Anchor frame mixer JBK-2000, double-layer frame mixer, sedimentation tank medicine mixing mixer

Jiangsu Du'an Environmental ProtectionJBKThe frame mixer selects the appropriate mixer based on the physical properties, capacity, and mixing purpose of different media to promote the chemical reaction rateImproving production efficiency can play a significant role. The frame mixer is generally used for mixing Congee like materials.

The frame mixer can be regarded as a deformation of the paddle mixer, with a relatively sturdy structure and a large amount of animal material to be stirred. If the shape of the bottom of such a mixer is similar to the shape of the lower head of the reaction vessel, it is usually called an anchor mixer. The diameter of the frame mixer is relatively large, usually taken from the inner diameter of the reactor2/3~9/10, 50~70r/min. When used for low viscosity liquids, the ratio of the blade diameter to the tank diameter of the anchor impeller is 0.7-0.9, and for high viscosity liquids it is 0.8-0.95. The speed is usually 10-50 r/min. The gap between the frame mixer and the reactor wall is small, which is conducive to the heat transfer process. When rotating rapidly, the liquid driven by the mixer blades brings the stationary layer down from the reactor wall; When rotating slowly, a mixer with a scraper can generate good heat conduction. This type of mixer is commonly used for heat transfer, crystallization operations, and mixing of high viscosity liquids, high concentration slurries, and settling slurries.

Anchor and frame mixers belong to the same category, collectively known as anchor frame mixers. In order to increase the mixing range and remove residues or liquid layers from the tank wall, the outer contour of the anchor frame mixer should be close to the inner wall of the mixing tank, and its bottom shape can also be elliptical, conical, etc. to adapt to the contour of the tank bottom. In order to increase the mixing range for high viscosity materials and improve the rigidity of the impeller, it is often necessary to add some vertical blades and crossbeams on the anchor and frame structures, which results in a variety of structural shapes for the anchor frame structure.

Frame mixer is suitable for viscosity

The maximum applicable viscosity is200-300Pa · s.

Frame mixer structure

Jiangsu Du'an Environmental ProtectionJBK Anchor Frame Blender Product Introduction:

Anchor frame mixer and The connection method of the mixing shaft is similar to that of a paddle type, that is, one end of the impeller connected to the mixing shaft is made into a semi-circular collar, and then the two semi-circular rings of the two sides of the blades are clamped on the mixing shaft with bolts, and the blades are fixed to the mixing shaft with through shaft bolts Mixing shaft. Due to the large external dimensions of the impeller, for ease of assembly and disassembly, most of the blades are connected by bolts, and only small ones are cast or welded. The impeller is mostly made of flat steel and angle steel. In order to improve the strength of the impeller, it can also be made of Reinforced steel plate.

Commonly used equipment names:

　　JBK frame mixer, frame mixer, frame blue anchor mixer, forced mixerStainless steel frame blade mixerWheel mill mixer, double horizontal shaft forced mixer, self falling mixer500 type forced concrete mixer, forced concrete mixer, self falling concrete mixer, submersible mixer, Nanjing frame mixer, forced mixer, self falling mixer, lifting mixer, multifunctional mixer, slurry mixer, mixing impeller.

　　JBK Frame Blender Product Introduction

It can be regarded as a deformation of the paddle agitator. Anchor and frame agitators belong to the same category, collectively referred to as anchor frame agitators. This type of agitator has a larger ratio of impeller diameter to tank diameter. Its structure is relatively sturdy and requires a large amount of animal material to be stirred. If the shape of the bottom of such a stirrer is similar to the shape of the lower head of the reaction vessel, it is usually called an anchor stirrer. The diameter of the frame stirrer is relatively large, usually taken from the inner diameter of the reactor2/3-9/10, 50-70r/min. The gap between the frame stirrer and the reactor wall is small, which is conducive to the heat transfer process. When rotating rapidly, the liquid driven by the stirrer blades brings the stationary layer down from the reactor wall; When rotating slowly, a stirrer with a scraper can generate good heat conduction. This type of agitator is commonly used for heat transfer, crystallization operations, and stirring of high viscosity liquids, high concentration slurries, and settling slurries.

　　The significance of JBK frame mixer model

　　I、 Single layer full height paddle board II, double layer full height paddle board III, single layer half height paddle board

　　JBK frame mixermachinePurpose and Scope of Application

Mainly used for dissolving and stirring chemicals in water supply plants and sewage treatment plants.

　　JBK frame mixer performance characteristics:

Choosing the appropriate stirrer based on the physical properties, capacity, and stirring purpose of different media can play a significant role in promoting chemical reaction rates and improving production efficiency. The frame mixer is generally used for mixing Congee like materials, and the mixing speed is60-130r/min is suitable

　　Structural characteristics of JBK frame mixer:

When used for low viscosity liquids, the ratio of the blade diameter to the tank diameter of the anchor impeller is0.7-0.9, and 0.8-0.95 for high viscosity liquids. The speed is usually 10-50 r/min. In order to increase the mixing range and remove residues or liquid layers from the tank wall, the outer contour of the anchor frame mixer should be close to the inner wall of the mixing tank, and its bottom shape can also be elliptical, conical, etc. to adapt to the contour of the tank bottom. In order to increase the mixing range for high viscosity materials and improve the rigidity of the impeller, it is often necessary to add some vertical blades and crossbeams on the anchor and frame structures, which results in a variety of structural shapes for the anchor frame structure.

　　JBK frame mixer performance parameters

Remarks：This product has been marked with a temporary price for reference only. The specific price is negotiable and depends on the material and size. You can consult us for the specific price, which is subject to real-time quotation. Therefore, the quotation is for reference only;

Description of control cabinet and terminal box for anchor frame mixer

1Control cabinet

The control cabinet is specially designed by our company for submersible motors, consisting of components such as air switches, AC contactors, thermal relays, intermediate relays, and motor comprehensive protectors. There are two control methods: local control and remote control, with a switch for switching. There are two types of control cabinets: indoor and outdoor, and installation methods include wall mounted and cabinet mounted.

1）Scope of use

Suitable for controlling the rated AC voltage to380VThe frequency is50HZThe three-phase squirrel cage asynchronous motor. power15KWWhen the voltage is below or above, the direct starting method is used (or the self coupling voltage reduction or soft starting method can be used according to user requirements). The control cabinet has overload, phase loss, short circuit, water leakage, overheating and other protections for submersible motors. According to user configuration requirements, four structural forms can be provided, including one control one, one control two, one control three, and one control four.

2）Working conditions

laround0High air temperature not exceeding+40℃，0Low not less than-10℃；

lInstallation at an altitude not exceeding2000Rice;

lIn situations without explosion hazards, and without gases or conductive dust in the medium that can corrode metals and damage insulation;

lDo not use in environments with conductive pollution or where dry non-conductive pollution turns into conductive pollution due to expected condensation.