SHP-160DA Microcomputer Controlled Low-Temperature Biochemical Incubator

SHP-160DA Microcomputer-Controlled Low-Temperature Biochemical Incubator The SHP-160DA is a high-performance, microcomputer-controlled incubator designed for low-temperature applications in laboratories, medical facilities, and research institutions. It is ideal for blood serum culture, pharmaceutical testing, chemical reagent storage, and microbial cultivation. With its advanced control system, it ensures precise temperature regulation and enhanced safety features. Key Features: - **Intelligent Control System**: Equipped with a microcomputer-based controller that includes time delay, over-temperature, over-current, power failure, and alarm protection functions. - **High-Quality Components**: Uses a well-known brand compressor and circulating blower, along with eco-friendly, freon-free refrigerant for efficient and energy-saving operation. - **Durable Construction**: Made from stainless steel with a double-door design, tempered glass internal door, and semi-circular corners for easy cleaning and improved thermal insulation. - **Adjustable Shelves**: Includes three standard shelves, with optional extra shelves available for added flexibility. - **Optional Safety Features**: An independent temperature limit alarm system can automatically cut off power if the temperature exceeds safe limits, ensuring the security of your experiments. - **Data Connectivity**: Optional RS485 interface allows connection to computers or printers for real-time monitoring and data recording. - **Convenient Test Hole**: A 25mm test hole (optional) on the left side facilitates experimental operations and temperature measurements. Technical Specifications: | **Model** | SHP-160DA | |-------------------|-----------| | **Volume** | 160L | | **Refrigeration System** | Adjustable | | **Ambient Temperature Range** | 5°C - 35°C | | **Temperature Range** | -20°C - 65°C | | **Temperature Resolution** | 0.1°C | | **Temperature Homogeneity** | ±1°C | | **Temperature Fluctuation** | ±0.5°C | | **Power Supply** | 220V, 50Hz | | **Power Consumption** | 700W | | **Internal Dimensions** | 440×480×740 mm | | **Overall Dimensions** | 600×720×1380 mm | | **Number of Shelves** | 3 (standard) | | **Timer Function** | 1–9999 minutes | This incubator is widely used in environmental protection, public health, agriculture, pharmaceuticals, aquaculture, and academic research. Its reliable performance, user-friendly design, and advanced technology make it an essential tool in any laboratory setting. Whether you are conducting long-term experiments or need precise temperature control, the SHP-160DA offers a versatile and dependable solution.

Pneumatic Cylinder Accessories

Air cylinder accessories of different models and different standards are generally not interchanged. When ordering Pneumatic Cylinder accessories, please note the specifications and parameters of the corresponding cylinder. If the standard and model of the cylinder are same, the cylinder accessories can be used interchangeably.Pneumatic Cylinder Tube.

Pneumatic cylinder is the executing component in pneumatic systems, mainly used to convert the pressure energy of compressed air into mechanical energy, generating linear or oscillatory motion. The construction of pneumatic cylinders is complex and includes multiple key components. Below are some common components and their functions:

Cylinder Barrel: This is the main body of a cylinder, typically a cylindrical container used to accommodate pistons and other internal components. The cylinder barrel must be strong enough to withstand the pressure of compressed air inside.

Piston: located inside the cylinder and in close contact with the inner wall of the cylinder barrel. When compressed air enters the cylinder, the piston moves inside the cylinder barrel, generating thrust or tension.

Piston Rod: The part that connects the piston to the external mechanical structure and is used to transmit the linear motion of the piston.

End caps/caps: fixed at both ends of the cylinder barrel, sealing the internal space of the cylinder and supporting the piston rod and other components. The front cover usually includes a guiding component for the piston rod.

Seals: Used to prevent gas leakage and ensure smooth movement of the piston within the cylinder barrel. It mainly includes piston sealing rings, rod sealing rings, and dust sealing rings.

Guide bushing: Helps the piston rod maintain the correct direction of movement, reducing friction and wear.

Buffer Device: Some cylinders are equipped with buffer devices to slow down the speed of piston movement when it reaches the end point, preventing impact and noise.

Magnetic switches: Some cylinders have built-in or external magnetic switches used to detect the position of the piston and control the action of the cylinder.

Exhaust Flow Control Valve: Sometimes integrated into the cylinder, it is used to regulate the exhaust speed and control the speed of the piston.

These components work together to enable the pneumatic cylinder to effectively convert the energy of compressed air into the required mechanical motion. According to specific application requirements, pneumatic cylinders may also include other specially designed components to meet specific functional requirements.

Pneumatic Cylinder Accessories,Pneumatic Cylinder Parts

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