EC-2100_053053 - Cutaway TXV H-block
The ConsuLab EC-2100 cutaway trainer is designed to demonstrate the internal operation of a typical TXV H-block used to control refrigerant flow in today’s HVAC systems.
The ConsuLab EC-2100 cutaway trainer is designed to demonstrate the internal operation of a typical TXV H-block used to control refrigerant flow in today’s HVAC systems.
The EC-2001-07 allows students to see the internal operation of the electrically driven hybrid scroll type A/C compressor. The 3-phase electric motor that drives the compressor can be rotated using a
The EC-140H Cutaway Toyota Prius Hybrid Drive Train is a training system designed specifically for teaching how a typical hybrid drive train operates. The trainer consists of all cutaway drive train c
The EC-127 Cutaway 30/30 Air Brake Chamber is partly cut away so that a trainee can observe the internal elements housed within the chamber.
The EC-1120 is a working system of actual, new components so that students can visualize the actual operation.Some of the highlights of this trainer include: Total visibility of all clutch components
The EC-1108 cutaway Eaton transmission has been designed for teaching Eaton heavy-duty transmission theory and operation. This model provides several forward speeds and reverses, consisting of a front
The ConsuLab EC-1106-3 cutaway Allison transmission has been specifically designed for teaching heavy duty automatic transmission theory and operation. It has been strategically sectioned and cutaway
The ConsuLab EC-1106-1_052742 Cutaway Allison Transmission has been specifically designed for teaching heavy duty automatic transmission theory and operation. This cutaway has been strategically secti
The ConsuLab CL-1918-4S_053304 trainer has been developed to teach modern automotive lighting systems through student led hands-on learning exercises where reinforcement of circuit understanding is en
The ConsuLab CL-1902 Electromagnetism trainer is designed for your students to physically demonstrate, test, measure, and experience electromagnetism using a “hands-on” approach to learning. Many aspe