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Danfoss FCM 375 [94/106] Fcm series
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- EN 61000-4-2 (IEC 61000-4-2): Electrostatic
discharge (ESD)
Simulation of electrostatic discharge.
- EN 61000-4-4 (IEC 61000-4-4): Fast transi-
ents, burst 5/ 50 nS
Simulation of transients caused by switching
of contactors, relays or similar devices.
- EN 61000-4-5 (IEC 61000-4-5):
Surges 1.2/ 50 μS.
Simulation of transients caused by e.g. light-
ning that strikes near an installation.
-
EN 61000-4-3: (IEC 61000-4-3):
Radio-frequency electromagnetic field. Am-
plitude modulated.
Simulation of interference caused by radio
transmission equipment.
- EN 61000-4-6: (IEC 61000-4-6):
RF common mode.
Simulation of the effect from radio-transmit-
ting equipment connected to connection ca-
bles.
-
ENV 50204:
Radio-frequency electromagnetic field. Pulse
modulated.
Simulation of interference caused by GSM
mobile phones.
General aspects of EMC emissions
For high frequency shielding, screened cables used
for Profibus, standard bus, control cables and signal
interface must in general be connected to the enclo-
sure at both ends.
General aspects of EMC immunity
If there are problems with low frequency interference
(ground loops), screened cable used for Profibus,
standard bus, control cables and signal interface can
be left open at one end.
Aggressive environments
In common with all electronic equipment, a VLT fre-
quency converter contains a large number of mechan-
ical and electronic components, all of which are
vulnerable to environmental effects to some extent.
The VLT frequency converter should not
therefore be installed in environments
with airborne liquids, particles or gases
capable of affecting and damaging the
electronic components. Failure to take the
necessary protective measures increases
the risk of stoppages, thus reducing the
life of the VLT frequency converter.
Liquids can be carried through the air and condense
in the VLT frequency converter. In addition to this, liq-
uids may cause corrosion of components and metal
parts.
Steam, oil and salt water may cause corrosion of com-
ponents and metal parts.
In such environments, equipment with enclosure rat-
ing ≥ IP 54 is recommended.
In environments with high temperatures and humidity,
corrosive gases such as sulphur, nitrogen and chlorine
compounds will cause chemical processes on the VLT
frequency converter components. Such chemical re-
actions will rapidly affect and damage the electronic
components.
NB!
Mounting VLT frequency converters in ag-
gressive environments will increase the
risk of stoppages and furthermore consid-
erably reduce the life of the converter.
Before the installation of the VLT frequency converter,
the ambient air should be checked for liquids, particles
and gases. This may be done by observing existing
installations in this environment. Typical indicators of
harmful airborne liquids are water or oil on metal parts,
or corrosion of metal parts.
Excessive dust particle levels are often found on in-
stallation cabinets and existing electrical installations.
One indicator of aggressive airborne gases is black-
ening of copper rails and cable ends on existing in-
stallations.
VLT
®
FCM Series
94 MG.03.H6.02 - VLT
®
is a registered Danfoss trademark
Содержание
- Contents 1
- Fcm series 1
- Installation 1
- Introduction 1
- Programming 1
- All about fcm 300 2
- Fcm series 2
- Fcm series 3
- Fcm series 4
- Fcm series 5
- Fcm series 6
- Na116 1 6
- Promotion all users 6
- Control structures 7
- Fcm series 7
- Fcm series 8
- Ordering form 8
- Fcm series 9
- Fcm series 10
- Fcm series 11
- Approx 2 k ω 12
- Continuous torque see above 12
- Control card digital pulse inputs number of programmable digital inputs 4 12
- Fcm 305 375 for 3 phases 380 480 v 12
- Fcm series 12
- General technical data 12
- Input resistance 12
- Is a registered danfoss trademark 12
- Mains supply tt tn and it l1 l2 l3 supply voltage 380 480 v units 3 x 380 400 415 440 460 480 v 10 12
- Max imbalance of supply voltage 2 of rated supply voltage 12
- Maximum voltage on input 28 v dc 12
- Mg 3 h6 2 vl 12
- No of switching operations on supply input l1 l2 l3 approx 1 time 2 min 12
- Not valid for rfi class 1b units 12
- Power factor cos max 0 1 at rated load 12
- Scanning time 20 msec 12
- Supply frequency 50 60 hz 12
- Terminal nos x101 2 3 4 5 12
- Torque characteristics starting torque overload torque 160 for 1 min 12
- Voltage level 0 24 v dc pnp positive logics 12
- Voltage level logic 0 5 v dc 12
- Fcm series 13
- Fcm series 14
- Fcm series 15
- Fcm series 16
- Terminal arrangement for installation see quick setup mg 3 ax 2 16
- Fcm series 17
- Fcm series 18
- Fcm series 19
- Fcm series 20
- Fcm series 21
- Fcm series 22
- Maximum permissible axial and radial loads in n 22
- Fcm series 23
- Fcm series 24
- Connections 25
- Fcm series 25
- Fcm series 26
- Fcm series 27
- 12345678901234567890 28
- Fcm series 28
- Fcm series 29
- Fcm series 30
- 30 13 a 31
- English 31
- Fcm series 31
- Language 31
- Motor is running 31
- Quick menu x of y 31
- Ref torque curr a 31
- Fcm series 32
- Frequency 32
- Keyb display 32
- Language english 32
- Start frequency 0 9 hz 32
- Start frequency 1 0 hz 32
- Fcm series 33
- Fcm series 34
- Fcm series 35
- Fcm series 36
- Fcm series 37
- Fcm series 38
- Fcm series 39
- Fcm series 40
- Fcm series 41
- Fcm series 42
- Fcm series 43
- Fcm series 44
- Fcm series 45
- Fcm series 46
- Fcm series 47
- Fcm series 48
- Fcm series 49
- Fcm series 50
- Fcm series 51
- Fcm series 52
- Fcm series 53
- Fcm series 54
- Fcm series 55
- Fcm series 56
- Fcm series 57
- Fcm series 58
- Fcm series 59
- Fcm series 60
- Fcm series 61
- Fcm series 62
- Fcm series 63
- Fcm series 64
- Fcm series 65
- Fcm series 66
- Fcm series 67
- Fcm series 68
- Fcm series 69
- Fcm series 70
- Fcm series 71
- Fcm series 72
- Fcm series 73
- Fcm series 74
- Fcm series 75
- Fcm series 76
- Fcm series 77
- Fcm series 78
- Fcm series 79
- Fcm series 80
- Fcm series 81
- Fcm series 82
- Fcm series 83
- Fcm series 84
- Fcm series 85
- Fcm series 86
- Fcm series 87
- Fcm series 88
- Galvanic isolation 88
- Fcm series 89
- Fcm series 90
- Fcm series 91
- Fcm series 92
- Fcm series 93
- Fcm series 94
- Fcm series 95
- Alarm 12 96
- Dc link voltage low 96
- Fcm series 96
- Torque limit 96
- Trip reset 96
- Warn 6 96
- Fcm series 97
- Fcm series 98
- Conversion index this number refers to a conversion figure to be used when writing or reading via serial communication with a frequency converter see databytes in serial bus 99
- Data type data type shows the type and length of the telegram 99
- Fcm series 99
- Is a registered danfoss trademark 99 99
- List of parameters 99
- Mg 3 h6 2 vl 99
- Fcm series 100
- Is a registered danfoss trademark 100
- Mg 3 h6 2 vl 100
- Conversion index this number refers to a conversion figure to be used when writing or reading via serial communication with a frequency converter see databytes in serial bus 101
- Data type data type shows the type and length of the telegram 101
- Data type description 101
- Fcm series 101
- Integer 16 101
- Integer 32 101
- Is a registered danfoss trademark 101 101
- Mg 3 h6 2 vl 101
- Text string 101
- Unsigned 16 101
- Unsigned 32 101
- Unsigned 8 101
- Fcm series 102
- Is a registered danfoss trademark 102
- Mg 3 h6 2 vl 102
- Fcm series 103
- Fcm series 104
- Is a registered danfoss trademark 104
- Mg 3 h6 2 vl 104
- Fcm series 105
- Is a registered danfoss trademark 105 105
- Mg 3 h6 2 vl 105
- Fcm series 106
- Is a registered danfoss trademark 106
- Mg 3 h6 2 vl 106
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