When ON, slurry density and cellular density sync live from Tab 1
Base slurry density
Default: 110 PCF ↑ from Tab 1
Cellular densityRange: 25 – 75 PCF
Foam densityRange: 2.0 – 4.0 PCF, step 0.25
Slurry pump speedRange: 100 – 300 RPM
Truck loadRange: 1 – 10 yd³
Results
CFM slurry output
—
CFM
⬟ Foam setting (recommended)
—
CFM
Total output
—
CY / hr
Time to empty truck
—
minutes
⚠ Important Note
Machine settings and production rates are calculated values — actual values may vary. Always take a sample to verify your density and adjust accordingly.
• Density too high? Increase foam setting or decrease slurry pump speed.
• Density too low? Decrease foam setting or increase slurry pump speed.
All values are calculated based on fixed machine constants (foam output: 20 CFM, foam density: 2.3 PCF, water:concentrate ratio: 45:1). Actual values may vary. Always verify with a sample before production.
Units
Add Pipe Segment
Host pipe diameterinches
Liner pipe diameterinches
Lengthfeet
Segment volume
—
yd³
Pipe Segments
Total volume — all segments
0.00
cubic yards
Units
Your Machine
CT-30D
Slurry pump: 100–300 RPM
Selected
CT-100D PC Pump
Slurry pump: 100–400 RPM
Selected
CT-100D Peristaltic Pump
Slurry pump: 6–26 RPM
Selected
Select Calibration Test
1
Prepare equipment
This test requires a drum of known volume. If a scale is available, place the drum on the scale — this will help determine foam density.
2
Enter drum volume
Drum volumeDefault: 55 gal
3
Set foam output
Set foam to — CFM on the machine display.
Set value on displayCFM
4
Fill the drum
Once the machine is making good foam, fill the drum completely and time it.
5
Enter results
Time to fill drumseconds
Weight of foamlbs (optional)
6
Results
Calculated foam flow
—
CFM
Foam density
—
lbs/ft³
ℹ Foam density requires a scale — enter foam weight above to calculate it. Typical range is 2.0–4.0 lbs/ft³. If calculated, use this value to update foam density in Tab 1 (Mix Design) and Tab 2 (CT Settings) for more accurate results.
1
Prepare equipment
This test requires a drum or bucket of known volume.
2
Enter drum/bucket volume
VolumeDefault: 55 gal
3
Set machine to manual mode
On the machine display: toggle to Production Screen → Machine Setting Screen. Change Mode Select to Manual. Toggle back to Production Screen → Main Screen.
4
Activate water circuit
Set water to 50%, activate the circuit and press the Master button.
Flow rate on displayGPM
5
Fill the drum/bucket and time it
Fill the drum or bucket completely while timing the fill.
6
Enter time taken
Time to fillseconds
7
Results
Calculated water flow
—
GPM
1
Prepare equipment
This test requires a bucket of known volume.
2
Enter bucket volume
VolumeDefault: 1 gal
3
Set machine to manual mode
On the machine display: toggle to Production Screen → Machine Setting Screen. Change Mode Select to Manual. Toggle back to Production Screen → Main Screen.
4
Activate concentrate circuit
Set concentrate to 50%, activate the circuit and press the Master button.
Flow rate on displayoz/min
5
Fill the bucket and time it
Fill the bucket completely while timing the fill.
6
Enter time taken
Time to fillseconds
7
Results
Calculated concentrate flow
—
oz / min
1
Prepare equipment
This test requires a drum or bucket of known volume.
2
Enter drum/bucket volume
VolumeDefault: 55 gal
3
Set pump speed
—
Pump speed (RPM)—
⚠ Caution: High flow rate — there may be pulsation at the outlet hose. Note: To check pump wear, perform this test with 80–100 PSI back pressure.
4
Fill the drum and time it
With the pump running at the set speed, fill the drum or bucket completely while timing the fill. Use a stopwatch for accuracy.