| Part # |
CFR* |
A |
B |
C |
D |
E |
F |
G |
H |
I |
IST15 |
0.05265 |
11.02" |
5.90" |
20.90" |
21.25" |
10.63" |
0.47" |
1.125" |
0.250" |
0.986" |
IST20 |
0.113 |
13.50" |
7.87" |
22.80" |
22.60" |
12.60" |
0.50" |
1.125" |
0.250" |
0.986" |
IST25 |
0.31073 |
15.98" |
9.84" |
28.90" |
27.60" |
15.00" |
0.50" |
1.375" |
0.312" |
1.201" |
IST30 |
0.5367 |
19.00" |
11.81" |
29.90" |
28.60" |
16.54" |
0.50" |
1.375" |
0.312" |
1.201" |
IST35 |
0.8474 |
21.00" |
13.78" |
33.90" |
29.50" |
19.69" |
0.79" |
1.750" |
0.375" |
1.542" |
IST40 |
1.243 |
23.50" |
15.75" |
35.70" |
32.40" |
21.65" |
0.89" |
1.750" |
0.375" |
1.542" |
*Theoretical Cubic Feet Per Revolution. Theoretical capacity is based on 100% Volumetric Efficiency
(VE) at 1 RPM. Throughput is dependent on the volumetric efficiency of the product to be conveyed. For instance, lead
oxide will have a higher volumetric efficiency than saw dust. Actual throughput in pounds per minute can be calculated
using the following equation:
LBS PER MINUTE = DENSITY X CFR X RPM X VE
