Care and Maintenance, Using the Inflator/Deflator

4.Monitor the pressure gauge. When desired pressure is reached, slide the Air Compressor/Inflator Switch to OFF; open thumb latch and remove connector from valve stem.

5.Store the compressor hose and tire fitting in storage compartment.

Inflating Products Without a Valve Stem Using the Compressor

Inflation of other items requires use of one of the adapters (nozzles).

1.Insert appropriate adapter (e.g. needle) into the connector (chuck) on the Air Compressor Hose and close thumb latch.

2.Insert adapter (e.g. needle) into item to inflate.

3.Slide Air Compressor/Inflator Switch to COMPRESSOR.

4.Refer to the following table for approximate filling pressure and time. Small items such as volleyballs, footballs, etc. inflate very rapidly.

5.Monitor the pressure gauge. When desired pressure is reached, slide the Air Compressor/Inflator Switch to OFF; open thumb latch and remove connector from valve stem.

6.Remove adapter from item and store properly.

Typical Inflation Times

Vehicle and trailer tires	Inflation pressure (psi)	Approx. Filling time
Vehicle and trailer tires
155/80R 13"	26	2.5 min.
185/70R 14"	30	4.5 min.
235/75R 16"	30	6.5 min.
235/70R 17"	42	16 min.
Bicycle tires
27" X 1" (racing)	90	40 sec.
Football	13	24 sec.
Basketball	10	20 sec.
Volleyball	5	6 sec.

WARNING

Always follow tire manufacturer’s recommendations for pressure on item to be inflated.

Note: Thermo-protection device shuts down the unit when the unit overheats and restarts once the unit has reached a safe operating temperature (usually 15 minutes).

Using the Inflator/Deflator

Inflating

1.Locate the inflation valve on your product and open it.

2.Fasten the Inflator/Deflator Hose (stored in the compartment on the back of the unit — see page 2) to the Inflator Port inside the Air Panel.

3.Attach the appropriate nozzle to the free end of the Inflator/Deflator Hose.

4.Slide the Air Compressor/Inflator Switch to INFLATOR.

5.When product is fully inflated, turn the Air Compressor/Inflator Switch to OFF, remove hose from valve and close the valve.

Deflating

1.Open the valve on your product completely to release air.

2.Fasten the Inflator/Deflator Hose (stored in the compartment on the back of the unit — see page 2) to the Deflator Port inside the Air Panel.

3.Attach the appropriate nozzle to the free end of the Inflator/Deflator Hose.

4.Slide the Air Compressor/Inflator Switch to INFLATOR.

5.When product is fully deflated, turn the Air Compressor/Inflator Switch to OFF, remove hose from valve and close the valve.

CARE AND MAINTENANCE

CAUTION

If the cord, wires, or cables become damaged, return the entire unit to Power On Board immediately for service/repair.

Replacement Parts

For replacement parts (bulbs, batteries, fuses, adapters, hoses, etc.), contact Customer Service, toll-free, at at (954) 584-4446 or toll free at (866) 584-5504.

Battery Replacement/Disposal

It is recommended that the unit be returned to Customer Service for battery replacement.

This unit contains a maintenance-free, non-spillable, sealed lead- acid battery. This battery is fully recyclable and should be accepted at any location that accepts common automotive batteries. Examples of places that accept these batteries are: county or municipal recycling drop-off centers, scrap metal dealers and retailers who sell automotive replacement lead acid batteries.

WARNINGS

Do not dispose of the battery in fire, as this may result in an explosion.

Before disposing of the battery, protect exposed terminals with heavy-duty electrical tape to prevent shorting (shorting can result in injury or fire).

Do not expose battery to fire or intense heat, as it may explode.

Fuse Replacement (DC Accessory Adapter)

1.Remove plug from accessory outlet. Remove the gold cap by turning counter- clockwise and lifting off.

2.Remove center pin and spring. Remove fuse.

3.Replace fuse with same type and size fuse (8 amp).

4.Replace center pin and spring inside plug.

5.Replace gold cap by turning clockwise.

BD051605, VEC1028POB specifications

Vector BD051605 and VEC1028POB are two innovative products in the realm of advanced vehicle technology, specifically designed for enhancing mobility and engineering applications. These devices embody exceptional design and functionality, catering to various modern vehicular needs.

The Vector BD051605 is a high-performance controller that is primarily aimed at managing electric motor operations in electric and hybrid electric vehicles. Its standout features include a versatile communication interface, enabling integration with multiple sensors and control units. This flexibility allows it to be employed in a variety of vehicle platforms. The BD051605 supports advanced modulation techniques which contribute to improved efficiency and performance of electric drive systems. With its robust thermal management design, this controller ensures reliable operation even under demanding conditions, making it a preferred choice for manufacturers seeking optimum reliability.

On the other hand, the VEC1028POB is a compact yet powerful power distribution unit known for its capability to manage multiple electrical loads seamlessly. This unit incorporates state-of-the-art technologies that enhance safety and efficiency across various electrical systems. A notable feature is its integrated fault detection mechanism, which provides real-time diagnostics and predictive maintenance alerts. This characteristic not only enhances reliability but also minimizes downtime, which is critical in commercial applications.

Both devices leverage cutting-edge technologies such as CAN bus communications, which facilitate high-speed data transfer between components, ensuring that information is readily available for decision-making processes. The integration of advanced algorithms within both the BD051605 and VEC1028POB allows for dynamic adjustments according to vehicle performance parameters, optimizing energy usage and improving overall vehicle efficiency.

In conclusion, Vector BD051605 and VEC1028POB combinedly represent a significant leap forward in vehicle technology. Their superior features, including enhanced communication, reliability, and real-time diagnostics, position them as essential components for contemporary electric and hybrid vehicles. As the automotive industry continues to evolve towards greater electrification and automation, these technologies provide practical solutions that support this transition while ensuring safety and performance efficiency. Their implementation not only drives advancements in vehicle engineering but also aligns with the growing demand for sustainable mobility solutions.