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INSTALLATION
PAGE 27
6 INSTALLATION
6.1 HANDLING
When using the compressor and motor eyebolts as the slinging attachment, it is essential that a spreader
is used. The lift should always be made vertical, as inclined loadings drastically reduce the strength of
the eyebolts. Suitable shackles should be used for this operation.
6.2 LOCATION
Compressor should be installed in a cool, level, well ventilated position, clear of fumes, heat or high
humidity, to ensure efficient performance and also to prevent temperature problems.
RADIATOR
SETS
RECOMMENDED INSTALLATION
INCORRECT INSTALLATION
COOLING AIR ENTERS, PASSES OVER MACHINE
AND AS HEATED AIR, IT IS EXHAUSTED FROM
THE MACHINE ENVIRONMENT
COOLING AIR ENTERS, PASSES OVER MACHINE
AND THEN AS HEATED AIR, RE-CIRCULATES IN
MACHINE ENVIRONMENT
It is imperative that the radiator fan works in a cool, clean, direct air flow and that there is a reasonable
air gap around the radiator or it is fixed into a wall. As a large percentage of the compressor cooling
water heat is dissipated via the radiator to the inducted air stream, it is essential that expired cooling air
has an unobstructed passage and exit and does not, under any circumstances, re-circulate in the
immediate compressor environment. If more than one compressor set is installed, each must have its
own direct air flow and in small buildings and enclosures the radiator(s) should be sealed to an outside
wall by means of a duct of a sufficient area for the ventilation required.
Allow sufficient space around the installation to enable safe maintenance working conditions.
Protection from severe weather conditions is desirable.
Maximum allowable ambient cooling air temperature for radiator cooled sets is dependant on many
variables eg, pressure, speed and type of oil. Contact Reavell to ascertain allowable temperature for
operating conditions.
Summary of Contents for Reavell H5000 Series
Page 2: ......
Page 18: ...SAFETY PAGE 16...
Page 20: ...AMENDMENTS PAGE 18...
Page 22: ...COMPRESSOR LOG SHEET PAGE 20 REMARKS DATE REMARKS DATE...
Page 24: ...GENERAL DESCRIPTION AND OPERATION PAGE 22 4 6 LUBRICATION SCHEMATIC FLOW DIAGRAM...
Page 26: ...GENERAL DESCRIPTION AND OPERATION PAGE 24...
Page 36: ...OPERATION AND ROUTINE MAINTENANCE PAGE 34...
Page 44: ...DISMANTLING AND REASSEMBLY OF VALVES PAGE 42...
Page 50: ...FAULT GUIDE PAGE 48...
Page 72: ...PARTS LIST PAGE 70 93 95 1ST STAGE CONCENTRIC VALVE 9 8 6 5 4 2 1 3...
Page 74: ...PARTS LIST PAGE 72 96 97 2ND STAGE CONCENTRIC VALVE 2 1 3 4 5 6 5...
Page 80: ...PARTS LIST PAGE 78...
Page 92: ...ANCILLARY PARTS PAGE 90...
Page 94: ...STANDARD WIRING TERMINAL NUMBERS PAGE 92...
Page 95: ......