A Comparison of Older Blowers to the New PX-Series Blowers
Paxton’s new PX-series blowers provide a step-change in blower efficiency, with the PX-series blowers as much as 30% more efficient than the previous generation blower. That means you’ll use 33% less energy! Paxton has completely redesigned the blower impellers and scrolls, improving aerodynamics to generate 33% more airflow per horsepower input, meaning that you’ll be able to switch to a lower horsepower blower, and achieve the same airflow.
Please click on your blower type to see the comparison below:
XT 300 XT 500 7.5 hp AT 700 10 hp AT 700 7.5 hp AT 800 10 hp AT 800 15 hp AT 800 15 hp AT 1200 20 hp AT 1200
XT-300 and XT-500 comparison
|
XT-300 |
XT-500 |
PX-300 |
Maximum Efficiency |
52% |
60% |
65% |
Power Rating |
3 hp |
5 hp |
3 hp |
Air Flow |
125-250 cfm |
97-353 cfm |
100-250 cfm |
Speed |
12,200-12,700 RPM |
12,434-16,760 RPM |
11,573-14,772 RPM |
Energy Cost |
$732.16 |
$1,231.36 |
$732.16 |
*Energy Cost: $.08/kWh and 8hours/5days with 2 shifts
The below chart shows the flows and pressures where you’ll be able to switch to a lower horsepower motor while achieving the same air power. And, in most cases, the PX-series blower operates at a slower speed, which gives improved blower longevity.
Flow Rate, cubic feet minute
|
100 |
150 |
200 |
250 |
|
60
|
XT-500 |
|
|
|
372 |
50
|
XT-500 |
XT-500 |
XT-500 |
|
310 |
40
|
XT-300 |
XT-300 |
|
|
248 |
30
|
|
|
XT-300 |
XT-300 |
186 |
|
170 |
255 |
340 |
425 |
|
Flow Rate, cubic meters per hour
XT-500 and 7.5 hp AT-700 comparison
|
XT-500 |
AT-700 |
PX-300 |
PX-500 |
PX-750 |
Maximum Efficiency |
60% |
59% |
65% |
66% |
72% |
Power Rating |
5 hp |
7.5 hp |
3 hp |
5 hp |
7.5 hp |
Air Flow |
97-353 cfm |
198-558 cfm |
100-250 cfm |
150-550 cfm |
300-700 cfm |
Speed |
12,243-16,760 RPM |
13,012-16,778 RPM |
11,573-14,772 RPM |
12,540-15,985 RPM |
14,694-17,309 RPM |
Energy Cost |
$1,231.36 |
$1,863.68 |
$732.16 |
$1,231.36 |
$1,863.68 |
*Energy Cost: $.08/kWh and 8hours/5days with 2 shifts
Paxton’s new PX-series blowers provide a step-change in blower efficiency, with the PX-series blowers as much as 30% more efficient than the previous generation blower. That means you’ll use 33% less energy! Paxton has completely redesigned the blower impellers and scrolls, improving aerodynamics to generate 33% more airflow per horsepower input, meaning that you’ll be able to switch to a lower horsepower blower, and achieve the same airflow.
The below chart shows the flows and pressures where you’ll be able to switch to a lower horsepower motor while achieving the same air power. And, in most cases, the PX-series blower operates at a slower speed, which gives improved blower longevity.
Flow Rate, cubic feet minute
|
100 |
150 |
200 |
250 |
300 |
350 |
400 |
450 |
500 |
550 |
|
80
|
|
XT-500 |
AT-700
7.5 hp |
|
|
|
|
|
|
|
496 |
70
|
|
XT-500 |
AT-700
7.5 hp |
|
|
|
|
|
|
|
434 |
60
|
XT-500 |
XT-500 |
XT-500 |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
|
|
|
372 |
50
|
XT-500 |
XT-500 |
XT-500 |
XT-500 |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
|
|
310 |
40
|
|
|
|
XT-500 |
XT-500 |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
|
248 |
30
|
|
|
|
|
XT-500 |
XT-500 |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
186 |
|
170 |
255 |
340 |
425 |
510 |
595 |
680 |
765 |
850 |
934 |
|
Flow Rate, cubic meters per hour
7.5 hp AT-700 and 7.5 hp AT-800 comparison
|
AT-700 |
AT-800 |
PX-500 |
PX-750 |
Maximum Efficiency |
59% |
65% |
66% |
72% |
Power Rating |
7.5 hp |
7.5 hp |
5 hp |
7.5 hp |
Air Flow |
198-558 cfm |
250-306 cfm |
150-550 cfm |
300-700 cfm |
Speed |
13,012-16,778 RPM |
15,591-16,6324 RPM |
12,531-15,985 RPM |
14,694-17,309 RPM |
Energy Cost |
$1,863.68 |
$1,863.68 |
$1,231.36 |
$1,863.68 |
*Energy Cost: $.08/kWh and 8hours/5days with 2 shifts
Paxton’s new PX-series blowers provide a step-change in blower efficiency, with the PX-series blowers as much as 30% more efficient than the previous generation blower. That means you’ll use 33% less energy! Paxton has completely redesigned the blower impellers and scrolls, improving aerodynamics to generate 33% more airflow per horsepower input, meaning that you’ll be able to switch to a lower horsepower blower, and achieve the same airflow.
The below chart shows the flows and pressures where you’ll be able to switch to a lower horsepower motor while achieving the same air power. And, in most cases, the PX-series blower operates at a slower speed, which gives improved blower longevity.
Flow Rate, cubic feet minute
|
200 |
250 |
300 |
350 |
400 |
450 |
500 |
550 |
|
80
|
AT-700
7.5 hp |
AT-800
7.5 hp |
|
|
|
|
|
|
496 |
70
|
AT-700
7.5 hp |
AT-800
7.5 hp |
AT-800
7.5 hp |
|
|
|
|
|
434 |
60
|
|
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
|
|
|
372 |
50
|
|
|
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
|
|
310 |
40
|
|
|
|
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
|
248 |
30
|
|
|
|
|
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
AT-700
7.5 hp |
186 |
|
340 |
425 |
510 |
595 |
680 |
765 |
850 |
934 |
|
Flow Rate, cubic meters per hour
10 hp AT-700 and 10 hp AT-800 comparison
|
AT-700 |
AT-800 |
PX-750 |
PX-1000 |
Maximum Efficiency |
59% |
65% |
72% |
80% |
Power Rating |
10 hp |
10 hp |
7.5 hp |
10 hp |
Air Flow |
443-654 cfm |
306-443 cfm |
300-700 cfm |
450-1050 cfm |
Speed |
15,925-17,078 RPM |
15,411-16,898 RPM |
14,694-17,309 RPM |
11,654-15,017 RPM |
Energy Cost |
$2,462.72 |
$2,462.72 |
$1,863.68 |
$2,462.72 |
*Energy Cost: $.08/kWh and 8hours/5days with 2 shifts
Paxton’s new PX-series blowers provide a step-change in blower efficiency, with the PX-series blowers as much as 30% more efficient than the previous generation blower. That means you’ll use 33% less energy! Paxton has completely redesigned the blower impellers and scrolls, improving aerodynamics to generate 33% more airflow per horsepower input, meaning that you’ll be able to switch to a lower horsepower blower, and achieve the same airflow.
The below chart shows the flows and pressures where you’ll be able to switch to a lower horsepower motor while achieving the same air power. And, in most cases, the PX-series blower operates at a slower speed, which gives improved blower longevity.
Flow Rate, cubic feet minute
|
300 |
350 |
400 |
450 |
500 |
550 |
600 |
650 |
|
80
|
AT-800
10 hp |
AT-800
10 hp |
AT-800
10 hp |
|
|
|
|
|
496 |
70
|
|
AT-800
10 hp |
AT-800
10 hp |
AT-800
10 hp |
|
|
|
|
434 |
60
|
|
|
|
AT-700
10 hp |
AT-700
10 hp |
|
|
|
372 |
50
|
|
|
|
|
AT-700
10 hp |
AT-700
10 hp |
|
|
310 |
40
|
|
|
|
|
|
AT-700
10 hp |
AT-700
10 hp |
|
248 |
30
|
|
|
|
|
|
|
AT-700
10 hp |
AT-700
10 hp |
186 |
|
510 |
595 |
680 |
765 |
850 |
934 |
1019 |
1104 |
|
Flow Rate, cubic meters per hour
15 hp AT-800 and 15 hp AT-1200 comparison
|
AT-800 |
AT-1200 |
PX-1000 |
PX-1500 |
PX-1550 |
Maximum Efficiency |
65% |
65% |
80% |
74% |
75% |
Power Rating |
15 hp |
15 hp |
10 hp |
15 hp |
15 hp |
Air Flow |
443-813 cfm |
846-909 cfm |
450-1050 cfm |
800-1350 cfm |
550-1050 cfm |
Speed |
15,482-17,251 RPM |
13,617-13,902 RPM |
11,654-15,017 RPM |
12,945-14,946 RPM |
15,395-16,159 RPM |
Energy Cost |
$3,727.36 |
$3,727.36 |
$2,462.72 |
$3,727.36 |
$3,727.36 |
*Energy Cost: $.08/kWh and 8hours/5days with 2 shifts
Paxton’s new PX-series blowers provide a step-change in blower efficiency, with the PX-series blowers as much as 30% more efficient than the previous generation blower. That means you’ll use 33% less energy! Paxton has completely redesigned the blower impellers and scrolls, improving aerodynamics to generate 33% more airflow per horsepower input, meaning that you’ll be able to switch to a lower horsepower blower, and achieve the same airflow.
The below chart shows the flows and pressures where you’ll be able to switch to a lower horsepower motor while achieving the same air power. And, in most cases, the PX-series blower operates at a slower speed, which gives improved blower longevity.
Flow Rate, cubic feet minute
|
450 |
500 |
550 |
600 |
650 |
700 |
750 |
800 |
850 |
900 |
|
80
|
AT-800
15 hp |
AT-800
15 hp |
|
|
|
|
|
|
|
|
80 |
70
|
|
AT-800
15 hp |
AT-800
15 hp |
|
|
|
|
|
|
|
70 |
60
|
|
|
AT-800
15 hp |
AT-800
15 hp |
|
|
|
|
|
|
60 |
50
|
|
|
|
AT-800
15 hp |
|
|
|
|
|
|
50 |
40
|
|
|
|
|
AT-800
15 hp |
AT-800
15 hp |
|
|
|
|
40 |
30
|
|
|
|
|
|
AT-800
15 hp |
AT-800
15 hp |
AT-800
15 hp |
AT-1200
15 hp |
AT-1200
15 hp |
186 |
|
765 |
850 |
934 |
1019 |
1104 |
1189 |
1274 |
1359 |
1444 |
1529 |
|
Flow Rate, cubic meters per hour
20 hp AT-1200 comparison
|
AT-1200 |
PX-2000 |
Maximum Efficiency |
65% |
76% |
Power Rating |
20 hp |
20 hp |
Air Flow |
704-1150 cfm |
900-1500 cfm |
Speed |
15,552-17,718 RPM |
15,550-17,129 RPM |
Energy Cost |
$4,958.72 |
$4,958.72 |
*Energy Cost: $.08/kWh and 8hours/5days with 2 shifts
Paxton’s new PX-series blowers provide a step-change in blower efficiency, with the PX-series blowers as much as 30% more efficient than the previous generation blower. That means you’ll use 33% less energy! Paxton has completely redesigned the blower impellers and scrolls, improving aerodynamics to generate 33% more airflow per horsepower input, meaning that you’ll be able to switch to a lower horsepower blower, and achieve the same airflow.
The below chart shows the flows and pressures where you’ll be able to switch to a lower horsepower motor while achieving the same air power. And, in most cases, the PX-series blower operates at a slower speed, which gives improved blower longevity.
Flow Rate, cubic feet minute
|
700 |
750 |
800 |
850 |
900 |
950 |
1000 |
1050 |
1100 |
1150 |
|
90
|
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
|
|
|
|
|
|
|
90 |
80
|
|
|
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
|
|
|
|
|
80 |
70
|
|
|
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
|
|
|
|
70 |
60
|
|
|
|
|
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
|
|
60 |
50
|
|
|
|
|
|
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
|
50 |
40
|
|
|
|
|
|
|
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
AT-1200
20 hp |
40 |
30
|
|
|
|
|
|
|
|
|
AT-1200
20 hp |
AT-1200
20 hp |
30 |
|
1189 |
1274 |
1359 |
1444 |
1529 |
1614 |
1699 |
1784 |
1869 |
1954 |
|
Flow Rate, cubic meters per hour