Installation and Tapping – Direct Draw Dispensers Self-Contained

Connecting the Regulator to the CO2 Cylinder

Remove blue plug from regulator fitting. (Note: Do not remove the carbonic washer).

Screw regulator onto gas cylinder valve. Tighten with wrench until vertically straight. Be sure that shut-off valve (black lever) on regulator is in the OFF (horizontal) position.

Place a screw clamp over end of red air line and push onto regulator tailpiece. Tighten clamp with a screwdriver.

Unscrew regulator from cylinder fitting.

Replace carbonic washer (Part No. 157F2P), if needed and reattach regulator to filled cylinder.

Turn CO2 hand valve counterclockwise until fully open. Turn regulator shut-off valve to open position.

Adjust CO2 gas flow as required, turning clockwise for higher pressure.

Proper CO2 Handling

ALWAYS...

REGULATOR

HAND

FITTING

CO2

VALVE

PRESSURE

 

GAUGE

 

30

20 40

PERLICK

1050

Connect a regulator (reducing valve) to

 

CO2 cylinder.

Secure cylinder in upright position whether in

 

storage or in use.

PSI

0

FITTING FOR RED AIR HOSE

60

CO2

GAS

DRUM

REGULATOR

ADJUSTING

Keep cylinder away from heat. Rupture disc

 

vents at 122° F. maximum.

Ventilate room after high pressure gas leakage.

Check the last DOT test date on cylinder neck

 

before filling. If more than five years old, the

 

cylinder must be retested to DOT specifications.

Be sure CO2 cylinder outlet fitting is free of dust

 

or dirt before attaching regulator.

Store CO2 cylinder and regulator assembly

 

upright.

SHUT-OFF VALVE SCREW (BLACK LEVER IN

CLOSED POSITION)

Allow only properly trained and experienced

personnel to handle high pressure gas.

NEVER...

Adjusting the CO2 Gas Flow

Turn regulator adjusting screw counterclockwise until it turns freely.

Turn hand valve counterclockwise on CO2 cylinder to the fully open position.

Turn regulator adjusting screw clockwise until desired pressure is reached (approximately

12-15 lbs.). Tighten stop nut on adjusting screw.

Open shut-off valve on bottom of regulator.

CO2 Leak Test

Dilute a small amount of liquid dishwashing soap and rub the soapy mixture around each connection. If bubbles appear, tighten connection.

Replacing CO2 Gas Cylinder

Turn CO2 hand valve clockwise until seated and close shut-off valve on regulator.

Connect cylinder directly to a keg without a regulator (reducing valve).

Drop or throw regulator or CO2 cylinder.

Transport CO2 cylinder in a closed vehicle.

Apply oil to a regulator.

Shut off CO2 cylinder when not in use. You will not save gas by doing so!

Allow untrained, inexperienced personnel to

handle high pressure gas.

Failure to heed this warning could result in personal injury or death.

WARNING/SAFETY INSTRUCTIONS

Beverage systems pressur- ized with carbon dioxide or nitrogen must be equipped with two safety relief valves; one at the cylinder regulator and the other in the gas line upstream on the product tanks.

Perlick is committed to continuous improvement. Therefore, we reserve the right to change specifications without prior notice.

5

Form No. Z2025A

Rev. 12.05.03

Page 5
Image 5
Perlick DS Series Connecting the Regulator to the CO2 Cylinder, Proper CO2 Handling, Adjusting the CO2 Gas Flow

DS Series specifications

The Perlick DS Series is a distinguished lineup of commercial bar refrigeration systems designed to deliver exceptional performance, reliability, and efficiency. These innovative coolers and dispensers cater specifically to the needs of bars, restaurants, and other food service establishments that demand high-quality beverage service.

One of the standout features of the Perlick DS Series is its unique stainless-steel design. The robust construction not only provides a sleek, professional appearance but also ensures durability in high-volume environments. With a focus on functionality, the stainless-steel exterior is easy to clean and resistant to corrosion, making it an ideal choice for establishments that prioritize hygiene and aesthetics.

The DS Series incorporates advanced temperature control technology, allowing for precise thermal management. The units are equipped with a state-of-the-art digital thermostat, which ensures that beverages are maintained at optimal serving temperatures. This technology minimizes temperature fluctuations, preserving the quality and taste of the drinks served. The refrigeration system operates efficiently, reducing energy consumption and operational costs, which is a significant advantage for businesses looking to maximize profitability.

Another key characteristic of the DS Series is the high capacity of the dispensers. With various models offering different sizes, operators can choose the appropriate unit to meet their specific volume needs. This flexibility supports high-demand environments, ensuring that staff can serve patrons swiftly and efficiently, even during peak hours. The design also features easy-access taps and dispensing systems, facilitating a smooth workflow behind the bar.

Ergonomics play an essential role in the DS Series. The design includes features like curved front edges and adjustable shelves, making it accessible for employees of all heights. Additionally, integrated lighting within the units enhances visibility, enabling bartenders to find and serve beverages quickly, thereby improving overall service speed.

The Perlick DS Series stands out for its reliability and performance in busy commercial settings. It is equipped with advanced cooling technologies including environmentally friendly refrigerants, ensuring compliance with evolving regulations while contributing to sustainability efforts within the food service industry.

In summary, the Perlick DS Series combines stylish design, advanced temperature control, high capacity, and ergonomic features to create a refrigeration solution that meets the demands of modern bars and restaurants. With its commitment to reliability and efficiency, the DS Series is a smart investment for any food service operation looking to enhance its beverage service capabilities.