Using the Electromate AS a JUMP-STARTER

VEC1026BD_Manual_050305 5/9/05 2:25 PM Page 4

USING THE ELECTROMATE AS A JUMP-STARTER

WARNING

Before using this system to jump-start any vehicle read and understand all instructions, safety tips, warnings, cautions and first aid information provided in this manual and on the product labeling. Additional important information may also be provided in the battery manual.

CAUTION

To avoid possible damage that may shorten the unit’s working life, protect this unit from direct sunlight, direct heat and moisture.

This system is to be used ONLY on vehicles, garden tractors and gasoline-powered generators with 12 volt DC battery systems.

This system is NOT designed to be installed as a replacement for a vehicle battery.

WARNING

Connect or disconnect battery leads ONLY when AC or DC charging supply cord is disconnected.

Jump-Starting Instructions

This jump-starter is equipped with a manual safety switch that only allows jump-start energy to flow when proper connections are made to battery and frame.

Connect — RED clamp first, then BLACK clamp. Disconnect — BLACK clamp first, then RED clamp.

1.Turn OFF vehicle ignition and all accessories (radio, A/C, lights, cell phone, etc.). Place vehicle in “park” and set the emergency brake.

2.Make sure jump-start system’s ON/OFF power switch is turned to OFF.

3.Connect jumper cables to unit.

4.To jump-start a NEGATIVE GROUNDED SYSTEM (NEGATIVE battery terminal is connected to the chassis — the most common configuration), follow steps 4a and 4b, then proceed to step 6.

4a. Connect the POSITIVE (+) RED clamp to vehicle battery’s POSITIVE ungrounded post.

4b. Connect the NEGATIVE (–) BLACK clamp to the vehicle chassis or engine block away from the battery. Do not connect the clip to carburetor, fuel lines or sheet-metal body parts. Connect to a heavy gauge metal part of the frame or engine block.

5.To jump-start a POSITIVE GROUNDED SYSTEM — In the rare event that the vehicle to be started has a POSITIVE Grounded System, POSITIVE battery terminal is connected to chassis, replace steps 4a and 4b above with steps 5a and 5b, then proceed to step 6.

5a. Connect NEGATIVE (–) BLACK clamp to vehicle battery’s NEGATIVE ungrounded post.

5b. Connect POSITIVE (+) RED clamp to the vehicle chassis or engine block away from the battery. Do not connect the clip to carburetor, fuel lines or

sheet-metal body parts. Connect to a heavy gauge metal part of the frame or engine block.

DO NOT TURN SAFETY SWITCH ON IF REVERSE POLARITY ALARM SOUNDS OR THE REVERSE POLARITY INDICATOR LIGHTS. REVERSE THE CLAMP CONNECTIONS.

6.After making proper connections, turn safety power switch to ON.

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

8.After vehicle starts, turn the safety power switch to off, remove clamps (disconnect the frame or engine clamp first, followed by the battery cable). Disconnect the cables from unit.

Notes: Always disconnect the engine or frame jumper clamp first; followed by the battery jumper clamp.

If engine fails to start, leave the ignition turned off and disconnect the negative (–) clamp first, then the positive (+) clamp. Try again later — the engine may be flooded.

Recharge the Electromate after each use.

USING THE ALTERNATOR CHECK FEATURE

1.Connect jumper cables to vehicle.

2.Turn the Jump-Start Power Switch on the back of the unit to the ON position. The Alternator Check LED lights.

3.Start the engine, and turn vehicle accessories off.

4.A solid LED indicates a good alternator. A flashing LED indicates a bad alternator.

USING THE 12 VOLT DC PORTABLE POWER SUPPLY

1.Flip open the 12 volt DC outlet cover on the Front Panel.

2.Insert the 12 volt DC plug from the appliance into the receptacle.

3.Turn on the appliance and operate normally.

CAUTION

DO NOT USE UNIT TO POWER APPLIANCES THAT DRAW MORE THAN 5 AMPS DC.

USING THE 120 VOLT AC POWER SUPPLY

The AC Power Supply is designed for maintaining today's modern lifestyle while traveling in vans, RVs, automobiles, trucks, or vehicles that have a 12 volt battery power supply and a means to recharge those batteries. The Electromate 250 comes with:

1.AC On/Off Switch — Slide switch to turn the AC Power Supply ON and OFF.

2.120 Volt AC Power Outlet

3.AC Power Supply “ON” Status Indicator — red LED lights when AC outlet is turned on; red LED flashes on and off when faulted.

250, BD050205, VEC1026BD specifications

The Vector VEC1026BD is a high-performance vehicle engine diagnostic tool designed to streamline the process of identifying and resolving vehicle issues. It addresses the ever-evolving complexities of modern vehicle electronics, offering technicians a comprehensive solution equipped with advanced technologies and features.

One of the main features of the VEC1026BD is its compatibility with a wide range of vehicle makes and models, including domestic and foreign brands. This versatility ensures that users can rely on the tool for a variety of tasks, whether they are working on passenger cars, light trucks, or heavier vehicles. The device is particularly valued for its extensive database of trouble codes, which serves as a reference for technicians when diagnosing problems.

Another key feature is the device's user-friendly interface. The VEC1026BD comes with a large, high-resolution display that clearly presents data, making it easy for users to navigate through menus and access functions. The intuitive design minimizes the learning curve for new users while also providing experienced technicians with quick access to complex diagnostic tools.

Incorporating advanced connectivity options, the VEC1026BD offers Bluetooth and Wi-Fi capabilities, allowing for seamless communication with other devices. This facilitates real-time data sharing and remote diagnostics, enabling technicians to collaborate effectively with colleagues and customers. Furthermore, software updates can be easily downloaded, ensuring that users always have the latest diagnostic capabilities and vehicle information at their fingertips.

The VEC1026BD also emphasizes efficiency with its fast data processing speeds. Its powerful internal processor enables rapid retrieval and analysis of vehicle data, accelerating the diagnostic process. This means less time spent troubleshooting and more time dedicated to repairs, ultimately improving shop productivity and customer satisfaction.

In terms of build quality, the VEC1026BD is designed for durability in demanding environments. The rugged casing protects the device from drops and impacts, making it suitable for everyday use in workshops and garages. Additionally, the tool is equipped with a long-lasting battery, ensuring that technicians can complete their tasks without frequent interruptions for recharging.

Overall, the Vector VEC1026BD stands out as a reliable diagnostic tool that combines advanced technology, user-friendly features, and robust construction. Its wide compatibility, efficient operation, and connectivity options make it a valuable asset for automotive professionals seeking to enhance their diagnostic capabilities and deliver effective service to their clients.

Vector 250, VEC1026BD Using the Electromate AS a JUMP-STARTER, Using the Alternator Check Feature

Models: 250 BD050205 VEC1026BD