Laboratory water supply and drainage includes tap water and pure water. Because the best way of laboratory water supply and drainage is to use the concealed installation, so the design if there are omissions will bring great inconvenience and trouble to the later management of the laboratory.
Ordinary tap water in general, the laboratory water supply pipe selection of high-quality U-PVC piping, the main pipe can be selected 6′, the branch can be selected 4′; drainage pipe selection of high-quality PPR piping, the general choice of φ50 or φ75, φ110 can be selected for special circumstances.
Pure water, according to all the equipment required for full-load operation of pure water volume and level to determine the appropriate water equipment, the selected equipment, water treatment capacity should also be reserved enough space. Design will be the noisiest air pump (for automated assembly line to provide gas pressure) and pure water treatment instrument placed in the rear of the central laboratory in an independent water machine room, pure water instrument leakage prevention pipeline directly linked to the laboratory drainage system, and set up a suction pump in the machine room to facilitate the handling of a certain degree of leakage. In addition, two underfloor recesses have been set up on the axis of the laboratory instruments, and all of the supply and drainage piping is laid underground.
SICOLAB Laboratory Electrical Engineering Design
Contains both strong and weak power. Strong electricity mainly contains instrument power, lighting sockets, etc., weak electricity contains: network, data communication, broadcasting, video surveillance and so on.
The strong power design should be based on the instrumentation power summary, according to the function of the room, floor, the whole building level by level, each instrumentation room set up a separate room terminal distribution box, and the main instrumentation needs to be left alone in a circuit, can not be connected in series with the room lighting or other sockets, which is mainly to facilitate the use of instruments and equipment and maintenance. Floor distribution box should be placed in a dedicated distribution room, set the door lock, need to be managed by a person.
Laboratory should be equipped with UPS (uninterruptible power supply) to provide protection for the main laboratory equipment. According to laboratory equipment power parameters, to determine the uninterruptible power supply power and current parameters, it should be noted that the choice of uninterruptible power supply should be reserved for the development of the laboratory space enough to consider the possibility of the laboratory in the coming period of time to add the possibility of instrumentation and equipment and plan to purchase the parameters of the instrumentation, and then fully reserved for the distribution load. Electrical plugs can be designed on the wall or the ground according to the need, the ground electrical plugs should have a certain degree of waterproofing, electrical plugs should be close to the location of the power supply instruments, reduce the ground alignment to make the laboratory more neat. Due to the uninterruptible power supply heat dissipation, noise, laboratory planning in the back of the independent power supply room and the installation of special air-conditioning in the room.
Weak power: for modern laboratory development requirements and technology trends, it is recommended that the main room should be designed with multiple network communication ports and at least one telephone interface; laboratory planning and design stage needs to be designed in the main channel camera for laboratory management monitoring, conditions can be designed for each room, and even the important precision instruments to strengthen the camera monitoring room.
SICOLAB laboratory overall design and construction projects, biological sample library construction projects, GMP environment construction projects, environmental protection projects.