01-2994 DRAIN FITTING, 1/2 NPT

01-2994 Drain Fitting, 1/2" NPT

The 01-2994 Drain Fitting, 1/2" NPT is a high-quality replacement drain fitting designed for Lancer beverage dispensing equipment. It provides a secure and leak-resistant connection for drain lines, ensuring efficient removal of excess water and beverage waste from dispensers, cold plate systems, and ice beverage machines.

Manufactured from durable, corrosion-resistant material, this fitting is built to withstand continuous use in commercial environments such as restaurants, cafés, quick-service restaurants (QSRs), cinemas, convenience stores, hotels, and beverage dispensing stations.

Main Specifications:

*Material may vary depending on production batch.

Key Features:

• Genuine replacement compatible with Lancer beverage equipment
• Standard 1/2" NPT threaded connection
• Leak-resistant sealing for reliable drainage
• Corrosion and chemical-resistant construction
• Designed for continuous commercial use
• Quick and easy installation
• Lightweight yet highly durable
• Suitable for beverage, water, and condensate drainage
• Long service life with minimal maintenance
• Ideal for preventive maintenance and equipment servicing

Main Applications:

The 01-2994 Drain Fitting is commonly used in:

• Beverage dispensers
• Soda fountain machines
• Cold beverage dispensing systems
• Ice beverage dispensers
• Commercial food service equipment
• Restaurant beverage stations
• Hotel beverage counters
• Cafeterias
• Convenience stores
• QSR beverage equipment

Main Benefits:

• Prevents water leakage
• Ensures proper drainage
• Reduces equipment downtime
• Maintains hygienic beverage operation
• Improves system reliability
• Easy replacement during maintenance
• Cost-effective spare part

Why Choose This Drain Fitting?

The 01-2994 Drain Fitting is engineered to deliver dependable drainage performance in demanding commercial environments. Its precise 1/2" NPT threading ensures a secure fit, helping maintain efficient operation of your Lancer beverage equipment while reducing the risk of leaks and unnecessary maintenance.