Tools & Hardware

Submersible sewage pumps generally adopt automatic coupling (hereinafter referred to as auto coupling) installation method. The auto coupling installation system mainly consists of a quick interface, water drainage base, guide rail, guide rail positioning bracket, etc. During installation, the pump body and quick interface are tightly connected together by bolts. The water drainage base is first fixed in the water tank by anchor bolts, and the quick interface drives the pump to slide down along the guide rail. It is automatically coupled and installed with the water drainage base through the auto coupling sealing surface. After installation, the entire pump body and motor are connected together by the pump body outlet flange and the quick interface inlet flange. There is a rubber sealing ring between the outlet of the submersible sewage pump and the coupling interface of the auto coupling base. The submersible sewage pump is suspended in the air through the auto coupling system and the sealing ring is compressed by its own weight to ensure reliable sealing between pipelines. The main components of the WQ submersible sewage pump are the impeller, pump body, and submersible motor. The water pump and motor are on the same shaft, and since the water pump is located at the bottom of the entire sewage pump, it can maximize the suction of excess sewage from the ground. The WQ submersible sewage pump is suitable for conveying granular sewage and waste in industries such as chemical, petroleum, pharmaceutical, mining, paper industry, cement plant, steel plant, power plant, coal processing industry, as well as urban sewage treatment plant drainage system, municipal engineering, construction sites, etc. It can also be used to pump clean water and corrosive media. Pump can be made of cast iron or stainless steel material and equipped with high quality mechanical seal.

Minimum Order: 1 bags

Vertical machine tool coolant pump JCB electric machine tool cooling pumps are a new type of electric pump where a vertically installed motor and a single-stage centrifugal pump are integrated into one unit. They feature a beautiful appearance, compact size, low noise, and strong overload capacity. Suitable for any frequency and voltage within the range of 50Hz or 60Hz (220~240V for single-phase) and three phase 380~420V, these pumps can be produced as wet-heat resistant (three-phase or single-phase) machine tool cooling pumps according to user requirements. They are suitable for circulating cooling and lubrication fluids in machine tools or other equipment. The cooling fluids typically include saponified liquid, emulsion, soda water, light mineral water, and other liquids without severe corrosion

Minimum Order: 1 bags

JX Plunger metering pump characteristic Maximum flow rate:0-200L/H Maximum discharge pressure:0-50MPA Medium temperature is not higher than 250 degree Celsius Pump material:SS304,SS316L,20# alloy, Hastelloy, Ceramics etc Flow control mode: manual/automatic stroke adjustment/ digital frequency conversion control Pump can be adjusted in the running or stopping Single cylinder pump, double cylinder pump and three cylinder pump can be made. Flow can be independently adjusted. Flow stability viscosity: ±1% Inlet and outlet connection: pipe connection and flanges connection. JX plunger metering pump is suitable for liquids measurement and dosing with small capacity in purification, sewage treatment, laboratory etc

Minimum Order: 1 bags

Metal or plastic magnetic pump for refrigerant Magnetic pump is mainly composed of pump head (impeller, pump body), outer magnetic steel (active rotor), inner magnetic steel (passive rotor), and isolation sleeve. The electric motor drives the outer magnet to rotate, and because of the effect of the magnetic field, the inner magnet rotates synchronously. Because the inner magnet and impeller are integrated, the impeller also rotates together with the inner magnet to pump liquid. A static isolation/spacer sleeve made of corrosion-resistant and high-strength engineering plastics, stainless steel, and other materials is installed between outer magnetic steel or inner magnetic steel. The conveyed medium is enclosed within the isolation sleeve, thus completely solving the problems of running, emitting, dripping, and leaking that cannot be solved by dynamic seals. The wide application of magnetic pumps in the refrigeration industry 1、 Refrigerant pump The refrigerant pump is an important component of the refrigeration system, and the magnetic pump can effectively meet the pumping needs of the refrigerant. Due to the use of a leak free sealing structure in the magnetic pump, refrigerant leakage is avoided, and the hassle of frequently replacing seals in traditional gas turbine water pumps or mechanical seal pumps is also eliminated. Therefore, the application of magnetic pumps in refrigeration systems is becoming increasingly widespread. 2、 Refrigerated oil circulation pump The refrigeration oil circulation pump is an important component of the refrigeration system, which separates the oil in the liquid refrigerant to avoid affecting the refrigeration effect. Magnetic pumps can meet such specialized applications. Using magnetic pumps can greatly reduce the occupied area of pump rooms, while also achieving precise flow and pressure control. 3、 Cooling water pump Cooling water pumps are mainly used in the cooling circulation water circuit of refrigeration systems. Traditional cooling water pumps usually adopt mechanical seal structures, and problems such as corrosion, corrosion, and leakage of refrigerant during operation can lead to a decrease in pump performance and increase maintenance difficulty. The magnetic pump adopts a leak free sealing structure design, which can avoid such problems and greatly improve performance.

Minimum Order: 1 bags

AY-type hot oil pump is a high-temperature oil transfer equipment produced by our company, complying with the GB3215-82 standard and API610 technical requirements. It is suitable for transporting media such as petroleum and liquefied gas without solid particles in fields like petroleum refining, chemical industry, and oilfield gathering and transportation, with a temperature range of -45 to 420°C. Its flow rate ranges from 6.25 to 500 m³/h, and the head can reach 60 to 300 m. The model parameters include suction inlet diameter, pump type, and head. The pump adopts structures such as single-stage single-suction cantilever and two- stage single-suction cantilever, with a radially split casing design, horizontal centerline support, and flange interface oriented vertically upward. The shaft seal supports interchangeable soft packing and mechanical seals. The bearing system consists of radial ball bearings and thrust ball bearings, utilizing thin oil lubrication and flexible couplings to optimize maintenance processes. The product is compatible with the mounting dimensions of Y-type oil pumps, featuring high standardization of components. It is equipped with three cooling methods—air, fan, and water cooling—to adapt to different operating conditions. The materials selected, such as cast steel/iron, enhance environmental adaptability. The hydraulic flow components feature energy-saving designs, achieving a 2%~5% efficiency improvement over Y-type pumps. AY-type thermal oil pump was developed through the modification and redesign of the original Y-type oil pump series, aiming to meet the needs of modernization and align with the equipment renewal centered on energy efficiency. Its design maintains continuity with the old Y-type oil pump in terms of structural configuration, installation dimensions, and performance parameters, facilitating the upgrading and retrofitting of existing installations. This pump type complies with the API 610 standard, with a specific structure (such as single-stage, double-suction, and double-end supported) classified as the BB configuration in API 610. The pump casing adopts a radial split design, where the casing interface is perpendicular to the pump shaft, making it particularly suitable for conveying high-temperature, high-pressure, flammable, explosive, or toxic liquids. Unlike conventional single-stage, double-suction clean water pumps with horizontal inlet and outlet ports, AY-type thermal oil pump features both suction and discharge flanges oriented vertically upward to accommodate the limited spatial layout of chemical plants。 The hydraulic flow components of this series of pumps adopt the hydrodynamic model of high-efficiency and energy-saving pumps, with an average efficiency 5-8% higher than the old Y-type oil pumps. The bearing housing components have been upgraded, replacing the original 35, 50, and 60 bearing housings with 45, 55, and 70 bearing housings respectively, further enhancing operational reliability. The outer surface of the bearing housing is cast with cooling fins, allowing for three cooling methods based on the temperature of the transported medium: air cooling (T℃), fan cooling (T=120℃-260℃), or water cooling (T=260℃-420℃). Among these, fan cooling is particularly suitable for areas with water shortages or poor water quality. To facilitate the easy removal of components such as impellers, bearings, and shaft seals without disassembling the suction or discharge pipelines during maintenance, the AY-type thermal oil pump incorporates flexible diaphragm or elastic pin-type extended coupling assemblies. The shaft seal chamber (stuffing box) can be cast integrally with the pump cover, allowing for the installation of various mechanical seals including packing seals, balanced types, bellows types, and tandem types. Additionally, the exterior of the shaft seal chamber features a water-cooled jacket that is available as an optional accessory The AY-type thermal oil pump is available in six structural configurations: single- stage single-suction cantilever, two-stage single-suction cantilever, single-stage double-suction cantilever, single-stage double-suction dual-bearing, two-stage double-suction dual-bearing, and two-stage single-suction dual-bearing. Within the API 610 standard framework, the single-stage double-suction end-bearing support type belongs to the BB2 pump category。

Minimum Order: 1 bags

Power Operation and Maintenance Services Shanxi Beike Electric Co., Ltd. with 20 years of experience in the production of medium and low voltage electrical equipment, provides full-chain services from equipment supply to operation and maintenance management, including equipment monitoring, preventive maintenance, fault repair and energy efficiency optimization, to ensure the stable operation of the power system and reduce customers' multi-interface coordination costs.

Customized Service Advantages In order to meet the personalized needs of different customers, our factory needs to provide customized solutions for each customer, covering low-voltage/medium- voltage switchgear, distribution cabinets, distribution boxes, box-type substations and other products.

In Jinzhong, Shanxi—a land steeped in China's 500-year commercial legacy—we redefine "global connectivity" through cutting-edge technology. Introduction A Prefabricated Substation Manufacturer specializes in designing and producing compact, factory-assembled substations that simplify electrical power distribution. These prefabricated substations—also known as compact or modular substations—are widely used in urban areas, industrial sites, renewable energy projects, and construction zones due to their reliability, easy installation, and cost efficiency. What is a Prefabricated Substation? A prefabricated substation is a complete electrical power unit that integrates transformers, switchgear, protection devices, and control systems into a single, enclosed structure. It is pre-assembled and tested in the factory before being delivered to the installation site, reducing on-site construction time and labor costs. These substations can handle medium- to low-voltage conversion, ensuring safe and efficient power distribution for various applications.

Introduction Medium Voltage Switchgear is a crucial part of electrical power systems used to control, protect, and isolate electrical equipment operating between 1 kV and 36 kV. It ensures safe and reliable power distribution across industrial plants, utilities, and commercial facilities. With advanced safety features and automation options, medium voltage switchgear is essential for maintaining stable and efficient energy systems. What is Medium Voltage Switchgear? Medium Voltage (MV) switchgear refers to assemblies of electrical components designed to manage power distribution at medium voltage levels. It includes circuit breakers, switches, relays, fuses, and protection devices enclosed within metal or gas-insulated panels. The primary functions of MV switchgear are to: Control power flow within the network Protect equipment from overloads and short circuits

Low Voltage Distribution Cabinet Introduction A Low Voltage Distribution Cabinet is an essential component of modern electrical power systems, responsible for distributing electrical energy to various circuits and equipment operating below 1,000 volts. It ensures safe, efficient, and organized management of electrical power in industrial, commercial, and residential environments. What is a Low Voltage Distribution Cabinet? A Low Voltage Distribution Cabinet is a type of electrical enclosure that houses various power distribution components such as circuit breakers, switches, contactors, and meters. It serves as the central point for controlling and protecting multiple outgoing circuits from a single incoming power supply. These cabinets are designed to ensure stable operation, simplify maintenance, and enhance the safety of electrical systems.

In Jinzhong, Shanxi—a land steeped in China's 500-year commercial legacy—we redefine "global connectivity" through cutting-edge technology. Schneider Low Voltage Switchgear Introduction Schneider Low Voltage Switchgear is designed to provide safe, reliable, and efficient electrical power distribution for industrial, commercial, and residential applications. Known for its innovative design and advanced technology, Schneider Electric’s switchgear solutions ensure protection, control, and monitoring of electrical circuits under normal and fault conditions. What is Low Voltage Switchgear? Low voltage (LV) switchgear refers to electrical devices that control, protect, and isolate electrical equipment operating below 1,000 volts. It includes components such as circuit breakers, disconnect switches, contactors, relays, and fuses that help manage power distribution safely and efficiently.

CHL (Light-duty Horizontal Multistage Centrifugal Pump) is a device used for household central air conditioning circulation and industrial liquid transfer, mainly transporting clean, non explosive liquids such as demineralized water, soft water, purification system liquids, and light oil. Its working temperature ranges from -15 ℃ to+110 ℃ (divided into room temperature and hot water types), with a maximum operating pressure of 10 bar, suitable for weakly acidic to weakly alkaline media with pH values of 4-9. The pump adopts stainless steel (304/316) overcurrent components and a horizontal multi-stage centrifugal structure, equipped with a fully enclosed air-cooled motor (protection level IP55, insulation level F), supports single-phase 220-240V, three- phase 220-240V/380-415V voltage, and has the characteristics of low noise, corrosion resistance, and compact size. The product is widely used in fields such as small central air conditioning circulation, industrial cleaning, water treatment, cooling systems, and aquaculture etc.

Minimum Order: 1 bags

XL5155J Digital Counter (Power supply DC5V) OPERATION SPECIFICATIONS: Power Source DC5V±10% （150 m A） Maximum Count 99999 (5 digits) Count Frequency ≤10kHz Accuracy ±0.01%+1digit Operating Temperature 0 to 55 ℃ Storage Temperature -10 to +80 ℃ Humidity 20%-80% Weight 50-55g Installation size 76 x 39 mm Mounting Method Snap-in Dimension (w)79 x (H)42.5 x (D)25.5mm

Minimum Order: 5 dozens

DP type miniature electric diaphragm pump is driven by a DC motor (with voltages of 12V and 24V) as the power driving device, which drives the internal mechanical eccentric device to perform eccentric motion. The eccentric motion drives the internal diaphragm to perform reciprocating motion. DP miniature diaphragm pump is driven by a motor to cause the internal diaphragm to undergo reciprocating motion within the pump body, resulting in a change in volume. When the diaphragm moves towards the inside of the pump body, the volume inside the pump body increases, forming negative pressure. At this time, the liquid is sucked into the pump body through the inlet pipe; When the diaphragm moves towards the outside of the pump body, the volume inside the pump body decreases, forming a positive pressure that pushes the liquid out of the outlet pipe, achieving continuous liquid delivery. Features: Low noise, corrosion-resistant, high pressure, self-priming height of 5m. Allow dry operation Equipped with a pressure switch to protect the pump from damage during operation. The internal overflow valve controls the normal operation of the pump. Easy disassembly and assembly. Adopt safe low voltage to ensure personal safety Brushless motor voltage, DC12V or 24V

Minimum Order: 1 bags