Kammer KMPP6Micro peristaltic pumpProduct Introduction

1、 Product basic information and structure

（1） Core parameter identification

The KMPP6 model contains multiple key information, where "D3.7" represents a 3.7V brushed motor; The motor speed is divided into two categories: A and B. A corresponds to a 110rpm motor, while B corresponds to a 300rpm motor; The tube type is "S", which means silicone tube, and the tube number "11 #" indicates that the pump tube specification is 2mm × 3mm. The number of rotors is 2, and a 2-rotor design is used to assist transmission.

（2） Structure and Material

The product mainly consists of a buckle, a synchronous disk component, a motor, an upper cover, a pump tube, and a base. The materials of each component have been carefully selected. The upper cover and buckle are made of PC material, the base is made of PA material, the synchronous disk is made of POM material, and the rotor is made of PET material. The combination of different material characteristics ensures the overall performance and durability of the product.

2、 Performance characteristics

1. High adaptability pump tubingThe pump tube is made of silicone tubing, which complies with RoHS standards and food grade certification (GB 4806.11-2016). It has low adsorption, good temperature resistance, and chemical corrosion resistance, with a lifespan of over 200 hours. It is suitable for pump tubes with a wall thickness of 0.5mm and can adapt to various liquid transmission needs. At the same time, the hose can withstand liquid media and needs to be checked for chemical compatibility or subjected to immersion tests to avoid damage caused by improper selection.

2. Stable transmission and speedAdopting a planetary friction reduction transmission method, coupled with a 2-rotor transmission design, to ensure stable fluid transmission. The motor is a 3.7V DC brushed motor, with a power of 0.74W for model A and 1.07W for model B. Different speed options can meet the transmission efficiency requirements in different scenarios.

3. Accurate traffic controlUnder the conditions of 20 ℃ room temperature, standard atmospheric pressure, using pure water and no pressure, the flow rate range is 4-12ml/min. The actual flow rate may vary due to factors such as medium, outlet pressure, and motor speed error. The data is for reference only.

4. Convenient control and low-noise operationAdopting a switch control method, the operation is simple and easy to understand, making it convenient for users to quickly get started. In the presence of an environmental noise of 35dB, the measured product noise at a distance of 50cm is less than 55dB, and the interference to the surrounding environment during operation is minimal.

5. Lightweight designThe product weighs about 14g and is compact in size, making it easy to install in various devices, saving installation space and improving the overall layout flexibility of the equipment.

3、 Applicable scenarios

KMPP6Micro peristaltic pumpWith its excellent performance, it can be widely used in multiple fields, including raw material transportation in the food and beverage industry, detection fluid transportation in the medical diagnosis field, precise liquid supply for analytical instruments and biochemical analysis equipment, stable transmission of printing ink, liquid supply during washing and cleaning processes, fluid treatment of environmental protection instruments, small-scale fluid transportation in experimental research, supporting fluid transportation for industrial machinery, and related fluid control in white goods.

4、 Precautions for use

1. Work environment requirementsThe working environment temperature of the product should not exceed 45 ℃, and the humidity should not exceed 70% (without condensation). Adverse environments can cause premature damage to the product.

2. Avoid overloading operationHigh load work may affect the service life of the product, and it should be used reasonably according to the product specifications.

3. Hose selection and maintenanceSuitable hoses should be selected according to the transmission liquid medium to avoid liquid leakage caused by hose rupture, and the status of the hoses should be checked regularly to ensure transmission safety.