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Catalogo Atlas Copco ZT-ZR
Citation preview
Atlas Copco Air Compressors
ZR/ZT 110-275-FF & ZR/ZT 132-315 VSD-FF
Oil-free rotary screw compressor series
with Variable Speed Drive and Full Feature variants
MATCHING
ALL NEEDS
The innovative accessories
The integrated IMD adsorption dryer offers
high quality dry air with the lowest pressure
drop and uses the heat of the compressor
for regeneration. Two features that lead
to significant energy savings.
The thorough needs assessment
Real savings rely on facts. Atlas
Copco consultants assess the air
demand profile of your application
and suggest the best compressor
selection for the job.
The right core technology
Atlas Copco masters every compression
principle and provides the most energy
efficient technology for the required
pressure and flow.
The best drive arrangement
Fixed speed machines are fine when they can
run at full load most of the time. But when air
demand fluctuates, the Variable Speed Drive
can achieve substantial savings of up to 35 %.
Energy
Circle
The Energy Saving concept
The shortest route to maximizing your profitability is to minimize
operational cost. Because energy consumption is the major factor in a
compressor’s life cycle cost, the focus in the design of the new Atlas Copco
Z-compressors is on saving energy in every conceivable way. This focus is
the basis for a total product development concept that encompasses every stage
of R&D, manufacturing, installation and after sales service.
The trouble-free installation &
commissioning
An Atlas Copco oil-free Z-compressor is truly
plug-and-play. No special field assembly is
needed. Put the machine on a flat floor,
connect the power line and the compressed
air outlet... and push the start button.
The fully optimized system
A multi-compressor installation can be
centrally controlled, to achieve a tight
pressure band and the lowest overall
energy cost.
The professional follow-up
An Atlas Copco Service Contract will
ensure you of comprehensive preventative
maintenance, immediate response and
genuine spare parts… all over the globe.
Energy recovery
Heat from the compression
process can be recovered and put
to good use in endothermic
processes, heating of buildings etc.
The highest
reliability
The lowest
energy cost
Z - THE RIGHT CHOICE
Safe
Process and environment
free from contamination
Simple
100 % oil-free air = no filters needed
Efficient
No filter pressure drop = less energy
Oil-free air, a matter of common sense
100
%oil-free
air
g
uarante
e
d
Complete
safety
The Total Reliability concept
An energy efficient machine saves money only if it runs reliably around the
clock. And not just today, but day after day, year after year; with minimal service
interventions and long overhaul intervals.
For over a century, Atlas Copco has been building machines that stand the test
of time. With the proven Z-compressors, reliability has never been so timeless.
The experienced partner
Atlas Copco is the world leader in
compressed air technology, with
over 100 years of experience in air
compression systems.
The integrated design
Internal piping, integral air dryer, integrated
Variable Speed Drive, 100 % matched
components, consolidated controls…
the only way to ensure total reliability.
The complete solution
Compressor, dryer, drive, filters,
control system… they all carry the same
mark of quality: the Atlas Copco logo.
Reliability
Circle
ZZ
Pushing the limits in
energy efficiency
Pushing the limits in reliability
Pushing the limits in
safety
ZZ
ZZ
ZZ
ZZ
The new generation of Z-compressors provides you with
unprecedented freedom to select the features that add up to
your perfect match.
The wide range of choices allows you to tailor the
compressor to your specific needs. All options are perfectly
compatible, safeguarding the lowest operational cost and
the highest reliability.
The compressor you want is the compressor we build.
Select the perfect match
tailored to your needs
Pressure 50 Hz: 7.5 bar
10 bar
60 Hz: 7 bar / 100 psi
8.6 bar / 125 psi
10.4 bar / 150 psi
Capacity (power) 110 kW (fixed speed)
132 kW (fixed speed)
132 kW (VSD - Variable Speed Drive)
145 kW (fixed speed)
160 kW (fixed speed)
160 kW (VSD - Variable Speed Drive)
200 kW (fixed speed)
250 kW (fixed speed)
250 kW (VSD - Variable Speed Drive)
275 kW (fixed speed)
315 kW (VSD - Variable Speed Drive)
Cooling ZR: watercooled
ZT: aircooled
ZZ
ZZ
ZZ
ZZ
Ambient temperature Standard machine: operating range between
0 and 40 °C
HAT (High Ambient Temperature) version: operating
range between 0 and 50 °C
Winterization option: temperatures to -20 °C
Dryer Full Feature (FF) variant with integrated IMD dryer for
dry air at no energy cost
Compressor without integrated dryer
Motor drive Fixed Speed Drive
Variable Speed Drive (VSD) saving up to 35 % in
energy costs
In/outdoor Standard package for indoor use
Outdoor variant mounted in a standard container
... Select additional options
Excellence is achieved in all aspects of the design
and manufacturing of the new oil-free ZR/ZT 110-315
range. The result is top quality and high reliability.
Within this range, the ZR/ZT 132-315 VSD-FF
compressors take the Total Energy Concept to its full
potential, combining two of the biggest energy savers
within the Full Feature VSD compressor package itself:
the IMD dryer and the Variable Speed Drive.
ZR/ZT 110-275-FF and ZR/ZT 132-315 VSD-FF
Capacity range (50 & 60 Hz)
0 120
7
250
260
15
550
830
50
1760
l/s
m3/min
cfm
ZT: Aircooled / ZR: Watercooled / VSD: Variable Speed Drive / FF: Full Feature
See data pages for range details
Proven Z-technology
in one package
Watercooled ZR 160 VSD-FF
Integrated VSD, Full Feature version with IMD dryer
Watercooled ZR-FF: air/oil/coolant flow
Excellence by design
Completely oil-free – no risk of oil-contaminated air
No oil in the condensate
Completely ready-to-use package
Easy, low cost installation – no foundations
Air and watercooled versions
Low cooling water consumption with watercooled variant
Proven reliability
True performance as per ISO 1217, Annex C, Ed. 3
Flexible as a base load or a top load machine
Consistent performance over the lifetime of the compressor
Operator and service friendly
Silenced package
Very low vibration level
Energy saving Variable Speed Drive & Full Feature
versions available
Integrated IMD dryer in FF version air
water
oil
Air filter
Low pressureelement
Intercooler
High pressureelement
Aftercooler
IMD dryer
Dry air out
Air in
ZR 110-275-FF
ZR 132-315 VSD-FF
ZT 132-315 VSD-FF
ZT 110-275-FF
2000
120
4240
0 500
30
1060
1000
60
2120
1500
90
3180
2500
150
5300
l/s
m3/min
cfm
Complete ZR/ZT range
* only for watercooled versions ** standard on LV, optional on MV
Complete scope
suiting all needs
Many features are included as standard. Some applications
may also need or benefit from additional options.
Standard
Air intake filter and silencer
Air intake flexible
Stainless steel inter and aftercooler cores *
Inter and aftercooler water traps and electronic drains
Outlet air silencer
Six sided silencing canopy
Terminal expansion joints – air and water side
Outlet air flange
Complete water circuit *
Single point inlet and outlet cooling water connection *
Back-flush arrangement for cooler cleaning *
Complete oil circuit pre-piped
Built-in oil breather system
AGMA class 13, DIN class 5 gears
Electric IP 55 motors pre-mounted **
Starters **
Pre-mounted electrical and VSD cubicles
Skid with no need for foundations
Suppression of emissions/harmonic distortions in VSD
Options
Energy recovery *
Automatic water shut-off valve *
Anti-condensation heater for motor
PT1000’s in motor windings
PT1000’s in motor bearings
Witness performance test
Material certificates
IT network for VSD
Pre-filter for air inlet
Separate air intake
Oversized motor (no use of Service Factor)
Thermostatic water valve for ZR VSD
Bypass over IMD
PDp filter after IMD
Pressure dewpoint sensor after IMD
SPM (shock pulse measurement) monitoring
Aircooled ZT 160 VSD-FF
Integrated VSD, Full Feature version with IMD dryer
Aircooled ZT: air/oil/coolant flow
Air in
Air out
Air filter
Low pressureelement
Intercooler(with pre-cooler)
High pressureelement
Aftercooler(with pre-cooler)
Oilcooler
ZR 55-750
ZR 90-900 VSD
ZT 55-275
ZT 90-315 VSD
In every detail Atlas Copco Z-compressors are
designed and manufactured to the highest standards
of quality and reliability. There are no hidden extras or
complicated installation requirements: every unit is
delivered as a complete and integrated package,
ready to run.
Inlet compensators standard on all piping connections
Coolers &Water separator
Water separator
the labyrinth design efficiently separates the condensate from the
compressed air
electronic drains are offered as standard
low moisture carry-over protects downstream equipment
better dryer performance
field proven design
Proven Z-technology
unique Z-seal design guarantees
100 % oil-free air
operation far below
critical speed
high overall efficiency
no oil ‘clean up’ problems
Superior element bearings
high stability under varying
load conditions
easily adapts to changing loads
no need for pre-lubrication/
stabilisation time
Superior design in every detail
AdvancedElektronikon® control
and monitoringsystem
Oil-free screwcompression element
IMD dryer
Watercooled
ZR 315 VSD-FF
High precision gears
according to AGMA Q13/DIN
Class 5
long lifetime
low transmission losses
low noise and vibration
Gearbox breathing system
efficient filter combined with
venturi system
keeps the oil inside the
gearbox
no oil fumes in the atmosphere
Inlet valve
air operated diaphragm
lowest unloaded power
positive interlock with unload
valve
Efficient filtration of
the intake air
machine mounted,
easy to maintain
minimum intake losses
High efficiency cooling (watercooled ZR compressor)
coolers with tubes of special corrosion resistant stainless steel (R249)
star profile increases heat transfer
very low approach temperatures
– nearly perfect intercooling – saves energy
– nearly perfect aftercooling – enhances dryer performance
Advanced Elektronikon® control and monitoring system
overall system performance status with pro-active service indications,
alarms for malfunctions and safety shutdowns
multi-language selectable display
all monitoring and control functions via one interface
wide communication possibilities
integration possible in many process control systems (field bus system)
0.5
bar
energy savings with VSD
Process pressure
Pressure - Standard load-unload - 0.5 bar
Pressure - turbo-modulating - 0.2 bar
Pressure - VSD - 0.1 bar
Why Variable Speed Drive (VSD) compressors ?
Because a VSD compressor precisely follows the
varying air demand that is typical in most production
facilities, it dramatically reduces the energy bill and
provides many additional benefits. The result is a fast
payback of the investment and huge yearly savings long
after that.
Because energy constitutes the biggest portion of the
life cycle cost of a compressor, these savings have a
significant impact on the operational costs of your
compressed air system.
Predicting your savings
Call upon the expertise of Atlas Copco specialists and have
an assessment carried out in your factory.
A detailed report will show your current operation and
the achievable savings when adding a VSD solution to your
compressed air system.
Direct energy savings of up to 35 %
Unload losses are reduced to a minimum
No blow-off of compressed air to the atmosphere
Load/no load transition losses are eliminated
The precise pressure control of the VSD compressor allows
for a tighter pressure band and a lower average working
pressure, resulting in reduced energy consumption
Indirect savings
The lowered system pressure obtained by the VSD
compressor provides additional yearly savings:
– other base-load compressors will consume up to
5 % less energy
– leak losses - always present in compressed air systems -
are significantly reduced: e.g. leakage at 6 bar(e) is
13 % less than at 7 bar
– most compressed air applications consume less air
at a reduced pressure
In addition to the direct savings, the combination of above
elements could add up to another 10 % energy savings on
the complete compressed air installation.
STABLE SYSTEM PRESSURE
investment
maintenance
energy
0
400
800
10 20
NO CURRENT PEAKS
Star Delta
DOL
Soft Starter
VSD
% F
ull
lo
ad
cu
rre
nt
Seconds
100 %
COMBINED MOTOR/CONVERTER EFFICIENCY
maximumminimum
Motor speed
integrated VSD
non-integrated VSD
OPERATING RANGE
speed windows
minimum maximum
Flow
Atlas Copco integrated solution
non-integrated solution
Integrated VSD - The only way
The machine is tested for the complete speed
range to eliminate all "speed windows" that can
jeopardize the energy savings and the stable
system pressure.
The Elektronikon® system controls the compressor
and the integrated converter; this ensures
maximum machine safety and allows for easy
networking of the compressor.
The electric motor is specifically designed for
VSD operation. Bearings are protected against
induced bearing currents and both motor and
converter are perfectly tuned to obtain the best
efficiency over the entire speed range. Cooling
air flow to the motor is optimized over the
complete range.
Mechanical enhancements are made to ensure
that gears and bearings receive proper
lubrication at all speeds and that all components
operate well below critical vibrations.
All Atlas Copco VSD compressors are EMC tested and certified. External
sources do not influence the compressor operation, nor does the compressor
disturb other equipment via emissions or via the power supply line.
Additional VSD benefits
The stable system pressure provides stability for all
processes using compressed air.
Current peaks during start-up are eliminated
– VSD compressors can be started and stopped without
limitation
– starting the compressor no longer leads to current peak
penalties
Often, smaller transformers, breakers, fuses and cables can
be used, saving on the electrical installation costs.
Dry air Hot unsaturated air
Cold saturated air Hot saturated air
Dryingsection
Regenerationsection
The Full Feature compressor –
a compact, all-in-one quality air solution
The Full Feature concept is a total installation,
providing dry compressed air out of the box. Integrating
the IMD dryer and its Variable Speed Drive on VSD
models, this compact package offers high quality air at
the lowest cost with the highest reliability:
The IMD adsorption dryer eliminates the moisture before
it enters the air net, ensuring a reliable process and an
impeccable end product. No external energy is needed for
the IMD to dry the air, resulting in large savings over the
lifetime of the compressor.
The pressure drop through the dryer is minimal, which
again cuts down the operating cost.
Reduced floor space thanks to the efficient integration of the
dryer into the compressor canopy.
The Full Feature compressor is a pre-wired and
pre-piped solution, ready to use.
The IMD drying principle
Aircooled
ZT 315 VSD-FF
Savings
0 500 1000 1500 2000 2500 3000
1060 2120 3180 4240 5300 6360
l/s
cfm
0 500 1000 1500 2000 l/s
cfm1060 2120 3180 4240
Direct Savings
The IMD drying process requires no external energy; over timethis results in large savings.
Other than direct energy input, the pressure drop in dryerscauses indirect energy consumption as well. IMD dryers have avery low pressure drop, which leads to a further reduction inenergy cost.
* Assumptions: 1kWh = 0.05 €€ /$ – 8000 h/year
Advanced control and monitoring
– One integrated control system for compressor and dryer
– Monitoring of the IMD dryer includes:
Temperature readings of
– IMD dryer inlet and outlet
– regeneration air inlet and outlet
– mix air inlet
Pressure dewpoint after the IMD (option)
Loading reporting of dryer
Indirect Savings
4000
3500
3000
2500
2000
1500
1000
500
0 Flow
Flow
Savings
for each 0.1 bar (1.4 psi) pressure drop
Ye
arl
y s
av
ing
s*
(€€/
$)
IMD
Sa
vin
gs
En
erg
y s
av
ing
s*
(€€/
$/y
ea
r)
80 000
70 000
60 000
50 000
40 000
30 000
20 000
10 000
0
IMD
Refrigerant dryer
Heat reactivated dryer
Heatless dryer
Energy savings with Full Feature
Watercooled
ZR 160 VSD-FF
HAT version keeps cool in hot spots
ContainAIR is out there
Reliable technology for tough conditions
Operating air compressors in very hot environments
has been a challenge to plant engineers for many years.
Often, the only solution was to order custom built units,
at high additional expense and with long and
unpredictable delivery times.
Standard solution
With the new High Ambient Temperature (HAT)
compressors, Atlas Copco offers an off-the-shelf standard
solution. HAT compressors operate comfortably at high intake
and cooling air/water temperatures of up to 50 °C.
Reliable operation is ensured by...
enhanced mechanical design
optimized cooling
proper motor sizing
The HAT compressor is a thoroughly tested package to prevent
any uncertainties and surprises.
Be it for a temporary need or simply because there
is no room inside your factory, Atlas Copco ContainAIR
delivers air wherever you need it. Installed in a 20 ft.
container, ContainAIR has all the features of its stationary
oil-free relatives, but adds flexibility and mobility.
ContainAIR is available for all compressor
configurations, VSD and FF versions.
Totally self-contained and rugged, it runs around
the clock. Winterized versions are optional.
When the going gets tough, ContainAIR gets going.
When specifying the true performance of an air
compressor, at least three parameters must be considered:
Capacity
The standard to which the capacity is measured
Working pressure
The point where the delivery pressure is measured
Power consumption
The compressor package power required at an effective
working pressure (including all internal losses from inlet
to outlet) and the drive motor efficiency
Atlas Copco Z-compressors are measured according to
ISO 1217, Annex C, Edition 3, stipulating the FAD
measurement at the outlet of the package, net of all losses.
Atlas Copco specifications correspond to the capacity and
pressure which the customer receives, not to what the
compressor sucks in. Differences can be substantial.
Intake volume
Inlet flow referred tocompressor element inlet
conditions. Seal leakages andinlet losses should not deprive
you the air you paid for.
Delivered volume
FAD according to ISO 1217,Annex C, Edition 3.
A Z-compressor truly gives what is promised.
FAD - l/s - m3/min - cfm
External leakages Net usable air
Site
conditions
External leakages
Intake volume - l/s - m3/min - cfm
True performance Global presence
Local service
Atlas Copco offers a complete portfolio of Aftermarket
products, unrivalled in today’s compressed air industry.
High quality service is delivered locally: Atlas Copco
is present in 150 countries around the world.
A sophisticated logistics concept brings genuine parts
to your doorstep in record times, across the globe.
Service Plans perfectly meet the needs of your business
and ensure a constant productivity at peak level.
Three levels are available: Total Responsibility Plan,
Preventative Maintenance Plan and Inspection Plan.
Consultancy services and on-site measurements help
optimizing the complete air net, minimizing leak losses
and maximizing energy savings. Following packages
can be included individually or combined:
in-depth system audits based on
actual measurements
remote monitoring via the Internet
energy savings via system control
and management.
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Technical data
ZR 110-275 and ZR 132-315 VSD compressors - 50 Hz
ZR Free air delivery (1) Installed Cooling Pressure Sound pressure Weight Dimensions
watercooled motor water dewpoint (3) level (4)
consump-
tion (2)
w/o duct with duct A B C
Type l/s m3/min cfm kW l/s °C dB(A) dB(A) kg mm mm mm
50 Hz - 7.5 bar(e)
ZR 110 FF-IMD 318 19.1 674 110 3.5 -28 72 69 3265 3440 2000 1650
ZR 132 FF-IMD 367 22.0 778 132 4.1 -29 72 69 3390 3440 2000 1650
ZR 132 VSD FF-IMD(5) 364 21.8 771 132 4.1 -28/-32 68-72 66-69 3500 3440 2000 1650
ZR 145 FF-IMD 394 23.6 835 160 4.2 -30 73 70 3530 3440 2000 1650
ZR 160 FF-IMD 471 28.3 998 160 4.4 -25 67 66 4705 4340 2000 1650
ZR 160 VSD FF-IMD(5) 431 25.9 913 160 4.4 -28/-32 68-74 66-71 3500 3440 2000 1650
ZR 200 FF-IMD 607 36.4 1286 200 5.1 -25 67 66 5365 4340 2000 1650
ZR 250 FF-IMD 726 43.6 1538 250 5.8 -28 67 66 5360 4340 2000 1650
ZR 250 VSD FF-IMD(5) 721 43.3 1528 250 5.8 -25/-30 63-73 62-71 6080 4340 2000 1650
ZR 275 FF-IMD 780 46.8 1653 275 6.2 -30 67 66 5560 4340 2000 1650
ZR 315 VSD FF-IMD(5) 836 50.2 1771 315 6.8 -25/-30 63-73 62-71 6080 4340 2000 1650
ZR 110 318 19.1 674 110 1.7 - 67 65 2635 2540 2000 1650
ZR 132 367 22.0 778 132 1.9 - 67 65 2760 2540 2000 1650
ZR 132 VSD(5) 369 22.1 782 132 1.9 - 62-68 61-66 2870 2540 2000 1650
ZR 145 394 23.6 835 160 2.0 - 68 66 2900 2540 2000 1650
ZR 160 471 28.3 998 160 2.3 - 67 66 3795 3140 2000 1650
ZR 160 VSD(5) 434 26.0 920 160 2.1 - 62-70 61-66 2870 2540 2000 1650
ZR 200 607 36.4 1286 200 3.0 - 67 66 3995 3140 2000 1650
ZR 250 726 43.6 1538 250 3.7 - 67 66 3990 3140 2000 1650
ZR 250 VSD(5) 721 43.3 1528 250 3.7 - 63-73 62-71 4710 3140 2000 1650
ZR 275 780 46.8 1653 275 4.1 - 67 66 4190 3140 2000 1650
ZR 315 VSD(5) 836 50.2 1771 315 4.3 - 63-73 62-71 4710 3140 2000 1650
50 Hz - 10 bar(e)
ZR 110 FF-IMD 265 15.9 562 110 3.3 -28 72 69 3265 3440 2000 1650
ZR 132 FF-IMD 313 18.8 663 132 3.8 -29 72 69 3390 3440 2000 1650
ZR 132 VSD FF-IMD(6) 330 19.8 699 132 4.1 -28/-32 68-72 66-69 3500 3440 2000 1650
ZR 145 FF-IMD 334 20.0 708 160 4.1 -30 73 70 3530 3440 2000 1650
ZR 160 FF-IMD 402 24.1 852 160 4.3 -25 67 66 4705 4340 2000 1650
ZR 160 VSD FF-IMD(6) 392 23.5 831 160 4.4 -28/-32 68-74 66-71 3500 3440 2000 1650
ZR 200 FF-IMD 504 30.2 1068 200 4.9 -25 67 66 4905 4340 2000 1650
ZR 250 FF-IMD 629 37.7 1333 250 5.6 -28 67 66 5360 4340 2000 1650
ZR 250 VSD FF-IMD(6) 648 38.9 1373 250 5.8 -25/-30 67-73 65-71 6080 4340 2000 1650
ZR 275 FF-IMD 689 41.3 1460 315 6.0 -30 67 66 5560 4340 2000 1650
ZR 315 VSD FF-IMD(6) 746 44.8 1581 315 6.7 -25/-30 67-73 65-71 6080 4340 2000 1650
ZR 110 265 15.9 562 110 1.6 - 67 65 2380 2540 2000 1650
ZR 132 313 18.8 663 132 1.8 - 67 65 2440 2540 2000 1650
ZR 132 VSD(6) 333 20.0 706 132 1.9 - 62-68 61-66 2590 2540 2000 1650
ZR 145 334 20.0 708 160 1.9 - 68 66 2580 2540 2000 1650
ZR 160 402 24.1 852 160 2.3 - 67 66 3795 3140 2000 1650
ZR 160 VSD(6) 394 23.6 835 160 2.1 - 62-70 61-66 2590 2540 2000 1650
ZR 200 504 30.2 1068 200 2.9 - 67 66 3995 3140 2000 1650
ZR 250 629 37.7 1333 250 3.6 - 67 66 3990 3140 2000 1650
ZR 250 VSD(6) 648 38.9 1373 250 3.7 - 64-70 65-68 4710 3140 2000 1650
ZR 275 689 41.3 1460 315 4.0 - 67 66 4190 3140 2000 1650
ZR 315 VSD(6) 746 44.8 1581 315 4.2 - 64-73 65-71 4710 3140 2000 1650
(1) Reference Conditions:
- Dry air
- Absolute inlet pressure 1 bar (a)
- Cooling and air intake temperature 20 °C
- Nominal working pressure
- Capacity of the compressor package measured
according to ISO1217, Third Edition, Annex C
(2) Cooling water temp. rise of 15 °C (10 °C for FF)
(3) Pressure dewpoint is specified for
- 20 °C cooling air/water temperature
- relative humidity of 60 %
- nominal working pressure
- load level of minimum 50 %
(4) ± 3 dB(A) according to Pneurop PN8NTC2.2 test code
measured at a distance of 1 m
(5) ZR VSD: capacity at 7 bar(e) - ( 5 % derating for 380V nets )
(6) ZR VSD: capacity at 9 bar(e) - ( 5 % derating for 380V nets )
Conversions
- 1 kg = 2.2 lbs
- 1 mm = 0.039 inch
- °F = °C x 9/5 + 32
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C
A
B
Technical data
ZT 110-275 and ZT 132-315 VSD compressors - 50 Hz
ZT Free air delivery (1) Installed Installed Pressure Sound pressure Weight Dimensions
aircooled motor fan motor dewpoint (2) level (3)
w/o duct with duct A B C
Type l/s m3/min cfm kW kW °C dB(A) dB(A) kg mm mm mm
50 Hz - 7.5 bar(e)
ZT 110 FF-IMD 312 18.7 661 110 4.8 -28 72 70 4095 4040 2000 1650
ZT 132 FF-IMD 360 21.6 763 132 4.8 -29 73 70 4220 4040 2000 1650
ZT 132 VSD FF-IMD(4)
349 20.9 739 132 4.8 -25/-30 67-71 66-70 4330 4040 2000 1650
ZT 145 FF-IMD 386 23.2 818 160 4.8 -30 73 71 4360 4040 2000 1650
ZT 160 FF-IMD 457 27.4 968 160 8.8 -30 77 75 5625 5040 2100 1650
ZT 160 VSD FF-IMD(4)
404 24.2 856 160 4.8 -25/-30 67-74 66-71 4330 4040 2000 1650
ZT 200 FF-IMD 557 33.4 1180 200 8.8 -25 77 75 6285 5040 2100 1650
ZT 250 FF-IMD 695 41.7 1473 250 8.8 -28 77 75 6280 5040 2100 1650
ZT 250 VSD FF-IMD(4)
690 41.4 1462 250 18.5 -25/-30 70-77 68-75 6660 5040 2100 1650
ZT 275 FF-IMD 729 43.7 1545 275 18.5 -30 77 75 6630 5040 2100 1650
ZT 315 VSD FF-IMD(4)
778 46.7 1648 315 18.5 -25/-30 70-78 68-76 6660 5040 2100 1650
ZT 110 314 18.8 665 110 4.8 - 71 70 3585 4040 2000 1650
ZT 132 362 21.7 767 132 4.8 - 72 70 3700 4040 2000 1650
ZT 132 VSD(4)
354 21.2 750 132 4.8 - 67-74 66-71 3820 4040 2000 1650
ZT 145 388 23.3 822 160 4.8 - 72 70 3850 4040 2000 1650
ZT 160 457 27.4 968 160 8.8 - 77 75 5185 5040 2100 1650
ZT 160 VSD(4)
410 24.6 869 160 4.8 - 67-74 66-71 3820 4040 2000 1650
ZT 200 557 33.4 1180 200 8.8 - 77 75 5385 5040 2100 1650
ZT 250 695 41.7 1473 250 8.8 - 77 75 5380 5040 2100 1650
ZT 250 VSD(4)
690 41.4 1462 250 8.8 - 70-77 68-75 6130 5040 2100 1650
ZT 275 729 43.7 1545 275 8.8 - 77 75 5580 5040 2100 1650
ZT 315 VSD(4)
778 46.7 1648 315 8.8 - 70-78 68-76 6130 5040 2100 1650
50 Hz - 10 bar(e)
ZT 110 FF-IMD 260 15.6 551 110 4.8 -28 72 70 4095 4040 2000 1650
ZT 132 FF-IMD 307 18.4 650 132 4.8 -29 73 70 4220 4040 2000 1650
ZT 132 VSD FF-IMD(5)
316 19.0 670 132 4.8 -25/-30 67-71 66-70 4330 4040 2000 1650
ZT 145 FF-IMD 327 19.6 693 160 4.8 -30 73 70 4360 4040 2000 1650
ZT 160 FF-IMD 383 23.0 812 160 8.8 -30 78 76 5625 5040 2100 1650
ZT 160 VSD FF-IMD(5)
370 22.2 784 160 4.8 -25/-30 67-74 66-71 4330 4040 2000 1650
ZT 200 FF-IMD 485 29.1 1028 200 8.8 -30 78 76 5825 5040 2100 1650
ZT 250 FF-IMD 605 36.3 1282 250 8.8 -28 78 76 6280 5040 2100 1650
ZT 250 VSD FF-IMD(5)
610 36.6 1293 250 18.5 -25/-30 71-78 69-76 6660 5040 2100 1650
ZT 275 FF-IMD 667 40.0 1413 315 18.5 -30 78 76 6630 5040 2100 1650
ZT 315 VSD FF-IMD(5)
702 42.1 1487 315 18.5 -25/-30 71-79 69-77 6660 5040 2100 1650
ZT 110 261 15.7 553 110 4.8 - 71 70 3560 4040 2000 1650
ZT 132 309 18.5 655 132 4.8 - 72 70 3700 4040 2000 1650
ZT 132 VSD(5)
384 23.0 814 132 4.8 - 67-71 66-70 4050 4040 2000 1650
ZT 145 329 19.7 697 160 4.8 - 72 70 3850 4040 2000 1650
ZT 160 383 23.0 812 160 8.8 - 78 76 5185 5040 2100 1650
ZT 160 VSD(5)
384 23.0 814 160 4.8 - 67-74 66-71 4050 4040 2000 1650
ZT 200 485 29.1 1028 200 8.8 - 78 76 5385 5040 2100 1650
ZT 250 605 36.3 1282 250 8.8 - 78 76 5380 5040 2100 1650
ZT 250 VSD(5)
610 36.6 1293 250 8.8 - 71-78 69-76 6130 5040 2100 1650
ZT 275 667 40.0 1413 315 8.8 - 78 76 5580 5040 2100 1650
ZT 315 VSD(5)
702 42.1 1487 315 8.8 - 71-79 69-77 6130 5040 2100 1650
(1) Reference Conditions:
- Dry air
- Absolute inlet pressure 1 bar (a)
- Cooling and air intake temperature 20 °C
- Nominal working pressure
- Capacity of the compressor package measured
according to ISO1217, Third Edition, Annex C
(2) Pressure dewpoint is specified for
- 20 °C cooling air/water temperature
- relative humidity of 60 %
- nominal working pressure
- load level of minimum 50 %
(3) ± 3 dB(A) according to Pneurop PN8NTC2.2 test code
measured at a distance of 1 m
(4) ZT VSD: capacity at 7 bar(e) - ( 5 % derating for 380V nets )
(5) ZT VSD: capacity at 9 bar(e) - ( 5 % derating for 380V nets )
Conversions
- 1 kg = 2.2 lbs
- 1 mm = 0.039 inch
- °F = °C x 9/5 + 32
Technical data
ZR 110-275 and ZR 132-315 VSD compressors - 60 Hz
(1) Reference Conditions:
- Dry air
- Absolute inlet pressure 1 bar (a)
- Cooling and air intake temperature 20 °C
- Nominal working pressure
- Capacity of the compressor package measured
according to ISO1217, Third Edition, Annex C
(2) Cooling water temp. rise of 15 °C (10 °C for FF)
(3) Pressure dewpoint is specified for
- 20 °C cooling air/water temperature
- relative humidity of 60 %
- nominal working pressure
- load level of minimum 50 %
(4) ± 3 dB(A) according to Pneurop PN8NTC2.2
test code measured at a distance of 1 m
(5) ZR VSD: capacity at 7 bar(e) - ( 5 % derating for 380V nets )
(6) ZR VSD: capacity at 9 bar(e) - ( 5 % derating for 380V nets )
Conversions
- 1 kg = 2.2 lbs
- 1 mm = 0.039 inch
- °F = °C x 9/5 + 32
ZR Free air delivery (1) Installed Cooling Pressure Sound pressure Weight Dimensions
watercooled motor water dewpoint (3) level (4)
consump-
tion (2)
w/o duct with duct A B C
Type l/s m3/min cfm HP l/s °C dB(A) dB(A) kg mm mm mm
60 Hz - 7 bar(e)
ZR 110 FF-IMD 352 21.1 746 150 3.9 -28 72 69 3265 3440 2000 1650
ZR 160 FF-IMD 463 27.8 981 200 4.4 -25 67 66 4695 4340 2000 1650
ZR 200 FF-IMD 574 34.4 1216 250 4.9 -25 67 66 5305 4340 2000 1650
ZR 250 FF-IMD 667 40.0 1413 300 5.4 -28 67 66 5515 4340 2000 1650
ZR 275 FF-IMD 752 45.1 1593 350 5.9 -30 67 66 5635 4340 2000 1650
ZR 110 352 21.1 746 150 1.9 - 67 65 2635 2540 2000 1650
ZR 160 463 27.8 981 200 2.3 - 67 66 3785 3140 2000 1650
ZR 200 574 34.4 1216 250 2.9 - 67 66 3935 3140 2000 1650
ZR 250 667 40.0 1413 300 3.4 - 67 66 4145 3140 2000 1650
ZR 275 752 45.1 1593 350 3.8 - 67 66 4265 3140 2000 1650
60 Hz - 8.6 bar(e)
ZR 110 FF-IMD 318 19.1 674 150 3.5 -28 72 69 3265 3440 2000 1650
ZR 132 VSD FF-IMD(5) 364 21.8 771 175 4.1 -28/-32 68-72 66-69 3500 3440 2000 1650
ZR 145 FF-IMD 398 23.9 843 200 4.1 -30 73 70 3530 3440 2000 1650
ZR 160 FF-IMD 419 25.1 888 200 4.4 -25 67 66 4695 4340 2000 1650
ZR 160 VSD FF-IMD(5) 431 25.9 913 215 4.4 -28/-32 68-74 66-71 3500 3440 2000 1650
ZR 200 FF-IMD 516 31.0 1093 250 4.6 -25 67 66 5305 4340 2000 1650
ZR 250 FF-IMD 619 37.1 1312 300 5.2 -28 67 66 5515 4340 2000 1650
ZR 250 VSD FF-IMD(5) 721 43.3 1528 335 5.8 -25/-30 63-73 62-71 6080 4340 2000 1650
ZR 275 FF-IMD 726 43.6 1538 350 5.8 -30 67 66 5635 4340 2000 1650
ZR 315 VSD FF-IMD(5) 836 50.2 1771 423 6.8 -25/-30 63-73 62-71 6080 4340 2000 1650
ZR 110 318 19.1 674 150 1.7 - 67 65 2635 2540 2000 1650
ZR 132 VSD(5) 369 22.1 782 175 1.9 - 62-68 61-66 2870 2540 2000 1650
ZR 145 398 23.9 843 200 2.1 - 68 66 2900 2540 2000 1650
ZR 160 419 25.1 888 200 2.1 - 67 66 3785 3140 2000 1650
ZR 160 VSD(5) 434 26.0 920 215 2.1 - 62-70 61-66 2870 2540 2000 1650
ZR 200 516 31.0 1093 250 2.6 - 67 66 3935 3140 2000 1650
ZR 250 619 37.1 1312 300 3.1 - 67 66 4145 3140 2000 1650
ZR 250 VSD(5) 721 43.3 1528 335 3.7 - 63-73 62-71 4710 3140 2000 1650
ZR 275 726 43.6 1538 350 3.7 - 67 66 4265 3140 2000 1650
ZR 315 VSD(5) 836 50.2 1771 423 4.3 - 63-73 62-71 4710 3140 2000 1650
60 Hz - 10.4 bar(e)
ZR 110 FF-IMD 287 17.2 608 150 3.5 -28 72 69 3265 3440 2000 1650
ZR 132 VSD FF-IMD(6) 330 19.8 699 175 4.1 -28/-32 68-72 66-69 3500 3440 2000 1650
ZR 145 FF-IMD 336 20.2 712 200 4.1 -30 73 70 3530 3440 2000 1650
ZR 160 FF-IMD 375 22.5 795 200 4.4 -25 67 66 4695 4340 2000 1650
ZR 160 VSD FF-IMD(6) 392 23.5 831 215 4.4 -28/-32 68-74 66-71 3500 3440 2000 1650
ZR 200 FF-IMD 459 27.5 973 250 4.7 -25 67 66 4845 4340 2000 1650
ZR 250 FF-IMD 548 32.9 1161 300 5.2 -28 67 66 5515 4340 2000 1650
ZR 250 VSD FF-IMD(6) 648 38.9 1373 335 5.8 -25/-30 67-73 65-71 6080 4340 2000 1650
ZR 275 FF-IMD 641 38.5 1358 350 5.7 -30 67 66 5635 4340 2000 1650
ZR 315 VSD FF-IMD(6) 746 44.8 1581 423 6.7 -25/-30 67-73 65-71 6080 4340 2000 1650
ZR 110 287 17.2 608 150 1.7 - 67 65 2635 2540 2000 1650
ZR 132 VSD(6) 333 20.0 706 214 1.9 - 62-68 61-66 2590 2540 2000 1650
ZR 145 336 20.2 712 200 2.0 - 68 66 2900 2540 2000 1650
ZR 160 375 22.5 795 200 2.2 - 67 66 3785 3140 2000 1650
ZR 160 VSD(6) 394 23.6 835 215 2.1 - 62-70 61-66 2590 2540 2000 1650
ZR 200 459 27.5 973 250 2.6 - 67 66 3935 3140 2000 1650
ZR 250 548 32.9 1161 300 3.1 - 67 66 4145 3140 2000 1650
ZR 250 VSD(6) 648 38.9 1373 335 3.7 - 64-70 65-68 4710 3140 2000 1650
ZR 275 641 38.5 1358 350 3.6 - 67 66 4265 3140 2000 1650
ZR 315VSD(6) 746 44.8 1581 423 4.2 - 64-73 65-71 4710 3140 2000 1650
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Technical data
ZT 110-275 and ZT 132-315 VSD compressors - 60 Hz
ZT Free air delivery(1) Installed Installed Pressure Sound pressure Weight Dimensions
aircooled motor fan motor dewpoint (2) level (3)
w/o duct with duct A B C
Type l/s m3/min cfm HP HP °C dB(A) dB(A) kg mm mm mm
60 Hz - 8.6 bar(e)
ZT 110 FF-IMD 312 18.7 661 150 6.5 -28 72 70 4095 4040 2000 1650
ZT 132 VSD FF-IMD(4)
338 20.3 717 175 6.5 -25/-30 67-73 66-70 4560 4040 2000 1650
ZT 145 FF-IMD 391 23.5 828 200 6.5 -30 73 70 4360 4040 2000 1650
ZT 160 FF-IMD 410 24.6 869 200 12.3 -30 77 75 5615 5040 2100 1650
ZT 160 VSD FF-IMD(4)
410 24.6 869 215 6.5 -25/-30 67-74 66-71 4560 4040 2000 1650
ZT 200 FF-IMD 500 30.0 1059 250 12.3 -25 77 75 6225 5040 2100 1650
ZT 250 FF-IMD 596 35.8 1263 300 12.3 -28 77 75 6435 5040 2100 1650
ZT 250 VSD FF-IMD(4)
690 41.4 1462 335 24.8 -25/-30 70-77 68-75 6660 5040 2100 1650
ZT 275 FF-IMD 699 41.9 1481 350 24.8 -30 77 75 6705 5040 2100 1650
ZT 315 VSD FF-IMD(4)
778 46.7 1648 423 24.8 -25/-30 70-78 68-76 6660 5040 2100 1650
ZT 110 314 18.8 665 150 6.5 - 71 70 3585 4040 2000 1650
ZT 132 VSD(4)
354 21.2 750 175 6.5 - 67-74 66-71 3820 4040 2000 1650
ZT 145 392 23.5 831 200 6.5 - 72 70 3850 4040 2000 1650
ZT 160 410 24.6 869 200 12.3 - 77 75 5175 5040 2100 1650
ZT 160 VSD(4)
410 24.6 869 215 6.5 - 67-74 66-71 3820 4040 2000 1650
ZT 200 500 30.0 1059 250 12.3 - 77 75 5325 5040 2100 1650
ZT 250 596 35.8 1263 300 12.3 - 77 75 5535 5040 2100 1650
ZT 250 VSD(4)
690 41.4 1462 335 12.3 - 70-77 68-75 6130 5040 2100 1650
ZT 275 699 41.9 1481 350 12.3 - 77 75 5655 5040 2100 1650
ZT 315 VSD(4)
778 46.7 1648 423 12.3 - 70-78 68-76 6130 5040 2100 1650
60 Hz - 10.4 bar(e)
ZT 110 FF-IMD 282 16.9 598 150 6.5 -28 72 70 4095 4040 2000 1650
ZT 132 VSD FF-IMD(5)
316 19.0 670 175 6.5 -25/-30 67-71 66-70 4330 4040 2000 1650
ZT 145 FF-IMD 329 19.7 697 200 6.5 -30 73 70 4360 4040 2000 1650
ZT 160 FF-IMD 359 21.5 761 200 12.3 -30 78 76 5615 5040 2100 1650
ZT 160 VSD FF-IMD(5)
370 22.2 784 215 6.5 -25/-30 67-74 66-71 4330 4040 2000 1650
ZT 200 FF-IMD 438 26.3 928 250 12.3 -30 78 76 5765 5040 2100 1650
ZT 250 FF-IMD 526 31.6 1115 300 12.3 -28 78 76 6435 5040 2100 1650
ZT 250 VSD FF-IMD(5)
610 36.6 1293 335 24.8 -25/-30 71-78 69-76 6660 5040 2100 1650
ZT 275 FF-IMD 616 37.0 1305 350 24.8 -30 78 76 6705 5040 2100 1650
ZT 315 VSD FF-IMD(5)
702 42.1 1487 423 24.8 -25/-30 71-79 69-77 6660 5040 2100 1650
ZT 110 283 17.0 600 150 6.5 - 71 70 3585 4040 2000 1650
ZT 132 VSD(5)
384 23.0 814 175 6.5 - 67-71 66-70 4050 4040 2000 1650
ZT 145 331 19.9 701 200 6.5 - 72 70 3850 4040 2000 1650
ZT 160 359 21.5 761 200 12.3 - 78 76 5175 5040 2100 1650
ZT 160 VSD(5)
384 23.0 814 215 6.5 - 67-74 66-71 4050 4040 2000 1650
ZT 200 438 26.3 928 250 12.3 - 78 76 5325 5040 2100 1650
ZT 250 526 31.6 1115 300 12.3 - 78 76 5535 5040 2100 1650
ZT 250 VSD(5)
610 36.6 1293 335 12.3 - 71-78 69-76 6130 5040 2100 1650
ZT 275 616 37.0 1305 350 12.3 - 78 76 5655 5040 2100 1650
ZT 315 VSD(5)
702 42.1 1487 423 12.3 - 71-79 69-77 6130 5040 2100 1650
C
A
B
(1) Reference Conditions:
- Dry air
- Absolute inlet pressure 1 bar (a)
- Cooling and air intake temperature 20 °C
- Nominal working pressure
- Capacity of the compressor package measured
according to ISO1217, Third Edition, Annex C
(2) Pressure dewpoint is specified for
- 20 °C cooling air/water temperature
- relative humidity of 60 %
- nominal working pressure
- load level of minimum 50 %
(3) ± 3 dB(A) according to Pneurop PN8NTC2.2 test code
measured at a distance of 1 m
(4) ZT VSD: capacity at 7 bar(e) - ( 5 % derating for 380V nets )
(5) ZT VSD: capacity at 9 bar(e) - ( 5 % derating for 380V nets )
Conversions
- 1 kg = 2.2 lbs
- 1 mm = 0.039 inch
- °F = °C x 9/5 + 32
The f
ace o
f in
novation
What sets Atlas Copco apart as a company is our
conviction that we can only excel in what we do, if we
provide the best possible know-how and technology to really
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There is a unique way of achieving that - we simply call
it the Atlas Copco way. It builds on interaction, on long-term
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It's the commitment to our customers' business that
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of our customer's bottom line and peace-of-mind.
That is how Atlas Copco will strive to remain the first
choice, to succeed in attracting new business and to maintain
our position as the industry leader. 29
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Never use compressed air
as breathing air without
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