Vector VEC1028POB, BD051605 user manual Important Safety Instructions

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IMPORTANT SAFETY INSTRUCTIONS

WARNINGS

1.RISK OF EXPLOSIVE GAS MIXTURES — WORKING IN THE VICINITY OF A LEAD-ACID BATTERY IS DANGEROUS. BATTERIES GENERATE EXPLOSIVE GASES DURING NORMAL BATTERY OPERATION. FOR THIS REASON, IT IS OF UTMOST IMPORTANCE THAT EACH TIME BEFORE USING THIS UNIT, YOU READ THIS MANUAL AND FOLLOW THE INSTRUCTIONS EXACTLY.

2.To reduce risk of battery explosion, follow these instructions and those published by the battery manufacturer and manufacturer of any equipment you intend to use in vicinity of battery. Review cautionary markings on these products and on engine.

3.This equipment employs parts (switches, relays, etc.) that produce arcs or sparks. Therefore, if used in a garage or enclosed area, the unit MUST be placed not less than 18 inches above the floor.

Battery Safety

1.When working with lead acid batteries, always make sure immediate assistance is available in case of accident or emergency.

2.Always use protective eyewear when using this product: contact with battery acid may cause blindness and/or severe burns. Be aware of first aid procedures in case of accidental contact with battery acid.

3.There is a risk of releasing explosive gases when lead acid batteries are charged or discharged. Failure to follow instructions may cause property damage and/or personal injury.

4.When connecting the battery clamps to a discharged battery and an alarm sounds — the clamp connections are incorrect and need to be reversed.

5.Jump-start procedures should only be performed in a safe, dry, well-ventilated area.

6.Always store battery clamps on the clamp tabs on the back of the unit when not in use. Never touch battery clamps together. This can cause dangerous sparks, power arcing and/or explosion.

7.When using this unit close to the vehicle’s battery and engine, stand the unit on a flat, stable surface, and be sure to keep all clamps, cords, clothing and body parts away from moving vehicle parts.

8.Do not wear vinyl clothing when jump-starting a vehicle, friction can cause dangerous static- electrical sparks. Remove all jewelry or metal objects that could cause short circuits or react with battery acid.

9.Never allow RED and BLACK clamps to touch each other or another common metal conductor — this could cause damage to the unit and/or create a sparking/explosion hazard.

10.a. For negative-grounded systems (most common), connect the POSITIVE (RED) clamp to the POSITIVE ungrounded battery post and the NEGATIVE (BLACK) clamp to the vehicle chassis or engine block away from the battery. Do not connect the clamp to the carburetor, fuel lines or sheet-metal body parts. Connect to a heavy gauge metal part of the frame or engine block.

b.For positive-grounded systems, connect the NEGATIVE (BLACK) clamp to the NEGATIVE ungrounded battery post and the POSITIVE (RED) clamp to the vehicle chassis or engine block away from the battery. Do not connect the clamp to the carburetor, fuel lines or sheet-metal body parts. Connect to a heavy gauge metal part of the frame or engine block.

11.Always disconnect the NEGATIVE (BLACK) jumper cable first, followed by the POSITIVE (RED) jumper cable, except for positive grounded systems.

12.Do not expose battery to fire or intense heat since it may explode. Before disposing of the battery, protect exposed terminals with heavy-duty electrical tape to prevent shorting (shorting can result in injury or fire).

13.Do not smoke or use flammable items (matches, cigarette lighters, etc.) while working on a vehicle’s battery system.

14.DO NOT ATTEMPT TO JUMP-START A FROZEN BATTERY.

15.Place this unit as far away from the battery as DC cables permit.

16.Never allow battery acid to come in contact with this unit.

17.Vehicles that have on-board computerized systems may be damaged if vehicle battery is jump- started. Before jump-starting, read the vehicle’s owners manual to confirm that external-starting assistance is suitable.

Compressor/Inflator Safety

1.Never attempt to disable or block the inflation and deflation ports while pump is operating.

2.Never cover unit at any time.

3.Never leave the pump unattended while in use.

4.Never allow sand, small rocks or other debris to be sucked into the inflation or deflation ports.

5.Never look into or point the inflator port opening toward anyone’s eyes.

6.Do not use the compressor continuously for longer than 15 minutes. Extended use will cause it to overheat and can damage the product. After 15 minutes of continuous use, turn the unit OFF and wait 15 minutes before resuming operation of the compressor.

7.DO NOT overinflate objects or exceed manufacturer’s recommendations for pressure on objects to be inflated.

Personal Safety

FIRST AID

SKIN: If battery acid comes in contact with skin, rinse immediately with water, then wash thoroughly with soap and water. If redness, pain or irritation occurs, seek immediate medical attention.

EYES: If battery acid comes in contact with eyes, flush eyes immediately for a minimum of 15 minutes and seek immediate medical attention.

CAUTIONS

1.When using an extension cord (not supplied) for AC charging/recharging, make sure it has the same configuration as the plug of the unit and that the cord is properly wired and in good condition. The cord must be suitable for 120 volts AC and have a minimum 2 amp rating.

2.Do not recharge for more than 5-6 hours maximum using the 12 volt DC method. Recharge unit after each use.

3.All ON/OFF switches should be in the OFF position when the unit is charging or not in use. Make sure all switches are in the OFF position before connection to a power source or load.

4.Never insert anything other than the supplied power/recharging cords or recommended appliance power/recharging cords into the 12 volt DC charging/power outlet on this unit. Do not use any accessory that is not recommended or provided by the manufacturer.

5.Do not use this unit to operate appliances that need more than 5 amps to operate from the 12 volt DC accessory outlet.

6.This system is designed to be used only on vehicles with a 12 volt DC battery system. Do not connect to a 6 volt or 24 volt battery system.

7.This system is not designed to be used as a replacement for a vehicle battery. Do not attempt to operate a vehicle that does not have a battery installed.

8.Excessive engine cranking can damage a vehicle’s starter motor. If the engine fails to start after the recommended number of attempts, discontinue jump-start procedures and look for other problems that may need to be corrected.

9.Although this unit contains a non-spillable battery, it is recommended that unit be kept upright during storage, use and recharging. To avoid possible damage that may shorten the unit’s working life, protect it from direct sunlight, direct heat and/or moisture.

10.Check unit periodically for wear and tear. Contact the Customer Service Department at (866) 584-5504 to replace worn or defective parts.

11.Do not drop this unit as it may damage the product. If unit is dropped or damaged, please discontinue using it.

12.NEVER submerge this unit in water.

13.Store indoors. Do not operate unit in rain or snow, or use when wet.

14.Do not operate this unit in a closed area or restrict ventilation in any way.

THIS UNIT IS NOT FOR USE BY CHILDREN AND SHOULD ONLY BE OPERATED BY ADULTS.

SAVE THESE INSTRUCTIONS

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Contents Power Center Important Safety Instructions Table of Contents AC and DC CHARGING/RECHARGING Protective FeaturesViewing Battery Charge Status Volt DC Charging Using the Power Center AS a JUMP-STARTERVolt AC Charging Jump-Starting InstructionsAC Power Supply Controls and Indicators Using the AIR COMPRESSOR/INFLATORUsing the 120 Volt AC Power Supply AC Power Supply OperationReplacement Parts Care and MaintenanceUsing the Inflator/Deflator Fuse Replacement DC Accessory AdapterAC Power Specifications SpecificationsVolt DC Specifications Tire Inflator Specifications

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.