3 Ranks High-Capacity Lab Glassware Cleaning Machine for Laboratory

STIER L3000D automatic laboratory glassware cleaning machine uses a new generation of back water supply structure for greater cleaning power and greater cleaning volume. Double-layer structure can control a variety of different cleaning needs which easy to achieve cleaning effect, help the laboratory to meet trace or ultra-trace cleaning requirements, save water and consumables expenditure, help the laboratory to reduce operating costs; Long-term stable operation, save frequent maintenance troubles; Closed cleaning, to avoid exposure to harmful cleaning agent pollution, effectively improve the laboratory environment which is a good helper of scientists and researchers.

1. Laboratory environmental conditions:
The laboratory used to install the instrument should have a good external environment. The laboratory should be set in a place where there is no strong electromagnetic field and strong thermal radiation sources nearby, and should not be built near equipment and workshops that will produce violent vibration, and should avoid direct sunlight, smoke, dirty air and water vapor.
The internal environment of the laboratory should be kept clean, the indoor temperature should be controlled at 0-40 ° C, and the relative humidity of the indoor air should be less than 90%.
2, laboratory equipment conditions:
2.1 The distance between the two sides and the rear of the automatic cleaning machine should be not less than 10cm. It is recommended that you leave a blank space of at least 100cm in front of the cleaning machine to facilitate your operation and future maintenance.
M8000D: Width 90cm, depth 70cm+5cm (door), height 87cm.
Base (optional) : 46cm high.
2.2 Power Connection:
2.2.1 The maximum power of the device is 6.5kW, the power supply is 220V, 50Hz, and the neutral line and ground line are required. It is recommended to have no less than 4 square wires and 32A air switch.
2.2.2 An air protection switch with a capacity of 32A must be provided onsite to connect to the power supply of the device.
2.2.3 The equipment comes with a 3-meter three-phase five-core cable, and the circuit breaker position should be set at a position of more than 1.5 meters and less than 2 meters behind the machine.
2.2.4 The instrument should be reliably grounded, and the ground wire is best led out by a metal copper plate directly buried under 1m underground and connected to the ground end of the power supply line.
2.3 Water Inlet Connection:
2.3.1 The static pressure of the water inlet pipe is greater than 2 kg, and the dynamic pressure is greater than 1 kg.
2.3.2 The position of each inlet tap should be easy for daily operation.
2.3.3 One tap water inlet and one pure water inlet need to be provided for the equipment on site. The water inlet is a quick-connecting faucet or interface. The length of the tap water inlet pipe provided with the standard equipment of the instrument is 3 meters, and the length of the pure water inlet pipe is 1 meter. 
2.3.4 If there is no pure water inlet on site, a bucket of not less than 100 liters can be used instead.
2.4 Drainage Connection:
2.4.1 It is required that there is a water outlet within one meter of the equipment to facilitate drainage of the equipment, and the water inlet should not be higher than 1 meter above the ground. The drainage of the equipment should be led from the lower right behind the equipment.
2.4.2 The equipment is equipped with two 1.5m long drainage hoses with an outer diameter of 25mm.
2.4.3 Drainpipes with an internal diameter greater than or equal to 50mm must be provided onsite.
2.4.4 The drainpipe material must be able to withstand the water temperature of 85 ° C for a long time. If the exposed part is easy to touch, install an external heat shield to avoid burns.
 

ExhibitionSTIER is a global company, specializing in the research and development, production, sales andservice of laboratory instruments in a comprehensive high-tech enterprise. At present mainproducts include laboratory glassware washers, heavy metal washers, laboratory cleaning agents, etc.

STIER provides professional cleaning solutions to the laboratory and can customize special cleaning racks to meet the regulations and cleanliness requirements. The professional engineer team at STIER has rich experience in cleaning in the laboratory. With comprehensive understanding of related regulations, these experts can customize special cleaning solutions for customers.

1. The system must be an upright, floor standing glassware washer suitable for use in any science laboratory.

2. Integrate programmed cleaning drying functions to clean all laboratory glassware. Selectable wash options including drying, we have 20 common fixed cleaning procedures.

3. Capability to alert the user on depletion of consumables. A built-in provision for water softener to prevent lime scale build-up.

4. Fine mesh particle drain filter to trap debris. In-built provision for laboratory suitable detergents. A small opening automatically opens when the cleaning task is finished

5. The interior and exterior of the glassware are resistant to corrosion or chemical damage. Flexible drain hose.
6. An audible alarm sound and display to alert the user of abnormal events or malfunction.
 
7. The spindle racks having detachable spindles, glassware holders, height adjustable clips.
 
8. The washer all necessary plumbing accessories.