SQJB-2500 hyperbolic mixer manufacturer

SQJB-2500 hyperbolic mixer manufacturer

Widely used in industries such as environmental protection, chemical engineering, energy, and light industry where solid, liquid, and gas exchange of liquids is required, especially suitable for mixing and blending various corrosive media in wastewater treatment processes such as coagulation tanks, regulating tanks, anaerobic tanks, aeration tanks, nitrification and denitrification tanks.

Main Features：

1 A device that combines mixing and aeration, or can be used for single mixing

2 Reasonable design, low power consumption

3 Can be applied to the treatment of large, medium, and small wastewater with low investment

4 Good processing effect and long service life

5 fromPEOr fiberglass reinforced plastic,Made of steel materials and other materials, it enhances the anti-corrosion performance of the equipment

6 Simple structure and easy management

Structure Introduction:

1Jiangsu Du'an Environmental ProtectionSQJBThe hyperbolic mixer consists of a reduction motor, shock absorber seat, mixing shaft, hyperbolic impeller, on-site electrical control box, bridge frame, etc.

Transportation and Storage

During transportation, the mixing shaft and impeller must not be subjected to pressure or collision, and must be loaded and unloaded using lifting equipment. The surface of the impeller should be protected from scratches.

2Long term storage should avoid high temperature and high humidity environments. The mixing shaft is vertically suspended and placed, and the impeller is placed on a flat surface to prevent deformation.

SQJB-2500 hyperbolic mixer manufacturerequipmentinstall

The hyperbolic mixer bridge is calibrated horizontally, and the half bridge column is calibrated vertically.

The anchor bolts and connecting parts are sturdy and reliable, and their material is304stainless steel.

2Place the shock absorber seat flat on the designated position of the bridge frame, align it horizontally, and connect it to the bridge frame for fixation.

3The deceleration motor is installed on the shock absorber seat and connected and fixed.

4Connect and tighten the impeller and mixing shaft flange with bolts.

5Place the impeller and mixing shaft into the pool, connect and tighten the mixing shaft to the output shaft of the reducer.

6After the installation of the mixer, the mixing shaft should be perpendicular to the horizontal plane. Vertical deviation less than1/1000And not exceeding5mm.

7After installation, remove the motor tail cover and manually rotate the fan blades to checkHyperbolic surfaceWhether the mixer rotates flexibly and normally. The swing deviation of the mixing shaft is less than3/1000

8After turning on the power, observe the rotation direction of the mixing shaft by jogging. The correct rotation direction is counterclockwise when viewed from top to bottom. If the opposite is true, then switch arbitrarily2Root power supply wiring location.

9Installation of electrical equipment according toProduct user manual.

Operation instructions for hyperbolic mixer:

Hyperbolic mixerAfter installation, conduct a trial run. Inject approximately the tank volume into the pool before trial operation70%Do not operate the equipment without water to prevent the mixing shaft from bending due to uneven force.

Pay attention to checking after trial operation:

1Check for any abnormal noise or temperature rise in the deceleration motor.

2Is the motor current within the rated range (it is normal for overcurrent to occur within a short period of time during startup).

3、transmissionThe swinging situation of the shaft.

In any of the above situations where abnormal phenomena occur, the cause must be identified and corrected.

Note:Hyperbolic surfaceAdjust the rotation direction of the mixer to correspond to the rotation direction of the blade reinforcement ribs.

Hyperbolic mixer specifications and models:

The selection of hyperbolic mixer is a product currently developed by our company. Widely used in industries such as environmental protection, chemical engineering, energy, and light industry where solid, liquid, and gas exchange is required for liquids, it is particularly suitable for mixing and blending in coagulation tanks, regulating tanks, anaerobic tanks, aeration tanks, nitrification and denitrification tanks, as well as various abrasive and high-temperature media in sewage treatment processes.