Set    
Resolution    5 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm
Max. traversing speed    60 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    constant step / selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

PBS-HR 5Z   Resolution 5 μm - Zero Magneto Set    
Resolution    5 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm
Max. traversing speed    60 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    in required positions
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

PBS-HR T1   Resolution 1 μm - Zero Magneto Set    
Resolution    1 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm
Max. traversing speed    40 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    constant step / selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

PBS-HR W1Z   Resolution 1 μm - Zero Magneto Set    
Resolution    1 μm
Grating pitch    40 μm
Accuracy grade    ± 2.5 μm
Max. traversing speed    25 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    in required positions
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

PBS-HR T05   Resolution 0.5 μm - Zero Magneto Set    
Resolution    0.5 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm
Max. traversing speed    25 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    constant step / selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

GVS 200 T5   Resolution 5 μm - Zero Magneto Set    
Resolution    5 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm standard     ± 1 μm high accuracy
Max. traversing speed    120 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

GVS 200 T1   Resolution 1 μm - Zero Magneto Set    
Resolution    1 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm standard     ± 1 μm high accuracy
Max. traversing speed    120 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

GVS 200 T05   Resolution 0.5 μm - Zero Magneto Set    
Resolution    0.5 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm standard     ± 1 μm high accuracy
Max. traversing speed    80 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

GVS 200 T01   Resolution 0.1 μm - Zero Magneto Set    
Resolution    0.1 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm standard     ± 1 μm high accuracy
Max. traversing speed    40 m/min
Measuring length    170, 220, 270, 320, … mm
Reference indexes    selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

GVS 204   Serial interface SSI - BiSS    
Resolution 1 Vpp    up to 0.1 μm
Resolution absolute measure    1 μm - 0.1 μm
Grating pitch    20 μm
Accuracy grade    ± 2.5 μm standard     ± 1 μm high accuracy
Max. traversing speed    up to 120 m/min
Measuring length    170, 220, 270, 320, … mm
Serial interface    SSI-BiSS, with or without 1 Vpp analog signal
Protection class    IP 54 standard     IP 64 pressurized


GMS V40   Sine-wave output    
Resolution    up to 0.1 μm
Grating pitch    40 μm
Accuracy grade    ± 10 μm
Max. traversing speed    60 m/min
Measuring length    up to 30,040 mm with steps of 200 mm.
Segments of different lengths
Reference indexes    at constant step (50 mm), selectable with a magnet or at coded distance (80 mm)
Output signals    sine wave 1 Vpp
Protection class    IP 53 standard     IP 64 pressurized

GMS T   TTL output       
Resolution    10 - 5 - 1 - 0.5 μm
Grating pitch    40 μm
Accuracy grade    ± 10 μm
Max. traversing speed    60 m/min
Measuring length    up to 30,040 mm with steps of 200 mm.
Segments of different lengths
Reference indexes    at constant step (50 mm), selectable with a magnet or at coded distance (80 mm)
Output signals    LINE DRIVER
Protection class    IP 53 standard     IP 64 pressurized

NCS V20   Sine-wave output    
Resolution    up to 0.1 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm standard     ± 1 μm high accuracy
Max. traversing speed    120 m/min
Measuring length    from 70 up to 3,240 mm
Reference indexes    constant step / selectable / coded
Output signals    sine wave 1 Vpp
Protection class    IP 54 standard     IP 64 pressurized

NCS T5   Output TTL – Resolution 5 μm       
Resolution    5 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm standard     ± 1 μm high accuracy
Max. traversing speed    120 m/min
Measuring length    from 70 up to 3,240 mm
Reference indexes    constant step / selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

NCS T1   Output TTL – Resolution 1 μm       
Resolution    1 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm standard     ± 1 μm high accuracy
Max. traversing speed    120 m/min
Measuring length    from 70 up to 3,240 mm
Reference indexes    constant step / selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

NCS T05   Output TTL – Resolution 0.5 μm        
Resolution    0.5 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm standard     ± 1 μm high accuracy
Max. traversing speed    120 m/min
Measuring length    from 70 up to 3,240 mm
Reference indexes    constant step / selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

NCS T01   Output TTL – Resolution 0.1 μm           New
Resolution    0.1 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm standard     ± 1 μm high accuracy
Max. traversing speed    45 m/min
Measuring length    from 70 up to 3,240 mm
Reference indexes    constant step / selectable / coded
Output signals    LINE DRIVER / PUSH-PULL
Protection class    IP 54 standard     IP 64 pressurized

AGS T   Serial interface SSI - BiSS    
Resolution 1 Vpp    up to 0.1 μm
Resolution absolute measure    1 μm - 0.1 μm
Grating pitch    20 μm
Accuracy grade    ± 3 μm standard     ± 1 μm high accuracy
Max. traversing speed    120 m/min
Measuring length    from 70 up to 3,240 mm
Serial interface    SSI-BiSS, with or without 1 Vpp analog signal
Protection class    IP 54 standard     IP 64 pressurized

MTS P   Pole pitch 1+1 mm   Pr    
Pole pitch    1+1 mm
Available resolutions    10 - 5 - 1 - 0.5 μm
Accuracy    ± 6 μm
Sensor - magnetic band gap    0.1 ÷ 0.4 mm (with band MP100)
Reference indexes    C = at constant pitch (1 mm)
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz (up to 500 kHz on request)
Max. traversing speed    up to 6 m/s
Protection class    IP 67

MTS M   Pole pitch 2+2 mm   Pr    
Pole pitch    2+2 mm
Available resolutions    1,000 - 500 - 100 - 50 - 25 - 10 - 5 - 1 μm
Accuracy    up to ± 8 μm
Sensor - magnetic band gap    0.2 ÷ 1.4 mm (with band MP200)
0.3 ÷ 0.8 mm (with band MP200Z)
Reference indexes    C = at constant pitch (2 mm)
E = external
Z = positioned on the magnetic band
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz (up to 500 kHz on request)
Max. traversing speed    up to 12 m/s
Protection class    IP 67

MTS I   Pole pitch 2.54+2.54 mm   Pr    
Pole pitch    2.54+2.54 mm
Available resolutions    600 - 1,200 - 2,400 - 3,000 - 4,800 - 6,000 - 9,600 - 12,000 -
24,000 DPI
Accuracy    up to ± 10 μm
Sensor - magnetic band gap    0.2 ÷ 1.4 mm (with band MP254)
Reference indexes    C = at constant pitch (2.54 mm)
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz (up to 500 kHz on request)
Max. traversing speed    up to 14 m/s
Protection class    IP 67

MTS H   Pole pitch 5+5 mm   Pr    
Pole pitch    5+5 mm
Available resolutions    250 - 100 - 50 - 25 - 10 - 5 - 1 μm
Accuracy    up to ± 30 μm
Sensor - magnetic band gap    0.3 ÷ 4 mm (with band MP500)
0.35 ÷ 2 mm (with band MP500Z)
Reference indexes    C = at constant pitch (5 mm)
E = external
Z = positioned on the magnetic band
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz (up to 500 kHz on request)
Max. traversing speed    up to 30 m/s
Protection class    IP 67

MTS S   Pole pitch 6.25+6.25 mm   Pr    
Pole pitch    6.25+6.25 mm
Available resolutions    500 - 100 - 50 - 25 - 10 - 5 μm
Accuracy    up to ± 40 μm
Sensor - magnetic band gap    1 ÷ 6 mm (with band MP625)
1 ÷ 2 mm (with band MP625Z)
Reference indexes    C = at constant pitch
E = external
Z = positioned on the magnetic band
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz (up to 500 kHz on request)
Max. traversing speed    up to 30 m/s
Protection class    IP 67

MTS E   Pole pitch 10+10 mm   Pr    
Pole pitch    10+10 mm
Available resolutions    500 - 100 μm
Accuracy    ± 400 μm
Sensor - magnetic band gap    3 ÷ 9 mm (with band MP1000)
Reference indexes    C = at constant pitch (10 mm)
E = external
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz (up to 500 kHz on request)
Max. traversing speed    up to 30 m/s
Protection class    IP 67

MTS C   Pole pitch 20+20 mm   Pr    
Pole pitch    20+20 mm
Available resolutions    5,000 - 1,000 - 500 - 100 μm
Accuracy    ± 500 μm
Sensor - magnetic band gap    7 ÷ 12 mm (with band MP2000)
Reference indexes    C = at constant pitch (20 mm)
E = external
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz (up to 500 kHz on request)
Max. traversing speed    up to 30 m/s
Protection class    IP 67

MTR P   Pole pitch 1+1 mm   Pr    
Pole pitch    1+1 mm
Available resolutions    10 - 5 - 1 - 0.5 μm
Accuracy    ± 10 μm
Reference indexes    C = at constant pitch (1 mm)
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz
Max. traversing speed    0.6 m/s (MTR P05) - 1.2 m/s (MTR P1)
Protection class    IP 67

MTR M   Pole pitch 2+2 mm   Pr    
Pole pitch    2+2 mm
Available resolutions    1,000 - 500 - 100 - 50 - 25 - 10 - 5 - 1 μm
Accuracy    ± 15 μm
Reference indexes    C = at constant pitch (2 mm)
E = external
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz
Max. traversing speed    1.2 m/s (MTR M1) - 12 m/s (MTR M10)
Protection class    IP 67

MTR H   Pole pitch 5+5 mm   Pr    
Pole pitch    5+5 mm
Available resolutions    250 - 100 - 50 - 25 - 10 - 5 μm
Accuracy    ± 40 μm
Reference indexes    C = at constant pitch (5 mm)
E = external
Repeatability    ± 1 increment
Output signals    LINE DRIVER / PUSH-PULL
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    300 kHz
Max. traversing speed    6 m/s (MTR H5) - 12 m/s (MTR H10)
Protection class    IP 67

MTV P   Pole pitch 1+1 mm    
Pole pitch    1+1 mm
Available resolutions    up to 0.1 μm
Accuracy    ± 10 μm
Sensor - magnetic band gap    0.1 ÷ 0.4 mm (with band MP100)
Reference indexes    C = at constant pitch (1 mm)
Repeatability    ± 1 increment
Output signals    sine wave 1 Vpp
Power supply    5 ÷ 28 Vdc ± 5%
Max. frequency    12 kHz
Max. traversing speed    12 m/s
Protection class    IP 67

MTV M   Pole pitch 2+2 mm    
Pole pitch    2+2 mm
Available resolutions    up to 0.5 μm
Accuracy    ± 15 μm
Sensor - magnetic band gap    0.3 ÷ 1.5 mm (with band MP200)
Reference indexes    C = at constant pitch (2 mm)
E = external
Repeatability    ± 1 increment
Output signals    sine wave 1 Vpp
Power supply    5 ÷ 28 Vdc ± 5%Isolator Motor Motor Transformer Transformer Speed regulator Speed controller Frequency Inverter
protection unit protection unit 7 taps 5-steps electronic electronic unit
AT All indicated sound values are sound power levels, the integrated discharge dampers are considered.
For more calculations when determining the A-sound pressure level at any distances read the statements on part ?Sounds“ in chapter ?Description“.
97
?14
1050
934
445
500
12×M10
1276
65
1275
M10
1800
1516
□1210
□1050
□1205
M12
283
□1520
□1226
□1526
□1050
900
M12
1526
250
150 150
□1226
□1050
M12
ak1526
115
900
115
k1226
k1050
k1117
1190
M12
1190
150 150
1526
785
k1226
k1050
k1117
M12
 115
40
12×?11.5
?934
?968
?898
130
12×?11.5
?934
?968
?898
6× ?11.5
?934
?968
?898
?898
?934
12×M10
1500
RDM 31-/32-9090-..
ZBS 01-0125 [Al] 17 kg
ZBS 20-0125 [St] 34 kg
ZBS 23-0125 [St] 40 kg
ZBS 09-0125-2 [Al] 18 kg
ZDS 01-0125 [Al] 130 kg
ZDS 20-0125 [St] 180 kg
ZDS 09-0125-2 [Al] 130 kg
ZBU 01-0125-90 [St] 35 kg
ZKE 11-0900 9 kg
ZKF 11-0900 9 kg
ZSG 04-0900 1.6 kg
RDM 31-/32-9090
RDM 31- genovent
IEC standard motor out of air
stream and adequay aircooled via aseparate system.
RDM 32- genovent
Additionally equipped with
sound absorbing lining for Asound power level reduction of
about 7 dB at discharge.
Accessories / Index
2 Inclination in 5° steps up to
45° possible
7 Operator is responsible
about EMV. Caution when
combinating with isolator.
FU for 4 kHz clock
frequencies and ambient
media tempertaure max.
+40 °C. Operating frequency up to max. 50 Hz
8 Frequency invertser with
integrated Filter (Class A),
the control panel must be
ordered separay
Dimensions in mm, Subject to change.
Mains lead
Accessories
Flat roof
upstand
Flat roof
upstand tall
Inclined roof
upstand
Upstand
silencer
Inclined roof
upstand
silencer
Connection
plate
Inlet connection
(flexible)
Mating flange
Mesh inlet guard
Roof Extract Fans / RDM / Technical Data
98
RDM 31-2528/-9090
RDM 31-2528/-9090
Specifications
Nicotra Gebhardt Centrifugal-Roof-Fan
with swirl free vertically directed discharge, for gas medium temperatures up to
+120 °C.
Stylish sealed casing manufactured from aluminium.
Base frame of galvanised sheet steel for fitting to upstand, projecting well beyond the
upstand in order to increase weatherproofing and insulation.
Inlet flange in accordance with DIN 24 155-2.
Discharge outlets are protected from the weather on fan shutdown by automatic
backdraught shutters.
Casing parts, and the impeller plus motor, are easily removed for inspection and
maintenance (up to 7190).
High performance centrifugal impeller with backward curved blades, mounted on the
shaft of a standard motor placed out of the airstream, protected to IP 55, statically
and dynamically balanced in accordance with DIN ISO 1940.
The motor is air cooled via a separate system.
Data in Class 2 according to DIN 24 166.
Options (at choice)
l single speed (3~), integrated thermistor temperature sensors for motor full protection
Exception: size 2528 and 2531
l double speed (3~), integrated thermistor temperature sensors for motor full protection
l speed controllable by tension variation (3~), integrated thermal contacts or thermistors for motor full
protection
l speed controllable with external frequency inverter (operating frequency max. 50 Hz)
l explosion proofed version according to guideline 94/9/EG (ATEX), fan category 3G (II 3G c IIB T3). Gas
media temperatures max. +40 °C
Fan type genovent RDM 31-
Volume qV = . . . . . . . . . . . . . . . . m3/h
Pressure increase psF = . . . . . . . . . . . . . . . .
Media temperature t =
. . . . . . . . . . . . . . . .
°C
Speed N =
. . . . . . . . . . . . . . . .
1/min
Nominal power PN = . . . . . . . . . . . . . . . . kW
Nominal current I
N = . . . . . . . . . . . . . . . . A
Voltage/Frequency U/f =
. . . . . . . . . . . . . . . .
V/Hz
Sound power level LWA8 = . . . . . . . . . . . . . . . . dB
Weight m =
. . . . . . . . . . . . . . . .
kg
Isolator mounted (ESH 21) not for ATEX
Corrosion protection (Powder-Coating RAL 7039 - not for ATEX)
Special fittings (at extra cost)
Accessories (at extra cost)
Switches / Regulators / Controllers
Flat roof upstand – Aluminium (ZBS 01) | galvanised sheet steel (ZBS 20)
Flat roof upstand tall – galvanised sheet steel (ZBS 23)
Inclined roof upstand – Aluminium (ZBS 09)
Soaker sheet WDS – GFK (ZBS 11) up to size 5671
Upstand silencer – Aluminium (ZDS 01) | galvanised sheet steel (ZDS 20)
Inclined roof upstand silencer – Aluminium (ZDS 09)
Inlet silencer (ZDR 30) up to size 7190
Flanged inlet cone (ZKD 01) up to size 7190
Connection plate (ZBU 01)
Inlet connection - flexible (ZKE 11)
Mating flange (ZKF 11)
Mesh inlet guard (ZSG 04)
Assignment see technical data
Specification see Accessories
Wiring diagrams see online at www.nicotra-gebhardt。。com
Roof Extract Fans / RDM / Specification
99
RDM 32-2528/-9090
RDM 32-2528/-9090
Specifications
Nicotra Gebhardt Centrifugal-Roof-Fan
with swirl free vertically directed discharge, for gas media temperatures up to +120
°C.
Stylish sealed casing manufactured from aluminium, with sound absorbing lining.
Base frame of galvanised sheet steel for fitting to upstand, Inlet flange in accordance
with DIN 24 155 - 2.
Discharge outlets are protected from the weather on fan shutdown by automatic
backdraught shutters.
Casing parts, and the impeller plus motor, are easily removed for inspection and
maintenance (Size 2528 up to 7190).
High performance centrifugal impeller with backward curved blades, mounted on the
shaft of a standard motor placed out of the airstream, protected to IP 55, statically
and dynamically balanced in accordance with DIN ISO 1940.
The motor is air cooled via a separate system.
Data in Class 2 according to DIN 24 166.
Options (at choice)
l single speed (3~), integrated thermistor temperature sensors for motor full protection
Exception: size 2528 and 2531
l double speed (3~), integrated thermistor temperature sensors for motor full protection
l speed controllable by tension variation (3~), integrated thermal contacts or thermistors for motor full
protection
l speed controllable with external frequency inverter (operating frequency max. 50 Hz)
l explosion proofed version according to guideline 94/9/EG (ATEX), fan category 3G (II 3G c IIB T3). Gas
media temperatures max. +40 °C
Noise attenuated version
Fan type genovent RDM 32-
Volume qV = . . . . . . . . . . . . . . . . m3/h
Pressure increase psF = . . . . . . . . . . . . . . . .
Media temperature t =
. . . . . . . . . . . . . . . .
°C
Speed N =
. . . . . . . . . . . . . . . .
1/min
Nominal power PN = . . . . . . . . . . . . . . . . kW
Nominal current I
N = . . . . . . . . . . . . . . . . A
Voltage/Frequency U/f =
. . . . . . . . . . . . . . . .
V/Hz
Sound power level LWA8 = . . . . . . . . . . . . . . . . dB
Weight m =
. . . . . . . . . . . . . . . .
kg
Isolator mounted (ESH 21) not for ATEX
Corrosion protection (Powder-Coating RAL 7039 - not for ATEX)
Special fittings (at extra cost)
Accessories (at extra cost)
Switches / Regulators / Controllers
Flat roof upstand – Aluminium (ZBS 01) | galvanised sheet steel (ZBS 20)
Flat roof upstand tall – galvanised sheet steel (ZBS 23)
Inclined roof upstand – Aluminium (ZBS 09)
Soaker sheet WDS – GFK (ZBS 11) up to size 5671
Upstand silencer – Aluminium (ZDS 01) | galvanised sheet steel (ZDS 20)
Inclined roof upstand silencer – Aluminium (ZDS 09)
Inlet silencer (ZDR 30) up to size 7190
Flanged inlet cone (ZKD 01) up to size 7190
Connection plate (ZBU 01)
Inlet connection - flexible (ZKE 11)
Mating flange (ZKF 11)
Mesh inlet guard (ZSG 04)
Assignment see technical data
Specification see Accessories
Wiring diagrams see online at www.nicotra-gebhardt。。com
Roof Extract Fans / RDM / Specification
100
RDM 31- 63 125 250 500 1000 2000 4000 8000 Hz
0.5 qVopt 16 12 3 -4 -13 -17 -20 -27 dB
2528/-2531 2 qVopt 1 1 6 -3 -12 -14 -15 -23 dB
qVmax -2 -4 5 -3 -12 -16 -15 -19 dB
0.5 qVopt 13 12 2 -2 -10 -14 -19 -27 dB
2528/-2531 4 qVopt 8 12 1 -3 -10 -13 -18 -26 dB
qVmax 4 10 1 -2 -9 -13 -15 -23 dB
0.5 qVopt 12 12 2 -2 -9 -16 -22 -31 dB
2528/-2531 6 qVopt 8 12 0 -4 -11 -17 -22 -35 dB
qVmax 8 14 4 -1 -9 -13 -13 -34 dB
0.5 qVopt 13 11 1 -2 -11 -16 -21 -27 dB
3535/-3545 4 qVopt 9 11 1 -2 -11 -15 -20 -24 dB
qVmax 6 9 2 -1 -11 -16 -19 -21 dB
0.5 qVopt 16 10 1 -1 -10 -16 -22 -27 dB
3535/-3545 6 qVopt 14 11 1 -2 -11 -16 -22 -30 dB
qVmax 11 13 3 -1 -12 -17 -21 -29 dB
0.5 qVopt 14 10 1 -2 -10 -14 -15 -22 dB
4550/-4556 4 qVopt 9 12 0 -3 -10 -15 -15 -21 dB
qVmax 3 9 1 -2 -12 -16 -16 -12 dB
0.5 qVopt 15 11 1 -2 -11 -15 -16 -23 dB
4550/-4556 6 qVopt 11 13 -1 -4 -12 -16 -17 -25 dB
qVmax 7 15 3 -1 -10 -14 -12 -21 dB
0.5 qVopt 19 4 1 -2 -8 -14 -18 -25 dB
4550/-4556 8 qVopt 20 4 0 -3 -7 -14 -17 -26 dB
qVmax 19 4 2 -3 -11 -16 -13 -27 dB
0.5 qVopt 10 9 3 -4 -8 -14 -16 -23 dB
5663/-5671 4 qVopt 5 9 1 -6 -8 -13 -12 -17 dB
qVmax -3 5 -2 -3 -6 -10 -11 -12 dB
0.5 qVopt 14 11 1 -2 -8 -14 -16 -23 dB
5663/-5671 6 qVopt 13 11 -1 -4 -10 -15 -16 -22 dB
qVmax 11 11 0 -2 -9 -13 -10 -15 dB
0.5 qVopt 15 5 1 -1 -8 -13 -16 -23 dB
5663/-5671 8 qVopt 15 3 0 -2 -7 -11 -14 -22 dB
qVmax 15 3 1 -3 -9 -13 -11 -23 dB
0.5 qVopt 10 9 3 -4 -8 -14 -16 -23 dB
9090 4 qVopt 5 9 1 -6 -8 -13 -12 -17 dB
qVmax -3 5 -2 -3 -6 -10 -11 -12 dB
0.5 qVopt 14 11 1 -2 -10 -14 -16 -23 dB
7180/-9090 6 qVopt 11 13 -1 -4 -11 -15 -17 -23 dB
qVmax 7 13 2 -1 -9 -13 -11 -18 dB
0.5 qVopt 15 5 1 -2 -8 -14 -16 -23 dB
7180/-9090 8 qVopt 15 3 0 -2 -7 -12 -15 -24 dB
qVmax 14 3 1 -3 -9 -14 -12 -25 dB
0.5 qVopt 15 4 0 -2 -7 -13 -17 -24 dB
7180/-7190 12 qVopt 17 3 0 -2 -6 -12 -18 -24 dB
qVmax 18 6 1 -2 -9 -13 -15 -28 dB
RDM 31-2528/-9090
L
WA = LWA8 = LWA3
Inlet side
Determination of the Octave level
For more exact calculations when determining the required attenuation, the sound
power level in the octave bands is important.
L
Wfc 3 = LWA + LWrel 3
The relative sound power levels for inlet and discharge sides, at various duty points,
can be read from the corresponding tables.
The sound power levels in the octave bands can – in the case of being situated at
blade frequency – reach higher values as indicated in the table.
Relative sound power level for inlet side LWrel3 at octave centre frequencies fc [LWrel3 = LWfc3 - LWA3]
Poles Opperation Point
Roof Extract Fans / RDM / Description
101
RDM 31- 63 125 250 500 1000 2000 4000 8000 Hz
0.5 qVopt -5 0 0 -2 -5 -8 -12 -19 dB
2528/-2531 2 qVopt -8 -6 -1 -3 -6 -8 -9 -17 dB
qVmax -9 -8 -3 -2 -6 -8 -8 -15 dB
0.5 qVopt -2 0 -1 -2 -5 -8 -13 -21 dB
2528/-2531 4 qVopt -5 0 -2 -3 -5 -7 -12 -21 dB
qVmax -10 -1 -4 -3 -5 -6 -12 -19 dB
0.5 qVopt -2 3 2 -2 -6 -11 -18 -28 dB
2528/-2531 6 qVopt -4 4 2 -2 -6 -12 -18 -29 dB
qVmax -6 2 3 -2 -5 -9 -8 -30 dB
0.5 qVopt -3 4 -1 -4 -5 -7 -12 -20 dB
3535/-3545 4 qVopt -6 4 -1 -4 -5 -7 -12 -19 dB
qVmax -10 4 -1 -3 -5 -7 -13 -17 dB
0.5 qVopt 1 6 0 -3 -6 -9 -16 -25 dB
3535/-3545 6 qVopt -1 6 0 -3 -6 -9 -15 -25 dB
qVmax -1 6 1 -3 -5 -8 -13 -25 dB
0.5 qVopt 1 5 0 -4 -5 -9 -12 -20 dB
4550/-4556 4 qVopt -4 8 -1 -5 -6 -9 -12 -19 dB
qVmax -8 8 -2 -4 -6 -9 -15 -12 dB
0.5 qVopt 2 4 1 -4 -5 -7 -12 -22 dB
4550/-4556 6 qVopt 0 4 0 -4 -6 -8 -13 -22 dB
qVmax -4 5 0 -3 -6 -8 -12 -22 dB
0.5 qVopt 7 4 -1 -4 -4 -9 -15 -25 dB
4550/-4556 8 qVopt 7 3 -2 -4 -4 -8 -15 -25 dB
qVmax 7 3 -1 -5 -4 -9 -14 -24 dB
0.5 qVopt 2 5 2 -3 -6 -9 -15 -20 dB
5663/-5671 4 qVopt -3 5 0 -4 -6 -9 -11 -14 dB
qVmax -10 2 -4 -4 -4 -8 -12 -15 dB
0.5 qVopt 2 3 0 -3 -5 -8 -13 -21 dB
5663/-5671 6 qVopt 2 3 -1 -3 -5 -8 -12 -19 dB
qVmax 0 4 -1 -3 -6 -8 -11 -16 dB
0.5 qVopt 4 1 0 -3 -5 -8 -15 -22 dB
5663/-5671 8 qVopt 4 0 -2 -3 -5 -7 -14 -23 dB
qVmax 3 2 0 -2 -8 -9 -8 -23 dB
0.5 qVopt 2 5 2 -3 -6 -9 -15 -20 dB
9090 4 qVopt -3 5 0 -4 -6 -9 -11 -14 dB
qVmax -10 2 -4 -4 -4 -8 -12 -15 dB
0.5 qVopt 2 4 1 -3 -5 -7 -13 -21 dB
7180/-9090 6 qVopt 1 3 0 -4 -5 -8 -12 -20 dB
qVmax -3 4 0 -3 -6 -8 -11 -20 dB
0.5 qVopt 2 1 0 -3 -6 -8 -15 -23 dB
7180/-9090 8 qVopt 3 0 -2 -3 -5 -8 -14 -23 dB
qVmax 3 2 0 -2 -6 -8 -10 -23 dB
0.5 qVopt 6 3 -1 -3 -5 -8 -15 -26 dB
7180/-7190 12 qVopt 6 1 -1 -3 -5 -8 -15 -26 dB
qVmax 6 1 -1 -3 -5 -8 -15 -25 dB
RDM 31-2528/-9090
L
WA = LWA8 = LWA3
Discharge side
Determination of the Octave level
For more exact calculations when determining the required attenuation, the sound
power level in the octave bands is important.
L
Wfc 8 = LWA + LWrel 8
The relative sound power levels for inlet and discharge sides, at various duty points,
can be read from the corresponding tables.
The sound power levels in the octave bands can – in the case of being situated at
blade frequency – reach higher values as indicated in the table.
Relative sound power level for discharge side LWrel8 at octave centre frequencies fc [LWrel8 = LWfc8 -
L
WA8]
Poles Opperation Point
Roof Extract Fans / RDM / Description
102
60
0
% VN/qVq
20
40
80
100
120 160 200 240 280 320 360 400 V
80 100 120 140 160 180 200 230 V
U
U
70
63 125 250 500 1000 2000 4000 8000 Hz
-0.2 -0.5 -1.5 -8 -9.5 -12 -12 -13 dB
RDM 32-2528/-9090
RDM 31-/32-2528/-5671-.A
With the RDM 32 the noise generated is reduced. This fan range is equipped with
sound absorbing lining for A-sound power level reduction of about 7 dB at discharge.
In the octave-bands the average noise level reduction can be expected as follows:
This diagramme is made for determining the flow rate in the case of low voltage.
The flow rate ratio is shown in function of the voltage at the tappings.
Example for evaluation of the flow rate at low voltage:
Fan RDM 31-4550-8D-16
Speed transformer, 5-step ETH 36-0070-8D
Secundary voltage 230 Volt
In the blue area for a fan with three phase motor the result for the flow rate is 80 % of
the rated value.
Speed controllable fans
Sound power level reduction at type RDM 32
Octave level reduction RDM 32
Threephase-AC
Singlephase-AC
Threephase-AC
Singlephase-AC
Octave level reduction L
Wfc8 at octave centre frequencies fc
Roof Extract Fans / RDM / Description
Flow rate in the case of low voltage
103
Roof Extract Fans / RDM / Description
Notes
152
ZBS 01-0031/-0125 [Al]
ZBS 20-0031/-0125 [St]
ZBS 23-0031/-0125 [St]
ZBS 09-0031/-0125-.. [Al]
ZDS 01-0028/-0125 [Al]
ZDS 20-0028/-0125 [St]
ZDS 09-0028/-0125-.. [Al]
ZBS 11-0040/-0090 [GFK]
ZBU 01-0028/-0125-.. [St]
ZKE 11-0180/-0900
ZKE 13-0225
ZKF 11-0180/-0900
ZKF 13-0225
ZLK 01-0180/-0710
ZLK 03-0225
ZSG 04-0180/-0900
ZDR 30-0250/-0710
ZKD 01-0250/-0710
ZKK 20-0040/-0125 [St]
ZLK 21-0250/-0710
The Accessories
As important as the fan itself
The roof fan becomes a system if the accessories are added.
They are avayable as standard components
and can be supplied with the fan.
Flat roof upstand Upstand silencer
Inlet connection (flexible)
Mating flange
Automatic shutter
Flat roof upstand tall
Inclined roof upstand
Inclined roof
upstand silencer
Soaker sheet WDS
Connection plate
Mesh inlet guard
Inlet silencer
Flanged inlet cone
Spacer
Motor drive shutter
Accessories
153
RGA
ZBS
ZLK
ZKF
ZKE
ZDS
RKA 31
RDM
ZBS
ZKE
ZKF
Accessories
Roof Extract Fans / Samples
Samples
Samples
Samples
154
RDA
ZBS
ZKD
ZDR
RKM 31
ZBS 09
RDM 31/32
ZBS
ZKE
ZKF
TBA / RBA
ZKF
ZKE
Samples
Roof Extract Fans / Samples
Samples
Samples
155
ZBS 01-0031/-0125 [Al]
ZBS 20-0031/-0125 [St]
ZBS 23-0031/-0125 [St]
ZBS 09-0031/-0125-** [Al]
ZBS 11-0040/-0090 [GFK]
ZKK 20-0040/-0125
ZBU 01-0028/-0125-.. [St]
ZBR 01-0031/-0056-BA
Ready-to-fit Flat roof upstand made of aluminium (ZBS 01) or galvanised sheet steel
(ZBS 20), with sound absorbing and thermal lining.
Flat roof upstand made of galvanised sheet steel (ZBS 23), with sound absorbing and
thermal lining.
Upstand for inclined roof made of aluminium sheet, provided with sound and thermal
insulation, available in steps of 5 degrees from 5 to 45 degrees roof inclination.
Order code (example): ZBS 09-0040-30 Upstand for inclined roof for RDA 31-2528-
4E, roof inclination 30°.
Soaker sheets WDS, in glass fibre reinforced polyester, solve the problem of fitting a
roof unit to a corrugated roof (“Pitch length” of corrugation 177 mm) with up to 25°
pitch.
An intermediate piece made of galvanised sheet steel (ZKK 20) has to be provided if a
back draught damper is fitted together with a silencer upstand.
Fitted to the upstand itprovides the necessary distance between silencer and roof fan.
This garantees an even air flow without creating extra pressure losses.
Connection plate made of galvanised steel sheet with threaded bolts for fixing a flanged duct.
The connection plate has to be integrated into the roof with upstand silencer ZDS 01,
ZDS 20 or upstand
ZBS 01, ZBS 20, ZBS 13, ZBS 23 in order enable an easy connection of ductwork.
Accessories
Flat roof upstand
Flat roof upstand tall
Inclined roof upstand
Soaker sheet WDS
Spacer
Connection plate
Roof Extract Fans / Accessories
156
Pa
150
100
50
30
20
500 1000 5000 10000 m3/h 40000
0.1 0.5 1.0 m3/s 5.0 10
qV
pA
ZDS ..-0040
ZDS ..-0056
ZDS ..-0071
ZDS ..-0090
ZDS ..-0125
ZDS ..-0028
ZDH 20-0250/-0710 [St]
ZDH 20- dB 63 125 250 500 1000 2000 4000 8000
0250/-0355 11 0 -3 -5 -15 -22 -20 -13 -14
0450/-0500 11 0 -5 -7 -15 -21 -20 -16 -17
0560/-0710 11 -4 -8 -5 -13 -17 -18 -18 -17
ZDS 01-0028/-0125 [Al]
ZDS 20-0028/-0125 [St]
ZDS 09-0028/-0125-** [Al]
ZDS ..- dB 63 125 250 500 1000 2000 4000 8000
0028 16 2 5 8 12 18 22 20 15
0040 16 3 5 8 13 19 23 21 15
0056 16 3 5 8 12 18 21 20 15
0071 17 3 5 9 13 20 25 22 17
0090 15 2 5 8 11 17 21 19 13
0125 16 3 6 8 14 20 25 23 11
Overhead silencer for sound reduction on discharge, houses the fan and can be easily positioned, in place of the cowl. The silencer is made from galvanised steel sheet.
The overhead silencer is designed to fit to the RGA range. It is supplied with
the fan as a kit to be assembled on site after installation of the fan base with
motorimpeller.
The Overhead Silencer ZDH is not available for ATEX fans (Type RGA 31-....-.X-
3G)!
Accessories
Overhead silencer
Noise reduction values
average
noise reduction Noise reduction in dB at centre frequencies in Hz
Upstand silencer for the inlet side. The exterior skin is made of aluminium (ZDS 01) or
galvanised sheet steel (ZDS 20).
ZDS..–0040 and ZDS ..–0056 with removable absorber lining.
Inclined roof upstand silencer for the inlet side. The exterior skin is made of aluminium
(ZDS 09), available in steps of 5 degrees from 5 to 45 degrees roof inclination.
Noise reduction values
average
noise reduction Noise reduction in dB at centre frequencies in Hz
Pressure drop
Inclined roof upstand silencer
Upstand silencer
Roof Extract Fans / Accessories
157
ZDR 30-0250/-0710
ZKE 11-0180/-0900
ZKE 13-0225
ZKF 11-0180/-0900
ZKF 13-0225
ZSG 04-0180/-0900
ZKD 01-0250/-0710
ZDR 30- dB 63 125 250 500 1000 2000 4000 8000
0250 7 0 3 5 10 14 13 8 7
0355 8 2 4 6 12 16 14 10 8
0450 12 2 4 8.5 17 20 15 12 10
0560 13 3 5 9 17 21 15 12 10
0710 13 3 5 10 18 22 16 12 10
The tubular inlet silencer has a square flange on the side nearest to the roof unit, for
bolting to the respective flat roof upstand. It slides inside the upstand, while the opposite end can take either additional ducting or an inlet cone.
The exterior skin is made of galvanised sheet steel, and the interior of galvanised perforated plate, the cavity between them is filled with non-flammable acoustic material.
There is no central core of material, so that any pressure loss will be insignificant.
The flanged inlet cone is for mounting under the inlet silencer, farthest from the unit, if
no additional ducting is planned.
This improves the intake flow environment and reduces losses.
Inlet connection (flexible) prevents the transmission of vibration to other parts of the
installation. Flange dimensions are in accordance with DIN 24155-2.
Mating flange, for joining an internal duct to the roof unit base.
Flange dimensions are in accordance with DIN 24155-2.
Mesh inlet guard, in accordance with EN ISO 13857.
Inlet silencer
Noise reduction values
Flanged inlet cone
Inlet connection (flexible)
Mating flange
Mesh inlet guard
average
noise reduction Noise reduction in dB at centre frequencies in Hz
Accessories
Roof Extract Fans / Accessories
158
Pa
20
10
5 2 1
500 1000 5000 10000 m3/h
0.1 0.5 1.0 5.0 m3/s
qV
50
ZLK ..-0450
ZLK ..-0560
ZLK ..-0710
200
pA
2000
ZLK ..-0250
ZLK ..-0355
L1
L2
L3
N
M
1~
M
3~
ZLK 01-0180/-0710
ZLK 03-0225
ZLK 21-0250/-0710
ZLK 21 V Hz A W IP
230 50 0.08 85 43
Automatic shutters ZLK 01 are working as back draught dampers at stand still of the
roof fan thus avoiding uncontrolled intake of cold air.
Due to turbulences generated by the back draught damper ZLK the sound data for
intake and discharge may increase of app. 3 dB at discharge when a damper is fitted.
Motor actuated shutters ZLK 21 control the exhaust air stream (mechanically or
naturally generated) also if the fan is not in operation. This is true also for ventilation
hoods. The shutter opens when the fan is switched on and closes at stop of the latter.
When working in parallel with the fan the shutter is working like a non motorised one.
It is recommended to provide an intermediate duct piece between fan and shutter.
For this case the indicated pressure drops are applicable. If the shutter is directly fitted after the roof fan, higher pressure drops have to be expected.
The Motor drive shutter ZLK 21 is not available for ATEX fans (Type RGA 31-....-
.X-3G)!
A short circuit proof, single phase, actuator draws the shutter flaps by highly resistant
nylon ropes to open position and stays switched on during the whole opening phase.
The system is not equipped with end switches which could get dirty and ineffective
during live time.
After being switched off a push back spring closes the shutter.
The actuator has to be electrically connected to the main fan relay enabling the shutter to be opened at every time when the fan is put into operation. An auxiliary contact
for closing is not necessary.
When providing an motorised shutter it is recommended to fit an intermediate duct
piece between fan and shutter in order to facilitate access to the shutter actuator.
Automatic shutter
Motor drive shutter
Pressure drop
Technical Data
Nominal Nominal Shortcut Power Protection
voltage frequency current consumption class
Accessories
Roof Extract Fans / Accessories
Connection diagram
159
For the operation under standard climatic conditions and for ventilation units without
remarkable corrosion load the standard paint execution without particular corrosion
protection will be sufficient.
For increased corrosion loads the corrosion protection options class “S40” or “K90”
can be selected.
Special colours (of the RAL range) on request.
The plastic cowl of the roof fan line RGA cannot be painted.
Roof fans in ATEX-execution cannot be supplied with a coating.
Increased corrosion protection / Powder Coating
Accessories
Roof Extract Fans / Accessories
Degreasing, ironphosphating
?     Powder coating - Layer thickness ≥40 μm, Colour RAL 7039
?     Wet lacquering - Layer thickness ≥40 μm (primer + lacquer finish), Colour
RAL 7039
Degreasing, ironphosphating
?     Powder coating - Layer thickness ≥90 μm, Colour RAL 7039
?     Wet lacquering - Layer thickness ≥90 μm (primer + lacquer finish), Colour
RAL 7039
Corrosion protection - Class S40
Corrosion protection - Class K90
160
a
b
d
c
a d c
b
ESH 21- kW a b c d
0030-22 3.0 73 108 45 143
0030-32 3.0 73 108 45 143
0055-32 5.5 85 120 80 58
0075-32 7.5 85 120 80 58
0110-32 11.0 85 160 78 58
0150-32 15.0 100 190 91 58
0220-32 22.0 100 190 91 58
0300-32 30.0 145 250 107 58
0370-32 370 145 250 107 58
0450-32 45.0 200 300 172 73
0550-32 55.0 200 300 172 73
0900-32 90.0 280 400 180 73
0030-62 3.0 73 108 45 143
0055-62 5.5 85 120 90 58
0075-62 7.5 100 190 91 58
0110-62 11.0 100 190 91 58
0150-62 15.0 145 250 100 58
0220-62 22.0 145 250 107 58
0300-62 30.0 200 300 172 73
0370-62 37.0 200 300 172 73
0450-62 45.0 300 300 172 73
0750-62 75.0 280 280 230 73
0030-25 3.0 73 108 45 143
0030-35 3.0 73 108 45 143
0075-35 7.5 85 120 106 58
0030-65 3.0 73 108 45 143
0075-65 7.5 110 66 110 51
0075-95 7.5 110 66 110 51
ESH 21
ESH 21 m 3 kW
ESH 21 L 3 kW
Roof Extract Fans / Accessories
Accessories
Execution
Stylish, shockproof plastic casing, protection class IP 44/65, markings 0 and I.
The isolator switch is equipped with easy-connect tapings and wiring diagram.
The switch ESH 21 up to 3 kW protection class IP 44 and equipped with an integrated lock.
The switch ESH 21 from 5.5 kW protection class IP 65. It is equipped with a cover
coupling and an integrated lock. The turning switch can be key locked in position
“On” and “Off”.
Function
The isolator switch is provided for isolating the fan safely from the mains during any
cleaning, inspection or maintenance work, thus avoiding uncontrolled hazards by
thirds who could switch the fan on. This switch is not to be considered as a main or
an emergency switch.
Attention!
Combination with inverter!
Special radio noise suppression measures could be necessary; never keep the switch
under current, arising current peaks harm the switch and the windings.
All dedicated isolator switches are equipped with auxiliary contacts (1 open and
1 close).
The isolator switches for motors with inbuilt PTC thermistor are equipped with 3 auxiliary contacts in order to not trouble the preceding trigger unit by a appearing motor
fault.
Isolator
Technical Data / Dimensions
max. motor power Dimensions in mm, Subject to change
The article can vary from the
figure.
The isolator switches are classified following to the motor rating. The type designation
indicates the main data.
Example: ESH 21-0030-65 = 3 kW-switch
6 main contacts
5 auxiliary contacts
161
97
160
130
47.5
181
114
L3
PE
L2
L1
1 3 5
2 4 6
U1 V1 W1
EUM33
EUM A A kW
33-0004-8D 0.4 0.24/-0.4 0.09
33-0006-8D 0.6 0.4/- 0.6 0.12
33-0010-8D 1.0 0.6/- 1.0 0.25
33-0016-8D 1.6 1.0/- 1.6 0.55
33-0024-8D 2.4 1.6/- 2.4 0.80
33-0040-8D 4.0 2.4/- 4.0 1.50
33-0060-8D 6.0 4.0/- 6.0 2.50
33-0100-8D 10.0 6.0/-10.0 4.00
33-0160-8D 16.0 10.0/-16.0 7.50
33-0200-8D 20.0 16.0/-20.0 9.00
33-0250-8D 25.0 20.0/-25.0 12.50
33-0500-8D 50.0 40.0/-50.0 25.00
33-0580-8D 58.0 50.0/-58.0 30.00
EUM 33 for three-phase current motors (standard motors)
without thermal contacts
Design
Plastic casing in protection class IP 55, permissible ambient temperature +40 °C,
40 Hz – 60 Hz, frontal operation, for wall mounting. Motor protection unit for singlespeed, non- variable speed three-phase current motors without thermal contacts.
Function
The motor protection units must be adjusted on site to the trigger current.
If the preset trigger current is exceeded, the device disconnects the motor from the
mains supply via a thermal overload release. Pressing the “on key” causes the unit to
turn on again.
All motor protection units EUM 33 are also suitable for the protection of EExe-motors
(PTB-Prüfung Gesch-Nr. 3.35/386.3060). They must however be mounted outside of
explosion endangered areas, since they are not themselves designed with explosion
protection.
Technical Data
Motor protection unit
Continuous Setting max. rated
flow range power AC-3
Connection diagram
Dimensions in mm, Subject to change
Roof Extract Fans / Accessories
Accessories
162
190 150
140 30
ESM kW V kg
01-0020-5E 2.0 230 0.9
01-0040-8D 4.0 400 0.9
02-0040-8D 4.0 400 0.9
03-0040-8D 4.0 400 0.9
04-0040-8D 4.0 400 0.9
ESM kW V kg
11-0040-8D 4.0 4000 0.9
12-0040-8D 4.0 400 0.9
13-0040-8D 4.0 400 0.9
ESM 01-/11-/12-/13- for motors with fitted thermal control sensors
(thermal contacts, PTC)
Design
Beautifully shaped plastic casing made of shock resistant polystyrol, protection class
IP 54.
All units are suitable for wall mounting and include: hand switches for frontal operation, operational signal lamp and control safety accessible from outside.
Permissible ambient temperature: +40 °C.
Function
Should the motor winding temperature rise excessively, the imbedded motor winding
thermal contact or PTC will open the control circuit, causing the mains relay to drop
out and thus disconnect the motor from the mains supply.
The motor will also be turned off in the case of a mains-side dropout of the control
phase, as well as if the contacts fail or if the mains supply is interrupted.
The motor protection units are not equipped with an automatic re-poweron after a
mains voltage failure and are thus fail-safe.
After the motor windings have cooled down, a lock-out device in the relay circuit prevents the motor from switching itself on. The hand switch must first be momentarily
turned to the 0-position and then back to the ‘on’ position.
The operational signal lamp indicates the operation of the motor. It goes out in the
case of a malfunction.
The motor protection units are suitable for group switching, i. e. several motors with
the same switching can be connectedto a common switchingdevice.
The sum of the motors’ rated power may not exceed the maximal device rated power. The thermal contacts of all motors are to be switched in series. The PTCs switched in series may not exceed the sum of 6.
Please use the enclosed wiring diagrams in the control boxes always!
Technical Data
Dimensions in mm, Subject to change
for motors max. permitted rated Nominal Weight
with thermal contacts motor power voltage
For connection type see diagrams
Motor protection unit
for motors max. permitted rated Nominal Weight
with PTC motor power voltage
Roof Extract Fans / Accessories
Accessories
163
N L1 TK TK TK TK U1 U1 U1 U2 U2 U2
TK TK TK TK
TK TK TK TK
PE N L1
Z2
U2
TK
TK Z1
U1
TK TK
TK
TK TK
TK
TK TK TK TK
Z2
U2
TK
TK Z1
U1
N L L1 2 L3 TK TK TK TK U1 U1 U1 V1 V1 V1 W1W1W1
TK TK TK TK
TK TK TK TK
PE N L1 L2 L3
W1
V2
V1
U2
TK
TK W2
U1
TK TK
TK
TK TK
TK
TK TK TK TK
N L L1 2 L3 TK TK TK TK 1U 1V 1W 2U 2V 2W
TK TK TK TK
TK TK TK TK
PE N L1 L2 L3
W1
V2
V1
U2
TK
TK W2
U1
TK TK
TK
TK TK
TK
TK TK TK TK
N L L1 2 L3 TK TK TK TK 1U 1V 1W 2U 2V 2W
TK TK TK TK
TK TK TK TK
PE N L1 L2 L3
1W
2V
1V
2U
TK
TK 2W
1U
TK TK
TK
TK TK
TK
TK TK TK TK
N L L1 2 L3 TK TK TK TK U1 V1 W1 U2 V2 W2
TK TK TK TK
TK TK TK TK
PE N L1 L2 L3
W1
V2
V1
U2
TK
TK W2
U1
TK TK
TK
TK TK
TK
TK TK TK TK
ESM 01-0020-5E
ESM 01-0040-8D ESM 02-0040-8D
ESM 03-0040-8D ESM 04-0040-8D
Connection diagram
Alternating current model, single speed
Three-phase current model, single speed Three-phase current model, 2 speed with two separate windings
Three-phase current model, 2 speed with Dahlander winding Three-phase current model, 2 speed with Y/-connection
ATTENTION: for thermo contacts (TK) use always series connection!
Mains Connection with 3 motors Motor 3-phase
ATTENTION: for thermo contacts (TK) use always series connection!
Mains Connection with 3 motors Motor 3-phase
Connection with 2 motors Connection with 2
motors
ATTENTION: for thermo contacts (TK) use always series connection!
Motor 3-phase
Connection with 2 motors
Mains Connection with 3 motors
ATTENTION: for thermo contacts (TK) use always series connection!
Mains Connection with 3 motors Motor 3-phase
Connection with 2 motors
Anti-clockwise
rotation
Clockwise rotation
ATTENTION: for thermo contacts (TK) use always series connection!
Mains Connection with 3 motors Motor 1-phase
Connection with 2 motors
Connection diagram
Connection diagram
Motor protection unit
Roof Extract Fans / Accessories
Accessories
164
N L L1 2 L3 KL KL KL KL U1 U1 U1 V1 V1 V1 W1W1W1
KL KL KL KL
KL KL KL KL
PE N L1 L2 L3
W1
V2
V1
U2
KL
KL W2
U1
KL KL
KL
KL KL
KL
KL KL KL KL
N L L1 2 L3 KL KL KL KL 1U 1V 1W 2U 2V 2W
KL KL KL KL
KL KL KL KL
PE N L1 L2 L3
W1
V2
V1
U2
KL
KL W2
U1
KL KL
KL
KL KL
KL
KL KL KL KL
N L L1 2 L3 KL KL KL KL 1U 1V 1W 2U 2V 2W
KL KL KL KL
KL KL KL KL
PE N L1 L2 L3
1W
2V
1V
2U
KL
KL 2W
1U
KL KL
KL
KL KL
KL
KL KL KL KL
ESM 11-0040-8D ESM 12-0040-8D
ESM 13-0040-8D
Motor protection unit
Connection diagram
Three-phase current model, single speed Three-phase current model, 2 speed with two separate windings
Three-phase current model, 2 speed with Dahlander winding
ATTENTION: for PTC (KL) use always series connection!
Mains Connection with 3 motors Motor 3-phase
Connection with 2 motors
ATTENTION: for PTC (KL) use always series connection!
Motor 3-phase
Connection with 2 motors
Mains Connection with 3 motors
ATTENTION: for PTC (KL) use always series connection!
Mains Connection with 3 motors Motor 3-phase
Connection with 2 motors
Connection diagram
Roof Extract Fans / Accessories
Accessories
165
c
e
?f
a
h b
L N U1 U2
230 V
180 V
160 V
140 V
120 V
100 V
80 V
0 V
L1 L2 U1 V1
400 V
310 V
270 V
235 V
200 V
170 V
140 V
0 V
L3 W1
0 V
140 V
170 V
200 V
235 V
270 V
310 V
400 V
c
e
?f
a
h b
ETO A a b c e ?f h kg
10-0018-5E 1.8 78 60 92 56 4.8 44 1.5
10-0040-5E 4.0 96 80 107 84 5.8 61 2.5
10-0070-5E 7.0 120 95 126 90 5.8 73 4.5
10-0130-5E 13.0 135 110 135 104 5.8 86 7.0
10-0220-5E 22.0 135 150 135 104 5.8 126 12.5
ETO A a b c e ?f h kg
10-0010-8D 1.0 78 60 92 56 4.8 44 1.5
10-0020-8D 2.0 96 80 107 84 5.8 61 2.5
10-0040-8D 4.0 120 95 126 90 5.8 73 4.5
10-0065-8D 6.5 135 110 135 104 5.8 86 7.0
10-0150-8D 15.0 135 150 135 104 5.8 126 12.5
ETO 10 with 7 secondary taps
Design
Transformer according to DIN VDE 0550-1 with built-on terminal strip for 7 taps, without casing, suitable for control cabinet installation.
Two transformers are necessary for three-phase current, which are to beconnected in
a V-switching configuration (see Wiring diagram). Permissible ambient temperature at
nominal current loading max. +35 °C.
ETO 10-....-5E
Primary voltage: 230 V / 50-60 Hz
Secondary voltage: 230/180/160/140/120/100/80 V
ETO 10-....-8D
Primary voltage: 400 V / 50-60 Hz
Secondary voltage: 400/310/270/235/200/170/140 V
Connection diagram
Measurement diagram Technical Data | Dimensions
Transformer
Alternating current model
Three-phase current model
Technical Data | Dimensions
Nominal Dimensions in mm,
current Subject to change
Mains Motor
Mains Motor
Roof Extract Fans / Accessories
Accessories
Nominal Dimensions in mm,
current Subject to change
Measurement diagram
Connection diagram
166
a
f
c g e
b d
1
2 3 4
5
0
ETH a b c d e f g kg
31-0020-5E 155 200 150 144 98 6.2 30 4.0
31-0040-5E 155 200 150 144 98 6.2 30 4.0
35-0040-5E 155 200 150 144 98 6.2 30 4.0
35-0070-5E 200 254 170 194 140 6.2 30 8.0
36-0200-5E 225 305 165 265 188 6.2 30 17.0
35-0010-8D 155 200 150 144 98 6.2 30 6.0
35-0020-8D 200 254 170 194 140 6.2 30 8.0
36-0040-8D 225 305 165 265 188 6.2 30 14.0
36-0070-8D 225 305 165 265 188 6.2 30 20.0
36-0140-8D 302 385 223 350 265 6.2 30 35.0
37-0010-8D 200 254 170 194 140 6.2 30 5.5
37-0020-8D 200 254 170 194 140 6.2 30 8.0
37-0040-8D 225 305 165 265 188 6.2 30 14.0
37-0070-8D 225 305 165 265 188 6.2 30 20.0
ETH 31-/35-/36-/37- transformatic, 5-step, with casing
Design
Compley plastic casing in protection class IP 54, Type:
ETH 31, 35 and ETH 37-0010/-0020-8D.
Painted metal casing in protection class IP 23, Type:
ETH 36 and ETH 37-0040/-0070-8D.
All units are suitable for wall mounting and include: speed control via hand switch
with 0-position and 5 switching steps, operating signal lamp, 230 V output for e. g. a
solenoid valve.
Permissible ambient temperature: -25 °C up to +40 °C.
ETH 31
These units include no motor protection unit. Protection switches for thermal contact
connections are to be laid in the conductor between the control device and the motor.
In Nicotra Gebhardt externallymounted rotor motors, the thermal contacts are already
bound into the motor winding.
ETH 35, ETH 36, ETH 37
These units possess a motor protection installation for thermal contact or PTC connection with a supplementary warning signal lamp, a potential-free exchanger and a
potential-afflicted (230 V) room thermostat connection (remote on – off).
Function
For motors with built-in thermal contacts, these open the control current circuit when
the permissible winding temperature is exceeded (ETH 31, 35, 36). Motors equipped
with PTC thermistor give an electrical signal to the trigger unit (ETH 37) when the temperature exceeds the default value. The trigger controls the main relay thus cutting
the motor feed. This causes the main fuse to fall out and disconnect the motor from
the mains.
After the motor winding has cooled down (ca. 2 Min.) or after remedying the cause of
the malfunction, respectively, turn the main switch temporarily to the 0-position and
then back to the operational position.
Speed setting
Roof Extract Fans / Accessories
Accessories
Dimensions in mm, Subject to change
167
ETH 31-/35-/36-/37-
ETH A
31-0020-5E 2.0 2 AT
31-0040-5E 4.0 6 AT
ETH A
35-0010-8D 1.0 1 AT
35-0020-8D 2.0 2 AT
36-0040-8D 4.0 4 AT
36-0070-8D 7.0 8 AT
36-0140-8D 14.0 16 AT
ETH A
37-0010-8D 1.0 1 AT
37-0020-8D 2.0 2 AT
37-0040-8D 4.0 4 AT
37-0070-8D 7.0 8 AT
ETH A
35-0040-5E 4.0 6 AT
35-0070-5E 7.0 8 AT
36-0200-5E 20.0 20 AT
transformatic, 5-step, with casing
Speed setting
Roof Extract Fans / Accessories
Accessories
Technical Data
Technical Data
Nominal current Mains safety
Alternating current model
with motor protection installation
Nominal current Mains safety
Three-phase current model
with motor protection installation
Nominal current Mains safety
Three-phase current model
with motor protection installation for motors with PTC
Primary voltage: 230 V; 50-60 Hz
Secondary voltage: 60/105/130/160/230 V
Primary voltage: 400 V; 50-60 Hz
Secondary voltage: 140/180/230/280/400 V
Alternating current model
without motor protection installation
Nominal current Mains safety
Technical Data
Technical Data
Primary voltage: 230 V; 50-60 Hz
Secondary voltage: 60/105/130/160/230 V
Primary voltage: 400 V; 50-60 Hz
Secondary voltage: 140/180/230/280/400 V
168
N N L1 PE U1 U2 PE L1
PE N N L1 PE U1 U2 PE L1

PE N N L1 PE U1 U2 PE L1

11 12 14

N N L1 PE U1 U2 TK TK RT RT PE L1 11 12 14
PE N N L1 PE U1 V1 PE L1

11 12 14

L2 L3 W1
N L1 L2 L3 PE U1 V1 W1 TK TK RT RT PE L1 N 11 12 14
PE N N L1 PE U1 V1 PE L1

11 12 14

L2 L3 W1
N L1 L2 L3 PE U1 V1 W1PTC PTC RT RT PE L1 N 11 12 14
ETH 31
ETH 35-/36-....-5E
ETH 35-/36-....-8D
ETH 37-....-8D
ETH 31-/35-/36-/37-
TK = Thermal contact of the motor
PTC = Positive Temperature Coefficient (PTC-Thermistor) of the motor
RT = Room thermostat or external switch
1 = additional outlet e. g. for solenoid valve, lamp, etc.
2 = free contacts for the status signal “Operating/Malfunction”
Connection diagram
Connection diagram
Connection diagram
Connection diagram
Mains Motor
Mains Motor
Mains Motor
Mains Motor
transformatic, 5-step, with casing
Speed setting
Accessories
169
L N
N N
Re M
24 32
?4
~65
64
82
EPH A V Hz
03-0010-5E 1.0 230/240 50/60 F 1.0 A
03-0020-5E 2.0 230/240 50/60 F 2.0 A
03-0040-5E 4.0 230/240 50/60 F 4.0 A
EPH 03-0010/-0040-5E EPH 03-0010/-0020-5E
EPH 03 electronic, stepless
Design
Shock-resistant plastic casing (creamwhite) in protection class IP 44, with turn knob
on the front side.
Clearly arranged terminal strip for mains and motor connection.
For use as an integral version in a standard switch box, the speedregulator with its
front plate is simply removed from the casing underside.
Function
The transformer contains a turn knob for the variation of the nominal value by means
of phase-angle control, semiconductor fuse and a response output.
The transformer EPH is not equipped with any motor protection installation!
If thermo contacts are in use it is recommended to assure the electrical safety by
installing motor protection units EUM 11-0100-5E (IP 54) or EUM 21-0100-5E (IP 00,
for integration in a panel).
Technical Data
Connection diagram
Surface mounting version flush mounting version
Nominal Nominal Frequency Fuse
current voltage
Transformer
Sealing
Dimensions in mm, Subject to change
Roof Extract Fans / Accessories
Accessories
170
EPA IP A V Hz kg
83-0060-5E 54 0.2/- 6.0 230 50/60 1.6
83-0100-5E 54 0.2/-10.0 230 50/60 2.6
EPA IP A V Hz kg
83-0050-8D 54 0.2/- 5.0 400 50/60 2.7
83-0100-8D 54 0.5/-10.0 400 50/60 3.1
83-0150-8D 54 0.5/-15.0 400 50/60 5.2
83-0250-8D 54 0.5/-25.0 400 50/60 13.6
EPA 83 electronic, stepless, digital
Electronic controller for pressure, airspeed, temperature, with stepless adjustable output voltage for fans with controllable alternating current or threephase current motors
respectively.
Design
EPA 83 Surface mounting version
Plastic casing with die-cast aluminium base-plate in protection class IP 54.
Function
The pressure controller EPA 83 is equipped with a main switch, a motor protection
by thermal contact or PTC thermistors, nominal value input, main switch/automatic
with bypass-function, actual value input for sensors with 0...10 V signal (Temperature
sensor EIT, Differential pressure sensor EIP and Air velocity sensor EIL), for sensors
with 4...20 mA signal; semiconductor fuses and adjustment options for minimal and
maximal speed, menu-directed set-up via three function keys, output (0...10 V), potential-free operation signal contact, external nominal value preset via potentiometer,
integrated semiconductor fuses, phase monitoring, controller block, reset pushbutton
connection.
Technical Data
Technical Data
Alternating current design
Three-phase current design
Protection max. current Nominal Frequency app.
class consumption voltage Weight
Transformer
Roof Extract Fans / Accessories
Accessories
Protection max. current Nominal Frequency app.
class consumption voltage Weight
171
213
198
5
102
30
10
137
185
60
128
186
240
140.5
115
13
?5.5
264
225
186
240
131
115
13
?5.5
264
225
186
240
131
115
13
?5.5
264
225
186
240
131
115
13
?5.5
264
225
17
267
261
244
?9
394
320
435
282
304
37
12
EPA 83-0050-8D
EPA 83-0060-5E
EPA 83-0150-8D
EPA 83-0100-5E
EPA 83-0100-8D
EPA 83-0250-8D
EPA 83
Dimensions in mm, Subject to change
Surface mounting version
Surface mounting version
Surface mounting version
Surface mounting version
Surface mounting version
Surface mounting version
Transformer
Dimensions in mm, Subject to change
Dimensions in mm, Subject to change
electronic, stepless, digital
Roof Extract Fans / Accessories
Accessories
172
PE PE N N L1 L1 U1 U1 U2 U2 11 12 14
K1
21 22 24
K2
DD+
24V
TK
TK
D1
D1
A1
GND
D2
D2
E2
GND
E1 GND
GND
V °C mA
E1.1 E1.2
E2.1 E2.2
Auto
0
*
1*
DATA
+ - GND
RS485
PE N L1
U1 U2 PE TK TK
M
1~
1
2
N L1 L2 L3 U V W 11 14 12 21 24
K2
DD+
TK
TK
D1
D1
A
GND
E1
GND
E2
GND
D2 GND
D2
V
°C
mA
E1.1 E1.2
E2.1 E2.2
U V W PE
TK
M
3~
1
2
22
K1
TK
PE N L1 L2 L3
GND 24V
24V 24V
Digital IN 1
Analog OUT 1
Digital IN 2
Analog IN 2
Analog IN 1
Digital IN 1
Analog OUT 1
24 V DC OUT 1
Analog IN 1
Analog IN 2
Digital IN 2
EPA 83-....-5E
EPA 83-....-8D
1~ 230 V 50/60 Hz
0...10 V
(Ri >100 k)
0...20 mA
4...20 mA
KTY10-6
(-24...+80 °C)
0...10 V
(Imax=10 mA)
0...10 V (Ri >100 k)
0...20 mA
4...20 mA
KTY10-6
(-8...+43 °C)
1~ 230 V 50/60 Hz
0...10 V (Ri >100 k)
0...20 mA
4...20 mA
KTY10-6
(-24...+80 °C)
0...10 V (Imax=10 mA)
0...10 V (Ri >100 k)
0...20 mA
4...20 mA
KTY10-6
(-8...+43 °C)
EPA 83
Connection diagram
Connection diagram
Transformer
Max. contact capacity 5 A / 250 V AC
3-phase motor
with integrated thermo
contacts
Mains
Output Input
Input
1-phase motor
with integrated thermo
contacts
1* If function is not needed,
terminals must be bridged
Max. contact capacity 5 A / 250 V AC
Mains
Output Input
Input
electronic, stepless, digital
Roof Extract Fans / Accessories
Accessories
173
1 2 3 1 8 1 8
1 4 A B
N
min Nmax

1 4 A B
Nmin Nmax
2 3
EKE V / Hz (1~) Vpic-pic (=) W A (3~) cos phi
05-0018-5E-IA 208...277 / 47...63 420 400 1.74 0.99 IP20
EKE 05 for Nicotra Gebhardt brushless DC motors
Execution
Electronical commuter unit with single phase input and and variable output voltage
and frequency, specially designed for matching to the operation of roof fans with
brushless DC motors. By using most modern power semi conductors a high
efficiency at any speed is guaranteed. The output voltage is generated at high pulse
frequencies (15 kHz).
Specification
- suitable for operating Nicotra Gebhardt brushless DC motors exclusively
- for single phase feed line 208-277 V / 47-63 Hz
- max. motor rating of 380 W
- internal power limitation
- max. ambient temperature at operation
-10 °C to +40 °C
- setting of max. and min. rpm possible (possibility of setting reduced speed at night)
- analogue interface 0...5 V / 0...10 V
- Monitoring of operation (potential-free error reading)
- no error contact closed
- error (e.g. no current) contact closed
- Reset and programming button
- easy and simple maximum speed programming
Standards and guide lines
Radio frequency suppression to EMV basic standard EN 50081-1 (residential and
business areas) and EN 61000-3-2 is met by using integrated filters and power factor
controller (PFC).
Technical Data
Input Output Nominal Nominal Power Protection
Voltage / Voltage power output factor class
Frequency current
Elektronical Commutation Unit
1 mains
2 analog input
 error contact opener
4 reset / programming
5 programming LED
6 error LED
7 operating LED
1 = +5 V
2 = 0...10 V
3 = 0... 5 V
4 = ground
A = error contact
B = error contact
N
min = minimal speed setting
N
max = maximal speed setting
Connection diagram
Links
Roof Extract Fans / Accessories
Standard component of
brushless DC fans
174
max. 4A / 250V AC
10A / 12V DC
+10V
(+5V)
0...10V
(0...5V)
T
24 32
?4
~65
64
82
kW IP kg
EGH 01 10 10 A / 12 V DC 44 0.145
EGH 01 for Roof Fans with brushless DC motor or frequency inverter
Design
- rotary knob to switch and stepless speed variation
- Impact-resistant plastic casing (cream-coloured) in protection class IP44
- also for integration in a normal switching box
- clearly visible and identifiable terminal strip for connections
Function
The module has a rotary knob for on/off and stepless speed variation through the
analogue input of the inverter (BLDC driver, frequency inverter).
Technical Data
Connection diagram
Dimensions in mm, Subject to change
Surface mounting version
switching contact protection class Weight
Type
flush mounting version
Speed Regulator Module
Sealing
Roof Extract Fans / Accessories
Accessories
175
G110 MM420 Design
Frequency inverter with variable output voltage and frequency, specially designed for
the operation of centrifugal fans with induption motors.
Due to the use of modern power semiconductors it is possible to achieve a speed of
revolution with high efficiency.
Switching frequencies up to 16kHz can be set with all types. If the highest switching
frequencies are required (for example for reasons of noise reduction), the maximum
output current is decreased, in which case the performance category should be specially checked.
The overall package includes the frequency inverter, filter for class B (for residential and commercial uses) as well as a control unit.
General Performance characteristics
Motor protection feature for motors with thermistor temperature sensors, adjustable
accelaration and deaccelaration ramps, minimum and maximum rotation speeds,
fixed rotation speeds, trapping switch during operation, programmable inputs and
PI-controller (MM420 and MM430 only), RS 485 serial interface as well as a detailed
operating instructions.
Caution about combination with isolators (ESH)!
Special EMC-action can be necessary, furthermore do not switch during operation,
overvoltages can destroy the switch and the motor-winding.
Performance range G110 1AC 230V
(for single-phase AC supply)
0.25 to 2.2 kW rated motor power, 200 to 240V ±10% single-phase AC, 47 to 63Hz,
three-phase current output 3 × 230V AC, protection class IP 20.
Permitted ambient temperature during operation:
-10 °C to +40 °C.
Performance range MM420 3AC 400V
(for three-phase AC supply)
0.55 to 11kW rated motor power, 380 to 480V ±10% three-phase AC, 47 to 63Hz,
three-phase current output 3 × 400V AC, protection class IP 20. Permitted ambient
temperature during operation: -10 °C to +50 °C. The interference suppression filter
required to comply with the EMC basic interference suppression standard EN 50081-
1 (residential and commercial uses) is integrated into the package as substructure
option. Power choke to comply with EN 61000-3-2 as additional component.
Observe performance reduction when using high clock frequencies!
Performance range MM430 3AC 400V
(for three-phase AC supply)
15 to 250kW rated motor power, 380 to 480V ±10% three-phase AC, 47 to 63Hz,
three-phase current output 3 x 400V AC, protection class IP 20.
Permitted ambient temperature during operation: -10 C to +50 °C. The interference
suppression filter required to comply with the EMC basic interference suppression
standard EN 50081-1 (industrial applications) is partially integrated. In order to attain
EMC requirements Class B a frequency inverter without filter should be selected. The
appropriate EMC-B filter is then required as an additional component.
Observe performance reduction when using high clock frequencies!
Frequency inverter
Roof Extract Fans / Accessories
Accessories
176
6SE6400-*
MM430 3AC 400V A (4kHz) kW 6SE6430- 6SE6400- 6SE6400- 6SE6400- 6SL3000-°
32.00 15.0 2AD31-5CA0 integriert 0BE00-0AA0 2FS03-8CD0 *3CC03-5CD3
38.00 18.5 2AD31-8DA0 integriert 0BE00-0AA0 *** *3CC04-4DD0
45.00 22.0 2AD32-2DA0 integriert 0BE00-0AA0 *** *3CC04-4DD0
62.00 30.0 2AD33-0DA0 integriert 0BE00-0AA0 *** *3CC05-2DD0
75.00 37.0 2AD33-7EA0 integriert 0BE00-0AA0 *** *3CC08-3ED0
90.00 45.0 2AD34-5EA0 integriert 0BE00-0AA0 *** *3CC08-3ED0
110.00 55.0 2AD35-5FA0 integriert 0BE00-0AA0 *** *3CC11-2FD0
145.00 75.0 2AD37-5FA0 integriert 0BE00-0AA0 *** *3CC11-2FD0
178.00 90.0 2AD38-8FA0 integriert 0BE00-0AA0 *** *3CC11-7FD0
180.40 110.0 2UD41-1FA0 0BE32-5AA0 0BE00-0AA0 – °0CE32-3AA0
220.00 132.0 2UD41-3FA0 0BE34-4AA0 0BE00-0AA0 – °0CE32-8AA0
265.80 160.0 2UD41-6GA0 0BE34-4AA0 0BE00-0AA0 – °0CE33-3AA0
325.60 200.0 2UD42-0GA0 0BE34-4AA0 0BE00-0AA0 – °0CE35-1AA0
419.80 250.0 2UD42-5GA0 0BE36-0AA0 0BE00-0AA0 – °0CE35-1AA0
G110 1AC 230V A (4kHz/+40 °C) kW 6SL3211- 6SE6400- 6SL3255- 6SE6400-
0.25KW EMV B 1.70 0.25 0AB12-5BA0 integriert 0AA00-4BA0 3CC00-4AB3
0.37KW EMV B 2.30 0.37 0AB13-7BA0 integriert 0AA00-4BA0 3CC01-0AB3
0.55KW EMV B 3.20 0.55 0AB15-5BA0 integriert 0AA00-4BA0 3CC01-0AB3
0.75KW EMV B 3.90 0.75 0AB17-5BA0 integriert 0AA00-4BA0 3CC01-0AB3
1.10KW EMV B 6.00 1.10 0AB21-1AA0 integriert 0AA00-4BA0 3CC02-6BB3
1.50KW EMV B 7.80 1.50 0AB21-5AA0 integriert 0AA00-4BA0 3CC02-6BB3
2.20KW EMV B 11.00 2.20 0AB22-2AA0 integriert 0AA00-4BA0 3CC02-6BB3
MM420 3AC 400V A (4kHz) kW 6SE6420- 6SE6400- 6SE6400- 6SE6400-
0.55KW EMV B 1.60 0.55 2UD15-5AA1 2FB00-6AD0 0BP00-0AA0 3CC00-2AD3
0.75KW EMV B 2.10 0.75 2UD17-5AA1 2FB00-6AD0 0BP00-0AA0 3CC00-4AD3
1.10KW EMV B 3.00 1.10 2UD21-1AA1 2FB00-6AD0 0BP00-0AA0 3CC00-4AD3
1.50KW EMV B 4.00 1.50 2UD21-5AA1 2FB00-6AD0 0BP00-0AA0 3CC00-6AD3
2.20KW EMV B 5.90 2.20 2AD22-2BA1 2FS01-6BD0 0BP00-0AA0 3CC01-0BD3
3.00KW EMV B 7.70 3.00 2AD23-0BA1 2FS01-6BD0 0BP00-0AA0 3CC01-0BD3
4.00KW EMV B 10.20 4.00 2AD24-0BA1 2FS01-6BD0 0BP00-0AA0 3CC01-4BD3
5.50KW EMV B 13.20 5.50 2AD25-5CA1 2FS03-8CD0 0BP00-0AA0 3CC02-2CD3
7.50KW EMV B 18.40 7.50 2AD27-5CA1 2FS03-8CD0 0BP00-0AA0 3CC02-2CD3
11.0KW EMV B 26.00 11.00 2AD31-1CA0 2FS03-8CD0 0BP00-0AA0 3CC03-5CD3
G110
MM420
MM430
G110 MM420 The indicated ratings of the units are made for a quick selection. The exact dedication of an inverter in this catalogue is made by taking into account of the max. admitted current at a pulse frequency of 4kHz. It is important to know that at higher pulse
frequencies the supplied current of the inverter will be decreasing, with the possible
consequences of having to select a larger inverter unit. Also longer feed lines or additional radio frequency filters may lead to the choice of a larger inverter size.
Technical Data
Technical Data
Technical Data
for three-phase AC motors on the three-phase supply (3~ power) MICROMASTER** 430
for three-phase AC motors on the three-phase supply (3~ power) MICROMASTER** 420
for three-phase AC motors on the single-phase supply(1~ power) SINAMICS** G110
Parts of the unit Accessories
Unit Nominal Nominal Frequency Filter Control Line
current power inverter class B panel choke
Parts of the unit Accessories
Accessories
Frequency inverter
Roof Extract Fans / Accessories
Accessories
Unit Nominal Nominal Frequency Filter Control Line
current power inverter class B panel choke
Unit Nominal Nominal Frequency Filter Control Filter Line
current power inverter class A panel class B choke
177
b
a
c
b
a
c
b
a
c
MM430 3AC 400V 6SE6430- kW a b c kg
– 2AD31-5CA0 15.0 245 185 195 5.7
– 2AD31-8DA0 18.5 520 275 245 17
– 2AD32-2DA0 22.0 520 275 245 17
– 2AD33-0DA0 30.0 520 275 245 17
– 2AD33-7EA0 37.0 650 275 245 22
– 2AD34-5EA0 45.0 650 275 245 22
– 2AD35-5FA0 55.0 1150 350 320 75
– 2AD37-5FA0 75.0 1150 350 320 75
– 2AD38-8FA0 90.0 1150 350 320 75
– 2UD41-1FA0 110.0 1450 326 356 116
– 2UD41-3FA0 132.0 1450 326 356 116
– 2UD41-6GA0 160.0 1533 326 545 176
– 2UD42-0GA0 200.0 1533 326 545 176
– 2UD42-5GA0 250.0 1533 326 545 176
G110 1AC 230V 6SL3211- kW a b c kg
0.25KW EMV B 0AB12-5BA0 0.25 150 90 116 0.8
0.37KW EMV B 0AB13-7BA0 0.37 150 90 116 0.8
0.55KW EMV B 0AB15-5BA0 0.55 150 90 131 0.9
0.75KW EMV B 0AB17-5BA0 0.75 150 90 131 0.9
1.10KW EMV B 0AB21-1AA0 1.10 160 140 142 1.5
1.50KW EMV B 0AB21-5AA0 1.50 160 140 142 1.5
2.20KW EMV B 0AB22-2AA0 2.20 181 184 152 2.1
MM420 3AC 400V 6SE6420- kW a b c kg
0.55KW EMV B 2UD15-5AA1 0.55 173 73 149 1.0
0.75KW EMV B 2UD17-5AA1 0.75 173 73 149 1.0
1.10KW EMV B 2UD21-1AA1 1.10 173 73 149 1.0
1.50KW EMV B 2UD21-5AA1 1.50 173 73 149 1.0
2.20KW EMV B 2AD22-2BA1 2.20 202 149 172 3.3
3.00KW EMV B 2AD23-0BA1 3.00 202 149 172 3.3
4.00KW EMV B 2AD24-0BA1 4.00 202 149 172 3.3
5.50KW EMV B 2AD25-5CA1 5.50 245 185 195 5.0
7.50KW EMV B 2AD27-5CA1 7.50 245 185 195 5.0
11.0KW EMV B 2AD31-1CA0 11.00 245 185 195 5.0
G110
MM420
MM430
G110 MM420 ** SINAMICS and MICROMASTER are registered trademarks of SIEMENS AG
*** In order to comply with EMC requirements class B, a frequency inverter without filter should be
chosen. The appropriate EMC-B filter is then additionally required.
Dimensions in mm, Subject to change
Dimensions in mm, Subject to change
Dimensions in mm, Subject to change
for three-phase AC motors on the three-phase supply (3~ power) MICROMASTER** 430
for three-phase AC motors on the three-phase supply (3~ power) MICROMASTER** 420
for three-phase AC motors on the single-phase supply (1~ power) SINAMICS** G110
Unit Frequency inverter Nominal power Weight
Unit Frequency inverter Nominal power Weight
Unit Frequency inverter Nominal power Weight
Frequency inverter
Roof Extract Fans / Accessories
Accessories
178
70
4,5
ca. 500
50
8
?5
16
+
+ ~
-
=
~
p
p
^
EIP Pa ca. mA Pa V DC °C
01-0200-12 0 - 200 IP65 12 20000 0-10 0 ... +50
01-0500-12 0 - 500 IP65 12 20000 0-10 0 ... +50
01-1000-12 0 - 1000 IP65 12 20000 0-10 0 ... +50
01-2000-12 0 - 2000 IP65 12 20000 0-10 0 ... +50
01-4000-12 0 - 4000 IP65 12 20000 0-10 0 ... +50
EIP 01 Sensor with membrane for measuring the pressure, negative pressure or differential
pressure of nonaggressive gases.
Type
The differential pressure to be measured acts transformed into an output signal of
0...10 V by electronics (in SMD technology).
Application ranges
Volume flow regulators in centrifugal fans (with volume flow measuring device IMV)
in connection with a frequency inverter type G110, MM420, MM430, or a universal
regulator appliance type ERA 02-4000-5E in connection with a frequency regulator
Electrical connection and installation
The differential pressure sensor delivers a starting signal (0-10 V) by pressure increase
at the ”Plus” connection opposite pressure on the ”Minus” connection. Voltage
supply:
15-30 V DC or 24 V AC, ±15 %.
Pressure connections must point downward, tube connection ?5 mm.
Measuring accuracy
Null drift: ±0.75 %
Sum of linearity and hysteresis: ±1 %
Temperature drift zero point: ±0.3 % / 10 K
Temperature drift length of measurement: ±0.2 % / 10 K
Technical Data
Connection diagram
Dimensions in mm, Subject to change
Pressure connections Voltage supply
?5 mm 15...30 V DC
24 V AC ±10 %
brown
yellow Output
0 ... 10 V DC
white
Measuring Protection max. current Overload Output signal Operating
range type consumption protection prop. temperature
Differential pressure sensor
Roof Extract Fans / Accessories
Accessories
179
ERA V mA VA °C
02-4000-5E 0...10 10 IP 20 < 10 0 ... +55
_ _
qV = K p = K10 2
r
p
ERA 02 for installation in control cabinets
Digital control module for controlling pressure, air velocity or volume flow (PI
controller). For example, a transformer for fans is controlled via the 0-10 V output. The
device is designed for installation in control cabinets.
Type
Multi functional LC-display for actual and nominal values (m/s, hPa = mbar, 100 m3/h).
Menuassisted adjustment via three function keys.
Actual value input 0-10 V e.g. for:
- air speed sensors Type EIL in measuring ranges from 0-1 m/s and 0-10 m/s e.g. for:
Air velocity control in clean room technology
- Pressure sensors Type EIP... in measurement ranges 50-4000 Pa e. g. for:
Pressure control in canal systems of air conditioning systems (VVS),
Flow control in centrifugal fans with pressure tappings in the inlet cone.The control
module calculates the required flow (m3/h) from the differential measured pressure
between the surrounding level and inlet cone.
Max. volume flow 65000 m3/h
- Output 0-10 V e. g. for controlling a transformer.
- Failure message is output via display (internal/external) and relay programmable.
- External set value specification via potentiometer or 0-10 V signal.
- Specification of two set values (day/night), can be switched over externally or via
keyboard.
- Protection against unauthorised setting by keyboard code.
Application area
- Pressure regulation for centralised ventilation systems and variable volume flow
systems for building air conditioning (VVS) e.g. in combination with a frequency
inverter or a commutation unit or a transformer and a pressure sensor.
- Volume flow regulation for centrifugal fans (with measuring stub in the inlet cone)
e.g. in combination with a frequency inverter or a commutation unit or a transformer
or a mini-interface inverter and a pressure sensor and the volume flow volumeter.
- Air speed regulation for clean room systems, e.g. in combination with a transformer
and an air speed sensor.
Electrical connection and installation
Connection to 230 V, 50/60 Hz. The control module can be installed in a control
cabinet door. Admissible relative humidity: 85 %, noncondensing. Power supply for
the sensors included: +24 V, ±20 %, Imax = 70 mA.
Setting options
– Set values in the measurement range of the sensor (m/s, hPa = mbar), or in the
volume flow range of the fan (x 100 m3/h)
– Switch over of set value (day/night)
– Min./max. setting range
– Translation of performance curve (P component)
– Constant of integration can be selected (I component)
– Reversal of the effect of the control behaviour
– Rotation of the performance curve
– Switchover or programming of internal/external set value
– Sensor selection via keypad
– Programming for ”Filter fault”
– Keypad code
– K factor entry
(The K10-factor can be found in the current lists of our fan line)
Universal control device
Technical Data
Input Out Protection Operating Operating
max. class consumption temperature
Roof Extract Fans / Accessories
Accessories
180
106
166.5 44 10.5
max. 105
159
99
L1 N PE 11 14 12 21 24 22
D+
D–
24V
GND
24V
D1
D2
D3
A1
A2
GND
GND
E1
E2 E1
E2
°C
V
mA
°C
V
mA
K1 K2
DATA
+
B GND
RS485
+
A + +
A1
A2
E1
E2
(+) (–)
1 2 3 4 5
2
(Imax=10mA)

4
1
(Imax=10mA)
ERA 02 for installation in control cabinets
Connection diagram
Universal control device
Dimensions in mm, Subject to change
Line
1 Out, 24 V DC
2 Input, Digital 1/2/3
3 Out, Analog 1/2
4 Input, Analog 0-10 V 1/2
5 Contact rating max. 5 A / 250 V AC
Instrument panel window
Roof Extract Fans / Accessories
Accessories
1 Out 0-10 V
2 Out 0-10 V
 Input 0-10 V
4 Input 0-10 V
181
300 170
300
ETG 01
ETG 02
The time control module ETG is for the implementation of time-controlled discharged
air systems.
With the time switch module ETG all fans with integrated single phase AC motors (1~;
230 V; 50 Hz, 0...7 A) can be controlled.
Allocation is via the motor nominal current.
The operating intervals can be freely programmed, and if required, the second pre-set
speed stage can be changed. Programming the selected weekly cycle is possible by
using up to 42 programmable switching points.
The system is equipped with automatic changeover between summer and winter
times, as well as integrated motor protection for motors with thermal contacts.
Technical Data
Dimensions in mm, Subject to change
Time switch module ETG for fans with single-phasen-AC motors 230 V; 50 Hz
Controlling Nominal current
ETG A
01-0018-5E time 1.8
01-0040-5E time 4.0
01-0070-5E time 7.0
Time control module
Roof Extract Fans / Accessories
Accessories
168
Roof Extract Fans / Description
The type code of every fan is composed as follows. Example:
RDM 31-3540-4D-10-..
Special:
- 25 = Material code (KDM: PPs and PP-GF)
- 3G = Fan category “3“ Medium “G“
Index for motor size
Motor:
- D = 3-phase current
- A = 3-phase current (voltage adjustable)
- E = single phase current
- EC = Brushless-DC-motor with Commutation unit
- X = ATEX version
N° of poles:
- 2 = 2-poles
- 4 = 4-poles
- 6 = 6-poles
- 8 = 8-poles
- M = 4/4-poles
- N = 6/6-poles
- I = 4/6-poles
- G = 4/8-poles
- K = 6/8-poles
- H = 6/12-poles
Impeller diameter
(nominal 400mm)
Connecting diameter
(nominal 355mm)
Specification
- 1 = Standard
- 2 = Noise attenuated
Impeller geometry
- 2 = Type 20
- 3 = Type 30
Drive type
- A = External rotor motor
- M = IEC standard motor
Example of type code
Description
Description
169
f Hz
f
c Hz
I
A/IN -
I
N A
L
pA dB
L
WA dB
L
WA2 dB
L
WA3 dB
L
WA8 dB
L
Wfc dB
L
Wfc2 dB
L
Wfc3 dB
L
Wfc8 dB
L
Wrel dB
L
Wrel2 dB
L
Wrel3 dB
L
Wrel8 dB
m kg
N 1/min
P
e kW
P
N kW
t °C
u m/s
U V
qV m3/h
qVN m3/h
qVmax m3/h
qVopt m3/h
p Pa
psF Pa
r1 kg/m3
Description
Frequency
Octave band frequency
Startin current / Full load current
Nominal motor current
A-weighted sound pressure level
A-weighted sound power level
A-weighted casing sound power level
A-weighted inlet sound power level
A-weighted casing and free discharge sound power level (Outlet side)
Sound power level at the octave bands
Casing sound power level at the octave bands
Inlet and duct sound power level at the octave bands (Inlet side)
Casing and free discharge sound power level at the octave bands (Outlet side)
Relative sound power level
Relative casing sound power level
Relative inlet sound power level (Inlet side)
Relative casing and free discharge sound power level (Outlet side)
Weight
Fan speed
Power consumption
Nominal motor power
Temperature of gas medium
Impeller tip speed
Voltage
Volume flow
Nominal volume flow
Maximal volume flow
Volume flow at optimum efficiency
Differential pressure
Effective pressure free discharge (static pressure)
Density of gas medium at inlet
Symbol / Unit / Description
Roof Extract Fans / Description
Description
170
The roof extract units are suitable for the transport of dust-free air and other nonaggressive gases and vapours.
The possible min. and max. temperatures of the conveying medium for each fan are
given with the specification sheet.
Plastic roof fans KDM are corrosion resistant and weather proof. They are designed
for extraction of aggressive gases or vapours (e.g. laboratories, suction hoods, galvanic processing etc.).
For an order or inquiry it is advisable to state the proposed usage and / or media to
be conveyed, so that it can be checked that the materials employed are suitable.
Gas media
Roof Extract Fans / Description
Description
For the intake side, for the installation on roof top and for the extended function of the
motor a standardised scope of accessories is available.
Specification, technical data, and dimensions are available in the corresponding catalogues.
Accessories
verovent roof units are built for fitting to roof-mounted upstands. The fitting level
should be horizontal if at all possible. A slope angle of up to 20°, ATEX types up to 5°
would be admitted.
The roof fans of the lines RDA 31/32 and RDM 31/32 have to be installed in a way
that the 2 opposite discharge openings are parallel in line with the roof inclination.
Fitting instructions
Transport, fitting, electrical connection, start up, and maintenance are to be executed
following to the instructions given with the manual and by respecting the actual standards, directives, and safety rules.
Safety instructions
The roof fans are equipped with a guard at discharge. The intake side is not equipped
with a guard as a standard because usually there are installation parts connected.
The fans may only be put into operation if all necessary protection directives are met
and effective (Check with operation instructions).
The safety devices have to executed and installed according to DIN EN ISO 12100.
If the intake of the fan is freely accessible safety devices according to
DIN EN ISO 13857 have to be provided.
Protection
All roof extract unit are delivered ready for connection. Electrical connection takes
place in accordance with the enclosed operating instructions and observing the
relevant applicable local regulations and directives. Electrical power supply occurs
through the cable duct in the fan base frame to the terminal box. Every fan is accompanied by a connection circuit diagram.
You can also find the relevant circuit diagram online under:
www.nicotra-gebhardt。。com.
Electrical wiring
Roof fan in explosion proof specification correspond to the EU Directive 94/9/EG
(ATEX) category 3G. They are suitable for conveying explosive atmosphere of zone 2
and for installation in zone 2 or in an area which is not under explosion hazard. The
maximum conveying temperature is +40 °C.
The installation of roof fans on an inclined roof is allowed until an inclination of 5° to
vertical.
Explosion-proofed Version (ATEX)
171
Roof Extract Fans / Description
Description
Nicotra Gebhardt external-rotor motors
Integrated motors that have proved themselves in practice are used for the drive.
Deep groove ball bearings that have been checked to be quiet and maintenance free
ensure a long service life.
To protect against thermal overload, all motors are equipped with thermal contacts.
This thermal overload protection must be effective during operation in order for the
factory guarantee to apply in case of damage. Please be sure to study the associated
circuit diagram for the fan regarding the technical inclusion of thermal contacts, also
available online at www.nicotra-gebhardt。。com.
IEC standard motors
The standard fan drive consists of flanged IEC motors, execution B5, protection class
IP 55, heat class F. There is single-speed, multi-speed, and speed controlled motors
available.
According to their execution the motors are equipped with either PTC thermistors
or with thermo contacts as a standard. Only roof fan series ?KD“ and ?HD“ are not
equipped with PTC thermistors or thermo contacts. In connection with a triggering
unit, a motor protection unit, or a speed control unit with integrated protection, each
fan drive will be protected against thermal overload.
This thermal overload protection has to be in place and to be effective during operation in order to make the warranty applying in case of damage.
Please respect the instructions of the wiring diagram supplied with every fan. If these
instructions are missing they can be down loaded from www.nicotra-gebhardt。。com.
Brushless-DC-motors with commutation unit
Brushless-DC-motors are DC motors that make use of developments in semiconductor technology to attain optimum use of energy, even in partial load operation.
With that Brushless-DC-motors provide the drive with the greatest energy efficiency
for fans. As the motor is operated as a standard with performance electronics, it is
predestined from the start for speed regulation. No other fan drive provides a comparable efficiency in the partial load area.
The motors do not have any direct temperature monitoring by thermal contacts or
thermistors. Motor protection is via current monitoring contained in the electronic
commutation unit.
The single-phase supplied commutation unit with variable output voltage and frequency is optimal coordinated with the operation of the Nicotra Gebhardt BrushlessDC-motors.
The use of electronic controllers and inverters for speed control of explosion
proofed emotors is non admissible!
explosion proofed external-rotor-motors
Only proven external rotor motors of protection class IP 44 and insulation class F are
used. The motors are equipped with maintenance free closed groove ball bearings
lubricated for lifetime. They comply to ignition type EEX e II T3 (increased safety ?e“,
according to EN 60079-7, EC certification labelled II 2G EEx e II T3) and certified for
temperature class T1 to T3. The motors are suitable for operation in explosion hazard
areas of zone 2.
The fan speed can be reduced by voltage using a transformer for reduction. The feed
voltage may not be lower than 115 V. (admitted range 115 V to 400 V).
In order to protect the motors against overheating PTC thermistors are provided. The
PTC unit has to be connected to a ATEX certified PTC switch labelled Ex II (2)G.
explosion proofed IEC Standard motors
The drive is realised with flanged standard motors type B5, protection class IP 55 and
thermal class F (used to B). They comply to ignition type EEX e II T3 (increased safety
?e“, according to EN 60079-7, EC certification labelled II 2G EEx e II T3) and certified
for temperature class T1 to T3.
In order to maintain the explosion safety level in operation, suitable overcurrent protection has to be provided.
Drive types
Explosion-proofed Version (ATEX)
172
1 2 3 7 4 5 6
t
1
p
sF pa ta pa qV = f(pa)
1 2 3 4 5 6 7
L
p3/4
p
a
L
p7/8
Roof Extract Fans / Description
Description
Roof units are built to tolerances of Class 2 of DIN 24166 “Fans, TechnicalSpecifications”.
Hence, the following deviations from the catalogue values are permitted:
Flow volume qV ±5 %
Pressure increase psF ±5 %
Absorbed power Pe +8 %
The performance curves are obtained using an inlet side test chamber in accordance
with ISO 5801 “Industrial fans - Performance testing using standardized airways“. The
performance grids show the effective pressure increase psF (Pressure increase obtained from the fan in free-field conditions) as a function of the flow volume qV.
Reference media density: r1 = 1.15 kg/m3.
1 = Fan under test
2 = Chamber
3 = Grille
4 = Variable throttle
5 = Auxiliary fan
6 = Honeycomb straightener
7 = Standard intake nozzle
Performance data
Sounds
Measurement and evaluation of noise levels are in accordance with DIN 45635-38
?Sound measurements on machines; fans“.
Duct method – inlet side
The duct measurement method is described in DIN EN ISO 5136.The sound power
emanating from the roof unit into the inlet-side duct is measured.
Envelope method – discharge side
The envelope method is described in DIN 45635-1 and -38 (BS 848 Part 2).
A cuboid envelope is assumed at a fixed distance surrounding the roof unit, with
measuring points lying on its planes.
1 = Soundabsorbing room
2 = Microphones for envelopemeasurement
3 = Fan under test
4 = Measuring duct
5 = Microphone with attachmentfor duct measurement
6 = Soundabsorbing end cover
7 = Variable throttle
173
10
20
30
dB
1 5 m 10
r

L
ab
r
L
Wfc = LWA + LWrel
Roof Extract Fans / Description
Description
Sounds
At the fan curves the emission value of the A-weighted sound power level LWA is given
and are valid for both inlet (LWA3) and discharge (LWA8).
For the fans RDA/RDM, the sound values of the integrated discharge dampers are
considered.
For more exact calculations when determining the required attenuation, the sound
power level in the octave bands is important.
The relative sound power levels at intake and discharge, at various duty points, can
be read from the corresponding tables for each fan range.
The sound power level is the specific and objective noise parameter for every
machine. Only with these data sound comparisons between machines can be
made. For this reason only sound power level data are shown.
For fans classified to tolerance class 2 according to DIN 24166 a maximum deviation of the sound power level value of 4 dB is specified.
Often the sound pressure value at a determined distance from a fan is required. In
fact this value depends from surrounding conditions (reflections, absorption, sound
propagation possibilities).
The sound pressure level at a distance of 4 meters can for instance be lower of 16 to
23 dB to the corresponding sound power level.
The A-weighted sound pressure value LpA to be expected at a certain distance from
the fan can be evaluated approximay with the adjacent diagram.
The diagram shows 2 curves covering the field where the relative sound power level
data at various distances usually is situated. For a sound propagation in a hemisphere
shape and without reflections the curve “a” can be used. For more uncertain conditions – usual in practice – the use of the curve “b” is recommended.
The determination of the sound pressure at fan intake can only be made if the local
acoustic properties are known. (see z.B. VDI-Richtlinie 2081).
174
DIN EN ISO 9001
Nicotra Gebhardt quality is the result of rigorously pursuing business policy goals,
which specify that Nicotra Gebhardt products must display properties and characteristics that are clearly above average when compared to similar products.
This maxim, which has applied since the company was founded, lead in April 1985 to
the auditing and certification of the existing quality assurance system. In subsequent
years, it was adjusted to comply with changed international and European standards.
Modern production procedures, monitored by our quality management system, ensure a high level of repeatability in manufacturing.
The tight tolerances allow high levels of data security for our products.
The fans contained in this catalogue are not machines in the spirit of EC Machinery
Directive and receive a Declaration of Incorporation . With reference to the building
product directive they are provided with a CE symbol and associated declaration of
conformity.
The assessment of danger arising from the fan and requisite safety measures occurred resulting from the VDMA (Association of German Mechanical Engineering Institutions) standard sheet 24167: Fans; safety requirements.
The Operating Instructions give which safety measures are still necessary on assembly to ensure that the fans comply with the EC Machinery Directive 2006/42/EG.
We reserve the right to change the dimensions and technical data contained in this
catalogue in the event that our product is further developed. All details correspond to
the version on the date of printing.
Nicotra Gebhardt Roof Fans with EC Motors and the Electronic Commutation Unit
necessary for their operation comply in their construction with the EMV Directive
EMV 2004/108/EWG. The Operating Instructions give the appropriate measures to be
carried out for installation which are in keeping with the conditions of the EMV Directive. The observance of the EMV Directive can only be maintained for this product if
it is directly connected to the mains. If it is incorporated as part of another installation
with other components e.g. those subject to engineering regulations or operated in
a manner not in accordance with the Operating Instructions, it is the manufacturer or
operator of that installation who is responsible for the observance of the EMV Directive.
Our service
offer for intervention on the site in combination with our standby team at the workshop will assure an efficient support to all requirements you may have.
Make just a phone call and our service team will help you to solve your problem fast
and reliably.
Service Hotline
 1
Plug Fans
RLE-EC
Issue 2.2 EN
October 2013
2
0 m3/h
0
Pa
psF
400
800
0 1.0 m3/s
4000 8000
2.0
qV
2
0 2000 4000 cfm
200
600
3 1
in. wg
2000 6000
0.5 1.5 2.5
1000 3000 5000
0
RLE 20
RLE 30
RLE
EC 50/60 Hz
Top quality featuring high performance
and long lasting operation!
Performance area
Nicotra Gebhardt has extended, diversified and improved the range
of RLE "plug fans".
The impellers are available with different geometries and widths and
they are driven by brushless DC motors.
The presentation of the performance data has not been changing
but it continues showing the static pressure which corresponds to
the best practice for applications with this type of fans.
The easiest way of selecting a plug fan type may be by using the fan
selection programme proSELECTA II. As a result of using this way of
selection a full specification with all technical data, dimensions, and
fan curves will be available automatically.
The benefits
Aerodynamical and acoustical optimised fan design
Optimised utilisation of the motor rating by introducing of an
exactly matching impeller material resistance
Reduced installation length supplying a compact unit
available with brushless DC motors
stepless variable fan speed
3
proSELECTA II is a technical selection program that allows you to
configure your own individually designed fan. It provides you with
the opportunity to choose from the entire range of fan types and
their associated options.
Simple and reliable fan selection
Simple and reliable selection
The result from proSELECTA II is the provision of all the technical
data for your fan, including sound level data, dimension
specifications and accessories. Apart from that, as a registered
user, your purchase prices are provided. Additionally fully
dimensioned drawings in dxf format are available, which can be
downloaded and transferred straight into your CAD system.
So that you can be sure. Models and options that are technically
not permissible, are automatically excluded in proSELECTA II. So
there is no chance that you will configure a “wrong” device option.
During the fan selection process, you can choose any of the
standardised ATEX options.
Free registration and many advantages
You can register as a proSELECTA II user with us, which enables us
to offer you faster order processing. What this means for you is:
The complete configuration of your fan with its associated system
accessories and belt drive layout.
The possibility to produce fans that operate via a frequency
inverter.
The option of saving your own fan configuration on our server.
The opportunity to modify your saved configuration, even over the
phone to your Nicotra Gebhardt representative.
4
0 m3/h
300
0
Pa
psF
200
RLE 21-0299-EC-00-30
400
0 0.2 m3/s
800 1600
0.4
qV
0 400 800 cfm
0
0.8
in. wg
100 0.4
[A1] 1.2
400 1200
0.1 0.3 0.5
L
WA6 = 77 dB
73
75 78
?259
?310
?184
?95-0.1
?225
117
168
4×?7.6
142.5
3,5
?115
?194
?279
1.5
4.5
8×?7
?d9×l
?190
54
RLE 20- ZKD EKE
0299-EC-00-30 05-0018-5E-IA
RLE 20- ?d9×l
0299-EC-00-30 ?7.2×800
RLE 20-0299-EC
RLE 20- ?d9×l
0299-EC-00-30 ?6.8×800
r1=1.15 kg/m3
N [1/min] qV
450...900 0.3 qV max
450...900 0.6 qV max
450...900 1.0 qV max
901...1800 0.3 qV max
901...1800 0.6 qV max
901...1800 1.0 qV max
1801...1850 0.3 qV max
1801...1850 0.6 qV max
1801...1850 1.0 qV max
63 125 250 500 1000 2000 4000 8000 Hz
+4 -3 -4 -6 -4 -6 -14 -21 dB
-1 -5 -4 -6 -6 -5 -12 -20 dB
-2 -3 -2 -6 -5 -6 -12 -22 dB
-1 -2 -3 -7 -5 -5 -12 -19 dB
-5 -4 -4 -7 -6 -5 -10 -18 dB
-9 -3 -3 -6 -5 -6 -12 -19 dB
+1 -3 -1 -4 -6 -7 -10 -16 dB
-7 -7 -2 -5 -5 -6 -10 -16 dB
-15 -13 -3 -5 -5 -6 -10 -18 dB
63 125 250 500 1000 2000 4000 8000 Hz
+9 +3 +1 -1 -7 -11 -17 -23 dB
+3 +2 +1 -1 -7 -10 -14 -27 dB
0 +1 +1 -1 -6 -12 -19 -28 dB
+7 +3 +1 -2 -6 -9 -14 -22 dB
0 +1 +1 -1 -7 -10 -14 -23 dB
-3 +2 +1 -1 -6 -12 -16 -23 dB
+2 +3 +2 -2 -6 -11 -15 -20 dB
-3 -2 +2 -2 -5 -12 -16 -22 dB
-8 -5 +1 -1 -6 -12 -15 -20 dB
RLE 20- V Hz 1/min kW A dB °C kg
0299-EC-00-30 230 1~ 50/60 1850 0,23 1,05 73 IP44 B 40 8,3
Technical Data in Class 2 according to DIN 24166
Curves in Class 2 according to DIN 24166
Components
Electronic Commutation Unit
Dimensions in mm, Subject to change.
Connection cable:
Clockwise rotation RD
Reverb sensor cable:
Duty Point Relative sound power level for discharge side LWrel6 Relative sound power level for inlet side LWrel5
Direct driven plug fans / RLE / Technical Data
Voltage Phases Frequency Speed
Max. power
consumption
Nominal
current L
WA6 at qVopt
Motor protection class
Motor thermal
class
Media Temperature
max.
Impeller
weight
Stepless speed controllable via electronical Commutation Unit.
The fans must be used with the Electronical Commutation Unit EKE 05.
Performance curves and sound data are valid only for the motor impeller in connection with our inlet cone!
Sound level for inlet side L
WA5 = LWA6 -1 dB.
5
L
WA6 = 77 dB
72
75
78
0 m3/h
300
0
Pa
psF
200
RLE 21-0407-EC-00-26
400
0 0.2 m3/s
1000 2000
0.4
qV
0 400 800 1600 cfm
0
0.8
in. wg
100 0.4
0.6
1.2
0.8
3000
1.0
[B1]
1200 2000
[B2]
L
WA6 = 87 dB
81
84
88
0 m3/h
0
Pa
psF
400
RLE 21-0407-EC-01-26
0 m3/s
1000 2000
qV
0 cfm
0
2.0
in. wg
1.0
3.0
200
600
800
3000 4000 5000
1.0
1000 2000 3000
?356
?420
?266
?329
152
h
4×?7.6
h1
5
?278
?382
1.5
4.5
6×?10
?d9×l
?95-0.1
?115
?190
54
4
?95-0.1
?120
?144
?d9×l
4×?7.6
RLE 20-0407-EC-00-26 RLE 20-0407-EC-01-26
RLE 20-0407-EC
RLE 20- ?d9×l
0407-EC-00-26 ?7.2×800
0407-EC-01-26 ?7.2×800
RLE 20- ?d9×l
0407-EC-00-26 ?6.8×800
0407-EC-01-26 ?6.8×800
RLE 20- ZKD EKE
0407-EC-00-26 05-0018-5E-IA
0407-EC-01-26 05-0040-5E-IA
N [1/min] qV
450...900 0.3 qV max
450...900 0.6 qV max
450...900 1.0 qV max
901...1970 0.3 qV max
901...1970 0.6 qV max
901...1970 1.0 qV max
r1=1.15 kg/m3
63 125 250 500 1000 2000 4000 8000 Hz
+9 +2 -3 -4 -5 -7 -14 -21 dB
+2 -2 -2 -4 -4 -8 -16 -22 dB
-1 -3 -3 -4 -5 -7 -10 -24 dB
+3 +4 +1 -4 -6 -8 -11 -19 dB
-5 -4 -4 -4 -5 -7 -12 -18 dB
-10 -3 -4 -4 -5 -7 -11 -18 dB
63 125 250 500 1000 2000 4000 8000 Hz
+9 +4 0 -2 -6 -11 -17 -23 dB
+4 +2 +1 -1 -6 -11 -18 -24 dB
+2 +1 +1 -1 -6 -12 -17 -28 dB
+2 +5 +1 -2 -6 -11 -16 -22 dB
-2 +1 0 -1 -6 -10 -15 -23 dB
-6 0 0 -1 -6 -11 -15 -21 dB
RLE 20- ?d8 h h1
0407-EC-00-26 115 208.5 177.5
0407-EC-01-26 120 210.5 179.5
RLE 20- V Hz 1/min kW A dB °C kg
0407-EC-00-26 230 1~ 50 1350 0,36 1,6 72 IP44 B 40 10,7
0407-EC-01-26 230 1~ 50/60 1970 1,02 4,5 81 IP44 F 40 12
Technical Data in Class 2 according to DIN 24166
Curves in Class 2 according to DIN 24166
Dimensions in mm, Subject to change.
Clockwise rotation RD
Components
Connection cable: Reverb sensor cable:
Inlet Cone Electronic Commutation Unit
Duty Point Relative sound power level for discharge side LWrel6 Relative sound power level for inlet side LWrel5
Dimensions depending on motorsize:
Direct driven plug fans / RLE / Technical Data
Voltage Phases Frequency Speed
Max. power
consumption
Nominal
current L
WA6 at qVopt
Motor protection class
Motor thermal
class
Media Temperature
max.
Impeller
weight
Stepless speed controllable via electronical Commutation Unit.
The fans must be used with the Electronical Commutation Unit EKE 05.
Performance curves and sound data are valid only for the motor impeller in connection with our inlet cone!
Sound level for inlet side L
WA5 = LWA6 -2 dB.
6
L
WA6 = 77 dB
72
76
78
0 m3/h
300
0
Pa
psF
200
RLE 21-0477-EC-00-23
0 0.2 m3/s
1000 2000
0.4
qV
0 800 1600 2400 cfm
0
0.8
in. wg
100 0.4
0.6
0.2
0.8
3000 4000
1.0 1.2
1.0
0.6
[C1]
400 1200 2000
[C2]
L
WA6 = 85 dB
81
85
88
0 m3/h
500
0
Pa
psF
200
RLE 21-0477-EC-01-23
400
0 0.5 m3/s
2000 4000 6000
1.0 1.5
qV
0
2.0
in. wg
0 1000 2000 3000 cfm
1.0
100
300
0.5
1.5
4000
3.0
600
?438
?490
?318
?412
168
h
4×?7.6
h1
6.5
?330
?464
1.5
4.5
8×?10
?d9×l
?95-0.1
?115
?190
54
4
?95-0.1
?120
?144
?d9×l
4×?7.6
RLE 20-0477-EC-00-26 RLE 20-0477-EC-01-26
RLE 20- ZKD EKE
0477-EC-00-23 05-0018-5E-IA
0477-EC-01-23 05-0040-5E-IA
RLE 20- ?d9×l
0477-EC-00-23 ?7.2×800
0477-EC-01-23 ?7.2×800
RLE 20-0477-EC
RLE 20- ?d9×l
0477-EC-00-23 ?6.8×800
0477-EC-01-23 ?6.8×800
1/min qV max
450...900 0.3 qV max
450...900 0.6 qV max
450...900 1.0 qV max
901...1530 0.3 qV max
901...1530 0.6 qV max
901...1530 1.0 qV max
r1=1.15 kg/m3
63 125 250 500 1000 2000 4000 8000 Hz
+9 +2 -3 -4 -5 -7 -14 -21 dB
+2 -2 -2 -4 -4 -8 -16 -22 dB
-1 -3 -3 -4 -5 -7 -10 -24 dB
+3 +4 +1 -4 -6 -8 -11 -19 dB
-5 -4 -4 -4 -5 -7 -12 -18 dB
-10 -3 -4 -4 -5 -7 -11 -18 dB
63 125 250 500 1000 2000 4000 8000 Hz
+9 +4 0 -2 -6 -11 -17 -23 dB
+4 +2 +1 -1 -6 -11 -18 -24 dB
+2 +1 +1 -1 -6 -12 -17 -28 dB
+2 +5 +1 -2 -6 -11 -16 -22 dB
-2 +1 0 -1 -6 -10 -15 -23 dB
-6 0 0 -1 -6 -11 -15 -21 dB
RLE 20- h h1
0477-EC-00-23 237 193.5
0477-EC-01-23 239 195.5
RLE 20- V Hz 1/min kW A dB °C kg
0477-EC-00-23 230 1~ 50/60 1070 0,37 1,62 72 IP44 B 40 15,8
0477-EC-01-23 230 1~ 50/60 1530 0,98 4,3 81 IP44 F 40 18,2
Technical Data in Class 2 according to DIN 24166
Curves in Class 2 according to DIN 24166
Components
Inlet Cone Electronic Commutation Unit
Dimensions in mm, Subject to change.
Connection cable:
Clockwise rotation RD
Reverb sensor cable:
Duty Point Relative sound power level for discharge side LWrel6 Relative sound power level for inlet side LWrel5
Dimensions depending on motorsize:
Direct driven plug fans / RLE / Technical Data
Voltage Phases Frequency Speed
Max. power
consumption
Nominal
current L
WA6 at qVopt
Motor protection class
Motor thermal
class
Media Temperature
max.
Impeller
weight
Stepless speed controllable via electronical Commutation Unit.
The fans must be used with the Electronical Commutation Unit EKE 05.
Performance curves and sound data are valid only for the motor impeller in connection with our inlet cone!
Sound level for inlet side L
WA5 = LWA6 -2 dB.
7
[D1]
L
WA6 = 82 dB
77
80
83
0 m3/h
500
0
Pa
psF
200
RLE 21-0538-EC-01-26
400
0 0.5 m3/s
2000 4000 6000
1.0 1.5
qV
0
2.0
in. wg
0 1000 2000 3000 cfm
1.0
4000
2.0
100
300
?487
?554
?358
?95-0.1
?463
211
291
4×?7.6
238.5
7
?120
?370
?515
1.5
6×?10
?d9×l
4 ?144
63 125 250 500 1000 2000 4000 8000 Hz
+7 +2 -3 -4 -5 -7 -12 -19 dB
+1 -3 -3 -4 -5 -7 -13 -19 dB
-1 -3 -4 -4 -5 -7 -12 -20 dB
+6 +2 -1 -5 -6 -7 -11 -17 dB
-2 -3 -4 -4 -5 -7 -11 -16 dB
-6 -4 -4 -4 -5 -7 -11 -17 dB
63 125 250 500 1000 2000 4000 8000 Hz
+10 +5 0 -2 -6 -10 -13 -21 dB
+6 +2 0 -2 -6 -10 -13 -22 dB
+3 +2 0 -1 -6 -11 -14 -22 dB
+8 +6 +1 -2 -7 -11 -13 -18 dB
+3 +3 +1 -2 -7 -10 -12 -17 dB
-4 +1 +1 -2 -7 -9 -12 -17 dB
RLE 20- ZKD EKE
0538-EC-01-26 05-0040-5E-IA
RLE 20- ?d9×l
0538-EC-01-26 ?7.2×800
RLE 20-0538-EC
RLE 20- ?d9×l
0538-EC-01-26 ?6.8×800
1/min qV max
450...900 0.3 qV max
450...900 0.6 qV max
450...900 1.0 qV max
901...1140 0.3 qV max
901...1140 0.6 qV max
901...1140 1.0 qV max
r1=1.15 kg/m3
RLE 20- V Hz 1/min kW A dB °C kg
0538-EC-01-26 230 1~ 50/60 1140 0,9 4 77 IP44 F 40 32
Technical Data in Class 2 according to DIN 24166
Curves in Class 2 according to DIN 24166
Components
Inlet Cone Electronic Commutation Unit
Dimensions in mm, Subject to change.
Connection cable:
Clockwise rotation RD
Reverb sensor cable:
Duty Point Relative sound power level for discharge side LWrel6 Relative sound power level for inlet side LWrel5
Direct driven plug fans / RLE / Technical Data
Voltage Phases Frequency Speed
Max. power
consumption
Nominal
current L
WA6 at qVopt
Motor protection class
Motor thermal
class
Media Temperature
max.
Impeller
weight
Stepless speed controllable via electronical Commutation Unit.
The fans must be used with the Electronical Commutation Unit EKE 05.
Performance curves and sound data are valid only for the motor impeller in connection with our inlet cone!
Sound level for inlet side L
WA5 = LWA6 -3 dB.
8
L
WA6 = 76 dB
71
74 78
0 m3/h
300
0
Pa
psF
200
RLE 31-0288-EC-00-37
0 0.2 m3/s
1000 2000
0.4
qV
0 400 800 1200 cfm
0
0.8
in. wg
100 0.4
0.6
1.2
[A1]
?286
?288
?180
?260
142
208
4×?7.6
167.5
3
?191
?306
1.5
4.5
6×?7
?d9×l
?95-0.1
?115
?190
54
RLE 30- ZKD EKE
0288-EC-00-37 05-0018-5E-IA
RLE 30- ?d9×l
0288-EC-00-37 ?7.2×800
RLE 30-0288-EC
RLE 30- ?d9×l
0288-EC-00-37 ?6.8×800
r1=1.15 kg/m3
N [1/min] qV
450...900 0.3 qV max
450...900 0.6 qV max
450...900 1.0 qV max
901...1800 0.3 qV max
901...1800 0.6 qV max
901...1800 1.0 qV max
1801...1850 0.3 qV max
1801...1850 0.6 qV max
1801...1850 1.0 qV max
63 125 250 500 1000 2000 4000 8000 Hz
+9 -1 -2 -5 -4 -8 -15 -22 dB
+6 -1 -3 -5 -5 -6 -15 -20 dB
-2 -5 -4 -6 -4 -6 -13 -22 dB
+6 0 -2 -6 -4 -7 -12 -20 dB
-1 0 -2 -6 -5 -7 -10 -18 dB
-8 -4 -5 -6 -5 -7 -9 -17 dB
0 -3 -1 -5 -5 -6 -11 -18 dB
-7 -5 0 -5 -6 -7 -10 -14 dB
-13 -12 -5 -7 -5 -6 -10 -11 dB
63 125 250 500 1000 2000 4000 8000 Hz
+7 +2 0 -1 -6 -11 -16 -19 dB
+6 +2 0 -1 -6 -10 -16 -22 dB
+2 +1 0 -1 -6 -10 -17 -26 dB
+9 +3 0 -2 -6 -10 -13 -17 dB
+3 +2 +1 -1 -7 -10 -14 -22 dB
-3 +1 0 -1 -7 -10 -13 -22 dB
+7 +4 +1 -2 -6 -11 -15 -20 dB
-4 0 +3 -2 -7 -12 -15 -18 dB
-10 -5 +1 -2 -5 -11 -13 -16 dB
RLE 30- V Hz 1/min kW A dB °C kg
0288-EC-00-37 230 1~ 50/60 1850 0,22 0,96 71 IP44 B 40 7,7
Technical Data in Class 2 according to DIN 24166
Curves in Class 2 according to DIN 24166
Components
Dimensions in mm, Subject to change.
Duty Point Relative sound power level for discharge side LWrel6 Relative sound power level for inlet side LWrel5
Inlet Cone Electronic Commutation Unit
Connection cable:
Clockwise rotation RD
Reverb sensor cable:
Direct driven plug fans / RLE / Technical Data
Voltage Phases Frequency Speed
Max. power
consumption
Nominal
current L
WA6 at qVopt
Motor protection class
Motor thermal
class
Media Temperature
max.
Impeller
weight
Stepless speed controllable via electronical Commutation Unit.
The fans must be used with the Electronical Commutation Unit EKE 05.
Performance curves and sound data are valid only for the motor impeller in connection with our inlet cone!
Sound level for inlet side L
WA5 = LWA6 -1 dB.
9
L
WA6 = 79 dB

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