Main advantages:
Powerful cleaning action and design, fast circulation and excellent results
Easy to use microprocessor control with self diagnostic software and alarms
Flexibility of multi-layer injection cleaning and interchangeable racks
Various sizes and types of glassware can be cleaned through chamber configuration selection
Ergonomically and safely load the rack onto the load-bearing telescopic slide
Select preset and user-defined (password protected) programs
Automatic peristaltic quantitative pump can accurately and repeatedly absorb cleaning agents
Durable and sturdy high-end 304 L and 316L stainless steel structure (varies by model)
Provide IQ/OQ protocols and validation options
Cost effective - low lifecycle costs and efficient operation using fewer resources and inventory
Environmentally friendly low energy consumption, use of chemicals and water
Direct jet cleaning, HEPA filter jet drying
JC-1300 LX can perform one to three levels of injection cleaning and drying simultaneously, delivering cleaning/rinsing solutions to narrow necked glassware to provide effective cleaning effects.Four washing positions are available and can be adjusted for higher levels, providing greater flexibility in washing load.The low rear manifold connection provides a cleaning/rinsing solution for the rack, maximizing the available rack surface, which is typically reduced through common center manifold designs.Then, in this size/range of glassware cleaning and drying machines, 100% chamber volume can be provided to achieve unparalleled cleaning capabilities.HEPA filter room and direct injection drying shorten the cycle time by using internal and external drying glassware and laboratory equipment.The rapid turnover of glassware improves productivity by reducing the waiting time for glassware.
model | JC-910 LX | JC-1300 LX | JC-1400 LXP | JC-1600 LXP | JC-1800 LXA |
washer height |
1466mm/57.75in | 604 millimeters/64.08 inches | 790 millimeters/68.02 inches | 866mm/71.46 inches | 1397 millimeters/78.06 inches |
Width of gasket |
604 millimeters/23.75 inches | 1628 millimeters/23.78 inches | 1728 millimeters/31.1 inches | 1815 millimeters/34.09 inches | 1983 millimeters/55.01 inches |
Depth of gasket |
736 millimeters/29 inches | 736 millimeters/28.97 inches | 813 millimeters/32 inches | 882 millimeters/34.72 inches | 840 millimeters/33.07 inches |
Chamber width | 535 millimeters/21 inches | 535 millimeters/21 inches | 620 millimeters/24.4 inches | 655 millimeters/25.79 inches | 1064 millimeters/41.89 inches |
Box height | 544 millimeters/21.4 inches | 644 millimeters/25.35 inches | 770 millimeters/30.3 inches | 855 millimeters/33.66 inches | 770 millimeters/30.3 inches |
Box depth | 510 millimeters/20 inches | 510 millimeters/20 inches | 620 millimeters/24.4 inches | 660 millimeters/25.98 inches | 510 millimeters/20 inches |
dry: | HEPA filter room and direct injection drying | HEPA filter room and direct injection drying | HEPA filter room and direct injection drying | HEPA filter chamber and direct injection drying, adjustable in increments of 1 º C | HEPA filter chamber and direct injection drying, adjustable in increments of 1 º C |
Total electricity: | 10 kilowatts | 10 kilowatts | 13.5 kilowatts | 21 kilowatts | 21 kilowatts |
Net weight: | 143 kg/315 pounds | 145 kg/320 pounds | 213 kilograms/470 pounds | 215 kg/474 pounds | 365 kg/805 pounds |
Loading height: | 800 millimeters/31.5 inches | 860 millimeters/33.84 inches | 674 millimeters/26.5 inches | 690 millimeters/27.17 inches | 945 millimeters/37.2 inches |
Water consumption: | 13 liters/3.4 gallons - per fill | 15 liters/3.86 gallons - per fill | 20 to 25 L/5.2 to 6.6 gallons - per fill | 30 to 35 L/7.9 to 9.2 gallons - per fill | 35 to 47 L/9.25 to 12.42 gal - fill each time |
Heat loss: | 3054 Btu/770 kcal/hour | 3410 Btu/860 kcal/hour | 4,760 Btu / 1,200 Kcal / h | 5950 Btu/1500 kcal/hour | 4,760 Btu / 1,200 Kcal / h |
Sound level: | <63 decibels | <63 decibels | <63 decibels | <69 decibels | <65 decibels |
Optional features:
-
The most common electrical tools:
208 V-3 Ph, 60 Hz (USA)
208 V-1 Ph, 60 Hz (USA)
230 V-3 Ph,50/60 Hz(FR)
230 V-1 Ph, 50 Hz (UK)
400 V-3 Ph+N, 50 Hz (UK)
Discharge cooling: - Cool the discharge in the washing and rinsing cycle to<60 ° C.
Steam heating: Stainless steel exchanger can quickly heat the water in the washing tank
Gravity drainage: used to discharge washing water
RS 232 port: used for transmitting data information from the washing machine
PH value special programming: automatically adding alkali or acid solution to reduce the pH level of wastewater before discharging into the building drainage system
External printer: used to record evidence and detailed information of the cleaning process
Steam condenser: removes steam and guides all condensed water discharge
Chemical injection pump: used to inject other types of chemicals to meet specific cleaning requirements.(Up to 1)
IQ OQ: Installation qualification and operation qualification verification