Volt AC Operation, Volt DC Operation | Vector VEC018 instruction

110-volt AC Operation

CAUTION: Rechargeable Devices

Certain rechargeable devices are designed to be recharged by plugging them directly into an AC receptacle. These devices may damage the inverter unit of the Pocket Generator™. When first using a rechargeable device, monitor its temperature for the initial ten minutes of use to determine whether it emits excessive heat. If excessive heat is detected, it is a good indication that the device should not be used with this unit. This problem does not occur with the majority of battery-operated equipment. Most of these devices use a separate charger or transformer that is plugged into an AC receptacle. The Pocket Generator™ is capable of running most chargers and transformers.

1.Make sure that the ON/OFF switch on the inverter is in the OFF position.

2.Insert the 110 volt AC plug on the device to be operated into the AC outlet on the power inverter.

3.Turn the power inverter’s ON/OFF switch to ON.

4.Switch on the device, and operate as usual. Run-time depends upon the amperage draw of the device (see charts).

5.Green power/ON light next to switch will be lit.

12 volt DC Operation

WARNINGS

•When using the Pocket Generator™ Rechargeable Power Supply to run 12 volt devices, always check the polarity of the device to verify that it is negative ground. The Pocket Generator’s™ DC receptacle has an output limit of 10 amps; do not use it to power devices that require more than 10 amps. NOTE: The unit has an in-line 10 amp fuse that is designed to fail in the event the unit is used with any device requiring more than 10 amps.

•Always turn the power inverter switch to OFF position while running any 12 volt device, boosting vehicle battery system, using as Memory Saver, or recharging the Pocket Generator™ from either 110 volt AC or 12 volt DC power source. Failure to do so will void manufacturer’s warranty.

1.Simply insert the device’s 12 volt plug into the DC receptacle on the side of the Pocket Generator™.

2.Switch on the device, and operate as usual. Run-time depends upon the amperage draw of the device.

3.When necessary, recharge the Pocket Generator™, as directed in this manual.

CAUTION:

DO NOT CONNECT TO AC DISTRIBUTION WIRING:

The Power Force 50™ is engineered to be connected directly to standard electrical and electronic equipment in the manner described above. Do not connect the Power Inverter to household or RV AC distribution wiring. Do not connect the Power Inverter to any AC load circuit in which the neutral conductor is connected to ground (earth) or to the negative of the DC (battery) source.

CAUTION:

RECHARGEABLE APPLIANCES

Certain rechargeable devices are designed to be recharged by plugging them directly into an AC receptacle. These devices may damage the Power Force 50™. When first using a rechargeable device, monitor its temperature for the initial ten minutes of use to determine whether it emits excessive heat. If excessive heat is detected, it is a good indication that the device should not be used with this inverter. This problem does not occur with the majority of battery-operated equipment. Most of these devices use a separate charger or transformer that is plugged into an AC receptacle. The Power Force 50™ is capable of running most chargers and transformers.

FUSE REPLACEMENT

If the Power Force 50™ is overloaded, replace the main fuse as follows:

1.Open the top flap of the Pocket Generator™, carrying case. The main fuse holder’s screw-on/off cap will immediately be visible.

2.Unscrew the fuse holder cap and remove the fuse.

3.Replace with a new 10-amp fuse, if needed.

4.	Screw fuse holder cap back on.	1
5.	Close case securely.	2

Fig. 3.

VEC018 specifications

The Vector VEC018 is a state-of-the-art device specializing in advanced electric vehicle charging solutions. As electric vehicles (EVs) gain popularity, the demand for efficient, fast, and reliable charging systems has significantly increased. The VEC018 stands at the forefront of this trend, promising both innovation and performance.

One of the main features of the VEC018 is its rapid charging capability. It is designed to support various charging standards, including AC and DC, allowing for versatile use with many EV models. The device can deliver up to 22 kW with three-phase AC charging, making it one of the fastest AC chargers available. When using DC fast charging, the VEC018 can output up to 150 kW, enabling users to charge their vehicles in a fraction of the time compared to conventional chargers.

The VEC018 is equipped with smart technology that enhances the user experience. It features an intuitive touchscreen interface that provides real-time charging statistics, including power output, charging time, and energy consumed. This ensures that users have complete visibility into the charging process. Additionally, the device supports mobile app integration, allowing users to monitor and control the charging session remotely.

Safety is a primary concern for any EV charging solution, and the VEC018 does not disappoint. It incorporates multiple safety protocols, including overcurrent protection, short circuit protection, and temperature monitoring. These features protect both the charger and the vehicle, ensuring a safe and efficient charging experience. Moreover, the device is built to withstand harsh weather conditions, making it suitable for outdoor installations.

Another notable characteristic of the VEC018 is its compact and modular design. This allows for easy installation and scalability, making it an ideal choice for both residential and commercial applications. Whether it’s a single-unit installation at home or a comprehensive charging solution for a fleet of EVs, the VEC018 can be tailored to meet specific needs.

In summary, the Vector VEC018 is a cutting-edge electric vehicle charging solution characterized by its rapid charging capabilities, smart technology integration, robust safety features, and flexible design. As the transition to electric mobility accelerates, the VEC018 is poised to play a pivotal role in shaping the future of EV charging infrastructure. Whether used in public charging stations or private garages, it represents a significant advancement in the electric vehicle landscape.