• Lucas-Nuelle CX3226-1A7 LOTO Trainer for HV vehicles with simulated high-voltage automotive components

The Lucas-Nuelle CX3226-1A7 is a practical training system for teaching safe high-voltage isolation and lockout/tagout procedures for battery-electric, plug-in hybrid, and hybrid-electric vehicles.

Students learn to identify electrical hazards, choose an appropriate isolation method, verify that the vehicle is safe to service, investigate simulated faults, and recommission the vehicle after work is complete.

Designed For

  • Vocational schools and community colleges
  • OEM, fleet, and workforce training centers
  • High school automotive programs
  • Recognize electric-vehicle high-voltage hazards
  • Become proficient with methods of vehicle isolation
  • Investigate faults and system status
  • Verify safe working conditions
  • Reinitialize and recommission vehicles safely

Scan Tool Simulation

An integrated interface supports fault insertion and simulates a scan tool with diagnostic trouble codes and live data.

Multiple High-Voltage Isolation Methods

Training covers Live-Dead-Live measurements, manual service disconnects, 12-volt disconnection, cutting loops, high-voltage fuses, smart-key storage, scan-tool shutdown, and warnings for incorrect operation.

Simulated High-Voltage Circuit

The system represents an HV battery, contactor operation, high-voltage interlock loop, drive motor, DC/DC converter, and equipotential bonding circuit.

Guided Learning

Guided instruction modes and assessment activities reinforce correct procedures and decision-making.

Use of Real Workshop Tools

Students practice safety procedures using the same types of equipment used when servicing real vehicles.

Original Components

Authentic automotive components support safe, repeatable high-voltage training.

  • High-voltage awareness
  • High-voltage isolation methods
  • Lockout/tagout procedures
  • Safe-work-condition verification
  • Diagnostic trouble code and fault investigation
  • Safety decision-making
  • Complete vehicle isolation and lockout/tagout
  • Scan-tool shutdown
  • Incorrect isolation procedure
  • Procedure-validation failure
  • Vehicle recommissioning verification
  • High-voltage interlock fault investigation
  • Equipotential bonding fault investigation
  • Residual voltage after isolation
  • Active insulation fault
  • Unknown contactor status
  • Collision-damaged vehicle assessment
  • Authorization-limit recognition
  • Unsafe-work-condition recognition

Some exercises may require separate testing equipment.

  • Four-wire Kelvin milliohmmeter with a test current of at least 200 mA, resolution of 1 mOhm or better, and a pass threshold below 0.1 ohm
  • Insulation and voltage tester or megohmmeter supporting 500 V and 1,000 V DC, a range of at least 200 MOhm, and a CAT III or CAT IV 1,000 V rating

Pages

  • Hydraulic Systems Training
    Item Number:
    773-213
    DAC Worldwide's Hydraulic Sequence Valve Cutaway (773-213) is a sectioned hydraulic sequence valve example with a two-stage balanced piston design, which incorporates a commonly-encountered valve type manufactured by an industry leader.
  • DAC Model: 273-840
    Item Number:
    273-840
    DAC Worldwide’s I/P Transducer Cutaway (273-840) is a detailed I/P converter cutaway that depicts a common current-to-pressure transducer used within industrial process control systems. This common piece of pneumatic control hardware is found in manufacturing facilities, petrochemical plants, refineries, and other similar industrial, commercial, and oil and gas applications.
  • Internet of things (IIoT) & Industry 4.0
    Amatrol's IGNITE: Mastering Manufacturing program teaches Industrial Internet of things (IIoT) & Industry 4.0 skills required for today's manufacturing careers.
  • Universal Laser Systems
    Item Number:
    ILS12.150D
    The ILS12.150D is a free-standing platform with a materials processing envelope of 48" x 24" x 12" or 13,824 in³. The dual laser platform supports a power range of 10 to 150 watts (up to 75 watts with one 10.6µm CO2 laser; up to 150 watts with a second 10.6µm CO2 laser). The ILS12.150D also supports a single 9.3µm laser at 30, 50 or 75 watts (If a 9.3µm CO2 laser is installed, the maximum 10.6µm laser is 75 watts).
  • ILS 12.75 75W Single Laser
    Item Number:
    ILS12.75
    The ILS12.75 is a free-standing platform with a materials processing envelope of 48" x 24" x 12" or 13,824 in³. The single laser platform supports either one 10.6µm CO2 laser (10 to 75 watts) or one 9.3µm CO2 laser (30, 50 or 75 watts).
  • Dual Laser
    Item Number:
    ILS9.150D
    The ILS9.150D is a free-standing platform with a materials processing envelope of 36” x 24” x 12” or 10,368 in³. The dual laser platform supports a power range of 10 to 150 watts (up to 75 watts with one 10.6µm CO2 laser; up to 150 watts with a second 10.6µm CO2 laser).
  • ILS 9.75 75W Single Laser
    Item Number:
    ILS9.75
    The ILS9.75 is a free-standing platform with a materials processing envelope of 36” x 24” x 12” or 10,368 in³. The single laser platform supports either one 10.6µm CO2 laser (10 to 75 watts) or one 9.3µm CO2 laser (30, 50, or 75 watts).
  • APT Manufacturing Solutions
    Item Number:
    iLS
    Each base can hold up to 12 modules to accommodate multiple applications and/or multiple students while still fitting through a standard doorway.
  • DAC Mechanical Drives
    Item Number:
    200-2202
    DAC Worldwide’s In-Line Friction-Type Pneumatic Clutch Cutaway (200-2202) depicts a sectioned industrial pneumatically-activated, spring-return, in-line, friction-type clutch for use in a classroom and laboratory training related to mechanical drives.
  • DAC Mechanical Drives
    Item Number:
    205-230
    In-line helical gear reducers have a unique set of benefits. They’re useful in higher horsepower applications where long-term efficiency is more important than initial costs, which can be higher for this type of gear reducer (although in-line reducers are less expensive than parallel shaft reducers).

Pages