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| Quantity: | |
|---|---|
| Introduce the basic functions of the product |
Core Functions Volumetric quantitative conveying enables stable transmission and high-pressure boosting of oil media such as diesel, lubricating oil, and hydraulic oil. Extended functionality Medium circulation: Adapts to the oil circulation system of industrial equipment, ensuring equipment lubrication and cooling. Metered filling: Works with a metering device to achieve precise filling and dispensing of oil media. Negative pressure suction: Enables long-distance, high-viscosity oil suction from low-level oil storage equipment. |
| Usage Environment |
1. Media environment: Suitable for oil-based media (diesel, lubricating oil, hydraulic oil, etc.) without solid particles or strong corrosiveness, with a viscosity range of 1~200mm²/s. 2. Temperature environment Standard medium temperature range: -20℃ to 120℃; special materials can extend the range to -40℃ to 150℃. 3. Installation environment: Horizontal installation, suitable for both indoor and outdoor use; outdoor installation requires a rain and sun protection cover. 4. Operating environment: Suitable for continuous/intermittent operation under normal or negative pressure suction conditions; compatible with stationary equipment or mobile units (such as vehicle-mounted refueling pumps). 5. Electrical environment: It is compatible with three-phase 380V / single-phase 220V AC power supply. The explosion-proof type can be used in flammable and explosive hazardous locations (such as oil depots and gas stations). |
| Product Advantages |
1. Excellent conveying performance: Volumetric quantitative output, high pressure, stable flow, suitable for long-distance, high-viscosity oil transmission. 2. Ingenious structural design: It features a horizontal, compact layout, small size, light weight, easy assembly and disassembly, and low maintenance costs. 3. High operational reliability: High-precision gear meshing, made of wear-resistant materials, excellent sealing performance, and extremely low leakage. 4. Install drivers or: Supports fixed/mobile installation and can be matched with various drive methods such as electric motor, diesel engine, and gasoline engine. 5. Wide adaptability to various working conditions: With a full range of models and specifications, and options for standard, explosion-proof, and stainless steel materials, we can meet the oil transportation needs of different industries. |
| Technical parameters |
| type | KCB gear oil pump |
| Material | Cast iron, 304/316 stainless steel, cast steel |
| Driver type | Three-phase asynchronous shielded motor drive |
| Installation type | Horizontal installation |
| Maximum caliber | DN200 (8 inches) |
| Maximum flow | 600m³/h |
| Maximum head | 120m |
| Maximum power | 110kW |
| Protection level | conventional motor IP54Outdoor type IP55Explosion-proof type IP56 |
| Insulation class | F-level |
| Standard voltage | Three-phase 380V, 50Hz; custom voltages such as 220V and 660V are also available. |
| Product Uses |
1. Petrochemicals: Diesel fuel, lubricating oil, and hydraulic oil transportation 2.Transportation: Vehicle refueling and ship fuel replenishment 3.Grain and oil processing: Vegetable oil and edible oil filling and transportation 4. Mechanical Manufacturing: Equipment lubrication, hydraulic system oil circulation 5.Oil storage depot: Oil storage equipment loading, unloading, and transfer operations 6.Industrial and mining enterprises: Heavy oil and fuel oil booster conveying |
| Product Operation Guide |
1. Before powering on: Fill the container with the medium and purge the air. Perform a short cycle to check the direction of rotation and confirm that the pipeline valves are open and securely installed. 2. Running: After startup, adjust the outlet valve to the rated operating condition, monitor the pressure, temperature, and sealing, and check for abnormal vibration. 3. After shutdown: Close the outlet valve first, then stop the machine. For long-term shutdowns, drain the medium and take necessary precautions. |
| Frequently Asked Questions |
1. No flow/low pressure 2. Motor reverses and trips 3. Severe noise and vibration 4. Shaft end seal leakage 5. Flange connection leakage 6. Gear wear and poor meshing 7. Bearing overheating and seizing 8. Flow rate and head reduction 9. Motor overload and overheating 10. Pipeline blockage/jamming |
| Introduce the basic functions of the product |
Core Functions Volumetric quantitative conveying enables stable transmission and high-pressure boosting of oil media such as diesel, lubricating oil, and hydraulic oil. Extended functionality Medium circulation: Adapts to the oil circulation system of industrial equipment, ensuring equipment lubrication and cooling. Metered filling: Works with a metering device to achieve precise filling and dispensing of oil media. Negative pressure suction: Enables long-distance, high-viscosity oil suction from low-level oil storage equipment. |
| Usage Environment |
1. Media environment: Suitable for oil-based media (diesel, lubricating oil, hydraulic oil, etc.) without solid particles or strong corrosiveness, with a viscosity range of 1~200mm²/s. 2. Temperature environment Standard medium temperature range: -20℃ to 120℃; special materials can extend the range to -40℃ to 150℃. 3. Installation environment: Horizontal installation, suitable for both indoor and outdoor use; outdoor installation requires a rain and sun protection cover. 4. Operating environment: Suitable for continuous/intermittent operation under normal or negative pressure suction conditions; compatible with stationary equipment or mobile units (such as vehicle-mounted refueling pumps). 5. Electrical environment: It is compatible with three-phase 380V / single-phase 220V AC power supply. The explosion-proof type can be used in flammable and explosive hazardous locations (such as oil depots and gas stations). |
| Product Advantages |
1. Excellent conveying performance: Volumetric quantitative output, high pressure, stable flow, suitable for long-distance, high-viscosity oil transmission. 2. Ingenious structural design: It features a horizontal, compact layout, small size, light weight, easy assembly and disassembly, and low maintenance costs. 3. High operational reliability: High-precision gear meshing, made of wear-resistant materials, excellent sealing performance, and extremely low leakage. 4. Install drivers or: Supports fixed/mobile installation and can be matched with various drive methods such as electric motor, diesel engine, and gasoline engine. 5. Wide adaptability to various working conditions: With a full range of models and specifications, and options for standard, explosion-proof, and stainless steel materials, we can meet the oil transportation needs of different industries. |
| Technical parameters |
| type | KCB gear oil pump |
| Material | Cast iron, 304/316 stainless steel, cast steel |
| Driver type | Three-phase asynchronous shielded motor drive |
| Installation type | Horizontal installation |
| Maximum caliber | DN200 (8 inches) |
| Maximum flow | 600m³/h |
| Maximum head | 120m |
| Maximum power | 110kW |
| Protection level | conventional motor IP54Outdoor type IP55Explosion-proof type IP56 |
| Insulation class | F-level |
| Standard voltage | Three-phase 380V, 50Hz; custom voltages such as 220V and 660V are also available. |
| Product Uses |
1. Petrochemicals: Diesel fuel, lubricating oil, and hydraulic oil transportation 2.Transportation: Vehicle refueling and ship fuel replenishment 3.Grain and oil processing: Vegetable oil and edible oil filling and transportation 4. Mechanical Manufacturing: Equipment lubrication, hydraulic system oil circulation 5.Oil storage depot: Oil storage equipment loading, unloading, and transfer operations 6.Industrial and mining enterprises: Heavy oil and fuel oil booster conveying |
| Product Operation Guide |
1. Before powering on: Fill the container with the medium and purge the air. Perform a short cycle to check the direction of rotation and confirm that the pipeline valves are open and securely installed. 2. Running: After startup, adjust the outlet valve to the rated operating condition, monitor the pressure, temperature, and sealing, and check for abnormal vibration. 3. After shutdown: Close the outlet valve first, then stop the machine. For long-term shutdowns, drain the medium and take necessary precautions. |
| Frequently Asked Questions |
1. No flow/low pressure 2. Motor reverses and trips 3. Severe noise and vibration 4. Shaft end seal leakage 5. Flange connection leakage 6. Gear wear and poor meshing 7. Bearing overheating and seizing 8. Flow rate and head reduction 9. Motor overload and overheating 10. Pipeline blockage/jamming |
