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Description :
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The HSD series with energy saving 1:1 drives are particularly efficient, durable and reliable as each unit is equipped with a generously sized low speed airend featuring SIGMA Profile rotors. |
Features & Benefits :  |
Versatility and
meticulous design
as standard
One of the key benefits of the
HSD's clever design is the ability
to provide high delivery volumes of
quality compressed air to meet the
needs of even the most demand intensive
applications (47 to 86 m³/
min). System availability is also
optimised, as each compressor
section operates completely
independently from the other,
which means that performance
can be precisely adjusted to suit
requirement and costly idling can
be kept to an absolute minimum.
Kaeser's meticulous attention to
detail, such as large double doors
to ensure component accessibility,
or the use of 2 large internal fans
for optimised cooling performance,
ensure user-friendly operation and
exceptional ease of maintenance.
Double
dependability
The use of two completely independent compressor
units in HSD systems ensures maximum compressed air dependability. If one unit is
shutdown, approximately 50 % of total compressed air delivery
is still available.
Maximum
energy recovery
72 percent of the energy used
for compressed air production
is available for re-use via the
oil coolers. The advantages
of this potentially large source
of energy savings speak for
themselves, especially in view
of today's fluctuating energy
prices. Therefore, KAESER
heat recovery systems more
than pay for themselves within very short time periods. Needless to
say, this option also available for HSD series compressors.
Energy costs for compressed air production alone can account for
up to 80 % of total operating costs. Energy savings can therefore
provide a highly effective way to reduce costs, especially in times
of soaring energy prices.
Using the exhaust heat from the compressor, KAESER heat
exchange systems are able to deliver hot water at temperatures of
up to 70 °C. Plate heat exchanger systems are used for heating
and process water applications. Fail-safe heat exchangers are used
when maximum water purity is required. |
Technical Specifications (refer to brochure for full details) :
| Standard Version |
|
Model
|
Motor Size
kW |
Performance
|
Dimensions
W x D x H (mm) |
Weight
kg |
|
HSD 651 |
360 |
66.10m3/min at 7.5bar
53.40m3/min at 10bar
43.00m3/min at 13bar |
3470 x 2145 x 2350 |
8100 |
HSD 711 |
400 |
71.90m3/min at 7.5bar
59.40m3/min at 10bar
46.20m3/min at 13bar |
3470 x 2145 x 2350 |
8500 |
HSD 761 |
450 |
77.60m3/min at 7.5bar
65.10m3/min at 10bar
52.30m3/min at 13bar |
3470 x 2145 x 2350 |
8600 |
HSD 831 |
500 |
83.40m3/min at 7.5bar
70.90m3/min at 10bar
58.40m3/min at 13bar
|
3470 x 2145 x 2350 |
8700 |
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| Other images - click to enlarge : |
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