ShiftBulk is a collaborative conveyor design platform. View Demo

Drive System Details
Issues linked to 5bb307d1e8e8092114aea6f9
New Issue View Issues for this Item
View All Issues

Belt conveyor installations are governed primarily by their height and length (which are invariably unique), and as such are generally built from individual parts. The items in this section are grouped design parameters for drive systems used on this site.



Full Load Speed (r/min) Drive Friction Factor - Secondary Drive Friction Factor - Primary θ (Secondary) (Degree) θ (Primary) (Degree) Drive Ratio Number of Powerpacks on Primary Number of Pulleys c/w Powerpack Standard Number of Poles Starting Factor Frame Height Electric Motor Inertia (kg. m²) Motor FOS Power Factor - cos φ ηdrive ηred ηcpig Drive Starting Method Installed Gear Ratio Unit Installed Power (kW) Total Powerpacks Installed
1 0.35 0.35 200 200 2 2 2 IE3 (Premium Efficiency) AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 20 250 3
1 0.35 0.35 0 200 1 1 1 IE3 (Premium Efficiency) 4 2 AC Induction Motor with Full Voltage Starting and Direct Couplings 169 1.5 1
0.35 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 20 75 1
0.35 0.35 0 200 1 2 1 4 1.6 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 20.9 90 2
0.35 0.35 210 210 2 2 2 IE3 (Premium Efficiency) 4 1.6 AC Induction Motor with Variable Frequency Control and Direct Coupling 17.1 500 3
.35 .35 0 210 1 2 1 IE3 (Premium Efficiency) 4 1.6 AC Induction Motor with Variable Frequency Control and Direct Coupling 16 315 2
.35 .35 0 210 1 1 1 IE3 (Premium Efficiency) 4 1.6 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 18 55 1
1485 0.35 0.35 270 270 1 2 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 1.21013 1.2 0.78 0.954 0.97 0.98 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 28.78 55 2
1489 0.35 0.35 0 220 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 25.13342 1.2 0.8 97 0.97 0.98 AC Induction Motor with Variable Frequency Control and Direct Coupling 25.421 630 1
1485 0.35 0.35 200 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 Reduced Frame 3.24774 1.2 0.8 96 0.97 0.98 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 20 110 1
1490 0.35 0.35 200 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 3.98762 1.2 0.8 96 0.97 0.98 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 20 160 1
1490 0.35 0.35 200 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 3.79211 1.2 0.9 96 0.97 0.98 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 20 132 1
1490 0.35 0.35 200 200 2 2 2 IE3 (Premium Efficiency) 4 1.6 Superior Frame 7.33813 1.2 0.8 97 0.97 0.98 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 16 220 3
1490 0.35 0.35 0 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 Superior Frame 7.69609 1.2 0.8 97 0.97 0.97 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 16 250 1
1485 0.35 0.35 200 200 2 2 2 IE3 (Premium Efficiency) 4 1.6 Standard Frame 6.72567 1.2 0.8 96 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 14 315 3
1488 0.35 0.35 200 200 2 2 2 IE3 (Premium Efficiency) 4 1.6 Standard Frame 22.14135 1.2 0.8 97 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 17.1 560 3
1488 0.35 0.35 200 200 1 1 2 IE3 (Premium Efficiency) 4 1.6 Standard Frame 22.14135 1.2 0.8 97 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 17.1 560 2
1490 0.35 0.35 200 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 Superior Frame 7.33813 1.2 0.8 97 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 14 220 1
1485 0.35 0.35 200 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 2.0877 1.2 0.8 95 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 20 75 1
1490 0.35 0.35 200 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 2.89325 1.2 0.8 96 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 20 110 1
1488 0.35 0.35 200 200 1 1 2 IE3 (Premium Efficiency) 4 1.6 Standard Frame 22.14135 1.2 0.8 97 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 20 560 2
1489 0.35 0.35 200 200 2 2 2 IE3 (Premium Efficiency) 4 1.6 Standard Frame 13.79477 1.2 0.9 96 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 20 400 3
1488 0.35 0.35 200 200 1 1 2 IE3 (Premium Efficiency) 4 1.6 Standard Frame 22.14135 1.2 0.8 97 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 17.1 560 2
1485 0.35 0.35 200 200 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 2.16516 1.2 0.8 95 0.955 0.96 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 16 90 1
1480 0.35 0.35 210 210 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 1.04981 1.2 0.8 95 0.955 0.98 AC Induction Motor with Full Voltage Starting and Direct Couplings 35.5 55 1
1470 0.35 0.35 210 210 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 0.20974 1.2 0.8 93 0.97 0.97 AC Induction Motor with Variable Frequency Control and Direct Coupling (VFD) 31.5 22 1
1490 0.35 0.35 210 210 1 1 2 IE3 (Premium Efficiency) 4 1.6 Standard Frame 3.79211 1.2 0.8 96 0.97 0.97 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 20 132 2
1490 0.35 0.35 210 210 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 5.74661 1.2 0.8 96 0.97 0.97 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 16 250 1
1490 0.35 0.35 210 210 1 1 1 IE3 (Premium Efficiency) 4 1.6 Standard Frame 3.79211 1.2 0.8 96 0.97 0.97 AC Induction Motor with Full Voltage Starting and Fixed Fill Fluid Coupling 22.4 132 1

Navigation
Use the navigation tree to interact with the components. Each node in the tree is a data set used for construction of workspace assemblies.


ShiftBulk

Shiftbulk aims to improve the speed of design, detailing and purchasing of a conveyor system. It aims at reducing the complexity of sourcing equipment, specifying designs, generation and management of equipment lists and generally reducing the complexity of OEM product selection. Beta 0.9.01

Built with the Fraternate user framework

Collections
Tools
Documentation
Sign up to get started!

Sign up its free.
Site Details
Site Map
Issues

List of issues on ShiftBulk.

T & C's
Collaborate

Please feel free to contact us if you would like to work jointly on an activity or project.

© 2020 ShiftBulk