2.Check that 80 PSI of compressed air is supplied to the machine and that the “Front Up” solenoid is being actuated by the PLC (Programmable Logic Controller).

Refer to the PLC (Programmable Logic Controller) signal information included in the ladder diagrams and schematics supplied with the machine.

DRY

This selection prepares the machine for a “Material Drying Command” from the Phase 5 Microprocessor Controller (computer).

NOTE: Before a drying cycle can be selected, the tumbler section must be in the level position and both the Front Horizontal Doors as well as the Lint Drawer must be closed.

The PLC (Programmable Logic Controller) senses that the machine is level by the two (2) level switches located on the left side of the base section. One (1) switch is towards the rear of the machine and the other switch is towards the front of the machine.

The PLC (Programmable Logic Controller) senses that the vertical doors are closed by the two (2) proximity switches located at the top center, of the dryer above the doors. These switches are magnetically actuated by magnets located on the doors.

The PLC (Programmable Logic Controller) senses the Lint Drawer by a push type switch located on the right side of the lint drawer door.

IMPORTANT: THE LINT DRAWER and LINT DRAWER GUARD MUST BE CLOSED BEFORE BRINGING THE MACHINE TO A LEVEL POSITION.

If the tumbler section does not return to a level position;

1.Verify that a “Door Closed” signal is being sensed by the PLC (Programmable Logic Controller).

2.Check that 80 PSI of compressed air is supplied to the machine and that the “Front Down” or “Rear Down” solenoid is being actuated by the PLC (Programmable Logic Controller).

3.Verify that the Lint Drawer and Lint Drawer Guard is in the closed position. This signal can be easily verified since it is a PLC (Programmable Logic Controller) input.

Refer to the PLC (Programmable Logic Controller) signal information included in the ladder diagrams and schematics supplied with the machine.

HEATER FAULT (Indicator/Reset Push-Button) for GAS MODELS ONLY

“HEATER FAULT” refers to a problem in the Gas Heating portion of the machine.

The PLC (Programmable Logic Controller) monitors the Phase 5 Microprocessor Controller’s (computer’s) Heat Off/On signals to the two (2) individual gas valves that supply the two (2) separate burners.

When a “HEATER FAULT” occurs within the first twenty-five (25) seconds of the drying cycle, the dryer will go to a “FILL” message on the Phase 5 Microprocessor Controller’s (computer’s) display and both the “HEATER FAULT" reset push-buttonand the “END OF CYCLE" light will flash.

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ADC AD-310 service manual Dry
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AD-310 specifications

The ADC AD-310 is a versatile and compact audio digital converter designed to meet the demands of audio professionals and enthusiasts alike. With its advanced technology and user-friendly features, the AD-310 stands out in the crowded marketplace of audio interface solutions.

One of the main features of the ADC AD-310 is its high-resolution audio conversion capabilities. Supporting sample rates up to 192 kHz and resolutions of up to 24 bits, the AD-310 ensures that audio captures are of the highest fidelity, making it ideal for recording, mixing, and mastering tasks. This level of detail is crucial for audio professionals who require precision and clarity in their audio signals.

Another standout characteristic of the ADC AD-310 is its robust connectivity options. It comes equipped with both USB and optical ports, enabling seamless integration with a variety of digital audio workstations (DAWs) and other audio equipment. This flexibility allows users to choose their preferred connection method, enhancing the overall workflow and efficiency during production.

The AD-310 also features advanced analog-to-digital and digital-to-analog converters, which contribute to its impressive dynamic range and low total harmonic distortion (THD). This ensures that the audio output is clean and true to the original signal, making it suitable for both recording and playback applications. Additionally, the unit incorporates real-time monitoring capabilities, allowing users to hear adjustments as they make them, ensuring the perfect mix every time.

For ease of use, the ADC AD-310 is designed with a simple, intuitive interface. Its layout includes clearly labeled controls and LED indicators, allowing users to quickly assess levels and settings at a glance. This design philosophy extends to its compact form factor, making it easy to transport and integrate into any studio setup, whether it be in a professional environment or home studio.

With its combination of high-quality audio processing, flexible connectivity, and user-friendly design, the ADC AD-310 is an excellent choice for anyone looking to elevate their audio production experience. Whether used by professionals or hobbyists, the AD-310 delivers performance and reliability that sets it apart in the audio converter market.
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