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Standards
The drive conforms to the folowing standards.
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Standard |
Level/Class |
| Transport temperature cycle |
IEC68-2-14 |
-40 - +30ºC
5 cycles |
| Storage humidity |
IEC68-2-56 |
93%, 40ºC
4 days |
| Storage Condensation |
IEC68-2-30 |
Humidity cycle |
| Bump (shock) test |
IEC68-2-29 |
18g, 6ms,
100 times/direction
for all 6 directions |
| Random vibration |
IEC68-2-64 & IEC68-2-36 |
0.01g2/Hz 5-20Hz
-3dB/octave
20-200Hz
30 min per axis, 3 axes |
| Free fall test, packaged |
IEC68-2-32 |
to |
| Impact test for operator-accessible parts (impact hammer test) - could also apply to parts subject to rough treatment during installation or commissioning, e.g. keypad, terminal area & cover |
clause 8.2 of EN61010-1 |
0.5j |
| Robustness of terminals |
EN60947
UL1059
UL486
UL508C |
|
| Swept sinusoidal vibration test |
IEC68-2-6 |
3.5mm 2 – 9Hz
10m/s2 9 –200Hz
15m/s2 200-500Hz |
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Note: environmental tests are derived from ETSI EN 300 019-2-2 1999 for public transportation |
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Safety
The drive is designed to meet the folowing standards. |
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Standard |
Level/Class |
| Europe: |
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| To comply with Low Voltage Directive 73/23/EEC by creating a technical File following CT design procedure. |
See note 1 |
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| US: |
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| Basic safety |
UL508C |
- |
| Enclosure category NEMA 1 |
See note 2 |
- |
| International: |
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| Ingress |
IEC60529 |
IP20 |
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NOTE 1 The safety file procedure applies the EN61800-5-1 (IEC61800-5-1) standard (Electrical and thermal requirements, electrical adjustable speed drive systems)
NOTE 2 The drives require an optional top cover kit to meet the NEMA 1 requirements. Any operator-accessible parts will conform to EN61010-1 (Safety requirements for electrical equipment for measurement, control, and laboratory use). European installers will apply EN60204-1 to their control panels, so the drive design will becompatible with EN60204-1 (Safety of machinery - electrical equipment of machines). |
