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CycloBlower® Industrial Series Positive Displacement Blowers with Vacuum Pump
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Item # 9CDL23
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Item # 9CDL23, 49 1/2 Inch (in) Length CycloBlower® Industrial Series Positive Displacement Blower with Vacuum Pump
List Price QUOTE
larger image
50 Years of Proven Results
The Gardner Denver™ CycloBlower® Industrial Series offers significant advantages:
Efficiency
Quality
Durability
Dimensions
·
Performance Data
·
Specifications
·
Annual Estimated Savings
·
Efficient, Shock-Free Compression
·
Dependable Quality
·
High Capacity
·
Clean Air/Gas Delivery
·
Installation Flexibility
·
Low Installation Cost
·
High Efficiency for Improved Energy Savings
·
Unique CycloBlower® Design Features
·
Delivering Clean, Oil-free Air to a Wide Range of Global Applications
·
Genuine Gardner Denver™ Parts and Lubricants
·
Quality Promise
·
Gardner Denver™ Redefines the Perception of Remanufactured
·
Note
Dimensions
Length
49 1/2
in
Width
25 3/4
in
Height
23
in
Inlet Port Size
10
in
Inlet Port Connection Type
Flange
Inlet Port Outer Diameter
16
in
Discharge Port Size
8
in
Discharge Port Connection Type
Flange
Discharge Port Outer Diameter
13.5
in
Approximate Weight
1843
lb
Performance Data
Speed
1200
rpm
1500
rpm
1800
rpm
2100
rpm
2400
rpm
2700
rpm
3000
rpm
Airflow at 5 psig Pressure and 1500 rpm Speed
1810
ft³/min
56.0
bhp
Airflow at 5 psig Pressure and 3000 rpm Speed
4110
ft³/min
124.6
bhp
Airflow at 5 psig Pressure and 4000 rpm Speed
4110
ft³/min
124.6
bhp
Airflow at 9 psig Pressure and 1500 rpm Speed
1680
ft³/min
88.0
bhp
Airflow at 9 psig Pressure and 4000 rpm Speed
4009
ft³/min
186.4
bhp
Airflow at 12 psig Pressure and 1500 rpm Speed
1620
ft³/min
107.0
bhp
Airflow at 12 psig Pressure and 3000 rpm Speed
3933
ft³/min
232.9
bhp
Airflow at 12 psig Pressure and 4000 rpm Speed
3933
ft³/min
232.9
bhp
Airflow at 15 psig Pressure and 1500 rpm Speed
1550
ft³/min
125.0
bhp
Airflow at 15 psig Pressure and 3000 rpm Speed
3857
ft³/min
271.8
bhp
Airflow at 15 psig Pressure and 4000 rpm Speed
3857
ft³/min
271.8
bhp
Airflow at 18 psig Pressure and 3000 rpm Speed
3782
ft³/min
323.5
bhp
Airflow at 18 psig Pressure and 4000 rpm Speed
3782
ft³/min
323.5
bhp
Airflow at 20 psig Pressure and 3000 rpm Speed
3731
ft³/min
350.5
bhp
Airflow at 20 psig Pressure and 4000 rpm Speed
3731
ft³/min
350.5
bhp
Airflow at 8 inHg Vacuum and 1500 rpm Speed
1850
ft³/min
42.0
bhp
Airflow at 8 inHg Vacuum and 3000 rpm Speed
4173
ft³/min
89.5
bhp
Airflow at 8 inHg Vacuum and 4000 rpm Speed
4173
ft³/min
89.5
bhp
Airflow at 12 inHg Vacuum and 1500 rpm Speed
1730
ft³/min
55.0
bhp
Airflow at 12 inHg Vacuum and 3000 rpm Speed
4047
ft³/min
115.9
bhp
Airflow at 12 inHg Vacuum and 4000 rpm Speed
4074
ft³/min
115.9
bhp
Airflow at 16 inHg Vacuum and 1500 rpm Speed
1600
ft³/min
69.0
bhp
Airflow at 16 inHg Vacuum and 3000 rpm Speed
3922
ft³/min
152.1
bhp
Airflow at 16 inHg Vacuum and 4000 rpm Speed
3922
ft³/min
152.1
bhp
Airflow at 17 inHg Vacuum and 3000 rpm Speed
3890
ft³/min
162.4
bhp
Airflow at 17 inHg Vacuum and 4000 rpm Speed
3890
ft³/min
162.4
bhp
Airflow at 5 psig Pressure and 2100 rpm Speed
2720
ft³/min
85.0
bhp
Airflow at 9 psig Pressure and 2100 rpm Speed
2610
ft³/min
127.0
bhp
Airflow at 12 psig Pressure and 2100 rpm Speed
2560
ft³/min
159.0
bhp
Airflow at 15 psig Pressure and 2100 rpm Speed
2500
ft³/min
187.0
bhp
Airflow at 18 psig Pressure and 2100 rpm Speed
2410
ft³/min
222.0
bhp
Airflow at 20 psig Pressure and 2100 rpm Speed
238.6
bhp
Airflow at 20 psig Pressure and 3600 rpm Speed
2345
ft³/min
Airflow at 8 inHg Vacuum and 2100 rpm Speed
2780
ft³/min
61.0
bhp
Airflow at 12 inHg Vacuum and 2100 rpm Speed
2650
ft³/min
79.0
bhp
Airflow at 16 inHg Vacuum and 2100 rpm Speed
2510
ft³/min
102.0
bhp
Airflow at 17 inHg Vacuum and 2100 rpm Speed
2494
ft³/min
108.7
bhp
Airflow at 5 psig Pressure and 1200 rpm Speed
1370
ft³/min
42.0
bhp
Airflow at 5 psig Pressure and 1800 rpm Speed
2270
ft³/min
70.0
bhp
Airflow at 5 psig Pressure and 2400 rpm Speed
3180
ft³/min
97.0
bhp
Airflow at 5 psig Pressure and 2700 rpm Speed
3630
ft³/min
110.0
bhp
Airflow at 9 psig Pressure and 1200 rpm Speed
1220
ft³/min
70.0
bhp
Airflow at 9 psig Pressure and 1800 rpm Speed
2150
ft³/min
107.0
bhp
Airflow at 9 psig Pressure and 2400 rpm Speed
3080
ft³/min
147.0
bhp
Airflow at 9 psig Pressure and 2700 rpm Speed
3550
ft³/min
166.0
bhp
Airflow at 12 psig Pressure and 1200 rpm Speed
1150
ft³/min
85.0
bhp
Airflow at 12 psig Pressure and 1800 rpm Speed
2090
ft³/min
133.0
bhp
Airflow at 12 psig Pressure and 2400 rpm Speed
3040
ft³/min
185.0
bhp
Airflow at 12 psig Pressure and 2700 rpm Speed
3500
ft³/min
210.0
bhp
Airflow at 15 psig Pressure and 1200 rpm Speed
1070
ft³/min
95.0
bhp
Airflow at 15 psig Pressure and 1800 rpm Speed
2020
ft³/min
156.0
bhp
Airflow at 15 psig Pressure and 2400 rpm Speed
2980
ft³/min
218.0
bhp
Airflow at 15 psig Pressure and 2700 rpm Speed
3450
ft³/min
250.0
bhp
Airflow at 18 psig Pressure and 1500 rpm Speed
1460
ft³/min
150.0
bhp
Airflow at 18 psig Pressure and 1800 rpm Speed
185.0
bhp
1460
ft³/min
Airflow at 18 psig Pressure and 2400 rpm Speed
2890
ft³/min
257.0
bhp
Airflow at 18 psig Pressure and 2700 rpm Speed
3360
ft³/min
295.0
bhp
Airflow at 20 psig Pressure and 1500 rpm Speed
1420
ft³/min
169.0
bhp
Airflow at 20 psig Pressure and 1800 rpm Speed
1882
ft³/min
203.6
bhp
Airflow at 20 psig Pressure and 2400 rpm Speed
2807
ft³/min
275.1
bhp
Airflow at 20 psig Pressure and 2700 rpm Speed
3269
ft³/min
313.1
bhp
Airflow at 8 inHg Vacuum and 1200 rpm Speed
1380
ft³/min
32.0
bhp
Airflow at 8 inHg Vacuum and 1800 rpm Speed
2320
ft³/min
51.0
bhp
Airflow at 8 inHg Vacuum and 2400 rpm Speed
3250
ft³/min
70.0
bhp
Airflow at 8 inHg Vacuum and 2700 rpm Speed
3720
ft³/min
80.0
bhp
Airflow at 12 inHg Vacuum and 1200 rpm Speed
1275
ft³/min
43.0
bhp
Airflow at 12 inHg Vacuum and 1800 rpm Speed
2200
ft³/min
67.0
bhp
Airflow at 12 inHg Vacuum and 2400 rpm Speed
3110
ft³/min
92.0
bhp
Airflow at 12 inHg Vacuum and 2700 rpm Speed
3570
ft³/min
104.0
bhp
Airflow at 16 inHg Vacuum and 1200 rpm Speed
1150
ft³/min
54.0
bhp
Airflow at 16 inHg Vacuum and 1800 rpm Speed
2060
ft³/min
86.0
bhp
Airflow at 16 inHg Vacuum and 2400 rpm Speed
2970
ft³/min
118.0
bhp
Airflow at 16 inHg Vacuum and 2700 rpm Speed
3410
ft³/min
134.0
bhp
Airflow at 17 inHg Vacuum and 1200 rpm Speed
1097
ft³/min
54.2
bhp
Airflow at 17 inHg Vacuum and 1500 rpm Speed
1563
ft³/min
72.2
bhp
Airflow at 17 inHg Vacuum and 1800 rpm Speed
2028
ft³/min
90.4
bhp
Airflow at 17 inHg Vacuum and 2400 rpm Speed
2959
ft³/min
126.7
bhp
Airflow at 17 inHg Vacuum and 2700 rpm Speed
3425
ft³/min
144.6
bhp
Specifications
Pressure
Up to 20
psig
Dry Vacuum
Up to 17
inHg
Wet Vacuum
Up to 24
inHg
Airflow
Up to 6700
ft³/min
Standard Temperature
68
ºF
Ambient Pressure
14.7
psia
Relative Humidity
36
%
Industry Standards/Certifications
Compressed Air and Gas Institute (CAGI)
Energy Star Partner
ISO 9001:2008
Brands
CycloBlower®
Gardner Denver™
Annual Estimated Savings
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 8 psi Pressure
130
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 9 psi Pressure
145
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 10 psi Pressure
162
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 11 psi Pressure
180
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 12 psi Pressure
195
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 13 psi Pressure
212
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 14 psi Pressure
230
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 15 psi Pressure
245
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 16 psi Pressure
260
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 17 psi Pressure
276
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 18 psi Pressure
294
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 19 psi Pressure
340
bhp
Airflow Requirement for 3000 ft³/min (Typical Straight Lobe) at 20 psi Pressure
360
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 8 psi Pressure
125
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 9 psi Pressure
140
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 10 psi Pressure
154
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 11 psi Pressure
167
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 12 psi Pressure
180
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 13 psi Pressure
195
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 14 psi Pressure
210
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 15 psi Pressure
222
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 16 psi Pressure
235
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 17 psi Pressure
249
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 18 psi Pressure
264
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 19 psi Pressure
278
bhp
Airflow Requirement for 3000 ft³/min (Cycloblower® 9CDL23) at 20 psi Pressure
291
bhp
Airflow Reduction at 8 psi Pressure
3.8
%
Airflow Reduction at 9 psi Pressure
3.4
%
Airflow Reduction at 10 psi Pressure
4.9
%
Airflow Reduction at 11 psi Pressure
7.2
%
Airflow Reduction at 12 psi Pressure
7.7
%
Airflow Reduction at 13 psi Pressure
8.0
%
Airflow Reduction at 14 psi Pressure
8.7
%
Airflow Reduction at 15 psi Pressure
9.4
%
Airflow Reduction at 16 psi Pressure
10.0
%
Airflow Reduction at 17 psi Pressure
10.5
%
Airflow Reduction at 18 psi Pressure
11.6
%
Airflow Reduction at 19 psi Pressure
18.0
%
Airflow Reduction at 20 psi Pressure
19.1
%
Annual Estimated Savings at 8 psi Pressure
3257
USD
Annual Estimated Savings at 9 psi Pressure
3257
USD
Annual Estimated Savings at 10 psi Pressure
5212
USD
Annual Estimated Savings at 11 psi Pressure
8469
USD
Annual Estimated Savings at 12 psi Pressure
9772
USD
Annual Estimated Savings at 13 psi Pressure
11075
USD
Annual Estimated Savings at 14 psi Pressure
13029
USD
Annual Estimated Savings at 15 psi Pressure
14983
USD
Annual Estimated Savings at 16 psi Pressure
16286
USD
Annual Estimated Savings at 17 psi Pressure
17589
USD
Annual Estimated Savings at 18 psi Pressure
19544
USD
Annual Estimated Savings at 19 psi Pressure
40390
USD
Annual Estimated Savings at 20 psi Pressure
44950
USD
Note for Annual Estimated Savings
Assuming Motor/Drive Efficiency = 0.90 Cost/Kwh = $0.09
Efficient, Shock-Free Compression
Helical screw rotors generate a balanced compression cycle.
Providing a smooth and steady discharge, eliminating the sudden release of trapped pockets of air into the line.
Contoured inlet and discharge ports minimize turbulence.
Dependable Quality
Superior and consistent quality can be found in every CycloBlower® as a result of:
Continual investment in the training of world-class manufacturing personnel.
Quality inspections throughout the entire manufacturing process.
Compact design utilizing optimum performance materials.
Reduced vibrations result in longer service of critical blower components.
High Capacity
Industry unique rotor profile and accurately maintained tolerances allow the CycloBlower® to be operated at high speeds for increased capacity.
Clean Air/Gas Delivery
Contact-less rotors removes the need for lubrication within the compression chamber.
Outboard position of rotor bearings allows atmospheric venting between the compression chamber and the bearings and gears.
Prevents gear and bearing lubricants from contaminating the compression chamber for clean air/gas delivery.
Installation Flexibility
Units can be powered by various types of drives including electric motors, constant or variable, gasoline and diesel engines, or steam turbines.
May be connected through a variable frequency drive (VFD), V-belt, or direct drive.
Low Installation Cost
A special foundation is not required.
CycloBlower® requires a minimum of floor space.
Remanufactured units available.
High Efficiency for Improved Energy Savings
In many comparable applications, the CycloBlower® operates more efficiently than other straight-lobe blowers. By requiring less brake horsepower, BHP, energy operating costs can be realized and reduced.
Brake Horsepower Requirement Comparison chart shows a comparison of the BHP for a typical straight-lobe blower versus a CycloBlower® 9CDL23. The CycloBlower® requires less BHP to produce 3000 cfm at pressures from 8 to 20 psig.
Annual Energy Cost Savings chart translates the resulting BHP comparison reduction into annual energy cost savings. Calculations are based on the cost of providing 3000 cfm of air for 8736 hours, approximately 1 year, of operation assuming motor/drive efficiency = 0.90, and energy cost per kilowatt-hour = $0.09.
Unique CycloBlower® Design Features
Optimum Efficiency, Proven Results
The CycloBlower® stands out as the premium PD blower/vacuum pump in the market. The meshing of two helical lobe rotors synchronized by timing gears provides controlled compression of air for unmatched efficiency and shock-free discharge. State-of-the-art manufacturing techniques, improved assembly methods, and enhanced internal clearances allow the CycloBlower® to operate at higher operating speeds for increased flow capacities. For optimal performance, we recommend AEON® PD and AEON® PD-XD (Extreme Duty for high ambient and/or high discharge temperatures) lubricants.
Rotors
Helical four-flute gate rotor and two-lobe main rotor are milled from high tensile strength ductile iron, stress relieved and dynamically balanced.
Housing
One piece, high strength housing resists deflection to retain accurate running tolerances between rotors. Contoured porting provides smooth airflow.
Bearings
Anti-friction bearings carry the shaft loads in all models. CycloBlowers use pairs of angular contact ball bearings on the discharge end and cylindrical roller bearings or single-row ball bearings on the gear end.
Timing Gears
Synchronization of rotors is through a pair of helical timing gears. Precision alloy steel gears provide quiet, accurate operation.
Air/Gas Seals
Labyrinth-type shaft seals provide a minimum of controlled leakage of air or gas. Purged labyrinth seals or mechanical seals are available with units handling gas, where leakage cannot be tolerated.
Dual-Splash Lubrication
Gears and bearings are lubricated by a splash oil system.
Oil Seals
All CycloBlowers are fitted with proprietary bearing isolator seals. Our unique design developed in partnership with Inpro/Seal offers outstanding performance and longevity.
Delivering Clean, Oil-free Air to a Wide Range of Global Applications
Industrial Processing
Air Drying
Air Flotation and Sliding
Air Knife Stripping
Blow-off Systems/Drying/Can Drying
Carbon Black
Coal Gasification
Coke Oven Gas
Combustion Air
Gas Boosting
Recovery Air of Gas
Vacuum Systems
Water Treatment
Aeration
Air Scouring
Digester Gas Boosters
Filter Backwashing
Pond Aeration, Municipal or Industrial
Wastewater Treatment
Particulate Handling
Clean Rooms
Clean-Up
Dry Bulk
Fly Ash
Pneumatic Conveying
Source Capture
Genuine Gardner Denver™ Parts and Lubricants
Maintain the Gardner Denver™ performance advantage and reliability with Genuine GD Replacement Parts.
Protect your Gardner Denver™ investment with AEON® PD lubricants formulated for all blowers in demanding applications.
Now available AEON® PD-XD specifically designed for high ambient and/or high discharge temperature conditions.
Quality Promise
Gardner Denver™ industrial blowers are manufactured under rigid ISO 9001 quality standards.
All models are exhaustively tested to meet the highest performance standards for unequaled service life under the most severe operating conditions.
Gardner Denver™ Redefines the Perception of Remanufactured
Reman (r¯e man´) n. A Gardner Denver™ positive displacement blower expertly assembled from genuine remanufactured and new parts.
Must pass a full-load, hot run test before shipment.
Standard new product warranty included.
The final word when repair or replacement is required.
Note
Performance based on inlet air at standard temperature of 68 ºF, an ambient pressure of 14.7 psia and 36% relative humidity.
Contact Gardner Denver™ for wet vacuum applications to 24" Hg.
CycloBlower® rotors are precision ground using state of the art milling technology.
MORE IMAGES
·
CycloBlower® and DuroFlow® Industrial Series Positive Displacement Blowers with Vacuum Pump - 2
·
CycloBlower® Industrial Series Positive Displacement Blowers with Vacuum Pump - 3
·
Critical Component Inspections for CycloBlower® Industrial Series Positive Displacement Blowers with Vacuum Pump
·
Inpro Seals
·
Inpro Seals Logo
·
CycloBlower® - Industry Unique Rotor Profile
·
Industry Standards/Certifications for CycloBlower® Industrial Series Positive Displacement Blowers with Vacuum Pump
·
Brake Horsepower Requirement Comparison Graph for 49 1/2 Inch (in) Length CycloBlower® Industrial Series Positive Displacement Blower with Vacuum Pump
·
Annual Energy Cost Savings Graph for 49 1/2 Inch (in) Length CycloBlower® Industrial Series Positive Displacement Blower with Vacuum Pump
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