A full cutaway view of the valve body exposes the complete internal design characteristics, flow path, valve stem, compressor connection, backseat, front-seat, packing and gauge port, while retaining its operational characteristics.
Amatrol’s Roller Pack Machine Tool Axis Learning System (97-ME4A) adds to the Mechanical Drives 1 training system (970-ME1) to teach machine tool axis drives based on the roller-pack type bearing. Roller-pack bearings are precision bearings made specifically for the machine tool axis to provide precision positioning of the axis under heavy load. Students will learn industry-relevant skills related to this new topic including operation, installation, troubleshooting, and design.
Cam Clutch, Friction Clutch, & Electric Brakes Training System
Amatrol’s Mechanical Drives 4 Learning System (97-ME4) adds to the Mechanical Drives 1 Learning System (970-ME1) to teach the operation, installation, maintenance, troubleshooting, identification, and selection of precision ball screws, linear ball bearings, a cam clutch, friction clutches, electric brakes, and axis slides.
The 97-ME4 training system includes a Linear Ball Bushing Package, Ball Screw Drive Package, Clutch Package, Brake Package, Flywheel Package, Cable and Switch Package, Student Learning Activity Packet Set, Instructor’s Guide, Installation Guide, and Student Reference Guide.
Amatrol’s Mechanical Drives 1 Learning System (970-ME1) covers mechanical drive installation, mechanical drive operation, motor drive alignment, and applications of various motor drive systems. Learners will use the mechanical drives training system and the interactive online mechanical drives curriculum to gain theoretical knowledge and hands-on skills for shaft, belt, gear, and chain drives using real-world motor drive components. This hands-on mechanical drives skill-building system covers topic areas like mechanical drive systems, key fasteners, power transmission systems, v-belt drives, chain drives, spur gear drives, and multiple shaft drives.
This hands-on industrial training system includes a 2-panel mobile workstation with a constant speed drive motor, variable speed motor, motor control unit, and multi-drawer storage unit that include real-world components for building and operating mechanical drive applications. Learners will practice hands-on skills like leveling an electric motor, calculating mechanical efficiency, installing a flexible jaw coupling, installing and removing a chain with a master link using a chain puller, and installing and aligning a sleeve coupling and shaft. Amatrol expertly mixes theoretical concepts immediately followed by hands-on practice to build the strongest possible retention and competency for learners. This method allows learners to simultaneously build motor drive conceptual knowledge and hands-on competency.
In this video, Amatrol’s Industry Sales Manager, Mark Goodman, demonstrates on Amatrol’s 970-ME1 how to adjust belt tension using an adjustable mounting base after learners have worked through the eLearning lessons, “how to determine belt tension for an application” and “methods of adjusting belt tension.”
Amatrol’s Mechanical Drives 1 Learning System (970-ME1) covers mechanical drive installation, mechanical drive operation, motor drive alignment, and applications of various motor drive systems. Learners will practice hands-on skills like leveling an electric motor, calculating mechanical efficiency, installing a flexible jaw coupling, installing and removing a chain with a master link using a chain puller, and installing and aligning a sleeve coupling and shaft.
Simlog’s Skid Steer Loader Personal Simulator puts students at the controls of a typical skid steer loader equipped with either a bucket (with or without teeth) or forks, at work in a typical construction site. The simulator configuration options include Vertical or Radial lift path types, and two skid steer loader color combinations.
Replica Controls
The most cost-effective option featuring industrial-strength controls.
Key Benefits
- Easy to assemble and USB-ready
- Light weight and portable
- Ability to create your own operator chair
- Multi-Purpose Replica Controls
- Optional Two-Pedal Replica Control Unit
- ISO, H-Pattern, or Standard (with pedals)
Simlog’s Skid Steer Loader Personal Simulator puts students at the controls of a typical skid steer loader equipped with either a bucket (with or without teeth) or forks, at work in a typical construction site. The simulator configuration options include Vertical or Radial lift path types, and two skid steer loader color combinations.
Operator Chair
A superior simulation experience with an authentic operator seat.
Key Benefits
- Fully assembled and USB-ready
- Steel platform on casters
- Adjustable seat and arm consoles
- Multi-purpose configurations
- Optional Two-Pedal Replica Control Unit
- ISO, H-Pattern or Standard (with pedals)
Simlog’s new Skid Steer Loader Personal Simulator, the world’s first, puts you at the controls of a typical skid steer loader equipped with either a bucket (there are two kinds) or forks, at work in a typical construction site.
Simlog’s Skid Steer Loader Personal Simulator puts students at the controls of a typical skid steer loader equipped with either a bucket (with or without teeth) or forks, at work in a typical construction site. The simulator configuration options include Vertical or Radial lift path types, and two skid steer loader color combinations.
Training efficiency is delivered through a modular Instructional Design that teaches real skills for productive and safe equipment operations in the field.
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Item Number:REA/3000Pignat's Computerized Chemical Reactor (REA/3000) is a one-gallon, controlled, multi-purpose, jacketed glass reactor system specifically designed for education and research. This unit supports the study of controlled batch chemical reactions and allows students to operate and experience reaction processes and modify the variables upon which the reactions being studied are based. -
Item Number:373-519This Condenser Pressure Control Valve (KVR) Cutaway provides a full cutaway view of a control valve that exposes the complete internal components and operating principles. -
The Confined Space Entry simulation is ideal for future employees or supervisors who work in or around work environments that utilize confined spaces. This course will equip learners with the knowledge and skills necessary to safely enter and work in confined spaces. -
The Construction Electrical Hazard awareness simulation is ideal for future employees and supervisors who work in or around active construction sites. The primary goal of this course is to teach workers safe work procedures to follow while working around electrical hazards in a construction environment. -
Item Number:DVI/100Pignat's compact, benchtop Continuous Distillation trainer (DVI/100) allows students to operate a continuous distillation process. Expertly crafted glass components show the flow of fluid through the complete process in both liquid and gaseous phases. With an efficient startup time, steady-state operation can be reached in 20 minutes. -
Item Number:255DAC Worldwide’s Control Valve Cutaway, .75"-1.5" (255) supports realistic classroom training in the operation, construction, and maintenance of a pneumatically-operated control valve used in industrial process systems. The complete internal configuration of the valve’s actuator and body is exposed and showcased through carefully-planned sectioning and color-coding. -
Item Number:255KDAC Worldwide's dissectible (255K) is a realistic, hands-on valve sample that supports realistic classroom training in the disassembly, inspection, and reassembly of a full-size industrial diaphragm-actuated control valve. -
Item Number:273-810DAC Worldwide’s Control Valve Positioner Cutaway (273-810) is a detailed, sectioned, professionally-crafted control valve positioner cutaway that depicts a common control valve positioner. -
Item Number:ABR/3000The regeneration process is observed on the second column, which is continuously fed. An energy‐saving heat exchanger is placed between the two columns to optimize energy usage. With this unit, students are able to study various control loops, determine mass balance, and process efficiency. The unit also includes a LabView monitoring system.
