Recommended Blocking | Foundations 100-EVBP guide

RECOMMENDED BLOCKING:

If the walls do not have studs on center, then additional blocking is necessary (Fig. e).

Contact an architect or building contractor to make sure the blocking is adequate and complies with building codes.

OPERATION:

Rotate base downward. Place infant on top of the changing surface. Use restraint system as described below. After child has been changed, remove restraint system and rotate base back up against the wall.

22 3/4"

(578 mm)

For A. D. A.

Compliance

61”

(155 cm)

Top

16"

(406 mm) on center

USE OF RESTRAINT SYSTEM:	A. F. F		Fig. e
Place child so restraint strap is located at abdomen. Rotate top of buckle upward

and insert strap in buckle. Pull strap through buckle until snug against infant.		Top Of	Locking
Rotate top of buckle downward to lock the strap into place. Slide red locking tab		Top Of	Locking
over top of buckle (Fig.f). Reverse steps to loosen strap.		Buckle	Tab
MAINTENANCE AND CLEANING:
Check all hardware and components monthly or as required to ensure hardware is tight and there
are no missing or damaged components. Take unit out of service if any component is missing or
damaged and contact customer service to order replacement parts. Do not substitute parts.
For replacement parts, contact customer service at 1-877-716-2757.
Clean by using a damp cloth with mild soap or mild multi-purpose cleaner. Do not use any strong			Fig. f
chemical cleaners or cleaning agents that may be hazardous to children.			Fig. f

WARNING

•

• Avoid serious injury from falling or sliding out. Always use restraint system.

Child should never be left unattended.

• Adding excessive weight such as parcels, packages, or accessories to the unit or to the bag hooks that exceed the total weight limit of 50 pounds (22.7 kg) may cause the unit to be unstable or may cause a hazardous unstable condition to exist.

Using Backer Plate Mounting System:

If your changing station was supplied with a backer plate, please follow these instructions. If a backer plate was not supplied and you would like to order one, see information on page 1.

The backer plate is designed to enhance the attachment method to ensure that at least one wood stud is used to support the changing station.

WARNING

• A stud MUST be located and used for at least one side of the diaper changing station.

• The diaper changing station is no stronger than the anchors or walls to which they are attached and, therefore, MUST be firmly secured in order to support the weight they are intended to support. Contact an architect or building contractor if any questions.

• Use backer plate mounting system with at least four (4) standard mounting screws. The backer plate alone is NOT a secure attachment method.

1.Locate wood stud where left side of changing station will be mounted to the wall.

2.Measure up 46” (117 cm) from the floor and mark the wall. NOTE: Mark on wall MUST be in center of wood stud.

3.Using two (2) 3” wood screws and a level, mount the backer plate to the center of the wood stud (Fig. g).

NOTE: The lip of the backer plate MUST be facing away from the wall (Fig. h).Side view ofFig. g

Repeat steps to secure backer plate to another stud on the opposite side.Backer Plate

4.Slide recessed area on back of changing station onto lip of backer plate.Backer

5.Return to installation step 5.3Fig. h Plate Lip

100-EVBP specifications

Foundations 100-EVBP stands out as a pivotal evolution in the realm of electric vehicle battery packs. Designed for both efficiency and sustainability, it showcases a culmination of advanced engineering and cutting-edge technology that addresses the challenges of modern mobility.

One of the foremost features of the Foundations 100-EVBP is its energy density, significantly higher than conventional batteries. By integrating next-generation lithium-ion cells, the Foundations 100-EVBP delivers exceptional performance, enabling longer ranges for electric vehicles. This breakthrough in energy storage is critical in eliminating range anxiety—a primary concern for potential EV users.

Another key characteristic of the Foundations 100-EVBP is its modular design. This allows for scalability and versatile applications across various vehicle platforms, from compact cars to larger electric SUVs and commercial vehicles. The modularity not only facilitates easier manufacturing but also simplifies maintenance and upgrades, providing longevity and adaptability as vehicle technologies evolve.

The thermal management system embedded within the Foundations 100-EVBP ensures optimal operating temperatures for the battery cells. By employing advanced cooling technologies, it mitigates the risks of overheating, which can degrade battery performance and lifespan. This system is designed to maintain efficiency under diverse environmental conditions, further enhancing the reliability of electric vehicles.

Safety is paramount in the Foundations 100-EVBP, which incorporates robust protective measures against short circuits, overcharging, and thermal runaway. The battery pack includes integrated smart sensors that continuously monitor cell health and performance, providing real-time data to vehicle systems. This proactive approach to safety guarantees not only the integrity of the battery but also the well-being of vehicle occupants.

Sustainability is a cornerstone of the Foundations 100-EVBP philosophy. The materials used are sourced responsibly, with a focus on reducing carbon footprints throughout the production process. Furthermore, the pack is designed for eventual recycling, ensuring that the lifecycle of the materials contributes to a circular economy.

The Foundations 100-EVBP represents a significant stride toward more sustainable and efficient electric transportation. Its innovative features, enhanced safety protocols, and commitment to environmental stewardship make it a compelling choice for manufacturers and consumers alike, promising a greener future for mobility.