Quincy QSV 2200, Инструкция по эксплуатации

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Section IX – Technical data
Quincy Vacuum Pump-QSV Series 107
9.2 Electrical cable size
Important
NOTICE!
The voltage on the vacuum pump terminals must not deviate more than 10% of the nominal voltage.
It is however highly recommended to keep the voltage drop over the supply cables at nominal current
below 5% of the nominal voltage (IEC 60204-1).
•
If cables are grouped together with other power cables, it may be necessary to use cables of a
larger size than those calculated for the standard operating conditions.
•
Use the original cable entry. See section Dimension drawings.
To preserve the IP protection degree of the electric cubicle and to protect its components from
dust from the environment, it is mandatory to use a proper cable gland when connecting the
supply cable to the Vacuum pump.
•
Local regulations remain applicable if they are stricter than the values proposed below.
Caution:
•
Always double-check the fuse size versus the calculated cable size. If required, reduce fuse
size or enlarge cable size.
Cable length should not exceed the maximum length according to IEC60204 table 10
Leakage breaker (optional)
If the installation requires a leakage breaker, always use an all current sensitive leakage breaker, RCM or
RCD Type B (according to IEC/EN 60755) with a sufficient trip level.
Currents and fuses
IEC and UL/cUL approval
Vacuum pump specification Itot Imax undervoltage
Primary Secondary Primary Secondary
Pump Voltage Frequency Approval I tot I tot I tot I tot
V Hz A A A A
QSV 2200 380 60 IEC 112.0 - 124.4 -
QSV 2200 460 60 IEC/CSA/UL 93.2 - 103.6 -
QSV 2200 400 50 IEC 106.6 - 118.4 -
QSV 2200 200 50 IEC 219.8 106.6 244.2 118.4
QSV 2200 230 60 CSA/UL 192.2 93.2 213.6 103.6
QSV 2200 500 50 IEC 87.9 106.6 97.7 118.4
QSV 2200 575 60 CSA/UL 76.9 93.2 85.4 103.6
QSV 2700 380 60 IEC 150.7 - 167.4 -
QSV 2700 460 60 IEC/CSA/UL 125.2 - 139.1 -