6.Check all air line fittings and connections/piping for air leaks by applying a soap solution. Correct if necessary. NOTE: Minor leaks can cause the air compressor to overwork, resulting in premature breakdown or inadequate performance.

7.Check for excessive vibration. Readjust or shim air compressor feet, if necessary.

8.After 20 minutes, close the globe valve. The air receiver will fill to “cut-out” pressure and the motor will stop.

Before Each Start-Up:

1.Place On/Auto/Off lever to “OFF”.

2.Close the globe valve.

3.Attach hose and accessories. NOTE: A regulator MUST be installed when using accessories rated at less than 175 PSI.

Too much air pressure causes a hazardous risk of bursting. Check the manufacturer’s maximum pressure rating for air

tools and accessories. The regulator outlet pressure must never exceed the maximum pressure rating.

How to Start

1.Turn the On/Auto/Off lever to “AUTO” and allow tank pressure to build. Motor will stop when tank pressure reaches “cut-out” pressure.

2.When the tank pressure reaches “cut-out” pressure open the globe valve.

IMPORTANT: When using regulator and other accessories refer to the manu- facturer-s instructions.

NOTE: Always operate the air compressor in well-ventilated areas free of gaso- line or other combustible vapors. If the compressor is being used to operate a sprayer, DO NOT place compressor near the spray area.

15-ENG

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Delta DLKC6580V2-1 instruction manual Before Each Start-Up, How to Start
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DLKC6580V2-1 specifications

The Delta DLKC6580V2-1 is an advanced industrial AC servo drive designed to deliver exceptional performance and efficiency in a wide range of automation applications. This servo drive is engineered to enhance system responsiveness while ensuring precise motion control, making it an ideal choice for industries such as manufacturing, packaging, and robotics.

One of the standout features of the DLKC6580V2-1 is its high-speed communication capabilities. The drive supports various communication protocols including EtherCAT, CANopen, and Modbus RTU, ensuring seamless integration into existing systems. This flexibility allows users to connect multiple drives in a network, facilitating coordinated motion control and optimizing the performance of complex machinery.

The DLKC6580V2-1 boasts a powerful control algorithm that provides excellent torque performance and dynamic response. The drive utilizes advanced PWM (Pulse Width Modulation) technology, allowing for smooth operation across a broad range of speeds. This results in minimizing vibrations and improving the overall lifespan of connected servo motors.

In terms of ease of use, the DLKC6580V2-1 features an intuitive user interface with built-in diagnostics and monitoring capabilities. This user-friendly design allows operators to configure parameters swiftly, monitor real-time performance, and troubleshoot any issues effectively. Additionally, it supports maintenance-free operation, significantly reducing downtime and operational costs.

Safety is a priority with the DLKC6580V2-1, which includes multiple safety features like over-voltage, over-current, and temperature protection. The drive is also compliant with international safety standards, ensuring it can be deployed in various environments without compromising personnel safety.

Moreover, the DLKC6580V2-1 is designed to operate efficiently across a wide range of temperatures, making it suitable for different working conditions. Its robust construction ensures reliability and durability, which is crucial for demanding industrial applications.

In conclusion, the Delta DLKC6580V2-1 AC servo drive is a high-performance solution that combines advanced control technology, versatile communication options, and user-friendly features. Its robust safety measures and adaptability to varying operational conditions make it an essential component for enhancing automation in modern industrial setups. Whether for precision machining or complex automation processes, the DLKC6580V2-1 stands as a reliable choice for engineers and manufacturers aiming to optimize their production capabilities.
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