Warranty tags (Part No. 450064) are available at “no charge” from ADC upon request.

The company returning the part(s) must clearly note the complete company name and address on the outside of the package.

All returns must be properly packaged to ensure that they are not damaged in transit. Damage claims are the responsibility of the shipper.

Important: No replacements, credits, or refunds will be issued for merchandise damaged in transit.

All returns should be shipped to the factory in such a manner that they are insured and a proof of delivery can be obtained by the sender.

Shipping charges are not the responsibility of ADC. All returns should be “prepaid” to the factory. Any “C.O.D.” or “COLLECT” returns will not be accepted.

Important: No replacements, credits, or refunds will be issued if the claim cannot be processed due to insufficient information. The party filing the claim will be notified in writing, either by “FAX” or “CERTIFIED MAIL – Return Receipt Requested,” as to the information necessary to process claim. If a reply is not received by the Warranty Department within 30 days from the FAX/letter date, then no replacements, credits, or refunds will be issued, and the merchandise will be discarded.

Routine Maintenance _________________

Cleaning

A program and/or schedule should be established for periodic inspection, cleaning, and removal of lint from various areas of the dryer, as well as throughout the ductwork system. The frequency of cleaning can best be determined from experience at each location. Maximum operating efficiency is dependent upon proper airflow. The accumulation of lint can restrict this airflow. If the guidelines in this section are met, the dryer will provide many years of efficient, trouble free, and most importantly, safe operation.

Warning

!Lint from most fabrics is highly combustible. The accumulation of lint can create a potential

fire hazard. Keep dryer area clear and free from combustible materials, gasoline, and other flammable vapors and liquids.

Note: Suggested time intervals shown are for average usage, which is considered 6 to 8 operational (running) hours per day.

Important: Dryer produces combustible lint and must be exhausted to the outdoors. Every 6 months, inspect the exhaust ducting and remove any lint buildup.

Suggested Cleaning Schedule

Every Third or Fourth Load

Clean the lint screen every third or fourth load. A clogged lint screen will cause poor dryer performance. The lint door/ drawer is located just below the loading door of the dryer. Open the lint door/drawer, brush the lint off the lint screen, and remove the lint. Inspect lint screen and replace if torn.

Note: To remove the lint drawer from the dryer, pull the drawer out loosen the torx screws on the sides of the rails. This allows the metal clips to rotate and allow the drawer to be fully removed. Reverse the above process for installation.

Important: The frequency of cleaning the lint screen can best be determined from experience at each location.

Weekly

Clean lint accumulation from lint chamber, thermostat, and microprocessor temperature sensor area.

Warning

!To avoid the hazard of electrical shock, discontinue electrical supply to the dryer.

Steam Dryers

Clean the steam coil fins. It is suggested that compressed air and a vacuum cleaner with brush attachment be used.

Warning

!When cleaning steam coil fins, be careful not to bend the fins. If fins are bent, straighten by

using a fin comb, which is available from local air- conditioning supply houses.

90 Days

Remove lint from gas valve burner area with a dusting brush or vacuum cleaner attachment.

Clean any lint accumulation in and around the motor(s) casing opening.

Note: To prevent damage, avoid cleaning and/or touching ignitor/flame-probe assembly.

Every 6 Months

Inspect and remove lint accumulation in customer furnished exhaust ductwork system and from dryer’s internal exhaust ducting.

Note: The accumulation of lint in the exhaust ductwork can create a potential fire hazard.

Do not obstruct the flow of combustion and ventilation air. Check back draft dampers in the exhaust ductwork. Inspect and remove any lint accumulation, which can cause the damper to bind or stick.

A back draft damper that is sticking partially closed can result in slow drying and shutdown of heat circuit safety switches or thermostats.

When cleaning the dryer cabinet(s), avoid using harsh abrasives. A product intended for the cleaning of appliances is recommended.

7 Days After Installation

and Every 12 Months Thereafter

A competent professional should inspect bolts, nuts, screws, setscrews, grounding connections and nonpermanent gas connections (unions, shutoff valves, and orifices). Belts should be examined. Cracked or seriously frayed belts should be replaced. Complete an operational check of controls and valves. Complete an operational check of all safety devices (lint door/drawer switch, door switches, sail switch, and hi-limit thermostats).

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ADC HBG76 manual Routine Maintenance

HBG76 specifications

The ADC HBG76 is a state-of-the-art device designed for high-performance data acquisition and processing. It is primarily aimed at various applications in industries such as telecommunications, aerospace, military, and industrial automation. The HBG76's advanced features, robust technologies, and exceptional characteristics make it a standout choice for professionals requiring precise and reliable data handling.

One of the hallmark features of the HBG76 is its high-speed sampling capabilities. The ADC can handle sample rates exceeding 1 GSPS (giga samples per second), enabling it to capture rapid signal dynamics with exceptional fidelity. This capability is particularly valuable in applications where timing is crucial, such as radar systems or high-frequency trading in finance.

The HBG76 incorporates cutting-edge analog-to-digital conversion technology, ensuring that the signal integrity is maintained throughout the conversion process. With a resolution of up to 16 bits, the ADC delivers impressive accuracy and detail, facilitating high-quality signal representation. This feature is essential for applications requiring precise measurement and analysis of data.

Another significant aspect of the HBG76 is its versatility in connectivity options. The device supports various communication interfaces, including USB, Ethernet, and SPI, making it compatible with a wide range of systems. This flexibility allows users to integrate the ADC seamlessly into existing hardware setups, enhancing overall efficiency and ease of use.

In terms of power efficiency, the HBG76 is designed with advanced low-power technologies that optimize its energy consumption without compromising performance. This feature is particularly beneficial for battery-operated devices and remote applications where power availability may be limited.

The robust design of the HBG76 ensures longevity and reliability in demanding environments. Its rugged casing provides protection against dust, moisture, and temperature extremes, making it suitable for outdoor use and harsh industrial settings.

Overall, the ADC HBG76 stands out as a powerful tool for data acquisition and processing, boasting high-speed sampling, excellent resolution, versatile connectivity, energy efficiency, and durability. Whether in research laboratories, industrial monitoring, or advanced telecommunications systems, the HBG76 is engineered to meet the evolving needs of modern applications, driving innovation across diverse sectors.