Technical details
| Lock type |
Key |
| Height adjustment |
N |
| Locking |
Y |
| Type |
Multimedia cart |
| Number of wheels |
4 wheel(s) |
32-Device iPad, Chromebook, Tablet, and Laptop Cart, 110 - 120V AC, 50/60Hz, Plug Type: NEMA 5-15P, 57.6kg, Gray
32-Device iPad, Chromebook, Tablet, and Laptop Cart - Steel Top, Fixed Shelves, Hinged Doors, Front Cable Management Bars, 4-Bank Timer
One-size-fits-all shelves accommodate up to 32 mobile devices.
LCC32H-ACT Features
- Store and charge up to 32 iPads, Chromebooks, tablets, and laptops.
- Locking rear access panel for safety.
- Superior rear cable management.
- Includes front cable management bars and timer.
- Fixed shelves.
- Includes three PDUs.
- Also available as unassembled.
- Highly durable and sturdy construction not often seen at this price point.
- Includes timer (CARTTIMER1).
- One-size-fits-all shelf can accommodate the majority of devices on the market.
- Small footprint.
- Top can be a work surface or podium.
- Ideal for K-12, medical, airport, and restaurant environments.
Use this cart anywhere you have multiple laptops, Chromebooks, iPads, or tablets that need to be stored and charged.
This product includes:
- (3) PDUs
- (3) fixed shelves
- (3) front cable management bars
- (1) timer
- Rear cable management
Included timer cycles between four outlets, providing power to each in 15 minute increments. This breaks up the number of devices being charged into smaller groups, lowering the overall current draw to prevent a power loss caused by tripping a breaker.
Every 15 minutes the timer will cycle—turn off the current outlet and turn on the next outlet in the series—to provide power to the next group of devices. Over the course of an hour, all the devices in the cart will get 15 minutes of charging time. When left charging overnight, each device will have several hours of charging time providing a fully charged device for users. For example, over 8 hours each device will have 2 hours of charging time.
WARNING: Do not plug multiple power strips into the same circuit simultaneously without using CARTTIMER1. Overloading power on one circuit might cause electric shock or damage your equipment.
