Specifications for Glassware Washer.pdf

Specifications: Glassware Washer

Glassware washer that is designed to provide flexibility and unsurpassed cleaning and drying efficacy for laboratory applications. Uses specially formulated chemistries to provide high level of cleaning assurance. Offers a unique accessory loading system that enhances productivity while reducing operational costs. Minimizes energy consumption resulting in reduced operating costs.

• Large Capacity glassware washer must provide effective cleaning of laboratory glassware and plastic-ware.

• Size (W x H x L): Chamber load capacities: 26 x 25-1/8 x 26" (660 x 638 x 660 mm), Overall dimensions: 42 x 80 x 33-7/8" (1067 x 2032 x 861 mm)

• Model must accommodate two different glassware accessories. Offer a removable universal shelving system that allows for processing various sizes of glassware in the same load. Provide bottom rotary spray header, spindle header, and general purpose basket.

• Must be equipped with a programmable logic controller (PLC) with color touch screen that provides for multiple user definable cycles. The PLC constantly monitors key process parameters such as time, temperature and detergent injection.

• Thermal printer to record data.

• The cleaning solution must be circulated through the chamber spray arms and individual spindle headers to ensure entire coverage of load items. Provide two detergent injection pumps.

• Interior chamber light.

• Steam heat. Heated air must have the ability to be circulated through the spindles to ensure fast and efficient drying of flasks and bottles. Chamber air must have the ability to be heated to 116°C. Able to use hot exhaust air to pre-heat fresh incoming air.

• At the end of each treatment, must have a cool down system ensures water drained to the building drain system does not exceed 140°F (60°C). If water temperature in chamber sump is greater than 140°F (60°C), cold water is automatically added to reduce temperature of water being discharged to building drain. The system also cools down the steam condensate if steam condensate return accessory is installed.

• Have a compact design. Vertical automatic sliding door constructed of double pane tempered glass.

• 208V, 3-PH, 3-Wire

• Must include installation. Uncrate and assemble equipment, piping, and accessories.

Install panels. Move equipment to specified site at facility and level equipment. Make all air, steam, water, drain, and electrical connections per specifications.

• Must include deinstallation of old equipment. Disconnect all utility connections and move equipment to a predetermined location at site for disposal.