Elmo Rietschle G-BH10 - Manual (Page 9)

Transport and Handling
© Gardner Denver Deutschland GmbH 9 / 30 610.44431.40.000
Fig. 3: Permissible total differential pressure / conversion factor
For the permissible total differential pressure at an intake and ambient temperature of +15°C [+59°F]
see the table in section 3.1, "Nominal and Limiting Values Pump", page 6.
In order to calculate the permissible total differential pressure for other intake and ambient tempera-
tures proceed as follows:
 Find out your system-dependent gas intake and ambient temperature.
 Establish
the conversion factor valid for these conditions by means of the above diagram.
(In order to do so mark your intake and ambient air temperature on the temperature axis. Draw a
vertical line from this value to the point of intersection with the curve. Now draw a vertical line from
the point of intersection to the conversion-factor axis where you can read the conversion factor
then.)
 Multiply the established conversion factor with the max. permissible total differential pressure at
15°C as given in the table in section 3.1, "Nominal and Limiting Values Pump", page 6.
 The result will be a pressure value. This is the max. permissible total differential pressure valid
for your G-BH100 at your system-dependent intake and ambient temperature.
Packaging:
On delivery the G-BH100 is packed up in a card-
board box. When there is no connector attached
to the electrical connecting cable the lead ends
are surrounded by an ESD-prevention bag.
i
IMPORTANT!
The motor of the G-BH100 includ-
ing its connecting leads must be
protected against electrostatic
discharge (ESD).
Do not remove the ESD-
prevention bag surrounding the
lead ends until right before carry-
ing out the electrical connection
(attaching the connector, connect-
ing to a terminal strip, or the like)!
4 Transport and Handling
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Gas intake and ambient temperature t [°C]
Conversio
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facto
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