Introduction, SWITCHES, Indicators and Ports

POSITIVE GROUND SYSTEMS (UNCOMMON)

NOTE: In the rare event that the vehicle to be started has a Positive Grounded System (positive battery terminal is connected to chassis): Replace step 4 and 5 above with steps, 4a and 5a and then proceed to steps 6 through 8 below.

4a. Connect negative (-) black clamp to vehicle battery‘s negative terminal.

5a. Connect positive (+) red clamp to vehicle chassis or a solid, non-moving, metal vehicle component or body part. DO NOT clamp directly to positive battery terminal or moving part.

6.Turn jumpstart system‘s power switch to ON position.

7.Start vehicle (do not turn key for longer than 5-6 seconds).

8.After vehicle starts, turn jumpstart system‘s Safety Switch to OFF position. Remove clamps (disconnect the negative (Black) jumper cable first; followed by the positive (Red) jumper cable) and replace them in the built-in storage holsters. Squeeze the handles and slide the clamp into position and release your grip.

CAUTIONS:

•If engine fails to start, leave ignition key turned off, make sure safety switch is off and disconnect the negative (–) clamp first, then the positive (+) clamp. Try again later; the engine may be flooded.

•Recharge jumpstart system after each use.

WARNINGS:

•Always disconnect the negative (black) jumper cable first; followed by the positive (red) jumper cable.

•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 sparking/explosion hazard.

•There is a risk of explosive gases being released when batteries are improperly charged or discharged. Failure to follow instructions may cause property damage, explosive hazard, and/or personal injury.

•Always use protective eyewear when using this product; contact with battery acid may cause blindness and/or severe burns.

•Keep out of reach of children.

•ALWAYS store battery clamps in built-in holsters when not in use. Never touch battery clamps together; this can cause dangerous sparks, power arcing and/or explosion.

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 minimum of 15 minutes. SEEK IMMEDIATE MEDICAL ATTENTION.

1. INTRODUCTION:

Congratulations on selecting the Vector® START-IT Compact Pro™ JUMPSTART SYSTEM & 12 VOLT DC POWER SUPPLY. This compact jumpstarter is unique in the amount of energy it can supply for it’s size. The internal battery is a Vector® developed high density sealed lead acid battery that stores and delivers energy comparable to full sized ordinary jumpstarters. Please read this guide carefully before use to ensure optimum performance and avoid damage to the unit or to items with which you are using the jumpstater.

The Vector® START-IT Compact Pro™ JUMPSTART SYSTEM & 12 VOLT DC POWER SUPPLY is a compact, durable and portable jumpstart system for vehicles and boats that have a standard 12 volt battery system. This self-contained, rechargeable system will start most vehicles and boats without the need for a host vehicle or 110/120-volt AC power supply.

It can also be used as a safe, portable source of 12 volt DC electric power in remote locations and/or emergency situations. It is ideal for use with Vector® 12-volt DC cordless, portable, rechargeable products and MAXX® DC/AC Power Inverters. Use the START-IT Compact Pro™ to:

-Jumpstart:

Any engine system with a standard 12 volt DC battery: boat, truck, car, RV, personal watercraft, snowmobile, garden tractor, gasoline engine generator, etc.

-Operate: 12 volt DC:

Fans, inflators, fluorescent work lights, cellular phones*, air compressors, inflators, spotlights, TVs, portable radios, cassette or CD players and more. *Can quick charge a cellular phone by using the phone’s 12 volt DC adapter cord.

-Operate: Certain 110/120 volt AC Accessories (requires a Vector 12 volt power inverter, sold separately)

2. SWITCHES, INDICATORS AND PORTS:

The Safety Power Switch (Figure 1) is located on the upper left side of the panel.When it is in the OFF position, the cable clamps are not powered and the reverse polarity alarm is enabled and ready to detect polarity.

Below the Safety Power Switch is an On/Off rocker switch (Figure 1) for the Worklight. The Worklight is powered when the On/Off rocker switch is On. The Worklight provides the user with light while changing a tire, and connecting battery clamps. The Worklight is a long lasting lamp and will continuously operate for three days from a fully charged battery.

To the right of the rocker switch is the AC Recharge port (Figure 1). It is covered by a rubber cap that keeps dust, dirt, and moisture out of the socket. The AC Recharge Adapter’s barrel connector plugs into this port during recharge. Moving to the right are three LEDs, a Battery Status Display, and a pushbutton. Pressing the pushbutton turns on the Battery Status Display. Press the pushbutton to check the battery level at any time. Also press it periodically during DC recharge.

The colors of the three LEDs are two red and one green. During AC recharge, the Battery Status Display is active to indicate the level of charge on the battery. The leftmost red LED indicates minimum charge on the battery. Recharge the battery when that LED is the only one lit. The center red LED indicates moderate charge on the battery. The green LED on the right indicates when the battery is FULL and you can stop charging.

Below the Battery Status Display is a 12 Volt Accessory Socket (Figure 1). It is covered with a rubber protective cap. The cap keeps dust, dirt and moisture out of the socket. When the cap is lifted, the accessory socket can be used for powering 12 volt appliances that draw up to 20 amps current. This socket is also used during DC recharge.