Installing The Screw Compressor On The Mounting Console (Third-Party Manufacturer); Installing The Pressure Line - Ingersoll-Rand GHH RAND SILU CS104 Mounting Instructions

NOTE
The threaded plug is provided with screw locking paste. This must not be reused after dismantling;
only use a new threaded plug.
NOTE
The screw depth for the articulated shaft fastening screws must be max. 12 mm.
3.6.9 Installing the screw compressor on the mounting console (third-party manufac-
turer)
‣
Install the screw compressor on the mounting console taking the installation position into account
(Chapter 3.3 on page 20).
At least three fastening screws (min. screw size: M16 10.9, hexagon screw with shaft) must be used.
‣
First tighten the fastening screws cross wise by hand.
‣
Tighten the fastening screws to the required tightening torque.
Tightening torque (M16 10.9): 279 Nm
WARNING
INCORRECT TIGHTENING TORQUE OR WRONG SCREW TYPE OR STRENGTH CLASS!
An incorrect tightening torque or the wrong screw type or strength class can endanger the secure
attachment of the screw compressor, or result in damage to components due to excessive tightening
torque.
‣
The specified tightening torques must be observed.
‣
Use the screws provided.
3.6.10

Installing the pressure line

Avoid reducing the nominal diameter of the outlet. The pressure line must be routed to the consumer as
straight as possible and so that it is not under tension.
To prevent impact sound from being transferred and pipelines from moving between the discharge
silencer and the subsequent pressure line, install a temperature‑resistant expansion joint.
NOTE
When installing seals, fittings and flexible pipelines, make sure that the components have the appro‑
priate thermal stability.
DANGER
RISK OF EXPLOSION!
The pressure line must be designed (geometry/material) so that the hot compressed air
cannot ignite the conveyed material. In accordance with the professional association regulation BGI
666, for the pneumatic transport of materials subject to dust explosion, a temperature limit of max.
120 °C must be adhered to (measurement point before contact with the materials to be conveyed). It is
therefore advisable to use a compressed air aftercooler to ensure a suitable conveying air temperature
within the pneumatic system.
‣
Do not exceed the temperature limit at the measurement point before contact with the materials to
be conveyed.
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Installation guidelines
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