410S - Industrial Motors Training System
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Product Dimensions (L x W x H) 19" x 19" x 25" (480 x 480 x 640 mm) each, approximately 50 lbs. (23 kg) each, approximately Shipping Dimensions (L x W x H) 20 3/4" x 23 1/2" x 30" (525 x 595 x 760 mm) each, approximately 75 lbs. (34 kg) each, approximately |
This system of motor-related training aids introduces the student to a range of common AC and DC motors used in industry. This 7-unit industrial motors core-skills system provides an introduction to the operating characteristics,
common wring practices`and fault troubleshooting for a range of commonly encountered motor types. The system’s unique multi-training aid design supports use by multiple students, or student groups simultaneously.
Each individual motor module includes a welded tubular-aluminum mounting baseplate, formed-steel control box support structure, and a steel control enclosure. All motor wiring is accomplished through banana jack receptacles on the control enclosure’s front panel face using parch cords for safety. Each unit comes equipped with an on-board voltmeter and ammeter. Four guarded instructor fault insertion switches are provided on each motor module. An optional stand-alone motor loading module attaches to each motor unit using a flexible coupling and guard assembly provided with the loading module, allowing for study of each motor type under load. Alternately an optional Prony brake can be used
Each individual motor module includes a welded tubular-aluminum mounting baseplate, formed-steel control box support structure, and a steel control enclosure. All motor wiring is accomplished through banana jack receptacles on the control enclosure’s front panel face using parch cords for safety. Each unit comes equipped with an on-board voltmeter and ammeter. Four guarded instructor fault insertion switches are provided on each motor module. An optional stand-alone motor loading module attaches to each motor unit using a flexible coupling and guard assembly provided with the loading module, allowing for study of each motor type under load. Alternately an optional Prony brake can be used
| • | Welded 1/8" wall tubular aluminum foundation assembly. |
| • | Provision for bench-top mounting, or mounting on related bench, workstation, and electro-mechanical bench products. |
| • | Motors mounted on T-slotted aluminum rails which accommodate both184T and 56-frame motors (56 frame motors are standard). |
| • | Master circuit breakers with provision for simulated lock-out/tag-out. |
| • | Silk-screened front panel face with identification of line and motor lead numbers. |
| • | Color-coded banana-jack patch cord receptacles. |
| • | On-board analog voltmeter and ammeter. |
| • | Permanent internal, tamper-proof, internal grounding of all elements. |
| • | Enclosure cover safety interlock (“kill”) switch. |
| • | Keyed instructor power switch (on rear of control enclosure). |
| • | Large system pilot light. |
| • | Provision for integration of all elements with related electro-mechanical bench applications. |
| • | Use of UL and CE certified electrical components throughout. |
| • | Packaging for shipment via motor freight. |
| #040-747 - Video series, 2-part, titled, "AC Motor Control & Troubleshooting" (Industrial Text & Video). |
| #040-749 - Videos, two-part series titled "DC Motor Control & Troubleshooting" (Industrial Text & Video) |
| #410-001 - Portable digital multimeter. |
| #410-001E - Portable Multimeter, Economy |
| #410-002 - Non-Contact Tachometer. |
| #410-100 - Prony Brake Assembly. |
| #410-500 - Use/Exercise Guide (additional) |
| #410-500C - Use/Exercise Guide (additional) (On Disk) |
| #410-PAC - Motor Fundamentals Training System, Quick-Start Package, (includes #410, #411, #412, #415, #416, #417, (2) #419, (2) #410-001A, (2) #410-002.) |
* Patch cords. (Quantity varies with product)
* Use/Exercise Guide. (Selected exercises provided with each product.)
* Instructor and student wiring diagrams.
* Related textbook (with purchase of four or more devices).
* Electrical Trades Training Manual (IPT)
Varies with training aid. All voltage and phase requirements can be satisfied
The courseware for the entire range, useful in both an instructor-led or self-directed format, includes a textbook on motors and motor control, and twenty-one illustrated, hands-on exercises.
Exercises include:
* Introduction to motor control terminology and construction. * Interpreting motor nameplate data. * Wiring the split-phase, capacitor-start AC motor. * Wiring the permanent split capacitor-start AC motor. * Wiring the three-phase, wye/star configured squirrel cage rotor AC motor. * Wiring the three-phase, delta configured squirrel cage rotor AC motor. * Introduction to troubleshooting. * Troubleshooting the split-phase, capacitor-start AC motor. * Troubleshooting the permanent split, capacitor-start AC motor. * Troubleshooting the three-phase, wye/star configured squirrel cage rotor AC motor. * Troubleshooting the three-phase, delta configured squirrel cage rotor AC motor. * Wiring the shunt-wound DC motor. * Wiring the Series-wound DC motor. * Wiring the compound, cumulatively-wound DC motor. * Wiring the permanent magnet DC motor. * Troubleshooting the shunt-wound DC motor. * Troubleshooting the series-wound DC motor. * Troubleshooting the compound, cumulatively-wound DC motor. * Troubleshooting the permanent magnet DC motor.
Exercises include:
* Introduction to motor control terminology and construction. * Interpreting motor nameplate data. * Wiring the split-phase, capacitor-start AC motor. * Wiring the permanent split capacitor-start AC motor. * Wiring the three-phase, wye/star configured squirrel cage rotor AC motor. * Wiring the three-phase, delta configured squirrel cage rotor AC motor. * Introduction to troubleshooting. * Troubleshooting the split-phase, capacitor-start AC motor. * Troubleshooting the permanent split, capacitor-start AC motor. * Troubleshooting the three-phase, wye/star configured squirrel cage rotor AC motor. * Troubleshooting the three-phase, delta configured squirrel cage rotor AC motor. * Wiring the shunt-wound DC motor. * Wiring the Series-wound DC motor. * Wiring the compound, cumulatively-wound DC motor. * Wiring the permanent magnet DC motor. * Troubleshooting the shunt-wound DC motor. * Troubleshooting the series-wound DC motor. * Troubleshooting the compound, cumulatively-wound DC motor. * Troubleshooting the permanent magnet DC motor.
| These devices have been designed for professionals for use under controlled circumstances for training only. DAC assumes no liability for injury resulting from the use or misuse of this product. |
| Motor-driven rotating machines have inherent risks of injury. This device should be operated only in the company of professional training mentors or experienced industrial maintenance personnel. |
| In accordance with DAC’s established policy of continuous improvement, these specifications and product descriptions are subject to change without notice. This information is the latest technical information as of the time of viewing or printing. |
| This product includes multiple safety features, and suggested safety procedures, as there is potential for direct contact with energized AC circuits in use. Extreme care must be taken to follow written safety procedures carefully, and to ensure that no on-board safety components are tampered with by the user. |
