OPERATING INSTRUCTIONS

WARNING

Never hook up a 12 Volt DC power source to a 24 Volt DC vehicle. This will grossly overcharge the 12 Volt power source and generate flammable gasses that may explode and cause property damage and/or bodily harm.

Used as an Emergency Jump Starter

Note: For optimum performance, do not store your Truck PAC below 50° when using as a jump starter. Never charge or jump start a frozen battery.

1.Use in a well ventilated area.

2.Shield eyes. Always wear protective eyewear when working near batteries.

3.Review this instruction manual and the instruction/safety manual provided by the manufacturer of the vehicle being jump started.

4.Turn ignition off before making cable connections.

5.Clamp the positive (red +) clamp to the positive terminal on the vehicle battery (for negative ground system), or an alternate vehicle starting point as recommended by vehicle manufacturer.

6.Clamp the negative (black –) clamp to the vehicle frame (ground).

7.Make sure the cables are not in the path of moving engine parts (belts, fans, etc.).

8.Stay clear of batteries while jump starting.

9.Start the vehicle (turn on the vehicle ignition).

Note: If the vehicle doesn’t start within 6 seconds, let the Truck PAC cool for 3 minutes before attempting to start the vehicle again or you may damage the Truck PAC.

10.When the vehicle is started, disconnect the negative (–) battery clamp from the vehicle frame and return it to its holster.

11.Disconnect the positive (+) clamp and return it to it’s holster.

Used as an Alternative Power Supply for Vehicles - Model ES6000 Only

Your Truck PAC is an essential tool for all who replace automobile batteries. Most vehicles have electronic components with memory, such as alarm systems, computers, radios, phones, etc. and when the vehicle’s battery is replaced, the memory is lost. However, if the power extension cord is plugged from the Truck PAC to the 12 Volt outlet on the vehicle, the memories can be saved.

Note: To use the Truck PAC for this purpose, the chosen outlet must be live when the vehicle is turned OFF. On some vehicles, 12 Volt outlets are deactivated when the vehicle is turned OFF.

Note: The DC outlet on Model No. ES8000 is a 24 Volt outlet and should not be connected to vehicle 12 Volt power outlets.

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T-Tech ES8000, ES6000 user manual Operating Instructions, Used as an Emergency Jump Starter
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ES6000, ES8000 specifications

The T-Tech ES6000 and ES8000 series represent a remarkable advancement in electronic pressure control systems, designed to meet the rigorous demands of various industrial applications. These models stand out for their exceptional performance, enhanced features, and cutting-edge technologies, making them ideal choices for industries such as pharmaceuticals, food and beverage, and chemical processing.

One of the key features of the T-Tech ES6000 is its advanced user interface, which incorporates a high-resolution touchscreen display. This interface allows for easy navigation through multiple control options, providing users with clear visibility of operational parameters and allowing for real-time adjustments. With its intuitive design, operators can quickly familiarize themselves with the system, leading to improved efficiency in handling complex tasks.

The ES8000 builds upon this foundation, introducing advanced connectivity options such as Bluetooth and Wi-Fi. These features enable seamless integration into existing network environments, allowing for remote monitoring and control from anywhere, significantly enhancing operational flexibility. Operators can receive alerts, manage settings, and gather performance data without being physically present at the machine, streamlining processes and improving response times.

Both models utilize innovative pressure sensing technology, ensuring precise measurements and reliable performance. The advanced sensors incorporated into these units provide real-time data with a high degree of accuracy, allowing users to maintain optimal operating conditions and minimize potential risks associated with pressure fluctuations.

Another standout characteristic of the T-Tech ES6000 and ES8000 is their robust construction. Designed to withstand harsh environments, these systems feature durable materials that protect against corrosion, dust, and moisture. This resilience ensures prolonged service life, reducing downtime and maintenance costs, which are critical factors in high-stakes industrial applications.

Energy efficiency is another significant consideration in the design of these systems. T-Tech has integrated intelligent control algorithms that optimize power consumption, contributing to more sustainable operation without compromising performance. This focus on energy efficiency makes the ES6000 and ES8000 not only cost-effective but also environmentally friendly solutions.

In conclusion, the T-Tech ES6000 and ES8000 series offer a comprehensive suite of features and technologies tailored to meet the demands of modern industrial applications. Their intuitive interfaces, advanced connectivity options, precise pressure sensing, durable construction, and focus on energy efficiency make them exemplary choices for companies seeking to enhance their operational efficiency and reliability.
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