Basic Equipment Set Incl. Cover Lab Assistance and Interactive Course, Mobile Stand Table

Basic Equipment Set Incl. Cover Lab Assistance and Interactive Course, Mobile Stand Table

Basic Equipment Set Incl. Cover, Lab Assistance / Interactive Course, Mobile Stand (Table)    
Learning contents:
Hazard assessment before beginning recovery
Procedures for rescuing people from HV vehicles
Application of personal protective measures against electric body flow
Securing the vehicle key/shutting off the vehicle electrical system
Use of rescue cards
Setting up a rescue card database and preparing it for rapid deployment
Safe and fast shutdown of the HV system
Evaluation of the hazard potential of an HV battery (in use)
Special features of securing the accident site
First aid measures
Procedure for damaged HV vehicles
Hazard assessment before transporting a damaged HV vehicle
Correct transport of damaged HV vehicles
The following components are included in the scope of delivery:
Car Trainer Accident Assistance and Recovery of HV Vehicles
E-learning course for Windows systems (PC, laptop, tablet) without license commitment

Instruction manual
The eLearning course is equipped with numerous videos, animations and images and offers the following thematic contents (overview):
Types of electric and hybrid vehicles
Identification of hybrid and electric vehicles
Identification of HV components in the vehicle
Main differences between hybrid and electric vehicles
Hazards associated with HV systems
Hazards due to damaged HV components
Hazards associated with damaged HV vehicles
Safety precautions before starting recovery operations
Hazards associated with handling HV batteries
Typical location and arrangement of HV components
HV disconnect devices
LV disconnecting devices
Special NV disconnect devices for rescue workers.
Identifying the READY state of the vehicle
Storage of damaged electric and hybrid vehicles
Safe approach to an electric or hybrid vehicle
Vulnerable groups in incidents involving electric/hybrid vehicles
Assessing the extent of HV vehicle damage
Use of rescue cards
Access to additional support/information gathering
First aid in the event of electrocution
Protection methods for rescuing people and others
Damaged HV vehicles
Safe transport and storage of an electric or hybrid vehicle
The following activities can be performed directly on the hardware:
Switching on/off the READY mode
Switching off the HV system via an HV switch-off device
Switching off the HV system via an NV switch-off device
Switching off the HV system by means of a special fuse
Switching off the HV system by means of a cutting solution
Working/securing a smart key
Visual inspection of the presence of HV voltages in components of the HV system
Manufacturer-dependent discharge characteristics of the HV capacitor
Application of thermal cameras
The training system offers the possibility to activate various accident scenarios in order to plan and work through the appropriate procedure together:

Scenario 1: READY mode of the HV vehicle cannot be switched off.
Scenario 2: Severe damage to the rear (and HV battery).
Scenario 3: Damaged HV vehicle
Scenario 4: Burning HV vehicle
Scenario 5: Trapped driver  
The training hardware works only with a simulated HV voltage, i.e. the participants have the possibility to learn completely relaxed and concentrated, since even in reality serious mistakes, here no serious consequences bring. The intention of the hardware is to be as practical as possible, which is why the hardware has the following components:
Representation of the front graphic in the rescue card design
Real HV cut-off device from the vehicle
Real LV disconnecting device from the vehicle
Real HV fuse from the vehicle
Real cutting solution
Display of the HV voltages component-related via displays
Selection of passive or active discharge of the HV condenser
Safe heating of the HV battery with activated fault scenario
12V battery
Smart Key to activate the vehicle
Start button and brake button to switch on READY mode
HV fault indication
Dimensions
Dimensions: 1000 x 800 x 220mm (WxHxD)
Weight: 35kg
Mobile experiment stand, 1070 x 1350 x 700mm (W x H x D)
The mobile experiment stand made of aluminium profiles is designed for mounting the training systems. High-quality, mobile experiment and demonstration stand from the series complete with table legs made of aluminium profiles, PC installation bracket, under-cabinet with drawers and additional storage shelf.
Tabletop + storage shelves:
Tabletop 1000 x 700 x30 mm (WDH), tabletop height 830 mm
Bottom shelf/storage shelf 1000 x 525 x 25mm
Tabletops made of highly compressed, multi-layered fine chipboard conforming to DIN EN 438-1
Colour grey, RAL 7035, with slightly textured coating (Resopal) 0.8 mm thick on both sides, conforming to DIN 16926
Resistant to many chemicals and reagents, such as dilute acids and bases
Resistant to heat, e.g. liquid solder and point heating caused by soldering iron, lit cigarette or similar.

Table-top frame with solid, impact-resistant edging made of 3-mm thick coloured plastic, colour RAL 7047
Coatings and adhesive are PVC-free
Power supply with 6-outlet power terminal strip, mounted underneath the frame, 2-m power cable and Schuko earthed plug.
Frame:
2 extruded aluminium profiles with multi-groove profile
8 identical grooves in the extruded aluminium profiles (3 on each side + 1 each front and rear)
Grooves to accommodate industry-standard equipment holders
Stable roller frame made of rectangular tube with 4 two-wheeled swivel casters, 2 with brakes
Table frames made of rigid rectangular tubing combination
Acid-resistant epoxy-resin coating, 80µm thick, colour RAL 7047
Suspended under-cabinet:
1 drawer for utensils
2 drawers 2 HU
Effective width 330mm, effective depth 480mm
Lockable and with central locking system
Metal drawers with all-around series of insert slots
Body made of 19-mm thick, highly compressed, multi-layer fine chipboard with plastic coating conforming to quality class E1 on both sides
Dimensions: 430 x 580 x 290mm (W x H x D)
PC attachment bracket:
With 3 screwed-in rubber stoppers, dimensions 65 x 65 x 114 mm (secures the PC in place from above)
The PC attachment bracket can be adjusted in terms of its height at the aluminium profile
Can be mounted on the left or right, includes attachment materials
Acid-resistant epoxy-resin coating, 80 µm thick, colour RAL 7047
Dimensions:
Tabletop height 830mm
Dimensions without training system attachment: 1070 x 1350 x 700 (W x H x D)
Dimensions with training system attachment: 1070 x 1650 x 700 mm (W x H x D)
Protection cover:
For protecting equipment from dust and damp
Colour: matt dark grey
Non-transparent material: nylon fabric with polyurethane coating
High resistant to tearing, impregnated to be washable and waterproof
The mobile experiment stand has to be delivered already pre-assembled.